Minnesota Research: Projects, Research Publications, Presentations, Thesis and Dissertations, Technical Publications

Minnesota Research Activities

Image of a sandhill crane chick from a Minnesota Unit research project

Projects

Project	Completion Date
Wisconsin angler preferences survey	October 2014	Changes in fish communities result in different opportunities for anglers. Our objective was to design and implement a survey to ascertain angler preferences related to the attributes of largemouth bass, bluegill, and walleye fisheries on order to determine where anglers might choose to fish based on trade-offs in fishing opportunities among these species. During November 2013, the survey was sent to 6,000 anglers and with the help of Dave Fulton (Minnesota Cooperative Fish and Wildlife Research Unit) we are analyzing the data using choice models.	Managing recreational fisheries in lake‐rich landscapes with diverse fish communities and anglers alike presents a social and biological challenge for managers. Understanding angler preferences is central to navigating these challenges and can aid in predicting shifts in angler behavior in response to management actions or changing fish populations. Species‐specific angler surveys do not incorporate tradeoffs inherent in multispecies fisheries, thus limiting their application to real‐world management issues. To better understand angler preferences in relation to realistic tradeoffs among different fishing opportunities, we conducted a survey of Wisconsin anglers in 2013–2014 that included questions requiring anglers to choose between fisheries providing different outcomes. We used stated‐preference modeling to quantify angler preferences associated with Bluegill <i>Lepomis macrochirus</i>, Largemouth Bass <i>Micropterus salmoides</i>, and Walleye <i>Sander vitreus</i> fisheries. Next, we conducted a latent class analysis using survey responses to classify anglers into subgroups. Finally, we assessed the sensitivity of angler choice to changes in fishing opportunities. Results of the stated‐preference models indicated that both residents and nonresidents largely prefer “quality” (i.e. moderate catch rate and size structure) over “action” or “trophy” Bluegill fisheries and that characteristics of Largemouth Bass fisheries have more value to nonresidents than to residents. Aspects of the Bluegill fishery were most important in choosing among hypothetical lakes for resident respondents. Five angler subgroups were identified that show the importance of Bluegill and Walleye but shed additional light on anglers’ commitment level and nonresidents’ preference for Largemouth Bass. In addition, simulations of changes in Walleye, Largemouth Bass, and Bluegill fisheries indicated that maintenance of quality Bluegill fisheries is important to ensuring continued angler participation, while the retention of high‐yield Walleye fisheries is likely paramount to a subgroup of anglers. Our results offer insight into angler preferences across the lake‐rich landscape of Wisconsin and demonstrate how angler behavior may shift in response to transitions in fishing opportunities.
Range-wide migratory connectivity for full-cycle conservation of the golden-winged warbler, climate sensitive songbird of the highest conservation concern	December 2016	Golden-winged warblers are a species of conservation concern, as they have experience dramatic population declines in the eastern portion of their breeding distribution, in spite of relatively high nest success. This study is designed to evaluate movements and spatial affiliations of golden-winged warblers outside of the breeding season.	Golden-winged warblers are a species of conservation concern, as they have experience dramatic population declines in the eastern portion of their breeding distribution, in spite of relatively high nest success. Considerable effort has been expended by management agencies to increase the abundance and quality of breeding habitat, with limited population response, suggesting that factors outside the breeding distribution may be influencing golden-winged warbler populations. We used light-level geolocators deployed across the breeding distribution of golden-winged warblers to evaluate migratory connectivity and migration. Our results indicate strong migratory connectivity, with golden-winged warblers from the eastern portion of their breeding distribution associated with wintering areas in northern South America, where deforestation rates are much higher than in Central America, where warblers from the western portion of their breeding distribution spend the winter. Our results suggest that conservation efforts on the wintering grounds are at least as important as maintaining breeding habitat.
Marshbird response to invasive cattail control using grazing, mowing, and herbicide application in the Prairie Pothole Region of Minnesta	December 2017	Invasive vegetation significantly alters wetland habitat and effects bird and other vertebrate communities. This project is designed to evaluate the response of bird communities to control of invasive vegetation.	Invasive vegetation significantly alters wetland habitat and effects bird and other vertebrate communities. In the Prairie Pothole Region, invasive cattails (Typha X glauca) form monocultures of dense mats, altering the vegetation in wetlands used by a variety of birds, including secretive marshbirds. Land managers in this region, including the U.S. Fish and Wildlife Service and the Minnesota Department of Natural Resources use fire and grazing to effect upland vegetation, but how this management affects wetland vegetation and wetland birds is not clear. This project is designed to evaluate the response of bird communities to control of invasive vegetation and provide information to more effectively manage Prairie Potnole Region wetlands.
Delineating sandhill crane populations in Minnesota	June 2017	Portions of both he Mid-Continent and Eastern Populations of sandhill cranes breed in Minnesota, but how birds from each population are distributed is not well documented. This project is designed to better understand sandhill crane distribution in Minnesota.	Portions of both he Mid-Continent and Eastern Populations of sandhill cranes breed in Minnesota, but how birds from each population are distributed and where these populations come into contact is not well documented. Management strategies for these two populations differ, and it is therefore necessary to know how they interact in space and time. We evaluated the current boundary between these populations and their movement ecology and local and broad (e.g., migration) spatial and temporal scales. Our results provide critical information relevant to managing these populations to the U.S. Fish and Wildlife Service, the Minnesota Department of Natural Resources, and other management agencies.
2014 Wild Turkey Hunter Study	December 2016	The goal of our study is to enhance our understanding of turkey hunter attitudes and perceptions of regulatory alternatives. Specific objectives of this study are to: 1) Critically evaluate Minnesota's spring turkey hunting season and determine if changes are appropriate; 2) Examine alternatives that provide more opportunity, improve hunter satisfaction, remain safe, and sustain the population at the goal level; 3) Use study result to implement regulatory harvest changes that achieve hunter and turkey population objectives.	None
Research Associate in Human dimensions	December 2013	Due to demand from the Minnesota Department of Natural Resources (DNR) to conduct studies focused on the human dimensions aspects of fisheries, wildlife, and ecological management issues a Human Dimensions Research Fellow position was created in the Department of Fisheries, Wildlife and Conservation Biology at the University of Minnesota. The position was funded jointly by the Minnesota Department of Natural resources and the Minnesota Cooperative fish & Wildlife Research Unit. This position has helped to ensure that data addressing a variety of fisheries wildlife management issues are collected in a consistent fashion across activities and issues and over multiple years. The position has also allowed human dimensions research to be collected more efficiently and more rapidly than would be the case using graduate student research efforts. In fiscal year 2010, the research fellow position was converted to a research associate position. The research associate will have primary responsibility for designing, implementing, analyzing, and reporting 3 studies using a variety of social science methods including focus groups, surveys and field experiments. These studies will include use of advanced methods and statistical analyses including Q methodology, choice models, and structural equation modeling. During this time period the research associate will have primary responsibility for designing, implementing, analyzing and reporting up to 3 studies each year focused on the human dimensions of fisheries, wildlife, or ecological management issues of interest to the Minnesota DNR. The research associate will conduct these studies in close cooperation and under the supervision of the Minnesota Cooperative Fish and Wildlife Research Unit Assistant Unit Leader, Dr. David Fulton.	None
Deer Goal Setting	June 2015	The goal of our study is to enhance our understanding of deer hunter attitudes and perceptions of deer populations, hunter motivations and satisfaction, agency trust, governance, and other policy issues related to deer population management statewide.	None
Research Associate in Human dimensions	June 2015	Due to demand from the Minnesota Department of Natural Resources (DNR) to conduct studies focused on the human dimensions aspects of fisheries, wildlife, and ecological management issues a Human Dimensions Research Fellow position was created in the Department of Fisheries, Wildlife and Conservation Biology at the University of Minnesota. The position was funded jointly by the Minnesota Department of Natural resources and the Minnesota Cooperative fish & Wildlife Research Unit. This position has helped to ensure that data addressing a variety of fisheries wildlife management issues are collected in a consistent fashion across activities and issues and over multiple years. The position has also allowed human dimensions research to be collected more efficiently and more rapidly than would be the case using graduate student research efforts. In fiscal year 2010, the research fellow position was converted to a research associate position. The research associate will have primary responsibility for designing, implementing, analyzing, and reporting 3 studies using a variety of social science methods including focus groups, surveys and field experiments. These studies will include use of advanced methods and statistical analyses including Q methodology, choice models, and structural equation modeling. During this time period the research associate will have primary responsibility for designing, implementing, analyzing and reporting up to 3 studies each year focused on the human dimensions of fisheries, wildlife, or ecological management issues of interest to the Minnesota DNR. The research associate will conduct these studies in close cooperation and under the supervision of the Minnesota Cooperative Fish and Wildlife Research Unit Assistant Unit Leader, Dr. David Fulton.	None
Understanding Bass Anglers in Minnesota	September 2012	The primary objectives of this project were to understand the preferences and behaviors of black bass anglers in Minnesota and understand both bass and non-bass anglers views of state bass management.	None
Bovine TB management in deer n northwest Minnesota	October 2012	Longterm, we expect that the information generated from this project will be used to identify valid risk-based testing alternatives, surveillance systems, and implementation strategies that will support the USDA-Animal and Plant Health Inspection Service and States in eradication of BTB from livestock and wildlife. The primary obtive is to improve the effectiveness of bovine tuberculosis eradication programs developed and implemented by state agencies including the Minnesota DNR, by identifying the risk perceptions, beliefs, attitudes, social and personal norms, and behaviors among landowners/cattle producers and deer hunters relevant to BTB; understanding how risk perceptions, beliefs, attitudes, norms and behaviors affect willingness of cattle producers and deer hunters to support or implement BTB policy; and identifying the social networks existing among cattle producers and deer hunters that allow exchange of information about BTB. This objective will be achieved by increasing the knowledge and understanding of social and psychological factors influencing cattle producers’ and deer hunters’ support for BTB eradication programs.	None
Minnesota Waterfowl Hunters 2011/12	December 2012	Minnesota has generally been in the top 3 states for number of waterfowl hunters in the United States. In recent years we have expanded efforts to obtain quantitative information about opinions and motivations for this important clientele. Minnesota participated in the North American Duck Hunter Survey (Ringelman 1997) and Minnesota hunter responses were compared to those in other States (Lawrence and Ringelman 2001). More recently, reports documenting hunter activity and opinions following the 2000, 2002, 2005, and 2007 waterfowl hunting seasons were completed (Fulton et al. 2002, Schroeder et al. 2004, 2007a, 2008). A survey following the 2010 season is currently being analyzed. In addition, a series of surveys looking at hunter recruitment and retention were completed following the 2005 waterfowl hunting season (Schroeder et al. 2007b,c,d) and a study of former waterfowl hunters was completed following the 2009 season (Schroeder et al., 2011 draft). Information from these reports has been used to inform management decisions. We originally planned on completing the statewide survey at 3 year intervals, but have made exceptions. We conducted a survey in 2002 instead of 2003 to obtain current estimates of spinning-wing decoy use, and a limited survey was conducted following the 2007 waterfowl hunting season to evaluate changes in daily bag limits. We conducted a survey following the 2010 waterfowl season, but changes in waterfowl hunting regulations in 2011 necessitate the need for an additional hunter survey. Specifically, duck season opened 1 week earlier, shooting hours on opening day began at ½ hour before sunrise instead of 9 a.m., wood duck daily bag limit was increased from 2 to 3, and the hen mallard daily bag limit was increased from 1 to 2. In addition, 2010 was the first year Minnesota used zones for duck seasons. In 2011 we have the opportunity to add an additional zone. Thus, the survey will provide opinions on how hunters perceived the 2010 zones, and obtain recommendations for the 2011 zones. Objective: Identify hunter preferences/opinion on daily bag limits and zones relative to their satisfaction, success, and opinions/preferences on other waterfowl hunting and management issues. These results will be compared to results from previous Minnesota surveys and other hunter surveys. Determine how preferences/opinions vary based upon hunter characteristics. Basic Questionnaire Themes The questionnaire will be similar to the 2000, 2002, 2005, 2007, and 2010 questionnaires and many questions will be the same so we can compare hunter responses following different waterfowl seasons. In addition, questions on daily bag limits, duck zones and splits, Canada goose management, waterfowl hunting framework dates, and other current issues may be addressed. We will review questionnaires and results from other state waterfowl hunter surveys and coordinate with biologists in other states to assist in designing the Minnesota survey. In 2012, states can select a zone/split combination for the 2012-2015 period. This survey will also provide essential information for selecting the best option for Minnesota.	None
Minnesota Landowner Perceptions of Deer Management in SE Minnesota	June 2013	The Minnesota Department of Natural Resources (MDNR) has done extensive work with deer hunters in southeastern Minnesota. Since 2005, DNR has staffed biological deer check stations to assess age and sex ratios or harvested deer, surveyed hunters regarding attitudes and acceptance of different regulations, and ultimately changed regulations in 2010. Unlike previous surveys that have focused on a particular group (e.g., anglers waterfowl hunters, deer hunters), DNR research has not been conducted on private landowners. This is an important segment of the population as they control access and may or may not change their behavior based on their perceptions of deer populations and regulations. While southeastern Minnesota is a dynamic landscape with a mix of traditional agriculture, dairy/cattle, and recreational landowners, their opinions are poorly understood. Also, there is a perception that leasing for hunting is increasing and management options may be limited along with access restrictions. Objectives: 1) Conduct focus groups with landowners to determine the underlying issues and complications with private land deer management. 2) Use the focus groups to inform development of a self-administered mail back questionnaire to landowners. 3) Develop a dataset for analysis so that data can be presented at Legislative hearings, public meetings, and to wildlife staff. 4) These results will be compared with other survey results in the to finalize future harvest regulations.	None
Deer Hunter Attitudes	December 2016	The goal of our study is to enhance our understanding of deer hunter attitudes and perceptions of deer populations, hunter motivations and satisfaction, agency trust, governance, and other policy issues related to deer population management statewide.	None
Southeastern Minnesota Deer Hunter Survey	June 2013	This purpose of this project is to assess the acceptability of alternative deer regulations in SE Minnesota among deer hunters participating in the hunts. In addition, we will identifiy what social psychological variables explain the level of acceptance individuals have for the regulatons	None
Evaluation of Walk-in Access User Program	June 2014	The Walk-In Access (WIA) program provides public access to private land and pays landowners by the acre to allow hunting access. The program is currently in its second year of a three-year Walk-In pilot program. The program has grown to more than 15,000 acres giving hunters access to more than 150 sites across 21 counties. Feedback indicates that the Walk-In access is working for both hunters and landowners. The majority of WIA acres are enrolled for multiple years and are also enrolled in a federal or state conservation program designed to maintain cover on the acres. The U.S. Department of Agriculture (USDA) funded the first two years of the program and the Minnesota Legislature has approved additional funding for WIA. A $5 surcharge on non-resident hunting licenses has been directed to the program and resident hunters have the opportunity to donate $1, $3 or $5 to the program when purchasing a small game or deer license. Hunter support is key to the program. Using the land, respecting the land and identifying a method to fund the program for the long term will be essential to build the future of the program. Objectives: 1) Develop a survey instrument and self-administered mail back questionnaire to WIA users to determine basic attitudes and support for the WIA program. 2) Develop a dataset for analysis so that data can be presented at Legislative hearings, public meetings, and to wildlife staff. 3) These results will be compared with other surveys and programs to develop recommendations for future funding and management of the WIA program.	None
Assessing landowners'/producers' attitudes toward and motivations for participating in conservation programs beneficial to wildlife	July 2015	The behaviors of individual land-owners, many of whom actively farm their properties, have the potential to conserve water quality as well restore and conserve fisheries and wildlife habitat. In fact, the steering committee for the Eastern Tallgrass Prairie and Big Rivers LCC has identified a need to better understand the motivations of landowners for participating in programs that improve wildlife habitat and water quality in the region. This proposal addresses that need. The scope of this study is to: 1) evaluate if wildlife benefits are a driving factor for producer enrollment in USDA programs that address the resource concern of water quality in terms of sedimentation and nutrient loading; and 2) to identify and evaluate the motivating reasons that producers enter into sustainable agricultural systems. The outcomes of this study will provide insight into designing and developing programs, practices and messages that encourage broader participation in conservation programs and sustainable practices within the agricultural community.	None
Resource use of arctic peregrine falcons along the Colville River, Alaska	December 2015	The Colville River Special Area (CRSA) was designated in 1977 to protect nesting and foraging habitat of the then-endangered Arctic peregrine falcon. The objectives of this project are to (1) summarize and evaluate existing CRSA peregrine nesting data to assess nesting habitat use and related productivity, and (2) implement additional data collection efforts focused on assessing nesting area occupancy related to habitat and other factors associated with productivity. This information will help inform management of the CRSA.	The Colville River Special Area (CRSA) was designated in 1977 to protect nesting and foraging habitat of the then-endangered Arctic peregrine falcon. The Bureau of Land Management has management responsibility for the CRSA and has conducted periodic surveys of abundance and reproduction. We used these data to (1) summarize and evaluate existing CRSA peregrine nesting data to assess nesting habitat use and related productivity, and (2) implement additional data collection efforts focused on assessing nesting area occupancy related to habitat and other factors associated with productivity. This information will help inform management of the CRSA.
Minnesota Climate Change Vulnerability Assessment	December 2012	The Minnesota Department of Natural Resources convened expert panels to conduct ecosystem-scale climate change vulnerability assessments for selected habitats using a systems mapping process. The mapping process identified key drivers of change, relationships among drivers, stressors and their relative strength of influence, including the assignment of vulnerability and confidence scores. The goal is to compile the data gathered from the expert panels to inform adaptation strategies relative to climate change scenarios into Minnesota’s State Wildlife Action Plan.	None
Understanding the imporance of weak-tie networks in complex	December 2011	In agriculture, ‘multifunctionality’ refers to production of a range of agricultural commodities and conservation of biodiversity and water quality. Multifunctional agriculture addresses a range of social and ecological challenges to sustainability. This project is conducted by an interdisciplinary team to evaluate multifunctional agriculture as a coupled human-environment system driven by ecosocial feedback, weak-tie social networks, and multiple biophysical benefits. Weak tie networks allow the shared perception of biophysical signals, communication, resource exchange, and collective action by individuals and groups to generate ecological benefits and increase the size and resource base of social networks. Work will occur in New York, Pennsylvania, and Wisconsin that differ in adoption of rotational grazing (RG). The project will examine individual and group behavior and development of social-network, assess the biophysical effects on terrestrial and aquatic systems at farm and landscape scales. Our portion of the project addresses stream channel characteristics and aquatic macroinvertebrate communities in relation to RG compared with continuously grazed pastures. The proposed research will help identify both opportunities and barriers affecting development of a sustainable bioeconomy based on multifunctional agriculture.	None
Scaleable indices of watershed health	June 2011	A watershed-based approach is increasingly recognized as the most comprehensive framework for understanding and managing natural resource systems, including streams and lakes. However, for this approach to be successful, a large amount information regarding the current state of watershed resources is necessary. Unfortunately, despite the large amount of existing geographic information system (GIS) information that could be utilized, this information is not readily available for managers in an easily accessible, broadly applicable, summarized form. The Watershed Assessment Tool (WAT) Project is designed to bridge this gap by acquiring background information on watershed concepts and developing a comprehensive series of GIS layers. This information will be organized in a 5-component framework of hydrology, geomorphology, biology, connectivity and water quality to facilitate quantification of healthy watershed function and interactions. We are developing a meta-analyses and syntheses to support the broad-scale, long-term quantification of watershed health in major Minnesota watersheds (8-digit HUC boundaries), the selection of a set of health indices, and the application of these health indices for all such watersheds in Minnesota. This work is specifically designed to support the development of the Minnesota Department of Natural Resources (MNDNR) watershed assessment tool.	None
Predicting large wood transport and effects on stream geomor...	June 2009	Large wood performs many important ecosystem functions in streams, including diversifying instream flow environments (e.g., plunge pools, and backwater habitat), creating overhead cover for fish, and providing a stable substrate for invertebrates and periphyton. Few instream studies of large wood dynamics have been completed in the Midwest, rather the majority of studies have been from mountainous areas with steeper gradients and narrower floodplains. We will use individual logs to investigate instream wood dynamics in streams flowing through second-growth forest to improve our understanding of instream wood processes in the Midwest. We will relate mobilization and retention of individual pieces to geomorphic conditions and piece characteristics. We hypothesize that shorter, smaller, and more buoyant pieces will be mobilized more readily than large dense pieces, and that channels that are steeper, wider, and more entrenched will retain less wood than narrow, shallow, nonentrenched channels. Information gained from this study will be broadly disseminated and used to improve riparian management policies, wood removal regulations, and stream restoration practices.	None
Predicting and mitigating vulnerability of trout streams	June 2013	Trout require streams with excellent water quality that are fed by groundwater, which keep streams cold in summer but ice-free in winter. The trout sport-fishing industry is vulnerable to global climate changes that can increase stream temperatures, alter the cold-adapted aquatic insects that form trout diets, and affect trout reproduction. Increasing air temperatures are predicted to increase the maximum water temperatures during summer, but also are very likely to dramatically change winter thermal conditions in trout streams. Our objectives are to: (1) investigate the role of stream bank vegetation and adjacent land use to minimize changes in stream temperatures in relation to climate change during summer; (2) determine winter diets and growth of trout populations; and (3) determine kinds, abundances, and timing of growth patterns of cold-adapted insects that are essential in winter diets of trout. We will work on 36 trout streams in the Driftless Area, using GIS coupled with habitat surveys for objective (1); seining and standard diet analysis techniques for objective (2); and rapid bioassessment protocols for objective (3). The project will identify and rank the streams most vulnerable to increases in summer high temperatures, and will identify cold-adapted insects that are most critical to trout diets and growth during winter. Trout fishing annually provides more than $150 million dollars in direct expenditures to local economies in Minnesota and $654 million through the Driftless Region (Trout Unlimited, 2008). With re-circulating dollars this represents more than one-billion dollars of economic stimulus to local economies. Our research will enable us to identify streams and food species that are most vulnerable to increasing temperatures, and translate scientific results into management strategies to protect and conserve this valuable industry.	None
Geographical Information Systems techniques to channel slope	September 2006	Our goal is to evaluate automated methods to estimate channel gradient, and to develop estimates of stream power and flood discharge and frequency for unregulated streams within Minnesota. Studies have demonstrated relationships between the gradient of stream channels and fish and macroinvertebrate assemblages. Twenty-one of 35 habitat features in Wyoming streams were related to channel gradient. Although field techniques to measure channel gradient are standardized, several techniques to estimate stream gradient using a GIS exist, but a standard technique has not been chosen. The objectives are to: determine a method for measuring channel gradient that provides similar estimates to field measurements with standard techniques, identify GIS method(s) that provide similar estimates to measurements made in the field, and develop estimates of flood discharges using regression equations based on our field and GIS methods.	None
Ecological and genetic characteristics of slimy sculpin in s...	June 2009	The Departments of Natural Resources in Iowa, Minnesota, and Wisconsin have implemented “reintroduction” programs for sculpin Cottus spp. in streams in the Driftless Area Ecoregion of each state. The goal of these projects is to increase the distribution of sculpin by re-establishing viable, self-sustaining populations in trout streams where native populations are presumed to have been present historically, but were extirpated and unable to recolonize (http://www.dnr.state.mn.us/areas/fisheries/lanesboro/management.html). This effort will potentially restore an ecologically important species to these coldwater streams and provide an additional prey component for wild trout populations. Sculpin were successfully reintroduced to a southwest Wisconsin stream in the 1970s. However, the reintroduction programs were instituted with limited information about the ecological suitability of the streams selected for reintroduction. This study will investigate genetic characteristics, survival, prey availability, diet of slimy sculpin, and habitat of donor and recipient streams. Our goal is to determine characteristics of streams most amenable to establishing reintroduced populations and examine ecological exchangeability of the sculpin.	None
Empowering water quality decisions: reducing uncertainty and	June 2009	Impaired waters and the Total Maximum Daily Load approach are central drivers to water quality management mandated by the Clean Water Act. Water quality and ecological integrity vary across a gradient of human disturbance, but assessing how ecological integrity is affected by human disturbance is complex and requires robust indicators of ecological health. Indicators are used to quantify stream ecosystem integrity; however, uncertainty and variability of those indicators are poorly understood. We will conduct research that will aid Minnesota regulatory agencies in reducing the uncertainty and variability of indicators of stream ecosystem integrity to allow managers to make decisions based on scientific knowledge and be more defensible than current decisions. We have three objectives: (1) quantify the uncertainty surrounding stream health indicators, (2) evaluate the variability of indicators of stream health at different spatial scales, and (3) deconstruct stream health indices to understand which index metrics contribute most to uncertainty and variability at different spatial scales. Our project will advance management of stream ecological resources by aiding accurate identification of impaired streams, using existing data to understand the history of stream ecosystem integrity, and increasing efficiency with which stream ecosystem integrity is assessed and monitored.	None
Development of an ecological assessment method for Minnesota...	June 2009	The Minnesota Pollution Control Agency has encouraged the Department of Natural Resources to identify and develop two lake health indicators that could be used to assess whether Minnesota lakes are impaired as part of the Minnesota Legislature’s Clean Water Legacy Initiative to facilitate the implementation of the Total Maximum Daily Load process mandated by the Clean Water Act. Our goal is to evaluate indictors of lake health should be used for assessing the ecological integrity of lakes in Minnesota, focusing on an indicator that will complement the fish index of biological integrity (fish IBI) that has developed. Our objectives are to: (1) review the existing indicators of lake health that have been used in temperate lakes, (2) use existing data within Minnesota to evaluate the applicability and robustness of existing measures of lake health, (3) prioritize approaches across the gradient of Minnesota lake types and identify data gaps, and (4) identify an approach to complement the fish IBI method, and recommend a general framework for its use in Minnesota.	None
Assessing the cumulative impacts to near-shore, in-water hab	June 2013	Human structures related to shoreline development, such as docks, boatlifts, and other structures, and disturbance from recreational activity may have a cumulative impact on aquatic ecosystems. Near-shore areas (less than 4 meters deep) often contain most of the vegetation and are generally the spawning area for fish. Few studies have addressed the effects of incremental changes on lake ecosystems despite ongoing concerns about the rate and extent of near-shore, in-water habitat alterations, and expansion of in-lake structures. The lack of scientific knowledge on the cumulative effects of human activities on aquatic habitat, water quality, and fish populations has hindered regulatory authorities and lake managers who need better information to guide landowners toward lower impact practices. To address this lack of information, we will assess the extent of near-shore vegetation and fish along a gradient of shoreline development and develop a framework to assess cumulative impacts on whole lake systems. We will use aerial photos and existing DNR data to measure whole lake disturbances of 114 lakes in the Northern Lakes and Forests Ecoregion. We will also conduct assessments of a subset of 30 lakes at the individual lot scale, to quantify impacts to vegetation and fish along a gradient of shoreline development and shoreline types. We will use our research develop a model to predict the cumulative impact of development on aquatic ecosystems, providing a tool to guide lake managers toward sustainable near-shore, in-water development.	None
Comparison of effects on stream habitat and fish nine years	June 2008	Riparian guidelines have been the most controversial of the seven components of Minnesota’s forest management guidelines. Research addressing the long-term effectiveness of riparian guidelines is critical to resolving riparian management conflicts, informing the ongoing revisions of the Minnesota Forest Resources Council’s (MFRC) riparian guidelines, and sustaining Minnesota’s forest resources. This project will (1) evaluate the long-term effectiveness of Minnesota’s riparian guidelines on eight northern Minnesota sites and at 12 previously established sites in the Pokegama Creek basin, (2) combine and synthesize data from the multiple study components through a “meta-analysis,” and (3) provide information to natural resource professionals about riparian zone management. Specifically, we: (1) evaluate the effects of riparian harvest on stream ecosystem functioning using measures of invertebrate biomass, in-stream leaf and wood decomposition rates, in-stream habitat, and food web analyses and (2) evaluate the effects of harvest treatments through time on both the terrestrial (birds, trees and herbaceous biomass) and aquatic habitat components as well as changes of terrestrial and aquatic communities (fish and invertebrate) in a meta-analysis.	None
Summarizing data and developing conservation practices for eagle nesting and concentration areas in the Midwest Region	September 2012	Bald and golden eagles have special legal status in the United States and the U.S. Fish and Wildlife Service has legal management authority. Bald eagles have rebounded to high population levels across the Midwestern U.S. following banning of some organochlorine pesticides, which inhibited reproduction. In contrast, golden eagles are relatively rare in the Midwestern U.S., and there is concern about golden eagle mortality associated with wind farms and other anthropogenic factors. We are working with U.S. Fish and Wildlife Service biologists and managers to compile information about bald and golden eagles in the Upper Midwest, and develop conservation strategies and identify research priorities.	Bald and golden eagles have special legal status in the United States and the U.S. Fish and Wildlife Service has legal management authority. Bald eagles have rebounded to high population levels across the Midwestern U.S. following banning of some organochlorine pesticides, which inhibited reproduction. In contrast, golden eagles are relatively rare in the Midwestern U.S., and there is concern about golden eagle mortality associated with wind farms and other anthropogenic factors. We are working with U.S. Fish and Wildlife Service biologists and managers to compile information about bald and golden eagles in the Upper Midwest, and develop conservation strategies and identify research priorities.
Assessment of techniques for evaluating woodcock population response to best management practices applied at the demonstration area scale	December 2014	American woodcock are a species of conservation concern, having experienced long-term population declines over much of their breeding distribution in eastern North America. Prescriptions for increasing woodcock abundance focus on managing landscapes to provide breeding habitat, but there is little information that can be used to evaluate the success of those efforts. We are evaluating abundance, habitat use, and survival of American woodcock in relation to habitat management at the landscape (demonstration-area) scale in northwest Minnesota, with collaborative projects in Maine and New York. Results of this study will inform landscape-scale management for American woodcock and other species that use similar landscapes.	American woodcock are a species of conservation concern, having experienced long-term population declines over much of their breeding distribution in eastern North America. Prescriptions for increasing woodcock abundance focus on managing landscapes to provide breeding habitat, but there is little information that can be used to evaluate the success of those efforts. We are evaluating abundance, habitat use, and survival of American woodcock in relation to habitat management at the landscape (demonstration-area) scale in northwest Minnesota, with collaborative projects in Maine and New York. Results of this study will inform landscape-scale management for American woodcock and other species that use similar landscapes.
Bioregional monitoring for northern goshawks in the western Great Lakes	August 2009	Northern goshawks are a species of conservation concern, in part because of their purported association with mature forest cover types. However, these habitat associations are not well documented in the Upper Midwest, where most information on goshawk populations is derived from monitoring nests. We modified an existing protocol to estimate occupancy of northern goshawks in the western Great Lakes region, and conducted a field survey in 2008 following that protocol. Our results suggest that goshawks are widely distributed at relatively low densities across the western Great Lakes region, and use more mature forest stands for nesting.	Northern goshawks are a species of conservation concern, in part because of their purported association with mature forest cover types. However, these habitat associations are not well documented in the Upper Midwest, where most information on goshawk populations is derived from monitoring nests. We modified an existing protocol to estimate occupancy of northern goshawks in the western Great Lakes region, and conducted a field survey in 2008 following that protocol. Our results suggest that goshawks are widely distributed at relatively low densities across the western Great Lakes region, and use more mature forest stands for nesting.
Predicting the future of aquatic species in Minnesota	June 2026	Native aquatic species have had their ranges impacted by habitat degradation, climate change, invasive species, harvest, and other anthropogenic impacts. Each year the state of Minnesota spends millions of dollars on the conservation of aquatic native species. A booming economy relies on the state’s natural resources, with the outdoor recreation economy alone valued at $16.7 billion in 2022. The climate in Minnesota is predicted to continue changing substantially throughout this century, average annual temperature across the state has already increased nearly 3℉ since the late 1800s. To support the goal of Minnesota’s Department of Natural Resources, that ‘the benefits of all Minnesota’s natural resources are enjoyed by all Minnesotans’, it is important to anticipate and plan for likely future scenarios. By identifying native aquatic species most likely to be impacted by future climate change, and geographic areas with high levels of species change, management agencies can better focus their resources to protect and conserve these aquatic species in areas that will be most suited to them, for the benefit of Minnesota’s future. We will predict the ranges of native aquatic species in Minnesota using recently available high quality datasets and information on past and present ranges coupled with powerful statistical techniques.	Native aquatic species have had their ranges impacted by habitat degradation, climate change, invasive species, harvest, and other anthropogenic impacts. Each year the state of Minnesota spends millions of dollars on the conservation of aquatic native species. A booming economy relies on the state’s natural resources, with the outdoor recreation economy alone valued at $16.7 billion in 2022. The climate in Minnesota is predicted to continue changing substantially throughout this century, average annual temperature across the state has already increased nearly 3℉ since the late 1800s. To support the goal of Minnesota’s Department of Natural Resources, that ‘the benefits of all Minnesota’s natural resources are enjoyed by all Minnesotans’, it is important to anticipate and plan for likely future scenarios. By identifying native aquatic species most likely to be impacted by future climate change, and geographic areas with high levels of species change, management agencies can better focus their resources to protect and conserve these aquatic species in areas that will be most suited to them, for the benefit of Minnesota’s future. We will predict the ranges of native aquatic species in Minnesota using recently available high quality datasets and information on past and present ranges coupled with powerful statistical techniques.
Improving stock assessment of Walleye for Mille Lacs Lake.	June 2026	The Walleye fishery in Mille Lacs Lake has declined since the 1990s. The decline coincides with a variety of changesincluding: warming temperatures, increases in smallmouth bass, invasion of zebra mussels in 2005, invasion of spiny waterflea in 2009, changes to northern pike abundance, along with changes to the fishery (both in gear types and management).The fishery (along with northern pike, yellow perch, cisco and burbot) is co‐managed by tribes signatory to the 1837 Treatyand the state (through Minnesota Department of Natural Resources or MNDNR), based on legal agreements. The walleyefishery has consisted of a recreational and joint tribal fishery since 1998. The population of walleye is estimated annuallythrough a statistical catch at age (SCAA) model (previously a Virtual Population Analysis or VPA). The assessment modelswere reviewed in 2001 (VPA) by James R. Bence and Terrance J. Quinn II and again in 2014 (SCAA) by a blue ribbon panel(Paul Venturelli, James Bence, Travis Brenden, Nigel Lester, and Lars Rudstam). A variety of recommendations were madein those reviews for future data collection and future research to ensure the stock assessment model is as accurate aspossible, and this project will focus on improving some aspect of the stock assessment.	The Walleye fishery in Mille Lacs Lake has declined since the 1990s. The decline coincides with a variety of changesincluding: warming temperatures, increases in smallmouth bass, invasion of zebra mussels in 2005, invasion of spiny waterflea in 2009, changes to northern pike abundance, along with changes to the fishery (both in gear types and management).The fishery (along with northern pike, yellow perch, cisco and burbot) is co‐managed by tribes signatory to the 1837 Treatyand the state (through Minnesota Department of Natural Resources or MNDNR), based on legal agreements. The walleyefishery has consisted of a recreational and joint tribal fishery since 1998. The population of walleye is estimated annuallythrough a statistical catch at age (SCAA) model (previously a Virtual Population Analysis or VPA). The assessment modelswere reviewed in 2001 (VPA) by James R. Bence and Terrance J. Quinn II and again in 2014 (SCAA) by a blue ribbon panel(Paul Venturelli, James Bence, Travis Brenden, Nigel Lester, and Lars Rudstam). A variety of recommendations were madein those reviews for future data collection and future research to ensure the stock assessment model is as accurate aspossible, and this project will focus on improving some aspect of the stock assessment.
Exploring the needs and opportunities around community-based CWD surveillance on Tribal Lands	August 2023	The purpose of this agreement is to provide funding to support collaborative research efforts to explore the needs and opportunities around community-based chronic wasting disease (CWD) surveillance on Tribal Lands. It outlines the goals, objectives, anticipated accomplishments, and the approach, including roles and responsibilities, for accomplishing the research. This study may include, among other things, interviews and workshops with hunters and other individuals on Tribal Lands.	The purpose of this agreement is to provide funding to support collaborative research efforts to explore the needs and opportunities around community-based chronic wasting disease (CWD) surveillance on Tribal Lands. It outlines the goals, objectives, anticipated accomplishments, and the approach, including roles and responsibilities, for accomplishing the research. This study may include, among other things, interviews and workshops with hunters and other individuals on Tribal Lands.
Linking human behavior and attitudes to spillover of SCV2 at the cervid-human interface	February 2026	<b>Project Purpose</b> – The purpose is to understand how human behaviors, human-white-tailed deer (WTD) interactions, land use, and ecological context contribute to SARS-CoV-2 (SCV2) infection dynamics in WTD populations.<br><b><i> </i></b><br><b>Project Objective</b> – There are 4 objectives: 1) Determine the predictive relationship between (a) human values, attitudes, and beliefs and (b) human behaviors at the human-WTD interface; 2) Identify human behaviors and land-use characteristics that may lead to spillover or spillback of SCV2 from humans to WTD; 3) Determine the likely response of individuals to different management interventions (e.g., provision of information about risk and prevention); and 4) Improve risk assessment and forecasting capabilities of SCV2 hotspots in WTD.	<b>Project Purpose</b> – The purpose is to understand how human behaviors, human-white-tailed deer (WTD) interactions, land use, and ecological context contribute to SARS-CoV-2 (SCV2) infection dynamics in WTD populations.<br><b><i> </i></b><br><b>Project Objective</b> – There are 4 objectives: 1) Determine the predictive relationship between (a) human values, attitudes, and beliefs and (b) human behaviors at the human-WTD interface; 2) Identify human behaviors and land-use characteristics that may lead to spillover or spillback of SCV2 from humans to WTD; 3) Determine the likely response of individuals to different management interventions (e.g., provision of information about risk and prevention); and 4) Improve risk assessment and forecasting capabilities of SCV2 hotspots in WTD.
Minnesota Angler Study	December 2024	The goal of fisheries management is to provide for long term conservation of fisheries resources while at the same time optimizing the benefits that people obtain from the resources. For this reason, fisheries management involves the management of biological resources and of people. Understanding the concerns and desired experiences of anglers is an important aspect of maintaining satisfying fishing experiences for anglers and a successful fishery. In 1998, the Minnesota DNR conducted a statewide assessment of resident angler satisfaction with fishing experiences and attitudes and beliefs concerning fisheries management issues in the state (Minnesota Center for Survey Research 1998). In 2005 and 2011, 2018 follow-up statewide surveys were completed for the Minnesota DNR by the Minnesota Cooperative Fish & Wildlife Research Unit. This proposal is to complete a fifth cross-sectional statewide resident angler assessment that will allow exploration of changes, trends and new conditions. In the current research cycle, understanding anglers preferences concerning trade-offs in management foci and strategies under increasing conditions of budget constraints is again of particular interest to the Minnesota DNR. Purpose and Objectives: The purpose of this study is to provide a current update of angler attitudes and behaviors that can be compared with existing information over the past 24 years. The specific objectives of this study are to: 1. Determine anglers’ values, attitudes, norms and behaviors concerning fishing experiences, issues, and management. 2. Develop and refine a battery of items based on research studies in Minnesota and other states that will be used to track trends in angler’s preferences and attitudes on key issues and perceptions including satisfaction with the general fishing experience, satisfaction with the number and size of fish caught, perceptions of crowding, and other key indicators of the quality of fishing experiences. 3. Continue baseline data for tracking trends in angler perceptions and attitudes on various fisheries issues in Minnesota. 4. Determine differences between resident male and female anglers concerning values, attitudes, and behaviors. 5. Understand anglers’ preferences for trade-offs in management foci under constrained budget scenario	The goal of fisheries management is to provide for long term conservation of fisheries resources while at the same time optimizing the benefits that people obtain from the resources. For this reason, fisheries management involves the management of biological resources and of people. Understanding the concerns and desired experiences of anglers is an important aspect of maintaining satisfying fishing experiences for anglers and a successful fishery. In 1998, the Minnesota DNR conducted a statewide assessment of resident angler satisfaction with fishing experiences and attitudes and beliefs concerning fisheries management issues in the state (Minnesota Center for Survey Research 1998). In 2005 and 2011, 2018 follow-up statewide surveys were completed for the Minnesota DNR by the Minnesota Cooperative Fish & Wildlife Research Unit. This proposal is to complete a fifth cross-sectional statewide resident angler assessment that will allow exploration of changes, trends and new conditions. In the current research cycle, understanding anglers preferences concerning trade-offs in management foci and strategies under increasing conditions of budget constraints is again of particular interest to the Minnesota DNR. Purpose and Objectives: The purpose of this study is to provide a current update of angler attitudes and behaviors that can be compared with existing information over the past 24 years. The specific objectives of this study are to: 1. Determine anglers’ values, attitudes, norms and behaviors concerning fishing experiences, issues, and management. 2. Develop and refine a battery of items based on research studies in Minnesota and other states that will be used to track trends in angler’s preferences and attitudes on key issues and perceptions including satisfaction with the general fishing experience, satisfaction with the number and size of fish caught, perceptions of crowding, and other key indicators of the quality of fishing experiences. 3. Continue baseline data for tracking trends in angler perceptions and attitudes on various fisheries issues in Minnesota. 4. Determine differences between resident male and female anglers concerning values, attitudes, and behaviors. 5. Understand anglers’ preferences for trade-offs in management foci under constrained budget scenario
Quality Assessments and Restoration Potential of Groundwater Fed Streams within the Watersheds of Minnesota Valley National Wildlife Refuge	June 2010	- Since impaired water quality is a major threat to the Refuge, utilize a University of Minnesota Graduate Student to work closely with the MN DNR, Trout Unlimited Lower Minnesota River Watershed District, the Refuge and other partners, to conduct water q	None
Habitat use of post-fledging forest-nesting songbirds in northern hardwood-coniferous forests in north-central MN	September 2010	Compared to use of nesting habitat, habitat use by forest-nesting songbirds following fledging is relatively poorly understood. Recent studies based on point counts and mist-netting, and monitoring movement of fledglings via radio-telemetry, suggest that for at least some species of forest-nesting songbirds, habitat use post-fledging can be quite different from breeding-habitat use. To date, information regarding habitat use following fledging for forest nesting birds is limited to a few studies from eastern (Virginia and West Virginia) and southern (Missouri) deciduous forests, and from only a few species of forest-nesting birds. No published information regarding post-fledging habitat use exists for northern hardwood-coniferous forest birds in the western Great Lakes region. Forest-management plans that incorporate considerations for forest-nesting birds generally do not consider habitat use following fledging. A more complete understanding of habitat use by forest-nesting birds in northern hardwood-coniferous forests would provide the basis for better incorporating considerations for forest-nesting birds in forest management in the western Great Lakes region. Specifically, our goals are to (1) determine what species of forest-nesting birds (both adults and fledglings) use a range of habitats from early successional to mature forest during the post-fledging period, and (2) document post-fledging movements and habitat use of selected forest-nesting species in northern hardwood-coniferous forests in northern Minnesota.	Compared to use of nesting habitat, habitat use by forest-nesting songbirds following fledging is relatively poorly understood. Recent studies based on point counts and mist-netting, and monitoring movement of fledglings via radio-telemetry, suggest that for at least some species of forest-nesting songbirds, habitat use post-fledging can be quite different from breeding-habitat use. To date, information regarding habitat use following fledging for forest nesting birds is limited to a few studies from eastern (Virginia and West Virginia) and southern (Missouri) deciduous forests, and from only a few species of forest-nesting birds. No published information regarding post-fledging habitat use exists for northern hardwood-coniferous forest birds in the western Great Lakes region. Forest-management plans that incorporate considerations for forest-nesting birds generally do not consider habitat use following fledging. A more complete understanding of habitat use by forest-nesting birds in northern hardwood-coniferous forests would provide the basis for better incorporating considerations for forest-nesting birds in forest management in the western Great Lakes region. Specifically, our goals are to (1) determine what species of forest-nesting birds (both adults and fledglings) use a range of habitats from early successional to mature forest during the post-fledging period, and (2) document post-fledging movements and habitat use of selected forest-nesting species in northern hardwood-coniferous forests in northern Minnesota.
Factors affecting detection of American woodcock on singing-ground surveys	December 2011	American woodcock are a species of management concern, having experience population declines across much of their eastern North American breeding distribution. The Singing-ground Survey (SGS) is the primary mechanism by which American woodcock populations are monitored, although there remain questions about factors that influence counts on surveys. We are assessing factors that influence the reliability and precision of Singing-ground Surveys to estimate American woodcock population trends by 1) estimating detectability of woodcock using current sampling protocol, repeated (occupancy) sampling of a subsample of survey routes, assessing detectability based on video or telemetry to refine conditions under which woodcock are detectable, double observer assessment of detectability, and observer variability by repeating survey routes to assess detection probability through time, and (2) comparing woodcock density along SGS survey routes with randomly-located experimental routes in adjacent areas to directly assess whether counts on existing routes adequately represent the larger landscape. Results of this study can be used to refine survey protocol to better track woodcock abundance.	American woodcock are a species of management concern, having experience population declines across much of their eastern North American breeding distribution. The Singing-ground Survey (SGS) is the primary mechanism by which American woodcock populations are monitored, although there remain questions about factors that influence counts on surveys. We are assessing factors that influence the reliability and precision of Singing-ground Surveys to estimate American woodcock population trends by 1) estimating detectability of woodcock using current sampling protocol, repeated (occupancy) sampling of a subsample of survey routes, assessing detectability based on video or telemetry to refine conditions under which woodcock are detectable, double observer assessment of detectability, and observer variability by repeating survey routes to assess detection probability through time, and (2) comparing woodcock density along SGS survey routes with randomly-located experimental routes in adjacent areas to directly assess whether counts on existing routes adequately represent the larger landscape. Results of this study can be used to refine survey protocol to better track woodcock abundance.
Effects of imperfect detectability on inferences from monitoring	July 2014	The value of bird monitoring has come under increasing scrutiny recently due to concerns about imperfect detectability. In particular, because the probability of detecting a bird in the area surveyed often is less than one, counts are only indices of abundance, rather than actual estimates of abundance. A variety of methods that attempt to adjust counts for imperfect detectability have been advanced; using these methods requires additional effort, however. A critical question is the extent to which that additional effort is rewarded by improved results. Clearly, estimates of abundance will be affected by adjustments for detectability; what is not known are the consequences on estimates of population trajectories. The goal of this study is to evaluate the influence of imperfect detectability on inferences about population changes. Specific objectives: - Determine the variation in detectability values that occur in avian surveys and understand factors that influence detectability. This objective will be addressed through literature reviews, discussions with bird surveyors, consultations with experts (e.g., Dr. Theodore Simons, North Carolina Cooperative Fish and Wildlife Research Unit), and possibly field trials. - Understand the influence that imperfect detectability can have on results of monitoring. This will be accomplished through investigations into the analytic methods applied to monitoring data, and simulation studies. - Determine the extent to which methods that adjust counts for imperfect detectability affect results from monitoring programs and inferences drawn from those results. This objective will be addressed by analyzing simulated and possibly actual field data with those methods. - Determine how detectability is affected by abundance and variety of birds and other features not well understood. This will require carefully designed field studies. The extent to which this objective will be necessary, and the exact features to be investigated, will depend in part on topics not addressed by Dr. Simons and his students.	The value of bird monitoring has come under increasing scrutiny recently due to concerns about imperfect detectability. In particular, because the probability of detecting a bird in the area surveyed often is less than one, counts are only indices of abundance, rather than actual estimates of abundance. A variety of methods that attempt to adjust counts for imperfect detectability have been advanced; using these methods requires additional effort, however. A critical question is the extent to which that additional effort is rewarded by improved results. Clearly, estimates of abundance will be affected by adjustments for detectability; what is not known are the consequences on estimates of population trajectories. The goal of this study is to evaluate the influence of imperfect detectability on inferences about population changes.
Demographic response of golden-winged warbler to habitat and management across a climate change gradient in the core of the species range	April 2015	Golden-winged warblers are a specie of conservation concern, and have experienced dramatic population declines in the eastern portion of their breeding distribution. However, little is known about their population ecology in the western portion of their distribution, where the majority of the breeding population now occurs. We evaluated population ecology of golden-winged warblers in the core of their current breeding distribution to (1) compare golden-winged warbler reproductive success (nest productivity and juvenile survival) between two main breeding habitat types, (2) compare adult golden-winged warbler survival and habitat use during the nesting and post-fledging period between two main breeding habitat types, (3) use habitat characteristics to build a predictive model of golden-winged warbler reproductive success to provide management recommendations for maximizing high quality golden-winged warbler habitat, (4) replicate the study at 3 locations across a climate change gradient over 2 years to include critical spatial and temporal variation in analyses, maximizing the inference of results and applicability of management recommendations, and (5) combine demographic data with models of predicted climate change for the western Great Lakes region to predict climate-change effects on golden-winged warbler population viability.	Golden-winged warblers are a specie of conservation concern, and have experienced dramatic population declines in the eastern portion of their breeding distribution. However, little is known about their population ecology in the western portion of their distribution, where the majority of the breeding population now occurs. We evaluated population ecology of golden-winged warblers in the core of their current breeding distribution to (1) compare golden-winged warbler reproductive success (nest productivity and juvenile survival) between two main breeding habitat types, (2) compare adult golden-winged warbler survival and habitat use during the nesting and post-fledging period between two main breeding habitat types, (3) use habitat characteristics to build a predictive model of golden-winged warbler reproductive success to provide management recommendations for maximizing high quality golden-winged warbler habitat, (4) replicate the study at 3 locations across a climate change gradient over 2 years to include critical spatial and temporal variation in analyses, maximizing the inference of results and applicability of management recommendations, and (5) combine demographic data with models of predicted climate change for the western Great Lakes region to predict climate-change effects on golden-winged warbler population viability. Our results have elucidated aspects of golden-winged warbler ecology not previously understood, and provided information necessary for effective management.
The use of satellite telemetry to evalute migration chronology and breeding, migratory, and wintering distribution of Eastern Population sandhill cranes	June 2014	Eastern Population(EP) sandhill cranes were largely extirpated by the early 1990s, but have recently increased dramatically in abundance, in part due to prohibitions on harvest and management of protected areas where they breed, migrate, and winter. However, little specific information exists about migration ecology of this population, including information about specific stopover and wintering areas. The objectives pf this study are to (1) delineate the breeding and wintering distribution of EP sandhill cranes, (2) delineate migratory corridors for EP sandhill cranes and (3) determine migration chronology. Information from this study can be used to inform the management strategy for EP sandhill cranes.	Eastern Population(EP) sandhill cranes were largely extirpated by the early 1990s, but have recently increased dramatically in abundance, in part due to prohibitions on harvest and management of protected areas where they breed, migrate, and winter. However, little specific information exists about migration ecology of this population, including information about specific stopover and wintering areas. The objectives pf this study are to (1) delineate the breeding and wintering distribution of EP sandhill cranes, (2) delineate migratory corridors for EP sandhill cranes and (3) determine migration chronology. Information from this study can be used to inform the management strategy for EP sandhill cranes.
American woodcock singing-ground surveys in the western Great Lakes region: Assessment of trends in woodcock counts, forest cover types along survey routes, and landscape cover type composition	June 2010	American woodcock are monitored via the Singing-ground Survey, which was established in the late 1960s. Since then, survey routes have largely been static, and it is no longer clear whether these routes adequately monitor woodcock abundance across the larger landscape. To assess whether survey routes currently represent the landscape they were initially designed to represent, we assessed patterns in annual counts of woodcock along existing survey routes in Minnesota and Wisconsin, assessed changes in time in land cover types along these routes, related temporal changes in woodcock counts to changes in land cover composition, and compared current cover type composition along routes to current landscape cover type composition. We also compared past cover type composition along survey routes to landscape cover composition. Our results suggest that existing routes largely reflect the cover types of the broader landscape, and also results in counts that track changes in cover types along routes.	American woodcock are monitored via the Singing-ground Survey, which was established in the late 1960s. Since then, survey routes have largely been static, and it is no longer clear whether these routes adequately monitor woodcock abundance across the larger landscape. To assess whether survey routes currently represent the landscape they were initially designed to represent, we assessed patterns in annual counts of woodcock along existing survey routes in Minnesota and Wisconsin, assessed changes in time in land cover types along these routes, related temporal changes in woodcock counts to changes in land cover composition, and compared current cover type composition along routes to current landscape cover type composition. We also compared past cover type composition along survey routes to landscape cover composition. Our results suggest that existing routes largely reflect the cover types of the broader landscape, and also results in counts that track changes in cover types along routes.
Development of new eDNA tools to detect aquatic invasive plants in Upper Mississippi River Basin	December 2026	We will develop portable and rapid environmental DNA multispecies sequencing protocols (using the Nanopore MinION device) for detecting invasive aquatic plants through water samples. These tools will then be validated within the Upper Mississippi River Basin through comparison with ongoing, traditional aquatic plant field collections through the Upper Mississippi River Restoration Program and Minnesota’s Shallow Lakes Program. The results of this project provide guidance for new eDNA-based monitoring programs, including assessing the feasibility of these surveillance tools being used by future citizen science monitoring programs.	We will develop portable and rapid environmental DNA multispecies sequencing protocols (using the Nanopore MinION device) for detecting invasive aquatic plants through water samples. These tools will then be validated within the Upper Mississippi River Basin through comparison with ongoing, traditional aquatic plant field collections through the Upper Mississippi River Restoration Program and Minnesota’s Shallow Lakes Program. The results of this project provide guidance for new eDNA-based monitoring programs, including assessing the feasibility of these surveillance tools being used by future citizen science monitoring programs.
Investigating trends in turtle abundance from REEF data	December 2025	The Reef Environmental Education Foundation (REEF) collects citizen science surveys for a variety of marine species. REEF volunteers use the Roving Diver Technique (RDT), a visual survey method specifically designed for volunteer data. The only materials needed are an underwater slate and pencil, a good reference book, and access to the internet to submit the data online. The data is collated using a log scale for abundance where things are single (n=1), few (n=2-10), many (n=11-100), and abundant (n=101+). Recently Dr. Dan Greenberg developed a Bayesian model which can create area- and species- specific abundance estimates through time based on REEF RDT surveys. The abundance estimates have been used for species that are data-limited (e.g., Goliath Grouper in the southeastern US) and have been compared to scientific abundance estimates (e.g., coral reef fishes in Florida). This project seeks to build estimates of abundance for a variety of turtles species(Green turtles, Loggerhead turtles, and Hawksbill turtles) in multiple locations (Hawaii, Tropical Atlantic, and the Tropical Eastern Pacific). We hope to collaborate with scientists from NOAA to compare the abundance indices derived from REEF data to other indices and indicators of turtle populations.	The Reef Environmental Education Foundation (REEF) collects citizen science surveys for a variety of marine species. REEF volunteers use the Roving Diver Technique (RDT), a visual survey method specifically designed for volunteer data. The only materials needed are an underwater slate and pencil, a good reference book, and access to the internet to submit the data online. The data is collated using a log scale for abundance where things are single (n=1), few (n=2-10), many (n=11-100), and abundant (n=101+). Recently Dr. Dan Greenberg developed a Bayesian model which can create area- and species- specific abundance estimates through time based on REEF RDT surveys. The abundance estimates have been used for species that are data-limited (e.g., Goliath Grouper in the southeastern US) and have been compared to scientific abundance estimates (e.g., coral reef fishes in Florida). This project seeks to build estimates of abundance for a variety of turtles species(Green turtles, Loggerhead turtles, and Hawksbill turtles) in multiple locations (Hawaii, Tropical Atlantic, and the Tropical Eastern Pacific). We hope to collaborate with scientists from NOAA to compare the abundance indices derived from REEF data to other indices and indicators of turtle populations.
Diversity and Access to Wildlife Opportunities	June 2025	Profound changes with how the American public values and relates to nature and wildlife are occurring. Participation rates in traditional activities associated with fish and wildlife have dropped dramatically putting into jeopardy the funding mechanisms for fish and wildlife conservation and potentially motivations to sustain these resources. In addition, there is an apparent broader disconnection of the American public to the outdoors and wildlife that could lead to substantive negative impacts on human health and well-being which depend on beneficial contact with nature. In response to this challenge, a variety of programs targeting the recruitment, reactivation, and retention of fish and wildlife-based recreationists have been developed. Because of the fundamental social and demographic changes in America that are driving much of the disconnection with nature and wildlife, however, the success of such programs is very uncertain. There is growing recognition that continuation of the conservation enterprise which oversees stewardship of our fish and wildlife resources will likely require more fundamental changes to broaden opportunities and inclusion for diverse communities. <br>A fundamental problem and opportunity in this endeavor is how to engage the communities that have not been actively encouraged to participate in nature- and wildlife-based activities. Extremely limited information exists concerning the value of and desire for experiences with nature and wildlife from African-American communities in Minnesota as well as the barriers that constrain African-Americans from desired experiences with nature and wildlife.The proposed project will collect information from African-American Minnesotans concerning their values, attitudes, experiences, awareness of, and preferences for learning about, experiencing, or conserving nature and wildlife. This information will be collected during a two-year period in two phases. The first year we will conduct focus groups and in depth interviews with members of the communities to develop a deep and nuanced understanding of their awareness of and connections to nature and wildlife. In the second phase, we will collect more broadly generalizable information from these communities through multi-modal social surveys using established psychometric approaches for measuring values, beliefs, attitudes, motivations, and experience preferences. This information will serve as foundational information across Minnesota for better engaging and understanding these communities. In addition, the information will assist natural resource management agencies to design programming, experiences, and services that match to the motivations and desired experiences of members of these communities. Doing so could increase their participation in nature- and wildlife-based activities and conservation behaviors.	Profound changes with how the American public values and relates to nature and wildlife are occurring. Participation rates in traditional activities associated with fish and wildlife have dropped dramatically putting into jeopardy the funding mechanisms for fish and wildlife conservation and potentially motivations to sustain these resources. In addition, there is an apparent broader disconnection of the American public to the outdoors and wildlife that could lead to substantive negative impacts on human health and well-being which depend on beneficial contact with nature. In response to this challenge, a variety of programs targeting the recruitment, reactivation, and retention of fish and wildlife-based recreationists have been developed. Because of the fundamental social and demographic changes in America that are driving much of the disconnection with nature and wildlife, however, the success of such programs is very uncertain. There is growing recognition that continuation of the conservation enterprise which oversees stewardship of our fish and wildlife resources will likely require more fundamental changes to broaden opportunities and inclusion for diverse communities. <br>A fundamental problem and opportunity in this endeavor is how to engage the communities that have not been actively encouraged to participate in nature- and wildlife-based activities. Extremely limited information exists concerning the value of and desire for experiences with nature and wildlife from African-American communities in Minnesota as well as the barriers that constrain African-Americans from desired experiences with nature and wildlife.The proposed project will collect information from African-American Minnesotans concerning their values, attitudes, experiences, awareness of, and preferences for learning about, experiencing, or conserving nature and wildlife. This information will be collected during a two-year period in two phases. The first year we will conduct focus groups and in depth interviews with members of the communities to develop a deep and nuanced understanding of their awareness of and connections to nature and wildlife. In the second phase, we will collect more broadly generalizable information from these communities through multi-modal social surveys using established psychometric approaches for measuring values, beliefs, attitudes, motivations, and experience preferences. This information will serve as foundational information across Minnesota for better engaging and understanding these communities. In addition, the information will assist natural resource management agencies to design programming, experiences, and services that match to the motivations and desired experiences of members of these communities. Doing so could increase their participation in nature- and wildlife-based activities and conservation behaviors.
Predicting from the past - identifying characteristics of invasion-resistant and invasion-prone waterbodies to aid horizon scanning	December 2024	Waterbodies in the Upper Mississippi River Basin are at high risk of invasion by several aquatic invasive species (AIS), with often devastating ecological impacts to water quality and economic consequences for water-related infrastructure and management. Yet understanding which sites are most prone to invasion, and by which species, is lacking, making it difficult for managers and policy makers to know where to focus prevention and mitigation efforts. Some waterbodies in the region have proved resistant to forecasted invasion, and these situations may provide clues as to the conditions and processes producing this apparent resistance. If patterns can be revealed, this would allow managers to more accurately predict invasion risk throughout the region and thus to triage sites for prevention and mitigation efforts. Additionally, such knowledge may allow managers to develop and apply strategies that promote resistance to invasion in other waterbodies. We will use a combination of machine learning and statistical modeling to leverage region-wide waterbody invasion histories and datasets on the physical, biological, chemical, anthropogenic, and geographic characteristics of these waterbodies to: a) identify that increase or decrease invasion risk, b) categorize all waterbodies in the region based on their invasion risk, and c) provide a decision support tools for managers and policy makers to identify at-risk sites.	Waterbodies in the Upper Mississippi River Basin are at high risk of invasion by several aquatic invasive species (AIS), with often devastating ecological impacts to water quality and economic consequences for water-related infrastructure and management. Yet understanding which sites are most prone to invasion, and by which species, is lacking, making it difficult for managers and policy makers to know where to focus prevention and mitigation efforts. Some waterbodies in the region have proved resistant to forecasted invasion, and these situations may provide clues as to the conditions and processes producing this apparent resistance. If patterns can be revealed, this would allow managers to more accurately predict invasion risk throughout the region and thus to triage sites for prevention and mitigation efforts. Additionally, such knowledge may allow managers to develop and apply strategies that promote resistance to invasion in other waterbodies. We will use a combination of machine learning and statistical modeling to leverage region-wide waterbody invasion histories and datasets on the physical, biological, chemical, anthropogenic, and geographic characteristics of these waterbodies to: a) identify that increase or decrease invasion risk, b) categorize all waterbodies in the region based on their invasion risk, and c) provide a decision support tools for managers and policy makers to identify at-risk sites.
Development of a Mississippi River Basin Invasive Carp Population Assessment Team	December 2021	Bighead (<i>Hypophthalmichthys nobilis</i>), black (<i>Mylopharyngodon piceus</i>), grass (<i>Ctenopharyngodon idella</i>), and silver carp (<i>H. molitrix</i>), collectively referred to as invasive carp, have caused a wide range of negative ecological, economic, and social impacts since their introduction to the United States and subsequent escapement and spread. As a result, the Aquatic Nuisance Species Task Force charged the U.S. Fish and Wildlife Service (Service) to develop a national management and control plan. With passage of the Water Resources Reform and Development Act of 2014 (WRRDA), Congress charged the Service with leading a multi-agency effort to slow the spread of invasive carp in the Upper Mississippi and Ohio river basins by carrying out activities designed to slow, and eventually eliminate, the threat posed by invasive carp. In addition, the Service is mandated by Congress to coordinate multi-agency efforts to manage and control invasive carp nationally, to report the effectiveness of these cooperative efforts, and to document progress implementing the National Plan and controlling the spread of invasive carp. In FY20, Congress expanded invasive carp control activities throughout the Mississippi River and its sub-basins, including the Lower Mississippi River, Arkansas-Red-White, Missouri River, Tennessee-Cumberland, Ohio River, and Upper Mississippi River sub-basins. To begin addressing this need, the Service formed an Ad Hoc Team with representatives from each sub-basin partnership and select federal agencies (see Appendix 1) to develop initial goals and objectives for an invasive carp population assessment and to identify an organizational structure, roles, responsibilities, and expectations that provide the necessary coordination and communication to develop a comprehensive basin wide approach for population assessment. This approach will be shared with the sub-basin partnerships and respective state management authorities and revised as needed based on input received.	Bighead (<i>Hypophthalmichthys nobilis</i>), black (<i>Mylopharyngodon piceus</i>), grass (<i>Ctenopharyngodon idella</i>), and silver carp (<i>H. molitrix</i>), collectively referred to as invasive carp, have caused a wide range of negative ecological, economic, and social impacts since their introduction to the United States and subsequent escapement and spread. As a result, the Aquatic Nuisance Species Task Force charged the U.S. Fish and Wildlife Service (Service) to develop a national management and control plan. With passage of the Water Resources Reform and Development Act of 2014 (WRRDA), Congress charged the Service with leading a multi-agency effort to slow the spread of invasive carp in the Upper Mississippi and Ohio river basins by carrying out activities designed to slow, and eventually eliminate, the threat posed by invasive carp. In addition, the Service is mandated by Congress to coordinate multi-agency efforts to manage and control invasive carp nationally, to report the effectiveness of these cooperative efforts, and to document progress implementing the National Plan and controlling the spread of invasive carp. In FY20, Congress expanded invasive carp control activities throughout the Mississippi River and its sub-basins, including the Lower Mississippi River, Arkansas-Red-White, Missouri River, Tennessee-Cumberland, Ohio River, and Upper Mississippi River sub-basins. To begin addressing this need, the Service formed an Ad Hoc Team with representatives from each sub-basin partnership and select federal agencies (see Appendix 1) to develop initial goals and objectives for an invasive carp population assessment and to identify an organizational structure, roles, responsibilities, and expectations that provide the necessary coordination and communication to develop a comprehensive basin wide approach for population assessment. This approach will be shared with the sub-basin partnerships and respective state management authorities and revised as needed based on input received.
Investigating Drivers of Cisco Recruitment	January 2024	The Great Lakes featured high abundances of Cisco (Coregonus artedi) until the early-1900s when their stocks began to collapse, with Lake Superior declining in the mid-1900s. Since that time, the stocks have rebounded in Lake Superior, although they once again appear to be in decline. The original decline in the mid-1900s was attributed to a variety of anthropogenic factors including overfishing, pollution, and introduced species. Even when stocks were abundant, it was noted that large spawning stocks did not necessarily lead to large recruitment classes and, similarly, small spawning stocks could sometimes result in large recruitment classes. Factors quantitatively linked to recruitment have been evaluated previously using Ricker stock recruitment models. We propose using three quantitative methods to investigate the relationship of biotic and abiotic factors with Cisco recruitment, including: (1) Multivariate Auto-Regressive State Space Models; (2) Empirical Dynamic Models; and (3) Bayesian Spatial Delta-glmm models. This work will be done in collaboration with local, federal, tribal, and state agencies working on Lake Superior. Our proposed outreach plan includes numerous meetings with stakeholders, presentations at professional societies, peer-reviewed publications, and quantitative workshops focused on teaching the three methods we will be applying. Building on hypotheses established by prior researchers, we will be looking at climatic and temperature variables, indices of predators, indices of competitors, indices of spawners, and measures of habitat quality.	The Great Lakes featured high abundances of Cisco (Coregonus artedi) until the early-1900s when their stocks began to collapse, with Lake Superior declining in the mid-1900s. Since that time, the stocks have rebounded in Lake Superior, although they once again appear to be in decline. The original decline in the mid-1900s was attributed to a variety of anthropogenic factors including overfishing, pollution, and introduced species. Even when stocks were abundant, it was noted that large spawning stocks did not necessarily lead to large recruitment classes and, similarly, small spawning stocks could sometimes result in large recruitment classes. Factors quantitatively linked to recruitment have been evaluated previously using Ricker stock recruitment models. We propose using three quantitative methods to investigate the relationship of biotic and abiotic factors with Cisco recruitment, including: (1) Multivariate Auto-Regressive State Space Models; (2) Empirical Dynamic Models; and (3) Bayesian Spatial Delta-glmm models. This work will be done in collaboration with local, federal, tribal, and state agencies working on Lake Superior. Our proposed outreach plan includes numerous meetings with stakeholders, presentations at professional societies, peer-reviewed publications, and quantitative workshops focused on teaching the three methods we will be applying. Building on hypotheses established by prior researchers, we will be looking at climatic and temperature variables, indices of predators, indices of competitors, indices of spawners, and measures of habitat quality.
Tracking bats and coronaviruses through NABat: Human dimensions of viral transfer	December 2024	<b>Background and Rationale</b><br>U.S. Geological Survey’s (USGS) Fort Collins Science Center (FORT) aims to initiate a new Research Work Order with the Minnesota Cooperative Fish and Wildlife Research Unit (MN Unit). The MN Unit will support a national-scale effort to track bats and coronaviruses through the North American Bat Monitoring Program (NABat). The NABat program was established in 2015 to provide reliable information on where North American bats occur and how their populations respond to current and future threats. Now in 2021, the NABat human infrastructure has grown to include a network of more than 160 partnering organizations including Federal, State, Tribal, and non-governmental organizations, community scientists and private industry collecting and submitting data across 49 US States and 8 Canadian provinces. NABat Monitoring Hubs help coordinate regional data collection efforts, provide technical assistance, and actionable science to local partners.<br> <br>This work will provide an intense wildlife coronavirus surveillance effort conducted in partnership with Federal, State, Tribal, and non-governmental organization partners. Data obtained from coronavirus surveillance in bats and the environment will be used to model SARS-CoV-2 occurrence patterns and understand the role of wildlife and the environment in human COVID-19 infection dynamics. Data will also be collected on the human dimensions of the issue and how human perception and behavior influences risk. This will inform risk assessments on viral transfer between human and wildlife populations and would inform actions to help prevent or minimize recurrence of outbreaks in the future.<br> <br>Bats are the evolutionary reservoir of diverse beta and alpha coronaviruses, including SARS-like coronaviruses. Betacoronaviruses closely related to SARS-CoV-1, MERS-CoV, and SARS-CoV-2 have been isolated in Rhinolophid bats in China, but relatively little is known about the diversity of coronaviruses in North American bat species. The scientific consensus remains that bats are the most likely reservoir host of SARS-Cov-2 and that human and bat contact is the most likely scenario for a spillover event that led to the COVID-19 pandemic. Understanding viral diversity, including and especially coronaviruses, in bats has profound implications for ensuring wildlife and human health and preparing for future zoonotic disease spilllover events. Furthermore, bats are known reservoirs of rabies virus and globally are known to be the reservoir hosts of other viruses that are highly pathogenic in humans, including Nipah virus and Hendra virus. Collection of guano from winter and summer colonies and swabbing of live bats would allow assessing viral diversity and loads, furthering our understanding of coronavirus and other potentially pathogenic viruses in North American bats. To compliment these data,<br> <br>To date, empirical evidence is lacking on the prevalence of coronaviruses in naturally occurring populations of North American bats. This work will leverage and bolster the existing NABat collaborative monitoring network so that we can better track and predict occurrence of coronaviruses in North American bats. This information will help us to distinguish between perceived versus actual risk of viral transfer between human populations and wildlife. This work will also identify human behaviors that increase risk and interventions that may mitigate risk.<br><b> </b><br><b>Objectives:</b><br>The U.S. Fish and Wildlife Service (FWS), Center for Disease Control (CDC), and State wildlife and public health officials are concerned that there may be transmission of SARS-CoV-2 from infected humans to native US wildlife populations, which could then serve as reservoirs to infect other wildlife and to reinfect humans in the future. This study will help CDC, FWS, and other agencies understand the risks of transmission between humans and bats, and to enhance wildlife management strategies that protect humans and wildlife from any risks that are found.<br> <br>Actionable information will be provided from an intense wildlife coronavirus surveillance effort conducted with Federal, State, Tribal, and non-governmental organization partners. Data obtained from coronavirus surveillance in wildlife and the environment will be used to model SARS-CoV-2 spread and understand the role of wildlife and the environment in human COVID-19 infection dynamics. This will inform risk assessments on viral transfer between to human and wildlife populations and would inform actions to help prevent or minimize recurrence of outbreaks in the future. <br> <br>The social science research proposed at the Minnesota Cooperative Fish and Wildlife Research Unit (MN Coop Unit) for this RWO will complement the coronavirus surveillance and modeling efforts described above. Human risks perceptions and behaviors will be documented that help to clarify relationships between human choices and behaviors that influence the potential spillover transmission of coronavirus.<br> <br><b>Social Science Tasks and Associated Methodologies:</b><br>To support the above objectives the MN Coop Unit will collect and analyze data on human perception and behavior relevant to the issue. Specific tasks include:<br><br>The MN Coop Unit will participate in regular coordination calls and written communications with other project partners to optimize the overall study design for this cross-disciplinary research and support timely delivery of results.<br><br>The MN Coop Unit will design and execute current best practices survey methods to help answer the following questions:<br><br>1) How do human perceptions of bats influence how they interact with bats?<br>2) How do human risk perceptions of disease influence how they interact with bats?<br>3) Where is there real versus perceived risk?<br>4) How are human behaviors informed by perceptions of bats?<br>5) What human behaviors increase risk? <br>6) What populations are most at risk as a result of risky behaviors?7) What interventions can mitigate risk/risky behavior?<br><br>The MN Coop Unit will analyze results and draft a summary report, and peer-reviewed manuscript on the findings.	This work will leverage and bolster the existing North American Bat collaborative monitoring network so that we can better track and predict occurrence of coronaviruses in North American bats. This information will help us to distinguish between perceived versus actual risk of viral transfer between human populations and wildlife. This work will also identify human behaviors that increase risk and interventions that may mitigate risk.<br><b> </b><br><b>Objectives:</b><br>The U.S. Fish and Wildlife Service (FWS), Center for Disease Control (CDC), and State wildlife and public health officials are concerned that there may be transmission of SARS-CoV-2 from infected humans to native US wildlife populations, which could then serve as reservoirs to infect other wildlife and to reinfect humans in the future. This study will help CDC, FWS, and other agencies understand the risks of transmission between humans and bats, and to enhance wildlife management strategies that protect humans and wildlife from any risks that are found.<br><br><br>The social science research proposed at the Minnesota Cooperative Fish and Wildlife Research Unit (MN Coop Unit) for this RWO will complement the coronavirus surveillance and modeling efforts described above. Human risks perceptions and behaviors will be documented that help to clarify relationships between human choices and behaviors that influence the potential spillover transmission of coronavirus.
Public acceptance and preferences for climate change adaptation in the Mid-West.	December 2024	The objectives of this study are to: 1) to understand public acceptance of climate change consequences and public preferences for climate change adaptation strategies and the stability of those preferences; 2) identify the key antecedents and consequences of stability of these preferences for climate change adaptation management strategies; 3) develop recommendations for engaging the public and stakeholders in developing climate change adaptation management strategies. Very limited knowledge exists about key public stakeholders’ (e.g., hunters, anglers, birdwatchers) perception of the conditions resulting from climate change to fish and wildlife resources or their preference for adaptation strategies to these changes. This limited understanding of public preferences has also impeded early, intensive interventions by resource managers to improve conservation outcomes. Recent research suggests that presentation of the uncertainty of consequences as well as information about the potential benefits of strategies can affect the trust the public has in information as well as preference for adaptation strategies and the malleability of those preference. We will use social psychological experiments embedded in online social surveys to clarify relationships among uncertainty, trust, preference, and key characteristics of respondents. Project reports, information workshops, and presentations will be provided and stored digitally on a project website for peer scientists at universities as well as fish and wildlife managers at state and federal agencies, tribes, and non-governmental organizations. In addition, 3 peer-reviewed journal articles will be developed for publication in respected journals. Key personnel include: 1) Dr. David C. Fulton (Principal Investigator), U.S. Geological Survey, Assistant Unit Leader, Minnesota Cooperative Fish and Wildlife Research Unit, and Adjunct Professor, University of Minnesota; 2) Dr. Olivia LeDee (Cooperating Investigator), U.S. Geological Survey, Midwest/Midcontinent Climate Adaptation Science Center, Adjunct Assistant Professor, University of Minnesota; 3) Post doc Research Fellow to be identified.	The objectives of this study are to: 1) to understand public acceptance of climate change consequences and public preferences for climate change adaptation strategies and the stability of those preferences; 2) identify the key antecedents and consequences of stability of these preferences for climate change adaptation management strategies; 3) develop recommendations for engaging the public and stakeholders in developing climate change adaptation management strategies. Very limited knowledge exists about key public stakeholders’ (e.g., hunters, anglers, birdwatchers) perception of the conditions resulting from climate change to fish and wildlife resources or their preference for adaptation strategies to these changes. This limited understanding of public preferences has also impeded early, intensive interventions by resource managers to improve conservation outcomes. Recent research suggests that presentation of the uncertainty of consequences as well as information about the potential benefits of strategies can affect the trust the public has in information as well as preference for adaptation strategies and the malleability of those preference. We will use social psychological experiments embedded in online social surveys to clarify relationships among uncertainty, trust, preference, and key characteristics of respondents.
Genetic biocontrol of invasive species: understanding attitudes and risk perceptions.	December 2023	A web-based survey will evaluate Minnesotans’ attitudes and risk perceptions related to the use of genetic modification techniques for the control of invasive species. Very little is known about public attitudes or risk perceptions concerning the use of genetic modifications for aquatic invasive species control. The purpose of this proposed project is to better describe public understanding and attitudes towards the use of advance genetic modification techniques as control tools for invasive species. To thoroughly address the purpose, this research must investigate attitudes towards these techniques within the context of specifically understanding attitudes toward the invasive species and their impacts. Recent research on the human and social dimensions of invasive species provides guidance for the design of the proposed research. Although a robust literature concerning the human and social dimensions of invasive species management and governance has developed, there is limited research specific to the use of genetic techniques to control invasive species. The study proposed here addresses that gap in research. This study represents a crucial upstream evaluation of public attitudes and perceptions that will enable subsequent engagement to develop governance in the use of genetic technology for these purposes in Minnesota. This project will provide baseline information about Minnesota residents’ attitudes and risk perceptions toward genetic modification techniques as an approach for managing aquatic invasive species. The outcomes of this study include improving knowledge of the preferences and risk perceptions of using these techniques among the general population of Minnesota, tribal communities, and specific stakeholder and user groups such as anglers and boaters in the state. The focus will be on attitudes and risk perceptions toward using genetic modification to help control invasive species in general as well as two specific, widespread invasive species: common carp and zebra mussels. In addition, the project will help clarify the social psychological antecedents and consequences of these attitudes and risk perceptions. Focus groups and interviews will be used to assist survey design, and we will use mixed-modal surveys with web-based data collection. We will also implement a discrete choice experiment within the survey to better understand the attributes driving choices concerning the use of genetic technology. A total of 3,200 surveys are targeted for completion from the Minnesota general public, lakeshore homeowners, anglers, and boaters. The objectives of this study are: 1) to understand the attitudes, risk perceptions, and level of support for using genetic techniques in controlling two invasive aquatic species in Minnesota (e.g., common carp and zebra mussel); 2) to understand the antecedents/consequences to attitudes, risk perceptions, and level of support for using genetic techniques in these two specific cases; 3) to understand the general preferences for using genetic techniques in the management of invasive species in Minnesota, the antecedents/consequences of these preferences, and the population heterogeneity related to these preferences; 4) to explore and gain an initial understanding of potential concerns of tribal communities in Minnesota with using genetic techniques for invasive species control.	The objectives of this study are: 1) to understand the attitudes, risk perceptions, and level of support for using genetic techniques in controlling two invasive aquatic species in Minnesota (e.g., common carp and zebra mussel); 2) to understand the antecedents/consequences to attitudes, risk perceptions, and level of support for using genetic techniques in these two specific cases; 3) to understand the general preferences for using genetic techniques in the management of invasive species in Minnesota, the antecedents/consequences of these preferences, and the population heterogeneity related to these preferences; 4) to explore and gain an initial understanding of potential concerns of tribal communities in Minnesota with using genetic techniques for invasive species control.
Assessing the motivations and constraints of lapsed small game hunters	June 2022	Rates of hunting participation are declining across the United States (U.S. Department of Interior, 2016). This decline has implications for the long-term financial health of state wildlife agencies that principally rely on hunting license revenues to support both game and non-game management activities. Consequently, understanding the factors that shape citizens’ patterns of participation in hunting, preferences and interest in hunting, and constraints to long-term engagement is critical for ensuring the current funding model employed by the agencies, fostering citizens’ connection to outdoor heritage, and wildlife conservation moreover. Growing emphasis has been placed on activities to recruit, retain, and re-engage hunters and anglers. However, limited scientific scrutiny has been directed toward these activities. Hunter recruitment and retention activities are enhanced with and understanding of the needs, preferences and differences of a diverse target population. For instance, constraints to participation in outdoor recreation have been shown to vary as a function of a variety of lifecourse attributes and socio-demographics including having children, household income, health, age, access to transport and social supports. Understanding the role of these factors, and others, in shaping citizens’ patterns of participation in hunting is critical for effective program design and outreach. Lapsed hunters, defined as individuals that have hunted in the past but have since ceased participation, are a demographic of particular interest for outreach efforts given their apparent existing interest in hunting generally. Enticing these individuals to return to hunting by facilitating the needed social, institutional and economic supports could be an effective strategy for bolstering participation. However, limited scientifically valid knowledge exists regarding the factors that cause hunters to otherwise cease participation, or strategies for alleviating these causes. The objective of this project is to conduct a survey to assess the factors that cause hunters to cease participation in small game hunting including social, economic and institutional constraints, and their likelihood to return to hunting.	Lapsed hunters, defined as individuals that have hunted in the past but have since ceased participation, are a demographic of particular interest for outreach efforts given their apparent existing interest in hunting generally. Enticing these individuals to return to hunting by facilitating the needed social, institutional and economic supports could be an effective strategy for bolstering participation. However, limited scientifically valid knowledge exists regarding the factors that cause hunters to otherwise cease participation, or strategies for alleviating these causes.<br> <br><b>Objectives</b><br> <br><b><i>Lapsed small game hunter survey.</i></b> To conduct a survey to assess the factors that cause hunters to cease participation in small game hunting including social, economic and institutional constraints, and their likelihood to return to hunting.
Assessing deer hunter satisfaction and attitudes toward deer management, and Minnesotans’ values, beliefs, and attitudes toward moose and moose management	June 2023	This project will support two related studies on deer and moose management. Deer hunter attitudes and satisfaction survey–The Minnesota Deer Management Plan makes provisions for periodic assessment of hunters’ satisfaction with aspects of their deer hunting experience, and their trust in the Minnesota Department of Natural Resources deer management. Periodic measurement of these variables equips the agency with knowledge about constituents’ experience with deer hunting, and enhances their ability to make deer management decisions that improve constituents’ experience, while meeting deer management goals. Importantly, assessing deer hunters’ satisfaction, and making decisions based in part on that knowledge, helps build trust, which is identified as a goal in the plan. This study supports the goals articulated in the plan. The objective of the study is to conduct a survey of Minnesota deer hunters to understand the factors that affect their satisfaction with deer hunting, and their attitudes toward deer management. Survey of moose stakeholder--Minnesotans value moose (Alces alces) for a variety of reasons, and understanding those values is an important part of the DNR’s articulated vision for moose management. The Minnesota Moose Management Plan (Moose Management Plan, 2011) establishes an objective of integrating social science into moose management decisions. One strategy identified under this objective is to undertake an assessment of Minnesota moose stakeholders’ values, beliefs, attitudes, and behaviors related to moose, moose management, and moose harvest. In this study, we will conduct a survey of Minnesotans’ to support implementation of the 2011 Moose Management Plan, and generate data to inform an update to this plan slated to begin in FY22. Specific topics for assessment will emerge from deliberation with DNR staff and external partners during survey design. Potential topics for assessment include, Minnesotans’ willingness to pay for moose viewing opportunities, perceptions of moose hunting and moose harvest, tradeoffs in moose, wolf, and deer management in moose range, and preferences for the DNRs approach to moose management among others. The objective of this study is to conduct a survey of Minnesotans’ to understand their values, beliefs, attitudes, and behaviors about moose and moose management.	This project will support two related studies on deer and moose management. Deer hunter attitudes and satisfaction survey–The Minnesota Deer Management Plan makes provisions for periodic assessment of hunters’ satisfaction with aspects of their deer hunting experience, and their trust in the Minnesota Department of Natural Resources deer management. Periodic measurement of these variables equips the agency with knowledge about constituents’ experience with deer hunting, and enhances their ability to make deer management decisions that improve constituents’ experience, while meeting deer management goals. Importantly, assessing deer hunters’ satisfaction, and making decisions based in part on that knowledge, helps build trust, which is identified as a goal in the plan. This study supports the goals articulated in the plan. The objective of the study is to conduct a survey of Minnesota deer hunters to understand the factors that affect their satisfaction with deer hunting, and their attitudes toward deer management. Survey of moose stakeholder--Minnesotans value moose (Alces alces) for a variety of reasons, and understanding those values is an important part of the DNR’s articulated vision for moose management. The Minnesota Moose Management Plan (Moose Management Plan, 2011) establishes an objective of integrating social science into moose management decisions.
Bioacoustics for broad-scale species monitoring and conservation	December 2024	It is difficult to monitor many wildlife species over broad geographic areas, and such monitoring efforts are generally labor intensive and expensive. However, at regional and larger scales, information on species of conservation concern is necessary to make informed management decisions. With funding from the Minnesota Environmental Trust Fund, we are evaluating the usefulness of passive bioacoustic monitoring to assess distribution and abundance of red-headed woodpeckers, and other bird species of conservation concern, to inform conservation by providing an efficient means of monitoring across a broad geographic region.	It is difficult to monitor many wildlife species over broad geographic areas, and such monitoring efforts are generally labor intensive and expensive. However, at regional and larger scales, information on species of conservation concern is necessary to make informed management decisions. With funding from the Minnesota Environmental Trust Fund, we are evaluating the usefulness of passive bioacoustic monitoring to assess distribution and abundance of red-headed woodpeckers, and other bird species of conservation concern, to inform conservation by providing an efficient means of monitoring across a broad geographic region.
Understanding perceptions of risk from chronic wasting for tribal communities in the Midwest	December 2024	The objectives of the project are to better understand key concerns and perspectives of tribes in Region 3 USFWS related to CWD management and CWD’s potential to impact hunting participation and the food security of tribal members for whom deer and elk are managed for hunting. Addressing CWD and its impacts will be a long-term, nationwide effort. This proposal will serve as a primary step to building essential knowledge about the potential for CWDs to impact the North American Model of Wildlife Management as well as for addressing CWD on tribal lands. We will use culturally appropriate ethnographic approaches to conduct indepth interviews and nominal group research to better understand tribal perspectives and indigenous knowledge concerning the risks of CWD to hunting opportunities, food security, and cultural practices (Daigle, Michelle, Ranco, and Emery 2019; Dockry, Hall, Van Lopik, and Caldwell 2016; Emery, Wrobel, Hansen, Dockry, Moser, Stark, and Gilbert 2014). Such systematic information concerning the perceived threat of CWD will be extremely useful to the tribes and wildlife management agencies in planning and prioritizing future research and management activities to address CWD and its impacts. Specifically, we will:<br> <br>1) Complete a systematic review of research and activities addressing the human dimensions of CWD to develop a state-of-the-knowledge summary of the topic; 2) Complete interviews and nominal groups workshops with tribal leadership and members across Region 3 USFWS affected or potentially affected by CWD; 3) Identify participants’ perceived risks of CWD to hunting, food security, and cultural practices; 4) Identify the Tribes indigenous knowledge and participants’ personal beliefs about research and management activities to address the perceived risks of CWD to hunting, food security, and cultural practices; 5) Identify participants’ prioritization for research and management activities to address the perceived risks of CWD to hunting, food security, and cultural practices; 6) Use the study results to help information management plans and programs at the federal, state and tribal levels design to address the threat of CWD to hunting and food security.<i> </i><br><i></i><br>The proposed project is the first step in assessing the key threats posed by CWD for hunting participation, cultural practices, and food security for Tribes in the Midwest. A better understanding of these threats and management actions to address such threats could help in the design of the federal, state, and tribal programs that are resilient to such threats. Results of the group workshops will provide useful information about CWD threats and potential management actions and will be crucial to designing long-term management programs and research efforts.	The scope of this study includes: 1) completing a systematic review to determine the state-of-knowledge concerning management activities and human dimensions research related to CWD and the use of Indigenous knowledge for wildlife management; and 2) identifying and prioritizing the key concerns and perspectives of tribes related to CWD in Region 3 USFWS. The outcomes of this study will be used to provide direction for future human dimensions research and management action on CWD relevant to tribal communities.
Minnesota residents’ attitudes toward wolves & wolf management	June 2020	The Division of Fish and Wildlife is engaged in an update to the Minnesota Wolf Management Plan. Public input and engagement are at the forefront of these efforts. Understanding the values, beliefs, attitudes, and behaviors of stakeholders can enhance the legitimacy and efficacy of agency decisions with respect to wolf management, while helping to minimize conflict. We propose to assess stakeholder attitudes toward wolves in Minnesota in general, their preferences for potential management priorities, their values toward wildlife, preferred options for funding wolf management, and tolerance of wolves on the landscape.	Wolves are currently listed as a federally threatened species in Minnesota. However, the species will likely be delisted soon and management responsibility for the wolf will move to the Minnesota Department of Natural Resources. The Division of Fish and Wildlife is engaged in an update to the Minnesota Wolf Management Plan. Public input and engagement are at the forefront of these efforts. Understanding the values, beliefs, attitudes, and behaviors of stakeholders can enhance the legitimacy and efficacy of agency decisions with respect to wolf management, while helping to minimize conflict. We propose to assess stakeholder attitudes toward wolves in Minnesota in general, their preferences for potential management priorities, their values toward wildlife, preferred options for funding wolf management, and tolerance of wolves on the landscape. This information is important for ensuring that the Minnesota Wolf Management Plan is effective and responsive to public interests.
Assessing attitudes toward chronic wasting disease	June 2021	The emergence of chronic wasting disease (CWD) in wild deer in Minnesota, and declining deer hunter participation, are topics of concern for the Minnesota DNR. Consequently, greater capacity to conduct studies that support decision making associated with white-tailed deer management has been identified as an area of need. This proposal supports a Ph.D. student position at the University of Minnesota, housed in the Cooperative Fish and Wildlife Research Unit to conduct human dimensions studies on CWD, deer hunters, and white-tailed deer management.	Chronic wasting disease is an infectious disease of animals belonging to the family cervidae including deer, elk, moose and caribou. Since 2002, CWD has been found in wild deer populations and captive deer farm facilities throughout the Midwestern United States, including Minnesota. The disease is always fatal and represents a significant threat to the long-term health of wild deer populations, and the future of deer hunting opportunity where it is found. Identifying effective avenues for disease management is a concern for the Minnesota Department of Natural Resources. Many of the identified solutions for CWD containment, risk management, and elimination require the voluntary participation of statewide deer stakeholders including hunters, landowners, and the general public (Minnesota Chronic Wasting Disease Response Plan, 2019). This project will support several studies designed to better understand hunter, landowner, and public beliefs about, attitudes toward, and perceived risks of CWD and their support of management actions and policies to address CWD in Minnesota. This human dimensions information will be integrated with ecological information to develop effective strategies to address CWD in Minnesota. Th expected outcome of the research is to help minimize CWD impacts on deer and deer hunters in Minnesota.
Red-headed woodpecker: indicators of oak savanna health	June 2021	The red-headed woodpecker (Melanerpes erythrocephalus) is the flagship species of the oak savanna ecosystem. It plays a crucial role in maintaining healthy oak savanna by creating habitat for other species in live and dead trees. Historically, red-headed woodpeckers were common across the Midwest, but populations have experienced dramatic regional declines estimated at 67% since 1970. The situation in Minnesota is even grimmer: since 1967, this species has experienced an average annual decline of 6%, representing a cumulative loss of nearly 95% of the population. Although the rate at which red-headed woodpeckers are declining has slowed since 1990, populations in Minnesota do not appear to have stabilized. Our goals are to address population declines in a charismatic species of great conservation concern, to assess the outcomes of ongoing management and conservation efforts in an endangered ecosystem, and to develop a unified management plan for restoring oak savanna for red-headed woodpeckers and other oak habitat specialist species in Minnesota and throughout the Midwest.	The red-headed woodpecker (Melanerpes erythrocephalus) is the flagship species of the oak savanna ecosystem. Red-headed woodpeckers are considered ecosystem engineers and a keystone species, and their presence may have far-reaching effects on species richness and ecosystem health. Historically, red-headed woodpeckers were common across the Midwest, but populations have experienced dramatic regional declines estimated at 67% since 1970. We are seeking to (1) Identify oak savanna habitat characteristics and adult condition and behaviors associated with successful production of young, the factors related to whether and where individuals migrate, and the consequences of migratory status on productivity and survival and (2) Develop a long-term management plan for restoring oak savanna to support red-headed woodpeckers and other oak-savanna habitat specialists in Minnesota and the Midwest. Project partners include the University of Minnesota Cedar Creek Ecosystem Science Reserve, the University of Toledo, and the Minneapolis Chapter of the Audubon Society. Results of this research will help inform management of oak savanna ecosystems and provide insight into factors that influence population ecology of red-headed woodpeckers and the rare ecosystems in which they function.
Minnesota trumpeter swan migration ecology and conservation	June 2024	Trumpeter swans (Cygnus buccinator) have high intrinsic and economic value in Minnesota as a protected wildlife species. MN citizens enthusiastically invested in the restoration of trumpeter swans through the check off donation and other funding sources to the MN Department of Natural Resources (MNDNR) Nongame Program since the mid-1980s. The Interior Population of trumpeter swans (of which MN swans comprise ~63%) has increased dramatically since they were re-established in the 1960s and 1970s and both population size and distribution have expanded significantly in Minnesota since the MNDNR Alaska-egg project began in 1986. The original MN reintroduction goal of 15 breeding pairs and the revised interim goal of 500 individuals by 2001 have been greatly exceeded, with a current estimate of nearly 17,000 swans (an average annual finite rate of increase of ~1.20 since 2000). Better understanding of trumpeter swan ecology will be extremely useful in developing future management strategies for this growing population.	The Interior Population of trumpeter swans (Cygnus buccinator) was re-established through reintroduction efforts beginning in the late 1960s. Since that time, the population has exceeded reintroduction goals and now numbers more than 25,000 individuals with an estimated growth rate in Minnesota of circa 1.20 (i.e., a doubling time of ca. 5 years). As this population moves from rare to abundant across much of the Upper Midwest, a lack of information regarding basic ecology hinders planning for long-term management. In this project, we are marking Interior Population trumpeter swans with GPS-GSM transmitters to (1) Evaluate year-round swan movements, (2) Determine whether and where trumpeter swans make molt migrations, (3) Evaluate year-round habitat use and selection patterns of trumpeter swans, and (4) Evaluate survival rates of trumpeter swans, if sample sizes are adequate and fates (i.e., mortality events) can be determined. In addition, we are evaluating the current genetic structure of this population, and assessing environmental lead exposure. Partners include the University of Minnesota, the U.S. Fish and Wildlife Service, the Canadian Wildlife Service, Manitoba Conservation, the Minnesota Department of Natural Resources (DNR), the Wisconsin DNR, the Michigan DNR, the Iowa DNR, the Great Lakes Indian Fish and Wildlife Commission, and the Trumpeter Swan Society. Information resulting from this study will help guide future trumpeter swan management across the western Great Lakes region.
Minnesota Statewide Angler Survey	January 2019	The Minnesota DNR Fisheries is interested in monitoring of angler preferences for management strategies and policies at a statewide level every few years. This project collects data from a sample of 2000 anglers in 5 geographical defined strata to help identified trends and determine current preferences.	Fisheries management inherently involves assessing both fish populations and human demand and use of those fish populations. The Minnesota DNR Fisheries is interested in monitoring of angler preferences for management strategies and policies at a statewide level every few years. This project collects data from a sample of 2000 anglers in 5 geographical defined strata to help identified trends and determine current preferences. The study also uses MaxDiff modeling to identify stakeholder priorities with Minnesota fisheries management. We are collaborating closely with Minnesota DNR fisheries researchers and managers on this project. Findings from this study will be used to develop acceptable fisheries management policies. In addition, the study will identify key management issues that could lead to stakeholder conflict about Minnesota fisheries management in the future.
Human Dimensions of Wildlife Research Associate	June 2021	The Minnesota DNR Wildlife has a high demand for research related to stakeholder and public attitudes and behaviors related to management programs, issues, and policy preferences. This project provides funding for a research associate and operating funds to address to key issues related to wildlife management in Minnesota such as Chronic Wasting Disease Management.	The Minnesota DNR Wildlife has a high demand for research related to stakeholder and public attitudes and behaviors related to management programs, issues, and policy preferences. Such social science is seen as essential by the Minnesota DNR to assist in making critical planning and management decisions. Two issues of primary concern are Chronic Wasting Disease Management and Wolf Management Planning. This project provides funding for a research associate and operating funds to address assist the Minnesota DNR in developing long-term strategies for addressing the threat of Chronic Wasting Disease to both deer populations in Minnesota and to hunter participation. In addition, this project will assist the Minnesota DNR in developing a revised management plan for wolves in Minnesota as management responsibility for the species has devolved to the state. This information is critical to Minnesota DNR decision making concerning disease management and population management policies. The social science information will be integrated with ecological information to ensure competent decisions that are broadly supported by the Minnesota public.
Modeling with long-term datasets to inform management of National Park grasslands	December 2018	Large ungulates in northern Great Plains national parks are of special management concern. This project uses existing data to better understand species interactions and environmental factors that influence ungulate population ecology.	Large ungulates in northern Great Plains national parks are of special management concern. Several parks annually acquire information on ungulate condition and population size, along with environmental data, and data on other herbivores. To date, these data have not been integrated into models or other structures that can be used to inform decision making. We used existing data to better understand species interactions and environmental factors that influence population ecology of ungulates and other grazers in the northern Great Plains. We conducted this assessment with collaborators in the U.S. National Park Service and the University of Minnesota. Results of this project can be used to inform management in national parks and other landscapes in the northern Great Plains.
Private Landowner Participation in the Walk-In Access (WIA)	September 2018	The purpose of this study is to better understand private landowners within the 46 counties eligible for the WIA Program who participate in or have the potential to participate in the WIA Program by enrolling land in the program. Specific objectives of the study include determining: 1) landowner perceptions of constraints and barriers to participating in the program; 2) key social, economic, attitudinal and motivational antecedents to enrolling eligible land; 3) key attributes that define the preferences of landowners for choosing to participate in a WIA Program; and 4) spatial and other geographic characteristics that predict land enrollment. The information collected in the study will provide a better understanding of the variables that best predict landowners’ decisions to enroll property and facilitate development of a spatially explicit model that can help managers better understand which landowners have the highest potential for participating in the WIA Program in the future.	The purpose of this study is to better understand private landowners within the 46 counties eligible for the WIA Program who participate in or have the potential to participate in the WIA Program by enrolling land in the program. Specific objectives of the study include determining: 1) landowner perceptions of constraints and barriers to participating in the program; 2) key social, economic, attitudinal and motivational antecedents to enrolling eligible land; 3) key attributes that define the preferences of landowners for choosing to participate in a WIA Program; and 4) spatial and other geographic characteristics that predict land enrollment. The information collected in the study will provide a better understanding of the variables that best predict landowners’ decisions to enroll property and facilitate development of a spatially explicit model that can help managers better understand which landowners have the highest potential for participating in the WIA Program in the future.
Evaluating nest-site selection of Arctic peregrine falcons in the Colville River Special Area	July 2019	One fourth of Alaska's Arctic peregrine falcons, a formerly federally threatened species, nest along the Colville River on Alaska's North Slope. We are using historical survey data and models we developed related to productivity to assess where this population would be most and least susceptible to perturbation, to inform management decisions.	One fourth of Alaska's Arctic peregrine falcons, a formerly federally threatened species, nest along the Colville River on Alaska's North Slope. Since their recovery and removal from the endangered species list, the Colville River Arctic peregrine population has increased substantially, although there is considerable variation in reproductive success and reproduction. We used historical survey data and models we developed related to productivity to assess where this population would be most and least susceptible to perturbation. Collaborators included the U.S. Bureau of Land Management and the U.S. Fish and Wildlife Service. Results of this study can be used to refine management strategies for Colville River Arctic peregrines that minimize potential population impacts from anthropogenic factors.
Restoration of elk to northeastern Minnesota	June 2019	This research will determine areas of suitable habitat and levels of public support for restoring elk to Northeastern Minnesota. Research will be conducted in an area already identified as having local public interest and abundant public forest land (i.e., southern St Louis, Carlton, and northern Pine counties; Figure 1). The research team will build upon existing eastern elk restoration research to address two research goals:<br><br>1) Identify the amount of public support for a restored elk population by surveying citizens in and around the prospective restoration sites.<br><br>2) Determine where suitable habitat exists and how many elk it could sustain. Combine the public support and habitat suitability maps to identify areas likely to support a restored elk population.	Elk (Cervus canadensis) were historically present in Minnesota, but were extirpated from the state at the beginning of the 20th century. Successful restoration of elk in Minnesota requires understand both the biological and social habitat necessary for elk to thrive. This research will determine areas of suitable habitat and levels of public support for restoring elk to Northeastern Minnesota. Research will be conducted in an area already identified as having local public interest and abundant public forest land (i.e., southern St Louis, Carlton, and northern Pine counties). We are collaborating with the Fond du Lac Band, Rocky Mountain Elk Foundation, and the Minnesota DNR. The research team will build upon existing eastern elk restoration research to address two research goals:<br><br>1) Identify the amount of public support for a restored elk population by surveying citizens in and around the prospective restoration sites.<br><br>2) Determine where suitable habitat exists and how many elk it could sustain. Combine the public support and habitat suitability maps to identify areas likely to support a restored elk population.
Insecticide exposure risk for grassland wildlife on public lands	December 2019	Routine application of insecticides in agricultural landscapes has the potential to expose grassland wildlife on public lands to chemicals that could influence survival and reproduction. We are evaluating this risk on Minnesota Department of Natural Resources property in southwestern Minnesota.	Routine application of insecticides in agricultural landscapes has the potential to expose grassland wildlife on public lands to chemicals that could influence survival and reproduction. In particular, application of insecticides to control soybean aphids is thought to potentially influence grassland birds both directly and indirectly. We evaluated this risk on Minnesota Department of Natural Resources property in southwestern Minnesota that is managed for wildlife by assessing potential direct and indirect (through food resources) exposure of grassland birds to operational insecticide application, and be measuring chemical deposition. To conduct this assessment, we partnered with the Minnesota Department of Natural Resources with support from the State of Minnesota Environmental and Natural Resources Trust Fund. Results of this research will help managers better design and manage public grasslands embedded in agricultural landscapes for wildlife.
Minnesota fish habitat survey	December 2015	This study is being conducted to understand angler beliefs and perceptions about fish habitat. This information will inform how the DNR can better connect the importance of habitat to sustainable fisheries management. Surveys were distributed to 2,000 resident anglers. A total of 784 full-length surveys were returned, resulting in an adjusted response rate of 41.7%. An additional 80 shortened or late surveys, used to gauge nonresponse, were returned for a total response rate of 46.0%. Respondents had fished in Minnesota for about 40 years, and purchased a Minnesota fishing license an average of 8 of the past 10 years. Respondents fished 24 days in the past year. Respondents rated their preferences for targeting 20 fish species; walleye was the most preferred species while carp and bullhead were least preferred. Respondents were asked to report their overall satisfaction with the overall fishing experience, along with six other specific aspects of fishing. Respondents were most satisfied with the overall fishing experience and access, and least satisfied with the number of fish they caught and the behavior of non-anglers (M=3.2 Respondents were asked how much they agreed with a series of 14 statements about fisheries-related values. Protection related values were rated highest (3.6 on a 5-point scale), compared to utilitarian (2.5) and human dominance (2.6) values.	None
Minnesota waterfowl hunters	January 2016	Minnesota has generally been in the top 3 states for number of waterfowl hunters in the United States. In recent years we have expanded efforts to obtain quantitative information about opinions and motivations for this important clientele. Minnesota participated in the North American Duck Hunter Survey and Minnesota hunter responses were compared to those in other States. More recently, reports documenting hunter activity and opinions following the 2000, 2002, 2005, and 2007 waterfowl hunting seasons were completed. A survey following the 2010 season is currently being analyzed. In addition, a series of surveys looking at hunter recruitment and retention were completed following the 2005 waterfowl hunting season (Schroeder et al. 2007b,c,d) and a study of former waterfowl hunters was completed following the 2009 season. Information from these reports has been used to inform management decisions. We conducted a surveys following the 2010 and 2011 waterfowl seasons. This study will allow continued long-term monitoring of trends in hunter satisfaction and attitudes toward management.	None
Minnesota northern pike regulations	June 2016	Northern pike (Esox lucius) is the most widely distributed and one of the most popular game fish in Minnesota, with more than one-third of resident anglers indicating that they specifically target pike. In 2010, the Minnesota Cooperative Fish and Wildlife Research Unit conducted a survey for the Minnesota DNR of resident pike anglers and darkhouse spearers in the Minnesota in order to understand the regulatory and site experiences and preferences of pike anglers and spearers (Schroeder & Moeckel 2011). This information was important in developing long range plans for managing pike in Minnesota. Schroeder and Fulton (2014) used these data to compare the regulatory preferences of anglers and dark house spearers. The Minnesota DNR has a current need to update this information and collect additional stated preference choice information concerning size and bag limit regulations for northern pike in different regions of Minnesota. The purpose of this proposed study is to: 1. Characterize the preferred experiences, level of involvement, catch orientations, satisfaction, use histories, management and regulatory preferences, and sociodemographics of Minnesota resident pike anglers and darkhouse spearers; 2. Examine the fishing site choices and lake and regulatory attributes that influence the site choice decisions of pike anglers and spearers. 3. Compare the information in 1 & 2 above between darkhouse spearers and pike anglers across 3 geographical strata in Minnesota. The sample was selected from DNR electronic licensing files for purchasers of Minnesota fishing licenses. The sample was stratified based on fishing method (angling or spearing), geographic residence and on expressed geographic preference of pike anglers/spearers to target pike in Minnesota. A total of 6 strata ( n = 400 completed surveys in each stratum, total n = 2400 completed surveys) were targeted including anglers fishing in the 1) northern, 2) central and 3) southern regions of the state, and spearers fishing in the 1) northern, 2) central and 3) southern regions of the state. The stratified sample of spearers was drawn based on purchase of a darkhouse spearing license. This proposal will cover the cost of 4 strata. The angling sample was developed through a two stage sampling design. We first contacted a sample (n = 20000) of Minnesota anglers to identify those who fish for northern pike in Minnesota. We then targeted those who fish for pike in the second round of the study. Because approximately 30% of anglers target pike, and we anticipated ~30% response rate to the initial contact, an initial mailing of n = 20,000 allowed us to target about n = 1900 pike anglers in the final survey.	None
Landowner attitudes toward elk	December 2016	Through restoration efforts and immigration from Manitoba and North Dakota, there are currently about 150 elk in northwest Minnesota. In 1987, legislation was passed that required the DNR to write an elk management plan that recognized the value and uniqueness of elk, provided for integrated management, afforded optimum recreation opportunities, and restricted elk to nonagricultural land in the state. Currently, DNR staff is working with public stakeholder teams to develop a revised elk management plan, and anecdotally, it appears that interest in Minnesota elk has been increasing in recent years. The long-term vision of DNR for elk management is to enhance the population size and range extent of Minnesota's elk while maintaining coexistence with private landowners. DNR lacks objective data about the attitudes of private citizens toward elk. This inhibits the responsible advancement of elk management in the state. Minimizing future elk-human conflicts is critical to the successful expansion of elk since they utilize habitats on public and private lands. Although multiple states east of the Rocky Mountains have initiated elk restoration efforts, the primary literature lacks information pertinent to understanding the preferences of private landowners for elk management in an agricultural landscape. Citizens in northwest Minnesota have personally experienced living with elk, elk management, and elk-related tourism. They represent an ideal survey population to provide an understanding of the attitudes of private landowners toward elk in Minnesota. By learning more about their experiences, we may anticipate future conflicts if the range of elk expands in Minnesota, identify opportunities for education and partnering, and integrate data about landowner attitudes into modeling of additional areas suitable for elk. The objective of this study is to determine the attitudes of landowners within the elk range toward elk and their preferences for future elk management. The study will focus on the townships in northwest Minnesota encompassing the present range of elk. There are approximately 1,200 private landowners with >10 acres of land in this area. We will mail surveys per the 'traditional mailing' design to ensure adequacy, reliability and efficiency of the survey.	None
Long-term research and monitoring of human dimensions information on fisheries and wildlife management issues in Minnesota.	December 2016	This project is the continuation of a long-term research effort established in 2002 that provides funding for a full-time research fellow to work closely with Minnesota Department of Natural Resources fisheries and wildlife researchers and managers to collect timely information to assist in the evaluation of management programs. The primary focus of this position is on developing experience-based management information for fisheries and wildlife management in Minnesota and to use this information to further understanding of what factors influence angler and hunter experience satisfaction and level of support for management programs. This project provides a consistent process to develop a long-term database to improve understanding of factors influencing trends in both recreational participation in fisheries and wildlife-based activities and to examine how attitudes and beliefs about fish and wildlife management issues are changing over time. This project provides a unique contribution nationally by providing a long-term research program with consistent measurement that will allow examination of long-term trends in values, attitudes, and behavior from a theory-directed perspective.	None
Visitor use of Wildlife Management Areas	December 2016	The DNR, Section of Wildlife manages over 1,400 wildlife management areas (WMA) totaling more than 1.3 million acres. WMAs are part of Minnesota's outdoor recreation system and are established to protect those lands and waters that have a high potential for wildlife production, public hunting, trapping, fishing, and other compatible recreational uses. They are the backbone to DNR's wildlife management efforts in Minnesota and are key to: 1. Protecting wildlife habitat for future generations, 2. Providing citizens with opportunities for hunting, fishing and wildlife watching, and 3. Promoting important wildlife-based tourism in the state. WMAs range from prairies and wetlands to forests and brushlands. They provide opportunities for hunting, fishing, trapping, and wildlife watching activities. Wildlife resources and habitat are very important to Minnesota; 500,000 Minnesotans hunt and 1.6 million watch wildlife, one of the highest participation rates in the country. Combined, hunting and wildlife watching are over a $1 billion dollar industry in Minnesota (U.S. Census Bureau, 2011). Some research has been conducted in Minnesota on lands open to public hunting. Vlaming et al. (2003) measured use on Federal Waterfowl Production Areas (WPA) and found that most visited them to hunt. Cross (2014) surveyed Walk-In Access (WIA) users and found that respondents also hunted WMAs and found them more crowded. However, use of WMAs and WPAs was higher for all species hunted, as compared to WIAs. While agency staff agree WMA use is high, little data exists to quantify and categorize either consumptive or non-consumptive uses. These data are particularly important to determine not only uses, but species hunted, effort, distribution of uses, and economic considerations (e.g., travel cost, local economic impact). For each survey, the first 2 mailings will be comprised of an invitation to complete a survey online, and the third mailing will be a traditional self-administered mail-back questionnaire. All use of private data will adhere to MN DNR data privacy standards. No requests for state ELS data are required to complete this work order. The objectives of this study are to assess, 4.1) Seasonal visitor uses and characteristic of users 4.2) Visitor activities, experiences, and attainment of experiences 4.3) Visitor knowledge of and attitudes toward wildlife management areas 4.4) Economic benefits of wildlife management areas to local communities The potential respondent population includes any visitor, 18 years of age or older, to the WMAs that will be selected for study. WMAs will be selected at random throughout DNR Regions 1 and 4. Driving routes will be selected that maximize WMA visits and minimize travel distance. The WMA GIS layer will be used to identify WMA access points and drivers will be instructed to look for parking lots and pullout areas around the entire WMA. Temporary technicians, managed by the contractor, will drive those routes to solicit study participants. When the driver sees a vehicle parked around the WMA, they will place a numbered card and a cover letter in a waterproof pouch and affix the pouch under the vehicle's windshield wipers. The cover letter will explain the nature of the study and ask if they would be willing to share their opinions about WMAs. The card will be a business reply postcard that asks for the size of the party and individual's names, addresses, and phone numbers that can be used to contact them later about the study. Visitors who are present in the parking areas will be approached, explained the nature of the study, and postcard information will be collected onsite. Visitors will be informed that their participation was voluntary. Drivers will also instructed to distribute cards to all vehicles and groups they encounter. We will mail follow up surveys per the 'traditional mailing' design in the approach discussion of adequacy, reliability and efficiency above. This study includes up to 10 seasonal technicians to drive the routes and solicit participation in the study and a graduate student (MS level) at the University of Minnesota.	None
Assessing the preferences of stakeholders and waterfowl management professionals to inform the implementation of the NAWMP Action Plan	September 2018	This project addresses three key research activities associated with a broader proposal by the National Flyway Council’s Human Dimensions Working Group (HDWG) to conduct research involving key stakeholders and the general public in the U.S. and Canada that will inform implementation of the NAWMP Action Plan. The broader objectives are to: 1. Assess what hunters and other waterfowl conservationists (i.e., members of organizations supporting migratory bird conservation including viewers) most desire from their natural resource based management and social settings to inform NAWMP objectives and select habitat and population management alternatives. 2. Establish baseline measures that can be repeated to inform the development of a Public Engagement Strategy and monitor trends in achieving the NAWMP goal of “growing numbers of waterfowl hunters, other conservationists, and citizens who enjoy and actively support waterfowl and wetlands conservation.” 3. Assess waterfowl hunters’ knowledge, preferences, levels of use, and support for waterfowl and wetlands conservation. 4. Assess other waterfowl conservationists’ knowledge, preferences, levels of use and support for waterfowl and wetlands conservation. 5. Assess the general publics’ awareness and their perceptions regarding the importance of the benefits and values (i.e., Ecological Goods and Services - EGS) provided by waterfowl and wetlands conservation. 6. Assess the general publics’ participation in waterfowl-associated recreation and how much they support waterfowl and wetlands conservation. 7. Assess waterfowl professionals’ perspectives on the levels of waterfowl populations and habitats needed to support hunter and viewer use opportunities. In summary, two continental U.S.-wide surveys will be conducted with waterfowl hunters and other waterfowl recreationists. The proposed research will be conducted in coordination with other research conducted by the U.S. Geological Survey’s Fort Collins Science Center and by researchers in Canada. Expected outcomes: 1) Quantified waterfowl management professionals’ preferences regarding the desired future states relative to the three goals of NAWMP. 2) Quantified stakeholder preferences regarding what they desire in regards to their recreational experiences (hunting and viewing). 3) Foundations to develop explicit and transparent population, habitat, and people objectives (or at least define the tradeoffs) based on the quantified expressed preferences of waterfowl management professionals and stakeholders. 4) Foundations to select management alternatives that are most responsive to stakeholder desires and most likely to help achieve NAWMP objectives relating to people. 5) Segmentation of stakeholder groups based on types of participation (e.g., viewing and/or hunting), geographic location, engagement in conservation, knowledge of waterfowl and/or ecological goods and services of waterfowl habitats, and demographic characteristics. 6) Quantification of the general public’s participation in waterfowl and wetlands based activities, their awareness and perceptions of ecological goods and services and their evaluation of the	Managing waterfowl and the wetlands that sustain is a fundamental management challenge in North American. Broad management objectives and policies are defined by the North American Waterfowl Management Plan (NAWMP). This project addresses three key research activities associated with a broader proposal by the National Flyway Council’s Human Dimensions Working Group (HDWG) to conduct research involving key stakeholders and the general public in the U.S. and Canada that will inform implementation of the NAWMP Action Plan. The research identifies preferences of waterfowl hunters and birdwatchers on key attributes related to their recreation activities. Data were collected throughout the four flyways in the U.S. and Canada. This project is a broad collaborative effort across all US states and Canadian provinces, US Geological Survey, US Fish and Wildlife Service, and key NGOs including Ducks Unlimited. The project will provide critical information for establishing future long-term objectives for the North American Waterfowl Management Plan.
Patterns and trends in concentrations of lead in bald eagles in the Upper Midwest	September 2016	As high-trophic level predators, bald eagles are sensitive to accumulation of environmental contaminants. How lead accumulates through the food chain to bald eagles ins not well understood, and the results of this investigation will help identify patterns in lead concentrations in bald eagles in the Upper Midwest.	As high-trophic level predators, bald eagles are sensitive to accumulation of environmental contaminants. How lead accumulates through the food chain to bald eagles ins not well understood. Lead toxicity is a leading cause of eagle mortality, but lead also appears in sub-lethal levels in nestlings. We used measures of lead levels in nestling bald eagles to assess exposure levels and elucidate the likely mechanisms for accumulation in Upper Midwest national parks in collaboration with the National Park Service.
An integrated population model for American woodcock	December 2017	American woodcock are a species of special management concern, and considerable information exists concerning their population ecology. However, that information has not been integrated into a single population model to help guide woodcock management. This project uses multiple sources of existing data on American woodcock populations to better assess populations trends and harvest.	American woodcock are a species of special management concern, and considerable information exists concerning their population ecology. However, that information has not been integrated into a single population model to help guide woodcock management. This project engaged U.S. Fish and Wildlife Service biologists and managers to use existing data to develop an integrated woodcock population model that can be used to help inform woodcock management.
A spatially explicit examination of the relationship between grasslands, Conservation Reserve Program (CRP) enrollments, and Greater Prairie-chicken populations in Minnesota	June 2017	We are evaluating landscape-scale relationships between greater prairie-chickens in an agricultural landscape in northwest Minnesota. Greater-prairie chickens are a species of special management concern, and how they relate to composition and juxtaposition of cover types in the agricultural landscape of northwestern Minnesota is not well documented. We are using existing survey data and land-use and land-cover data to help provide information to inform management, especially related to the Conservation Reserve Program.	Greater-prairie chickens are a species of special management concern, and how they relate to composition and juxtaposition of cover types in agricultural landscapes is not well documented. We are evaluating landscape-scale relationships between greater prairie-chickens in an agricultural landscape in northwest Minnesota. We are using existing survey data and land-use and land-cover data to help provide information to inform management, especially related to the Conservation Reserve Program.

Research Publications

Research Publications	Publication Date
Zimmerman, J. K. H., and B. Vondracek. Interactions between sculpin and trout: slimy sculpin growth and diet in relation to native and nonnative trout. Transactions of the American Fisheries Society	December 2007
Zimmerman, J. K. H., and B. Vondracek. 2007. Brown trout and food web interactions in a Minnesota stream. Freshwater Biology 52:123-136.	January 2007
Zimmerman, J. K. H., and B. Vondracek. 2006. Stream enclosure effects on drifting invertebrates and fish growth: do enclosure experiments produce biased results? Journal of the North American Benthological Society 25:453-464.	June 2006
Zimmerman, J. K. H., and B. Vondracek. 2006. Interactions between slimy sculpin and a native versus a nonnative trout: consequences for growth. Canadian Journal of Fisheries and Aquatic Sciences 63:1526-1535.	August 2006
Zimmerman , J. K. H., B. Vondracek, and J. V. Westra. 2003. Agricultural land use on sediment loading and fish assemblages in two Minnesota basins. Environmental Management 32:93 105.	August 2003
Wolfson, D.W., J.R. Fieberg, and D.E. Andersen. 2020. Juvenile sandhill cranes exhibit wider ranging and more exploratory movements than adults during the breeding season. Ibis 162:556-562 DOI:10.1111/ibi.12786.	October 2020
Wolfson, D.W., D.E. Andersen, and J.R. Fieberg. Using piecewise regression to identify biological phenomena in biotelemetry datasets. Journal of Animal Ecology 91:1755–1769. https://doi.org/10.1111/1365-2656.13779 \| Publisher Website	September 2022
Wolfson, D., J. Fieberg, J. Lawrence, T. Cooper, and D.E. Andersen. 2017. Range overlap between Mid-Continent and Eastern sandhill cranes revealed by GPS-tracking. Wildlife Society Bulletin 41:489-498. DOI:10.1002/wsb.799. \| Download	October 2017
Williams. M. A. and B. Vondracek. 2010. Spring distributions in Winona County, Minnesota, USA. Carbonates and Evaporites 25(4):333–347. DOI: 10.1007/s13146-010-0037-y. \| Abstract	December 2010	Karst aquifers are important groundwater resources, but are vulnerable to contamination due to relatively rapid subsurface transport. Springs, points where the landscape and water table intersect and cold groundwater discharges, link aquifer systems with land surfaces and water bodies. As such, in many regions, they are critical to the viability of lakes, streams and cold-water fish communities. An understanding of where springs are located is important to watershed, fishery and environmental management efforts in karst regions. To better understand spatial distribution of springs and as a potential method for identifying variables that characterize locations of springs for improved land and watershed management, a nearest neighbor analysis and a discriminant function analysis (DFA) of springs were conducted in Winona County, Minnesota, USA, a karst landscape. Nearest neighbor analysis examined the spatial spring distribution. Twenty-two variables describing the locations of springs were analyzed to ascertain their ability to discriminate correct aquifer unit or bedrock unit classification for each spring. Springs were clumped with the highest densities in the lowest elevations. Springs were correctly assigned to aquifer units and bedrock units with eight and 11 landscape variables, respectively. Forest land cover was the only land cover type contributing to spring discrimination. Consideration of upland human activities, particularly in forested areas, on spring discharge along with a better understanding of characteristics describing spring locations could lead to better management activities that locate and protect springs and their important contributions to regional ecohydrology.
Westra, J., J. K. H. Zimmerman, and B. Vondracek. 2003. Potential Economic and Environmental Effects of Select Conservation Programs of the 2002 Farm Bill. Proceedings of a workshop Linkages Between Agricultural and Conservation Policies, 10-11 June, Portsmouth, New Hampshire.	June 2003
Westra, J., J. K. H. Zimmerman, and B. Vondracek. 2003. Economic and environmental benefits of mandated agricultural best management practices. In: Symposium Proceedings of the American Water Resources Association 2003 Spring Specialty Conference, 12-14 May, Kansas City, Missouri. (Invited)	May 2003
Westra, J. V., J. K. H. Zimmerman, and B. Vondracek. 2004. Economic and Environmental Benefits of Select Agriculture Best Management Practices. Journal of the American Water Resources Association 41:309-322.	April 2005
Westra, J. V., J. K. H. Zimmerman, and B. Vondracek. 2004. Do conservation practices and programs benefit the intended resource concern? Agricultural and Resource Economics Review 33:105-120.	June 2004
Waterhouse, L., L. Ailloud, R. Austin, W. J. Golet, A. Pacicco, A. Andrews, K. Diouf, Y. Ndiour, K. Krusic-Golub, G. da Silva, and J. M. Hoenig. 2022. Updated Integrated Growth Model for Bigeye Tuna (Thunnus obesus) in the Atlantic Ocean. Fisheries Research. https://doi.org/10.1016/j.fishres.2022.106317 \| Abstract \| Download	December 2022	The International Commission for the Conservation of Atlantic Tunas (ICCAT) concluded the Atlantic Ocean tropical Tuna Tagging Programme (AOTTP) in 2021. This project had the objectives of enhancing food security, stimulating economic growth, and improving management through research on tropical tuna resources in the Atlantic Ocean, including bigeye tuna (Thunnus obesus). Here, we combine tagging data and otolith data from the AOTTP program, Panama City Lab and the Pelagic Fisheries Lab at the University of Maine with historical tagging data and otolith data from ICCAT and other sources to fit integrated growth models with the goal of providing the most complete growth curve (in terms of data inclusion and validation of age-at-length) for bigeye tuna in the Atlantic Ocean. Both Richards and von Bertalanffy growth models were fitted. A variety of models were fitted to subsets of the data to investigate the consistency of growth information. In all cases for the integrated model, the Richards and von Bertalanffy models were very similar with the von Bertalannfy model being preferred for parsimony. The preferred model, based on fit to old fish, was the von Bertalanffy curve based on length-age pair data from multiple sources. The addition of tagging data to create an integrated model showed patterns of lack of fit to both the tagging and otolith data suggesting conflict between the tagging and otolith data. The preferred model (length-age pair data only) gave the estimates: asymptotic length L∞ (fork length) equals 161.21 cm (95% bootstrap CI 154.39, 166.84), growth parameter K equals 0.392 yr− 1 (95% bootstrap CI 0.355, 0.441), and the time-axis intercept t0 equals − 0.239 yr (95% bootstrap CI –0.306, − 0.175). For the best fitting integrated model, the asymptotic length L∞(fork length, in cm) was estimated to be 185.78 (SD 6.298), the growth parameter K was 0.252 yr− 1 (SD 0.014), and the time-axis intercept t0 was − 0.524 yr (SE 0.025). The value for asymptotic length L∞ from the integrated model was larger than the lengths of all the old fish in the sample whereas the value for the curve based on otoliths passes through the cloud of points for old fish.
Warnke, D. K., D. E. Andersen, C. R. Dykstra, M. W. Meyer, and W. H. Karasov. 2002. Provisioning rates and time budgets of adult and nestling bald eagles at inland Wisconsin nests. Journal of Raptor Research 36:121-127.	June 2002
Wan, H. C. J. Chizinski, C. L. Dolph, B. Vondracek and B. Wilson. 2010. The impact of rare taxa on measures of fish Index of Biotic Integrity. Ecological Indicators 10:781-788. \| Abstract	March 2010	The index of biotic integrity (IBI) is a commonly used bioassessment tool that integrates abundance and richness measures to assess water quality. In developing IBIs that are both responsive to human disturbance and resistant to natural variability and sampling error, water managersmust decide how to weigh information about rare and abundant taxa, which in turn requires an understanding of the sensitivity of indices to rare taxa. Herein, we investigated the influence of rare fish taxa (within the lower 5% of rank abundance curves) on IBI metric and total scores for stream sites in two of Minnesota’smajor river basins, the St. Croix (n = 293 site visits) and Upper Mississippi (n = 210 site visits). We artificially removed rare taxa from biological samples by (1) separately excluding each individual taxon that fell within the lower 5% of rank abundance curves; (2) simultaneously excluding all taxa that had an abundance of one (singletons) or two (doubletons); and (3) simultaneously excluding all taxa that fell within the lower 5% of rank abundance curves. We then compared IBI metric and total scores before and after removal of rare taxa using the normalized root mean square error (nRMSE) and regression analysis. The difference in IBI metric and total scores increased as more taxa were removed. Moreover, when multiple rare taxa were removed, the nRMSE was related to sample abundance and to total taxa richness, with greater nRMSE observed in samples with a larger number of taxa or sample abundance. Metrics based on relative abundance of fish taxa were less sensitive to the loss of rare taxa, whereas those based on taxa richness were more sensitive, because taxa richness metrics give more weight to rare taxa compared to the relative abundance metrics.
Walberg, E., L. Cornicelli, & D.C. Fulton. Factors impacting hunter access to private lands in southeast Minnesota. Human Dimensions of Wildlife 23(2): 101-114. online: https://doi.org/10.1080/10871209.2018.1396510	March 2018
Vondracek, B., K. L. Blann, C. B. Cox, J. A. Frost Nerbonne, K. G. Mumford, B. A. Nerbonne, L. A. Sovell, and J. K. H. Zimmmerman. In Press. Land use, spatial scale, and stream systems: lessons from an agricultural region. Environmental Management.	December 2005
Vondracek, B., K. L. Blann and B. A. Nerbonne. 2001. Habitat-fish relationships across local to watershed scales. pp. 7-22. in R. DuBois, K. Kayle, M. Ebbers, and S. Turner, editors. Trout and the trout angler: Workshop II. American Fisheries Society, North Central Division, Salmonid Technical Committee, St. Paul, Minnesota.	August 2001
Vondracek, B., J. K. H. Zimmerman, and J. V. Westra. 2003. Setting an effective TMDL for suspended sediment: an assessment of sediment loading and effects of suspended sediment on fish. Journal of the American Water Resources Association 39:1005-1015.	October 2003
Vondracek, B., J. D. Koch, and M. W. Beck. 2014. A comparison of survey methods to evaluate macrophyte index of biotic integrity performance in Minnesota lakes. Ecological Indicators 36:178-185. \| Abstract	January 2014	Aquatic macrophytes shape trophic web dynamics, provide food and refuge for macroinvertebrates and fish, and increase nutrient retention, sediment stabilization, and water clarity. Macrophytes are well-suited as indicators of ecological health because they are immobile, relatively easy to sample and identify, and respond to environmental stressors on an ecological time scale. Aquatic plant monitoring programs can provide valuable information to water resource managers, especially in conjunction with macrophyte-based indices of biotic integrity (IBI). However, there are several current sampling designs and the precision of IBI scores has not been evaluated across different surveys. We evaluated the performance of the Minnesota macrophyte-based IBI for two survey designs; a point intercept (PI) survey and a belt transect (BT) survey. PI surveys are time intensive, whereas BT are less time intensive and have been used historically in Minnesota. Our objectives were to compare the PI surveys with BT surveys on the same lakes, and to modify the BT survey (MT survey) to improve information obtained from BT surveys. BT surveys consistently overestimated IBI scores compared to the PI method (t = 6.268, df = 60, p < 0.001). Overall IBI scores calculated from MT surveys differed significantly from PI scores, but on average, MT surveys predicted scores only 3% lower than PI scores. Implementation of the Minnesota macrophyte-based IBI through the adoption of the MT survey approach would improve sampling efficiency and enable widespread documentation of the effects of landscape change, shifts in hydrologic regimes, and other anthropogenic activities on the integrity of lacustrine systems.
Vaske, J. J., D. C. Fulton, and M. J. Manfredo. 2001. Human dimensions considerations in wildlife management planning. Pages 89-105. In D. Decker and T. Brown, eds. Human dimensions of wildlife management in North America. The Wildlife Society.	January 2001
Toews, D.P.L., G.R. Kramer, A.W. Jones, C.L. Brennan, B.E. Cloud, D.E. Andersen, I.J. Lovette, and H. Streby. 2020. Genomic identification of intergeneric hybrids in New World wood-warblers (Aves: Parulidae). Biological Journal of the Linnean Society 131:183–191. doi10.1093/biolinnean/blaa085 \| Publisher Website	July 2020
Tingley, R. W., Hansen, J. F., Isermann, D. A., Fulton, D. C., Musch, A. and Paukert, C. P. (2019), Characterizing Angler Preferences for Largemouth Bass, Bluegill, and Walleye Fisheries in Wisconsin. North Am J Fish Manage 39:676-692. doi:10.1002/nafm.10301	May 2019
Susan A. Schroeder, Louis Cornicelli, David C. Fulton & Steven S. Merchant (2019) The influence of motivation versus experience on recreation satisfaction: How appreciative- versus achievement-oriented recreation experience preferences relate to hunter satisfaction, Journal of Leisure Research, 50:2, 107-131, DOI: 10.1080/00222216.2018.1557502	February 2019
Susan A. Schroeder, David C. Fulton, Jeffrey S. Lawrence & Steven D.Cordts (2017) How Hunter Perceptions of Wildlife Regulations, Agency Trust, and SatisfactionAffect Attitudes about Duck Bag Limits, Human Dimensions of Wildlife, 22:5, 454-475, DOI:10.1080/10871209.2017.1345021	September 2017
Streby, H.M., T.L. McAllister, S.M. Peterson, G.R. Kramer, J.A. Lehman, and D.E. Andersen. 2015. Minimizing marker mass and handling time when attaching radio transmitters and geolocators to small songbirds. The Condor:Ornithological Applications 117:249-255. https://doi.org/10.1650/CONDOR-14-182.1	June 2015
Streby, H.M., S.M. Peterson, and D.E. Andersen. 2011. Invertebrate availability and vegetation characteristics explain use of non-nesting cover types by mature-forest songbirds during the post-fledging period. Journal of Field Ornithology 82:406-414. https://doi.org/10.1111/j.1557-9263.2011.00343.x	December 2011
Streby, H.M., S.M. Peterson, T. L. McAllister, and D.E. Andersen. 2011. Use of early successional managed northern forest by mature-forest species during the post-fledging period. Condor 113:817-824. https://doi.org/10.1525/cond.2011.110012	December 2011
Streby, H.M., S.M. Peterson, J.A. Lehman, G.R. Kramer, K.J. Iknayan, and D.E. Andersen. 2013. The effects of force-fledging and premature fledging on the survival of nestling songbirds. Ibis 155:616-620. https://doi.org/10.1111/ibi.12051 \| Download	June 2013
Streby, H.M., S.M. Peterson, G.R. Kramer, and D.E. Andersen. 2015. Post-independence fledgling ecology in a migratory songbird: implications for breeding-grounds conservation. Animal Conservation 18:228–235. DOI:10.1111/acv.12163. \| Download	January 2015
Streby, H.M., S.M. Peterson, C.F. Gesmundo, M.K. Johnson, A.C. Fish, J.A. Lehman, and D.E. Andersen. 2013. Radio-transmitters do not affect seasonal productivity of female golden-winged warblers. Journal of Field Ornithology 84:316-321. https://doi.org/10.1111/jofo.12032 \| Download	August 2013
Streby, H.M., S. M. Peterson, J.A. Lehman, G.R. Kramer, B.J. Vernasco, and D.E. Andersen. 2014. Do digestive contents confound body mass as a measure of relative condition in nestling songbirds? Wildlife Society Bulletin. DOI:10.1002/wsb.406. \| Download	February 2014
Streby, H.M., R.W. Rohrbaugh, D.A. Buehler, D.E. Andersen, R. Vallender, D.I. King, J.L. Larkin, and T. Will. 2016. Research on golden-winged warblers: recent progress and current needs. Studies in Avian Biology 49:217-227.	October 2016
Streby, H.M., Peterson, S.M., and D.E. Andersen. 2016. Survival and habitat use of fledgling Golden-winged Warblers in the western Great Lakes region. Studies in Avian Biology 49:127-140.	October 2016
Streby, H.M., J.P. Loegering, and D.E. Andersen. 2012. Spot mapping underestimates song-territory size and use of mature forest by breeding golden-winged warblers in Minnesota. Wildlife Society Bulletin 36:40-46. https://doi.org/10.1002/wsb.118	April 2012
Streby, H.M., G.R. Kramer, S.M. Peterson, J.A. Lehman, D.A. Buehler, and D.E. Andersen. 2015. Tornadic storm avoidance behavior in breeding songbirds. Current Biology 25:1-5. https://doi.org/10.1016/j.cub.2014.10.079	January 2015
Streby, H.M., D.E. Andersen, and D.A. Buehler. 2016. Golden-winged warbler ecology, conservation, and habitat management. Studies in Avian Biology. ISBN 9781482240689.	October 2016
Streby, H.M., B. Scholtens, A.P. Monroe, S.M. Peterson, and D.E. Andersen. 2013. The ovenbird (Seiurus aurocapilla) as a model for testing food-value theory. American Midland Naturalist 169:214-220. https://doi.org/10.1674/0003-0031-169.1.214	April 2013
Streby, H.M. and D.E. Andersen. 2013. Testing common assumptions in studies of songbird nest success. Ibis 155:327-337. https://doi.org/10.1111/ibi.12018 \| Download	March 2013
Streby, H.M. and D.E. Andersen. 2013. Survival of fledgling ovenbirds: influences of habitat characteristics at multiple spatial scales. Condor 115:403-410. https://doi.org/10.1525/cond.2013.110178 \| Download	May 2013
Streby, H.M. and D.E. Andersen. 2013. Movements, cover-type selection, and survival of fledgling ovenbirds in managed deciduous and mixed-coniferous forests. Forest Ecology and Management 287:9-16. https://doi.org/10.1016/j.foreco.2012.08.046	October 2013
Streby, H.M. and D.E. Andersen. 2012. Movements and cover-type selection by fledgling ovenbirds after independence from adult care. Wilson Journal of Ornithology 124:621-626. https://doi.org/10.1676/12-001.1	October 2012
Streby, H.M, J.M. Refsnider, and D.E. Andersen. 2014. Redefining nest success in songbirds: moving beyond the nest success paradigm. Auk 131:718-726. https://doi.org/10.1642/AUK-14-69.1 \| Download	September 2014
Streby, H.M, J.M. Refsnider, S.M. Peterson, and D.E. Andersen. 2014. Retirement investment theory explains patterns in songbird nest-site choice. Proceedings of the Royal Society of London B 281:20131834. https://doi.org/10.1098/rspb.2013.1834 \| Download	January 2014
Streby, H.M, G.R. Kramer, S.M. Peterson, J.A. Lehman, D.A. Buehler, and D.E. Andersen. 2018. Response to Lisovski et al.: carefully interpreted light-level geolocator data can lead to the discovery of interesting animal behavior. Current Biology 28:R101-R102. DOI: 10.1016/j.cub.2017.12.025.	February 2018
Streby, H. M. and D.E. Andersen. 2011. Seasonal productivity in a population of migratory songbirds: why nest data are not enough. Ecosphere 2: Article 78. \| Publisher Website	July 2011
Streby, H. M. J. M. Refsnider, S. M. Peterson, and D. E. Andersen. 2008. Barred owl predation on hermit thrush and ovenbird fledglings. Journal of Raptor Research 42:296-298.	October 2008
Streby H.M., G.R. Kramer, S.M. Peterson, and D.E. Andersen. 2018. Evaluating outcomes of young forest management on a target species of conservation concern. PeerJ 6:e4319 https://doi.org/10.7717/peerj.4319	January 2018
Stewart, C.A., and V.R. Frawley (eds.), D.E. Andersen, J.G. Bruggink, T.R. Cooper, D.R. Dessicker, D.G. Krementz, S.L. Mayhew, M.W. Olinde, and G.J. Roloff (assoc. eds.). 2010. Proceedings of the Tenth American Woodcock Symposium. Michigan Department of Natural Resources and Environment, Lansing, Michigan, U.S.A. \| Download	April 2010
Stephenson, T.R., M.R. Vaughan, and D.E. Andersen. 1996. Mule deer movements in response to military activity in southeast Colorado. Journal of Wildlife Management 60:777–787. https://www.jstor.org/stable/3802377 \| Download	April 1997
Sovell, L. A., B. Vondracek, J. A. Frost, and K. G. Mumford. 2000. Impacts of rotational grazing and riparian buffers on physicochemical and biological characteristics of southeastern Minnesota streams. Environmental Management 26:629-641.	December 2000
Sorley, C.S., D.E. Andersen, and P.F. McInnes. 1993. Raptor abundance in southcentral Kenya in relation to land-use patterns. Journal of Raptor Research 27:92-93. \| Download	January 1993
Sorley, C.S. and D.E. Andersen. 1994. Raptor abundance in south-central Kenya in relation to land use patterns. African Journal of Ecology 32:30–38. https://doi.org/10.1111/j.1365-2028.1994.tb00552.x \| Download	March 1994
Smithers, B. L., C. W. Boal, and D. E. Andersen. 2005. Northern goshawk diet in Minnesota: an analysis using video recording systems. Journal of Raptor Research 39:264-273.	September 2005
Smith, Kyle, A.C. Landon, D.C. Fulton. A self-determination approach to understanding leisure identity salience among lapsed hunters. Leisure Science. \| Abstract	June 2023	This study extended a framework based on self-determination theory (SDT) to study hunting identity salience in lapsed hunters. SDT suggests that multiple forms of motivation can influence levels of self-determination and subsequent behavioral intentions and addresses how social-contextual factors support or thwart individual satisfaction of needs. In the context of hunting, SDT posits that individuals initially interested in the activity will habitually seek out positive hunting experiences and, when supported, will integrate deer hunting as part of their identity. Data were drawn from a survey of lapsed hunters in Minnesota, United States conducted during the winter of 2021. Results suggested that socio-contextual constraints were negatively associated with intrinsic motivation and support amotivation. Subsequently, these differing forms of motivation had a variable influence on identity salience. These findings have implications for recruitment, retention, and reactivation (R3) efforts and highlight the need to understand the influence of social-contextual factors and individual motivation in the context of continued hunting participation.
Smith, K., S.A. Schroeder, A.C. Landon, L.J. Cornicelli, D.C. Fulton, and L.E. McInenly. (2020). A replication of proximity to chronic wasting disease, perceived risk, and social trust in managing between hunters in Minnesota and Illinois. Human Dimensions of Wildlife (published online without volume/page numbers). DOI: 10.1080/10871209.2020.1860270	December 2020
Smith, K., A. Landon, D.C. Fulton, and G. Kyle. 2024. Self-determination theory as an alternate conceptual foundation for motivation in natural resource recreation. Human Dimensions of Wildlife. \| Abstract	March 2024	Motivation is a topic that receives substantial interest across the social sciences. However, in the human dimensions literature, scholars have primarily treated motivation as a unitary construct defined by the individual's desired goal state. In contrast, self-determination theory (SDT) suggests that multiple forms of motivation can influence levels of self-determination, integration of identities, and subsequent behavioral intentions, and has been utilized in multiple realms to understand human behaviors. SDT forms a consistent and well-understood mechanism for human psychological development and optimal function and allows for the formulation of out-of-sample prediction, a cornerstone of science. In this manuscript, we review the basic theories that make up SDT and provide insight for its application to human dimensions of wildlife research.
Sleugh, T., McCoy, C.M., Pattengill-Semmens, C.V. et al. 2023. Migratory behavior of aggregating male Tiger Grouper (Mycteroperca tigris) in Little Cayman, Cayman Islands. Environ Biol Fish 106, 1195–1206 (2023). https://doi.org/10.1007/s10641-023-01399-w \| Abstract \| Download \| Publisher Website	March 2023	Tiger Grouper (<i>Mycteroperca tigris</i>) form fish spawning aggregations (FSAs) around the winter full moons (typically January through April) in the central Caribbean. Males defend territories to attract mates in a lek-like reproductive strategy. Prior studies have documented rapid declines in populations with FSA associated fisheries. This study examines the migratory behavior and spatial ecology of adult male Tiger Grouper in Little Cayman, Cayman Islands, to better understand the localized impacts of aggregation fishing. As part of the Grouper Moon Project, we acoustically tagged ten spawning male Tiger Grouper at the western end of Little Cayman in February 2015. Using an array of hydrophones surrounding the island, we tracked the movements of the ten tagged fish over a 13-month period. We observed 3 migratory strategies: resident fish (n = 2) that live at the FSA site, neighboring fish (n = 5) that live within 4 km of the site, and commuter fish (n = 3) that travel over 4 km for spawning. Fish began aggregating two days before the full moon and typically left between ten and twelve days after the full moon, January through May. Regardless of migratory strategy, all tagged fish that returned to spawn in2015 after the February tagging effort came back to the west-end FSA. However, in January2016, one fish appeared to attend a different FSA closer to its presumed home territory. Unlike other larger-bodied grouper, it appears that Tiger Grouper establish multiple FSAs around Little Cayman, and males attend FSAs near their home territories. Protracted spawning seasons, FSA site infidelity, and putative FSA catchments should all be brought into management consideration to ensure sustainable fisheries for this important species.
Singh, U. M. Kocian, B. Wilson, A Bolton, J. Nieber, B. Vondracek, J. Perry, and J. Magner. 2005. Analyzing Indicators of Stream Health for Minnesota Streams. Pages 570-576 in Proceedings of the Third Conference on Watershed Management to Meet Water Quality Standards and Emerging TMDLS. American Society of Agricultural Engineers, St. Joseph, Michigan, USA.	March 2005
Severud, W.J., D.Wolfson, J. Fieberg, and D.E. Andersen. 2022. Sandhill crane colt survival in Minnesota. Journal of Fish and Wildlife Management https://doi.org/10.3996/JFWM-21-097 \| Abstract	April 2022	Age-structured population models require reliable estimates of cohort-specific survival rates, yet vital rates of younger age classes are often difficult to estimate because of the logistical challenges of monitoring young animals. As part of a study of sandhill cranes <i>Antigone canadensis </i>in the zone of contact between breeding distributions of the Eastern Population and Mid-continent Population in Minnesota, United States, we monitored first summer survival of 34 sandhill cranes (hereafter, “colts”) using VHF and/or GPS-GSM transmitters. We estimated daily survival probabilities from 19 to 120 days post-hatch using a generalized linear model accounting for interval censoring, resulting in an estimated period survival rate of 0.52 (90% confidence interval 0.36–0.71) over summer (100 days). Estimated daily probabilities of survival increased as colts became older and fledged (at 70–75 days post-hatch), when they presumably became less vulnerable to predation. Causes of mortality were mostly unknown aside from one case of a collision with a vehicle. There is a scarcity of published colt survival rate estimates for sandhill cranes and what is available varies widely by study site. Region-specific sandhill crane colt survival rate estimates can inform future management efforts and inform population dynamics research and overall natural history knowledge of sandhill cranes.
Scientific communication for natural resource professionals. 2012. C. Jennings, T. E. Lauer, and B. Vondracek, editors. American Fisheries Society, Bethesda, Maryland. \| Abstract	August 2012	no abstract
Schroeder,S. A. D. C. Fulton, L. Cornicelli, and L.E. McInenly. 2020. Recreation conflict, coping, and satisfaction: Minnesota grouse hunters’ conflicts and coping response related to all-terrain vehicle users, hikers, and other hunters,Journal of Outdoor Recreation and Tourism,Volume 30,100282 DOIL 10.1016/j.jort.2020.100282	May 2020
Schroeder, S.A., Landon, A., Cornicellis, L, Fulton, D.C. and McInenly, L.2021. Institutional trust, beliefs and evaluation of regulations, and management of chronic wasting disease (CWD). Human Dimensions of Wildlife. 26, 228-244. DOI: 10.1080/10871209.2020.1808915	August 2020
Schroeder, S.A., Fulton, D.C., Penning, W. and DonCarlos, K. 2012. Using persuasive messages to encourage hunters to support regulation of lead shot. Journal of Wildlife Management, 76 (8), 1528-1539. \| Publisher Website	November 2012
Schroeder, S.A., Fulton, D.C., Lawrence, J.S., and Cordts, S.D. 2014. Legitimization of regulatory norms: Waterfowl hunter acceptance of changing duck bag limits. Human Dimensions of Wildlife, 19: 234-252	May 2014
Schroeder, S.A., Fulton, D.C., Lawrence, J. and Cordts, S. 2012. Constraints-effects-mitigation and waterfowl hunting: An application and extension of the constraints-effects-mitigation model to Minnesota waterfowl hunting. Human Dimensions of Wildlife, 17 (3), 174-192.	May 2012
Schroeder, S.A., D.C. Futon, L.J. Cornicelli, S. Cordts, and J. Lawrence. 2019. Clarifying how hunt-specific experiences affect satisfaction, among avid and less avid waterfowl hunters. Wildlife Society Bulletin 43(3):455–467. DOI: 10.1002/wsb.1006 \| Publisher Website	September 2019
Schroeder, S.A., D.C. Fulton, L.J. Cornicelli, and S.S. Merchant. 2018. Discrete choice modeling of season choice for Minnesota turkey hunter. Journal of Wildlife Management 82(2): 457-465 DOI: 10.1002/jwmg.21382 online: http://onlinelibrary.wiley.com/doi/10.1002/jwmg.21382/epdf	February 2018
Schroeder, S.A., D.C. Fulton, L. Cornicelli. How Minnesota wolf hunter and trapper attitudes and risk-benefit perceptions about wolves predict their management preferences.	September 2018
Schroeder, S.A., D.C. Fulton, J. Lawrence, and S. Cordts. 2013. Identification and specialization as a waterfowl hunter. Leisure Sciences, 35, 3, 218-234.	May 2013
Schroeder, S.A., D.C. Fulton, E. Alten, H. Baird, D. Dieterman, and M. Jennings. Factors influencing anglers’ support for fisheries management strategies: Habitat protection and restoration. Environmental Management (2018). https://doi.org/10.1007/s00267-018-1067-9	May 2018
Schroeder, S.A., D.C. Fulton and K. DonCarlos. (2016). Clarifying beliefs underlying hunter intentions to support a ban on lead shot. Society & Natural Resources, 29,7, 852-867.	January 2016
Schroeder, S.A., Cornicelli, L.J., Fulton, D.C., and Merchant, S. 2018. Explicit versus implicit motivations: Clarifying how experiences affect turkey hunter satisfaction using revised importance-performance, importance grid, and penalty-reward-contrast analyses. Human Dimensions of Wildlife 23(1) 1-20. http://dx.doi.org/10.1080/10871209.2018.1385112	January 2018
Schroeder, S.A., A.C. Landon, D.C. Fulton, L. McInenly. 2021. Social identity, values, and trust in government: How stakeholder group, ideology, and wildlife value orientations relate to trust in a state agency for wildlife management. Biological Conservation, 261 DOI: 10.1016/j.biocon.2021.109285 \| Abstract	September 2021	Our objective was to understand how social identity and values influenced general public and stakeholder trust in a state wildlife management agency (SWMA). In particular, we wanted to examine how stakeholder group, ideology, and wildlife value orientation influenced trust in a SWMA. Data were derived from a study of state residents, hunters and livestock producers related to wolf management. Results suggest differences in agency trust correlated with all three factors and the interaction between stakeholder group and wildlife value orientation. Livestock producers reported lower levels of trust in the agency, compared to hunters and the general public. Individuals with conservative or middle-of-the-road ideologies reported less trust in the agency than liberals did. Respondents with traditional wildlife values also had less trust in the agency compared to mutualist, pluralist, and distanced respondents. Results suggested parallels in the ideologies and wildlife value orientations of livestock producers and hunters, although these groups differed significantly in their trust in the agency. Agencies face the challenge of managing common-pool resources for stakeholders who hold different values and ideologies, and who are differentially affected by management decisions.
Schroeder, S.A., A. Landon, L.J. Cornicelli, D.C. Fulton, L. McInenly. 2021. Cognitive and behavioral coping in response to wildlife disease: The case of hunters and chronic wasting disease. Human Dimensions of Wildlife (Published online 4/30/2021). DOI: 10.1080/10871209.2021.1919340 \| Abstract	April 2021	Studying recreation coping is important because some coping may provoke distress, and lead to departure from participation. The transactional stress coping model has been used to examine response to social conditions (e.g., conflict, crowding) in outdoor recreation. Building on this work, we explored how Minnesota deer hunters coped with the presence of chronic wasting disease (CWD) in the state. Results are based on a survey of 2018 firearm deer hunters. We examined hunters’ reported behavioral intentions in scenarios related to the presence of CWD, and if the disease affected human health. Results suggest that most hunters would cope using product shift (i.e., eating meat after a “CWD not detected” test result) rather than displacement (i.e. hunting elsewhere or not hunting). Hunters who may cope by quitting hunting reported lower levels of involvement and higher levels of concern about CWD. Results have implications for CWD management in the state.
Schroeder, S.A. and Fulton, D.C. 2013. Comparing catch orientation among walleye, northern pike and bass anglers. Human Dimensions of Wildlife, 18, 355-372.	September 2013
Schroeder, S.A. and D.C. Fulton. (2017). Voice, perceived fairness, agency trust and acceptance of management decisions among Minnesota anglers. Society & Natural Resources, 30:5, 569-584. DOI: 10.1080/08941920.2016.1238987	May 2017
Schroeder, S.A. and D.C. Fulton. (2014). Fishing for Northern Pike in Minnesota: A Comparison of Anglers and Dark House Spearers. North American Journal of Fisheries Management, 34:3, 678-691.	May 2014
Schroeder, S., L. Cornicelli, D.C. Fulton, A. Landon, L. McInenly, & S. Cordts. Explaining Support for Mandatory versus Voluntary Conservation Actions among Waterfowlers. Human Dimensions of Wildlife, 26(4): 337-355. DOI: 10.1080/10871209.2020.1830205	October 2020
Schroeder, S., Cornicelli, L., Fulton, D. and Grund, M. (2014). What predicts support for Antler Point Restrictions? Human Dimensions of Wildlife, 19:301-318.	July 2014
Schroeder, S. A., and Fulton, D. C. 2010. Land of 10, 000 lakes and 2. 3 million anglers: conflict, crowding, and coping among Minnesota anglers. Journal of Leisure Research 42(2), 291-316.	March 2010
Schroeder, S. A., Landon, A. C., Fulton, D. C., & McInenly, L. E. 2022. On the Multiple Identities of Stakeholders in Wolf Management in Minnesota, United States. FRONTIERS IN ECOLOGY AND EVOLUTION, 10. \| Abstract	June 2022	Social identity theory offers a means to understand attitudes about wolves, with consequences for management support. Using data from a mail survey about wolves, we explored relationships among seven identities (i.e., wolf advocate, hunter, environmentalist, nature enthusiast, farmer, trapper, conservationist) using multidimensional scaling (MDS) and principal components analysis (PCA). We examined how identities correlated with political orientation, trust in a wildlife management agency, wildlife value orientations (WVOs) and attitudes about wolves, and we evaluated whether WVOs mediated the relationship between identities and attitudes. PCA suggested two factors, while MDS and correlations found diversity beyond these factors. Hunter identity was most strongly associated with a domination WVO and conservative political ideology. Farmer identity was most strongly associated with agency distrust and negative wolf attitudes. Wolf advocate was most strongly associated with a mutualism WVO, agency trust, and positive wolf attitudes. Conservationist identity was positively correlated with all other identities. WVOs partially mediated the relationship between identities and attitudes.
Schroeder, S. A., Fulton, D. C., Nemeth, M. E., Sigurdson, R. E., and Walsh, R. J. Fishing in the Neighborhood: Understanding motivations and constraints for angling among Minneapolis-St. Paul, Minnesota metro residents, In Urban Fishing Symposium. American Fisheries Society Symposium xx. Bethesda, Maryland.	December 2008
Schroeder, S. A., Fulton, D. C., Currie, L., Goeman, T. 2006. He said, she said: Gender and angling specialization, motivations, ethics and behaviors. Human Dimensions of Wildlife 11: 301-315.	November 2006
Schroeder, S. A., D. C. Fulton, and J. Lawrence. 2006. A typology of waterfowl hunters in Minnesota. Wildlife Society Bulletin. 34(2):380-387.	April 2006
Schroeder, S. A. and Fulton, D.C. 2013. Public lakes, private lakeshore: Modeling protection of native aquatic plants. In review. Environmental Management, 52,1, 989-112.	July 2013
Schramm, H.L., Jr., W.E. French, and B Vondracek. 2008. Mortality of walleyes and saugers caught in live-release tournaments. Pages 625-636 in M.S. Allen, S.. Sammons, M.J. Maceina, editors. Balancing fisheries management water uses for impounded river systems American Fisheries Society Symposium 62, Bethesda, Maryland.	December 2008
Sammler, J. E. ., D. E. Andersen, and S. Skagen. 2008. Population trends of tundra-nesting birds at Cape Churchill, Manitoba, in relation to increasing goose populations. Condor 110:325-334.	August 2008
Sainsbury, K.A., Harshaw, H.W., Fulton, D.C. et al. What waterfowl hunters want: exploring heterogeneity in hunting trip preferences. Wetlands 44, 35 (2024). https://doi.org/10.1007/s13157-023-01744-w \| Abstract	February 2024	Canadian and American waterfowl hunters were surveyed to identify their hunting trip preferences. Respondents were individuals that were or had participated in waterfowl hunting, and most had hunted the majority of the last five years. We identified four latent classes of waterfowl hunters that varied in their preferences for harvest, access effort, length of travel, quantity of waterfowl seen, and the potential for interference/ competition. We found a diminishing return associated with the number of waterfowl harvested, and that devoted and local hunters did not perceive appreciable benefit from harvesting more birds beyond harvesting a single bird. Results highlight the importance of not only considering population size, but also the location of habitat for people and waterfowl. Our results provide waterfowl managers important insights into the heterogeneity of North American waterfowl hunters by highlighting differences in priorities for waterfowl hunting trips. Notably, to address this heterogeneity, managers could consider the balance of objectives, actions and resources designed to satisfy current waterfowl hunters to that of attracting new individuals. Managing access to improve the likelihood that hunters will see and have opportunities to harvest some waterfowl has benefit to hunters.
S.A. Schroeder and D.C. Fulton. (2015). A replication of a factor analysis of motivations for trapping. Human Dimensions of Wildlife, 20, 3, 280-283.	July 2015
Rutter, J.D., A.A., Dayer, H.W. Harshaw, N.W. Cole, J.N. Duberstein, D.C. Fulton, A.H. Raedeke, and R.M. Schuster. 2021. Racial, ethnic, and social patterns in the recreation specialization of birdwatchers: An analysis of Untied State eBird registrants. Journal of Outdoor Recreation and Tourism, 35: 100400 DOI: 10.1016/j.jort.2021.100400	June 2021
Runstrom, A. L, B. Vondracek, and C. A. Jennings. 2001. The population dynamics of paddlefish in the lower Wisconsin River. Transactions of the American Fisheries Society 130:546-556.	July 2001
Ruetz, C. R., III, B. Vondracek, and R. M. Newman. 2004. Top-down control in an algal-based food web: slimy sculpin, grazers, and periphyton. Journal of the North American Benthological Society 23:271-286.	May 2004
Ruetz, C. R., III, A. L. Hurford, and B. Vondracek. 2003. Interspecific interaction between brown trout and slimy sculpin: competition and facilitation. Transactions of the American Fisheries Society 132:611-618.	May 2003
Ruetz, C. R. III, R. M. Newman, and B. Vondracek. 2002. Top-down control in a detrital-based food web: fish, shredders, and leaf breakdown. Oecologia 132:307-315.	May 2002
Rosenblatt, C.J. Ashley A Dayer, Jennifer N Duberstein, Tina B Phillips, Howard W Harshaw, David C Fulton, Nicholas W Cole, Andrew H Raedeke, Jonathan D Rutter, Christopher L Wood, Highly specialized recreationists contribute the most to the citizen science project eBird, Ornithological Applications, 2022;, duac008, https://doi.org/10.1093/ornithapp/duac008 \| Abstract	February 2022	Contributory citizen science projects (hereafter “contributory projects”) are a powerful tool for avian conservation science. Large-scale projects such as eBird have produced data that have advanced science and contributed to many conservation applications. These projects also provide a means to engage the public in scientific data collection. A common challenge across contributory projects like eBird is to maintain participation, as some volunteers contribute just a few times before disengaging. To maximize contributions and manage an effective program that has broad appeal, it is useful to better understand factors that influence contribution rates. For projects capitalizing on recreation activities (e.g., birding), differences in contribution levels might be explained by the recreation specialization framework, which describes how recreationists vary in skill, behavior, and motives. We paired data from a survey of birders across the United States and Canada with data on their eBird contributions (<i>n</i> = 28,926) to test whether those who contributed most are more specialized birders. We assigned participants to 4 contribution groups based on eBird checklist submissions and compared groups’ specialization levels and motivations. More active contribution groups had higher specialization, yet some specialized birders were not active participants. The most distinguishing feature among groups was the behavioral dimension of specialization, with active eBird participants owning specialized equipment and taking frequent trips away from home to bird. Active participants had the strongest achievement motivations for birding (e.g., keeping a life list), whereas all groups had strong appreciation motivations (e.g., enjoying the sights and sounds of birding). Using recreation specialization to characterize eBird participants can help explain why some do not regularly contribute data. Project managers may be able to promote participation, particularly by those who are specialized but not contributing, by appealing to a broader suite of motivations that includes both appreciation and achievement motivations, and thereby increase data for conservation.
Roberson, A. M., D. E. Andersen, and P. L. Kennedy. 2005. Do breeding phase and detection distance influence the effective area surveyed for northern goshawks? Journal of Wildlife Management 69:1240-1250.	November 2005
Reiter, M.E., D.E. Andersen, A.H. Raedeke, and D.R. Humburg. 2013. Species interactions and habitat influence the range-wide distribution of breeding Canada geese on western Hudson Bay. Waterbirds 36:20-33. https://doi.org/10.1675/063.036.0105	March 2013
Reiter, M.E. and D.E. Andersen. 2011. Arctic foxes, lemmings, and Canada goose nest survival at Cape Churchill, Manitoba. Wilson Journal of Ornithology 123:266-276.	June 2011
Reiter, M.E. and D.E. Andersen. 2013. Evidence of territoriality and inter-specific interactions from point-pattern analyses of arctic-nesting geese. PLoS ONE 8(12): e81029. doi:10.1371/journal.pone.0081029 \| Download	December 2013
Reiter, M. E., and D. E. Andersen. 2008. Trends in collared lemming abundance near Cape Churchill, Manitoba. Journal of Mammalogy 89:138-144.	March 2008
Reiter, M. E., and D. E. Andersen. 2008. Comparing egg floatation and egg candling to estimate incubation day of Canada Goose nests. Journal of Field Ornithology 79:429-437.	October 2008
Reiter, M. E., C.W. Boal, and D. E. Andersen. 2008. Anurans in a subarctic tundra landscape near Cape Churchill, Manitoba. Canadian Field-Naturalist 122:129-137. \| Abstract \| Download \| Publisher Website	December 2008	Distribution, abundance, and habitat relationships of anurans inhabiting subarctic regions are poorly understood, and anuran<br>monitoring protocols developed for temperate regions may not be applicable across large roadless areas of northern landscapes.<br>In addition, arctic and subarctic regions of North America are predicted to experience changes in climate and, in some areas,<br>are experiencing habitat alteration due to high rates of herbivory by breeding and migrating waterfowl. To better understand<br>subarctic anuran abundance, distribution, and habitat associations, we conducted anuran calling surveys in the Cape Churchill<br>region of Wapusk National Park, Manitoba, Canada, in 2004 and 2005. We conducted surveys along ~1-km transects distributed<br>across three landscape types (coastal tundra, interior sedge meadow–tundra, and boreal forest–tundra interface) to estimate<br>densities and probabilities of detection of Boreal Chorus Frogs (Pseudacris maculata) and Wood Frogs (Lithobates sylvaticus).<br>We detected a Wood Frog or Boreal Chorus Frog on 22 (87%) of 26 transects surveyed, but probability of detection varied<br>between years and species and among landscape types. Estimated densities of both species increased from the coastal zone<br>inland toward the boreal forest edge. Our results suggest anurans occur across all three landscape types in our study area,<br>but that species-specific spatial patterns exist in their abundances. Considerations for both spatial and temporal variation in<br>abundance and detection probability need to be incorporated into surveys and monitoring programs for subarctic anurans.
Raymond, K. L. and B. Vondracek. 2011. Relationships among rotational and conventional grazing systems, stream channels and macroinvertebrates. Hydrobiologia 669(1):105-117.	June 2011
Pradhananga, A., M. Davenport, D.C. Fulton, G. Maruyama, and D. Current. (2017). An integrated moral obligation model for landowner conservation norms. Society & Natural Resources. 30(2): 212-227. DOI: 10.1080/08941920.2016.1239289	January 2017
Popa, D., Waterhouse, L., Duchnick, J., Neuman, T., and P. Witucki. 2021. Performance of the Uni-Vent Eagle(TM) Model 754 ventilator under hyperbaric conditions. Undersea & Hyperbaric Medical Society, Inc. 48(4):409-416. PMID: 34847304. \| Abstract \| Publisher Website	October 2021	Critically ill patients needing mechanical ventilation may require hyperbaric oxygen therapy. Some institutions still use ventilators that were available prior to the advent of hyperbaric-specific units, such as the Uni-Vent Eagle™ Model model 754. Here we examine the performance of the Uni-Vent model 754 under hyperbaric conditions and investigate concerns of an oxygen leak in the ventilator housing, which poses a fire risk. We studied the ventilator at 1.0, 2.4 and 2.8 ATA in assist control mode using a Michigan test lung and a variety of tidal volumes and respiratory rates. We recorded the delivered volumes, peak pressures, and oxygen percentages within the hyperbaric chamber at 2.4 and 2.8 ATA and within the ventilator housing. At those pressures the ventilator delivered approximately 25% less volume than at 1.0 ATA. We observed breath stacking at high respiratory rates, but this was blunted at both 2.4 and 2.8 ATA. Oxygen levels did not rise in the housing during our investigation. In addition, we fit a linear regression to the data comparing set tidal volumes and delivered tidal volumes in order to model the changes observed. Hyperbaric conditions caused decreased delivered tidal volumes in a depth-dependent fashion, and oxygen levels within the housing did not rise. The Uni-Vent Eagle model 754 performed safely and effectively at depth but requires spirometry to correctly program desired ventilator settings.
Plumpton, D.L., D.I. Downing, D.E. Andersen, and J.M. Lockhart. 1995. A new method of road-trapping buteonine hawks. Journal of Raptor Research 29:141–143. https://sora.unm.edu/node/53470 \| Download	April 1995
Plumpton, D.L. and D.E. Andersen. 1998. Anthropogenic effects on winter habitat use and behavior of ferruginous hawks. Journal of Wildlife Management 62:340–346. https://doi.org/10.2307/3802297 \| Download	April 1998
Plumpton, D.L. and D.E. Andersen. 1997. Habitat use and time budgeting by wintering ferruginous hawks. Condor 99:888–893. https://www.jstor.org/stable/1370139 \| Download	April 1997
Peterson, S.M., H.M. Streby, and D.E. Andersen. 2012. Effects of brood parasitism by brown-headed cowbirds may persist in the post-fledging period. Wilson Journal of Ornithology 124:183-186. https://doi.org/10.1676/11-050.1 \| Download	March 2012
Peterson, S.M., H.M. Streby, and D.E. Andersen. 2016. Management implications of brood division in golden-winged warblers. Studies in Avian Biology 49:161-171.	October 2016
Peterson, S.M., H.M. Streby, J.A. Lehman, G.R. Kramer, A.C. Fish, and D.E. Andersen. 2015. High-tech or field techs: radio telemetry is a cost-effective method for reducing bias in songbird nest searching. Condor 117:386-395. https://doi.org/10.1650/CONDOR-14-124.1 \| Download	July 2015
Peterson, S.M., H.M. Streby, G.R. Kramer, J.M Feura, and D.E. Andersen. 2022. Patterns of parental care and movement in divided broods of golden-winged warblers. Journal of Avian Biology 2022:e02938. https://doi.org/10.1111/jav.02938	March 2022
Peterson, S.M, H.M. Streby, and D.E. Andersen. 2016. Spatially-explicit models of full-season productivity and implications for landscape management of golden-winged warblers in the western Great Lakes region. Studies in Avian Biology 49:141-160.	October 2016
Peterson, S. M., H. M. Streby, G. R. Kramer, J. A. Lehman, D. A. Buehler, and D. E. Andersen. 2015. Geolocators on golden-winged warblers do not affect migration ecology. The Condor: Ornithological Applications 117: 256–261. https://doi.org/10.1650/CONDOR-14-200.1 \| Download	June 2015
Petersen, A., and B. Vondracek. 2006. Vegetative buffer strips around sinkholes to improve water quality. Journal of Soil and Water Conservation 61:380-390.	December 2006
Perry, E. F., and D. E. Andersen. 2003. Advantages of clustered nesting for least flycatchers in north-central Minnesota. Condor 105:756-770.	July 2003
Perry, E. F., D. E. Andersen, and J. C. Manolis. 2008. Reduced predation at interior nests in clustered all-purpose territories of least flycatcher (Empidonax minimus). Auk 125:643-650.	August 2008
Payton, M., D. C. Fulton, and D. H. Anderson. 2005. Influence of place attachment and trust on civic action: A case study at Sherburne National Wildlife Refuge. Society and Natural Resources 18:511-528.	June 2005
Papenfuss, J.T., N. Phelps, D. C. Fulton, and P.A. Venturelli. (2015).Smartphones reveal angler behavior: A case study from an Alberta-based fishing app. Fisheries, 40, 7, 318-327.	July 2015
Oppelt, E., J.G. Bruggink, K.E. Doherty, D.E. Andersen, J. Meunier, and R.S. Lutz. 2010. Fall survival of American woodcock in the western Great Lakes region. Pages 107-108 in C.A. Stewart and V.R. Frawly (eds.) and D.E. Andersen, J.G. Bruggink, T.R. Cooper, D.R. Dessecker, D.G. Krementz, S.L. Mayhew, M.W. Olinde, and G.J. Roloff (assoc. eds.). Proceedings of the 10th American Woodcock Symposium, Michigan Department of Natural Resources and Environment, Lansin, Michigan, U.S.A.	May 2011
Nerbonne, J. A., and B. Vondracek. 2003. Volunteer macroinvertebrate monitoring: assessing training needs through examining error and bias in untrained volunteers. Journal of the North American Benthological Society 22:152-163.	May 2003
Nerbonne, B. A., and B. Vondracek. 2001. Effects of land use on benthic macroinvertebrates and fish in the Whitewater River, Minnesota. Environmental Management 28:87-99.	July 2001
Nelson, M.R. and D.E. Andersen. 2013. Do Singing-ground Surveys reflect American woodcock abundance in the western Great Lakes region? Wildlife Society Bulletin 37:585-595. https://doi.org/10.1002/wsb.288 \| Download	September 2013
Nack, R. R., and D. E. Andersen. 2006. Brood movements of Eastern Prairie Population Canada geese: potential influence of light goose abundance. Journal of Wildlife Management 70:435-442.	May 2006
Nack, R. R., and D. E. Andersen. 2004. Distribution of Eastern Prairie Population (EPP) Canada geese broods near Cape Churchill, Manitoba 1977-2002: potential influence of increased snow goose abundance. Pages 130-136 in T. J. Moser, K. C. VerCauteren, R. D. Lien, K. F. Abraham, D. E. Andersen, J. G. Bruggink, J. M. Coluccy, D. A. Graber, J. O. Leafloor, D. R. Luukkonen, and R. E. Trost, editors. Proceedings of the 2003 International Canada Goose Symposium, Madison, Wisconsin, USA.	February 2004
Munger, J. E., D. P. Herrera, S. M. Haver, L. Waterhouse, M. F. McKenna, R. P. Dziak, J. Gedamke, S. A. Heppell, J. H. Haxel. 2022. Machine learning analysis reveals relationship between pomacentrid calls and environmental cues. Marine Ecology Progress Series 681:197-210. DOI: https://doi.org/10.3354/meps13912 \| Abstract \| Publisher Website	January 2022	Sound production rates of fishes can be used as an indicator for coral reef health, providing an opportunity to utilize long-term acoustic recordings to assess environmental change. As acoustic datasets become more common, computational techniques need to be developed to facilitate analysis of the massive data files produced by long-term monitoring. Machine learning techniques demonstrate an advantage in the identification of fish sounds over manual sampling approaches. Here we evaluate the ability of convolutional neural networks to identify and monitor call patterns for pomacentrids (damselfishes) in a tropical reef region of the western Pacific. A stationary hydrophone was deployed for 39 months(2014-2018) in the National Park of American Samoa to continuously record the local marine acoustic environment. A neural network was trained—achieving 94%identification accuracy of pomacentrids—to demonstrate the applicability of machine learning in fish acoustics and ecology. The distribution of sound production was found to vary on diel and interannual timescales. Additionally, the distribution of sound production was correlated with wind speed, water temperature, tidal amplitude, and sound pressure level. This research has broad implications for state--of--the--art acoustic analysis and promises to be an efficient, scalable asset for ecological research, environmental monitoring and conservation planning.
Muenier, J., R. Song, R. S. Lutz, D. E. Andersen, K. E. Doherty, J. G. Bruggink, and E. Oppelt. 2008. Proximate cues for a short-distance migratory species: an application of survival analysis. Journal of Wildlife Management 72:440-448.	August 2008
Moser, T. J., K. C. VerCauteren, R. D. Lien, K. F. Abraham, D. E. Andersen, J. G. Bruggink, J. M. Coluccy, D. A. Graber, J. O. Leafloor, D. R. Luukkonen, and R. E. Trost, editors. 2004. Proceedings of the 2003 International Canada Goose Symposium, Madison, Wisconsin, USA.	February 2004
Moore, J.D., D.E. Andersen, T. Cooper, J.P. Duguay, S.L. Oldenburger, C.A. Stewart, and D.G. Krementz. 2021. Migratory phenology and patterns of American woodcock in central North America derived using satellite telemetry. Wildlife Biology 2021: wlb.00816. https://doi.org/10.2981/wlb.00816	March 2021
Moore, J.D., D.E. Andersen, T. Cooper, J.P. Duguay, S.L. Oldenburger, C.A. Stewart, and D.G. Krementz. 2019. Migratory connectivity of American woodcock derived using satellite telemetry. Journal of Wildlife Management 83:1617–1627. DOI:10.1002/jwmg.21741. \| Abstract	August 2019	As with many migratory birds, migratory connectivity of American woodcock (Scolopax minor; hereafter, woodcock) is largely unknown. Understanding migratory connectivity and migration phenology is important in identifying factors that influence survival and fitness over the full annual cycle. However, until recently, practical methods (i.e., data derived from banding and VHF telemetry) for elucidating migratory connectivity and migration phenology of woodcock have provided relatively coarse-resolution delineation of migration patterns. Based largely on analysis of band returns, woodcock are managed in 2 management regions (Eastern and Central Management Regions) with management region boundaries analogous to those of the Atlantic and Mississippi Flyways. To better understand woodcock migration and evaluate the validity of current management regions, we deployed satellite transmitters on 73 woodcock in the Central Management Region, and from 2014-2016 documented migration paths of 60 individual woodcock and 87 autumn or spring woodcock migrations. Marked woodcock captured in the Central Management Region used 2 primary migrations routes: a Western Route and a Central Route. The Western Route ran north-south, connecting the breeding and wintering grounds within the Central Management Region. The hourglass-shaped Central Route connected an area on the wintering grounds reaching from Texas to Florida, to sites throughout northeastern North America in the Eastern Management Region and Central Management Region. Woodcock following the Central Route migrated through the area between the Appalachian Mountains and the Mississippi Alluvial Valley in western Tennessee during both autumn and spring. A higher than anticipated (based on previous banding data analyses) percentage (36%, n = 12) of marked woodcock captured in Texas and Louisiana and monitored during spring migration migrated to breeding-period sites in the Eastern Management Region, raising questions about the biological relevance of managing woodcock in separate management regions.
Moore, J. D., T. R. Cooper, R. Rau, D. E. Andersen, J. P. Duguay, C. A. Stewart, and D. G. Krementz. 2019. Assessment of the American Woodcock Singing-Ground Survey zone timing and coverage. Pages 181-192 in Krementz, D.G., D. E. Andersen, and T.R. Cooper (eds.). Proceedings of the 11th American Woodcock Symposium, University of Minnesota Libraries Publishing, Minneapolis, Minnesota, U.S.A. DOI:10.24926/AWS.0124. \| Abstract \| Download	December 2019	The American woodcock (Scolopax minor) Singing-Ground Survey (SGS) was developed to inform management decisions by monitoring changes in the relative abundance of woodcock. The timing of the designated survey windows were designed to count woodcock that have settled in an area while minimizing the counting of migrating woodcock to the best extent possible. Since the implementation of the SGS in 1968, concerns over survey protocols that may bias data have been raised and investigated; however, the extent of survey coverage , the timing of the survey window zones, and whether double counting might occur within and among survey zones have not been critically investigated We used three years of data collected from satellite-marked male and female woodcock to assess the timing of the SGS survey windows and to what extent there was potential to double count woodcock among the survey zones. SGS coverage encompassed the majority of woodcock breeding-period sites within the U.S. (n = 17, 92%) and approximately half of the breeding period sites in Canada (n = 6, 43%). Thirteen of the 37 monitored woodcock with known breeding-period site arrival dates (35%) were migrating through a survey zone during an active survey window, all in the northernmost four out of five SGS zones. Thirteen woodcock arrived at breeding period sites after the start of surveys, all but one with breeding-period sites in the northernmost two zones. The combination of these situations may result in the SGS weighing too heavily the contribution of routes in southern portion of the primary breeding range while weighing too lightly the routes in the northern portion of the primary breeding range. We believe that we have demonstrated enough concerns about zone window timing to suggest that additional information is necessary to evaluate whether current zone window dates are sufficient, or whether they need to be changed.
Meyer, M.W. and D.E. Andersen. 1991. What factors control Lake Superior bald eagle productivity? Journal of Raptor Research 25:163-164. \| Download	October 1991
Meunier, J., R. S. Lutz, K. E. Doherty, D. E. Andersen, E. Oppelt, and J. G. Bruggink. 2010. Fall diurnal habitat use by adult female American woodcock in the western Great Lakes region. Pages 83-94 in C.A. Stewart and V.R. Frawley (eds.) and D.E. Andersen, J.G. Bruggink, T.R. Cooper, D.R. Dessecker, D.G. Krementz, S.L. Mayhew, M.W. Olinde, and G.J. Roloff (assoc. eds.). Proceedings of the 10th American Woodcock Symposium, Michigan Department of Natural Resources and Environment, Lansing, Michigan, U.S.A.	April 2011
Merten, E., J. Finlay, L. Johnson, R. Newman, H. Stefan, and B. Vondracek. 2011. Environmental controls of wood entrapment in Upper Midwestern streams. Journal of Hydrological Processes 25: 593-602. \| Abstract	January 2011	Wood deposited in streams provides a wide variety of ecosystem functions, including enhancing habitat for key species in stream food webs, increasing geomorphic and hydraulic heterogeneity, and retaining organic matter. Given the role that wood plays in streams, factors that influence wood inputs, retention, and transport are critical to stream ecology. Wood entrapment, the process of wood coming to rest after being swept downstream at least 10 m, is poorly understood yet important for predicting stream function and success of restoration efforts. Data on entrapment were collected for a wide range of natural wood pieces (n = 344), stream geomorphology, and hydraulic conditions in nine streams along the shore of Lake Superior in Minnesota. Locations of pieces were determined in summer 2007 and again following an overbank event in fall 2007. The ratio of piece length to effective stream width (length ratio) and the weight of the pieces were important in a multiple logistic regression model that explained 25% of the variance in wood entrapment. Entrapment remains difficult to predict in natural streams, and often may simply occur wherever wood pieces are located when high water recedes. However, this study can inform stream modifications to discourage entrapment at road crossings or other infrastructure by determining the effective stream width required to pass particular wood pieces. Conversely, these results could also be used to determine conditions that encourage entrapment where wood is valued for ecological functions.
Merten, E., J. Finlay, L. Johnson, R. Newman, H. Stefan, and B. Vondracek. 2010. Factors influencing wood mobilization in Minnesota streams. Water Resources Research 46: W10514. \| Abstract	October 2010	Natural pieces of wood provide a variety of ecosystem functions in streams, including habitat, organic matter retention, increased hyporheic exchange and transient storage, and enhanced hydraulic and geomorphic heterogeneity. Wood mobilization is a critical process in determining the residence time of wood. We documented the characteristics and locations of 865 natural wood pieces ( > 0.05 m in diameter for a portion > 1 m in length) in nine streams along the north shore of Lake Superior in Minnesota. We determined the locations of the pieces again after an overbank stormflow event to determine the factors that influenced mobilization of stationary wood pieces in natural streams. Seven of 11 potential predictor variables were identified with multiple logistic regression as significant to mobilization: burial, effective depth, ratio of piece length to effective stream width (length ratio), bracing, rootwad presence, downstream force ratio, and draft ratio. The final model (p < 0.001, r2 = 0.39) indicated that wood mobilization under natural conditions is a complex function of both mechanical factors (burial, length ratio, bracing, rootwad presence, draft ratio) and hydraulic factors (effective depth, downstream force ratio). If stable pieces are a goal for stream management then features such as partial burial, low effective depth, high length relative to channel width, bracing against other objects (e.g., stream banks, trees, rocks, or larger wood pieces), and rootwads are desirable. Using the model equation from this study, stewards of natural resources can better manage instream wood for the benefit of stream ecosystems.
Merten, E. C., N. A. Hemstad, S. L. Eggert, L. B. Johnson, R K. Kolka, R. M. Newman, and B. Vondracek. 2010. Relations between fish abundances, summer temperatures, and forest harvest in a northern Minnesota stream system from 1997 to 2007. Ecology of Freshwater Fish 19:63-73.	February 2010
Merten, E. C., N. A. Hemstad, R. K. Kolka, R. M. Newman, E. S. Verry, and B. Vondracek. 2010. Relationship of sediment dynamics in moraine, headwater streams in northern Minnesota to forest harvest. Journal of the American Water Resources Association 46(4):733-743. \| Abstract	August 2010	We investigated the recovery of sediment characteristics in four moraine, headwater streams in north-central Minnesota after forest harvest. We examined changes in fine sediment levels from 1997 (preharvest) to 2007 (10 years postharvest) at study plots with upland clear felling and riparian thinning, using canopy cover, proportion of unstable banks, surficial fine substrates, residual pool depth, and streambed depth of refusal as response variables. Basin-scale year effects were significant (p < 0.001) for all responses when evaluated by repeated-measures ANOVAs. Throughout the study area, unstable banks increased for several years postharvest, coinciding with an increase in windthrow and fine sediment. Increased unstable banks may have been caused by forest harvest equipment, increased windthrow and exposure of rootwads, or increased discharge and bank scour. Fine sediment in the channels did not recover by summer 2007, even though canopy cover and unstable banks had returned to 1997 levels. After several storm events in fall 2007, 10 years after the initial sediment input, fine sediment was flushed from the channels and returned to 1997 levels. Although our study design did not discern the source of the initial sediment inputs (e.g., forest harvest, road crossings, other natural causes), we have shown that moraine, headwater streams can require an extended period (up to 10 years) and enabling event (e.g., high storm flows) to recover from large inputs of fine sediment.
Meneks, M. L. B. Vondracek, and J. Hatch. 2003. Larval fish distribution in relation to physical and chemical factors in the Red River of the North. Journal of Freshwater Ecology. 18:141-154.	March 2003
McLeod, M.A. and D.E. Andersen. 1998. Red-shouldered hawk broadcast surveys: factors affecting detection of responses and population trends. Journal of Wildlife Management 62:1384–1396. https://doi.org/10.2307/3802005 \| Download	April 1998
McLeod, M. A., B. A. Belleman, D. E. Andersen, and G. Oehlert. 2000. Red-shouldered hawk nest site selection in north-central Minnesota. Wilson Bulletin 112:203-213.	January 2000
McInnes, P.F., D.E. Andersen, D.J. Hoff, M.J. Hooper, and L.L. Kinkel. 1996. Monitoring exposure of nestling songbirds to agricultural application of an organophosphorus insecticide using cholinesterase activity. Journal of Environmental Toxicology and Chemistry 15:544–552. https://doi.org/10.1002/etc.5620150420 \| Download	September 1996
McEachern, M.C., A. Hofelich, T. Lindsay, D.C. Fulton, and N. D. Phelps. Patterns of live baitfish use and release among recreational anglers in a regulated landscape. North American Journal of Fisheries Management 42 (2), 295-306 \| Abstract	March 2022	The release of live baitfish by anglers has been identified as a high-risk pathway for aquatic invasive species due to the potential for invasive fish, invertebrates, or pathogens to be released simultaneously with the baitfish. Consequently, the release of live baitfish is illegal in many jurisdictions, but little is known about compliance rates or motivations for illegal release. To assess the incidence of live baitfish release in Minnesota, USA, a state with significant live baitfish use and substantial recreational fisheries, we administered a mailed survey to a random sample of anglers who held a 2018-2019 annual fishing license and received 671 completed responses. To mitigate potential recall bias, we also administered 345 intercept surveys at waterbody access sites around the state asking anglers about the current day’s behaviors. Four hundred and eighty-one (72%) of the mailed survey respondents reported that they used live baitfish and of those, 99 (20%) reported that they release their leftover live baitfish into the water at least some of the time. Of the anglers surveyed at waterbody access sites, 59 (19%) were using live baitfish on the day they were surveyed and of those, 11 (18%) released their leftover baitfish into the water. The reasons provided for release included convenience and a misperception that released baitfish benefit the recipient ecosystem. Given the millions of fishing trips that occur every year, the current rate of baitfish release results in many chances for invasive species introduction. However, there is also significant opportunity for management interventions aimed at changing perceptions and providing convenient disposal alternatives to illegal release to reduce the risk presented by this pathway.
McCann, N. P., Walberg, E. M., Forester, J. D., Schrage, M. W., Fulton, D. C., & Ditmer, M. A. (2021). Integrating socioecological suitability with human–wildlife conflict risk: Case study for translocation of a large ungulate. Journal of Applied Ecology, 58, 2810– 2820. https://doi.org/10.1111/1365-2664.14021	December 2021
Marcus W. Beck, Bruce Vondracek, Lorin K. Hatch. 2013. Between- and within-lake responses of macrophyte richness metrics to shoreline development. Lake and Reservoir Management 29 (3):179–193. \| Abstract	August 2013	Aquatic habitat in littoral environments can be affected by residential development of shoreline areas. We evaluated the relationship between macrophyte richness metrics and shoreline development to quantify indicator response at two spatial scales for Minnesota lakes. First, the response of total, submersed, and sensitive species to shoreline development was evaluated within lakes to quantify macrophyte response as a function of distance to the nearest dock. Within-lake analyses using Generalized Linear Mixed Models focused on three lakes of comparable size and minimal influence of watershed land use. Survey points farther from docks had higher total species richness and presence of species sensitive to disturbance. Second, between-lake effects of shoreline development on total, submersed, emergent-floating, and sensitive species were evaluated for a set of 1444 lakes. Generalized Linear Models were developed for all lakes and stratified subsets to control for lake depth and watershed land use. Between-lake analyses illustrated clear response of macrophyte richness metrics to increasing shoreline development, such that fewer emergent-floating and sensitive species were correlated with increasing density of docks. These trends were particularly evident for deeper lakes with lower watershed development. The results provide further evidence that shoreline development is associated with degraded aquatic habitat, particularly by illustrating the response of macrophyte richness metrics across multiple lake types and different spatial scales.
Marcus W. Beck, Bruce Vondracek, Lorin K. Hatch, and Jason Vinje. 2013. Semi-automted analysis of high-resolution aerial images to quantify docks in Upper Midwest glacial lakes. ISPRS Journal of Photogrammetry and Remote Sensing 81:60–69. \| Abstract	May 2013	Lake resources can be negatively affected by environmental stressors originating from multiple sources and different spatial scales. Shoreline development, in particular, can negatively affect lake resources through decline in habitat quality, physical disturbance, and impacts on fisheries. The development of remote sensing techniques that efficiently characterize shoreline development in a regional context could greatly improve management approaches for protecting and restoring lake resources. The goal of this study was to develop an approach using high-resolution aerial photographs to quantify and assess docks as indicators of shoreline development. First, we describe a dock analysis workflow that can be used to quantify the spatial extent of docks using aerial images. Our approach incorporates pixel-based classifiers with object-based techniques to effectively analyze high-resolution digital imagery. Second, we apply the analysis workflow to quantify docks for 4,261 lakes managed by the Minnesota Department of Natural Resources. Overall accuracy of the analysis results was 98:4% (87:7% based on ˆK ) after manual post-processing. The analysis workflow was also 74% more ecient than the time required for manual digitization of docks. These analyses have immediate relevance for resource planning in Minnesota, whereas the dock analysis workflow could be used to quantify shoreline development in other regions of the Upper Midwest United States. These data can also be used to better understand the effects of shoreline development on aquatic resources and to evaluate the eects of shoreline development relative to other stressors.
Manolis, J. C., D. E. Andersen, and F. J. Cuthbert. 2002. Edge effect on nesting success of ground nesting birds near regenerating clearcuts in a forest-dominated landscape. Auk 119:955-970 https://doi.org/10.1093/auk/119.4.955	September 2002
Manolis, J. C., D. E. Andersen, and F. J. Cuthbert. 2000. Uncertain nest fates in songbird studies and variation in Mayfield estimation. Auk 117:615-626.	October 2000
Manolis, J. C., D. E. Andersen, and F. J. Cuthbert. 2000. Patterns in clearcut edge and fragmentation studies in northern hardwood-conifer landscapes: retrospective power analyses and Minnesota results. Wildlife Society Bulletin 28:1088-1101.	November 2000
Mannan, R.N., G.Perry, D.E. Andersen, and C.W. Boal. 2014. Call broadcasting and automated recorders as tools for anuran surveys in a subarctic tundra landscape. Journal of North American Herpetology 2014(1):47-52. https://doi.org/10.17161/jnah.vi1.11893 \| Download	January 2014
Manfredo, M.J., Teel, T.L., Don Carlos, A.W., Sullivan, L., Bright, A.D., Dietsch, A.M., Bruskotter, J. and Fulton, D.C. (2020), The changing sociocultural context of wildlife conservation. Conservation Biology. 34(6): 1549-1559. DOI:10.1111/cobi.13493	March 2020
Manfredo, M.J., T. Teel, M. Gavin, and D. Fulton. 2014 Considerations in representing human individuals in social ecological models. Pages 137-158. In Understanding Society and Natural Resources: Forging New Strands of Integration Across the Social Sciences Manfredo, M.J., Vaske, J.J., Rechkemmer, A., Duke, E.A. (Eds.) Springer, NY. 261pp.	May 2014
Manfredo, M., J.T. Bruskotter, T.L. Teel, D.C. Fulton, S.H. Schwartz, R. Arlinghaus, S. Oishi, A.K. Uskul, K. Redford, S. Kitayama, and L. Sullivan. (2017). Why we can't change values for the sake of conservation. Conservation Biology 31, 4, 772-780. DOI:10.1111/cobi.12855	August 2017
Magner, J. A., B. Vondracek, and K. N. Brooks. 2008. Channel stability, habitat and water quality in South-eastern Minnesota (USA) streams: assessing managed grazing practices. Environmental Management 42:377?390.	August 2008
Loomis, J.H., H.L. Schramm, Jr., B. Vondracek, P.D. Gerard, and C.J. Chizinski. 2013. Effects of simulated angler capture and live-release tournaments on walleye survival. Transactions of the American Fisheries Society 142 (3):868-875	May 2013
Laudon, M., B. Vondracek, and J. K. H. Zimmerman. 2005. Prey selection by trout in a spring-fed stream: terrestrial versus aquatic invertebrates. Journal of Freshwater Ecology.	December 2005
Lasharr, Kelsie, D.C. Fulton, L. Cornicelli. Experience Preferences and Place Attachment of Minnesota Wildlife Management Area Visitors. Human Dimensions of Wildlife. Published online May 26, 2022 https://doi.org/10.1080/10871209.2022.2077480 \| Abstract	May 2022	Hunters in the United States are motivated to obtain and benefit from diverse experiences or experience preferences. Using a mail survey conducted during the 2015–2016 hunting season, we examined goal-oriented, introspective, and leadership experiences among hunters on Minnesota Department of Natural Resources’ Wildlife Management Area (WMAs). We used k-means cluster analysis to identify six clusters based on experience preferences. We defined these clusters using their ranked experience preferences and segregated them into categories of either participants or enthusiasts. These clusters showed differences in demographic characteristics, as well as support for management actions on WMAs. Hunters in clusters with lower importance ratings of experience preferences also reported less attachment to WMAs. High levels of support for management actions were closely related to high levels of place attachment. Using information gained from describing the heterogeneity of desired experiences, managers may be better able to understand their constituents and prioritize management goals to provide a variety of hunting experiences.
Lane, W.H., D.E. Andersen, and T.H. Nicholls. 1998. Habitat use and movements of breeding male boreal owls (Aegolius funereus) in northeast Minnesota as determined by radio telemetry. Pages 248-249 In J.R. Duncan, D.H. Johnson, and T. H. Nicholls, eds. Biology and conservation of owls of the northern hemisphere. U.S. Department of Agriculture, Forest Services General Technical Report NC-190.	July 1998
Lane, W.H., D.E. Andersen, and T.H. Nicholls. 1998. Distribution, abundance, and habitat use of territorial male boreal owls (Aegolius funereus) in northeast Minnesota. Pages 246-247 In J.R. Duncan, D.H. Johnson, and T. H. Nicholls, eds. Biology and conservation of owls of the northern hemisphere. U.S. Department of Agriculture, Forest Services General Technical Report NC-190.	July 1998
Lane, W. H., D. E. Andersen, and T. H. Nicholls. 2001. Distribution, abundance, and habitat use of territorial male boreal owls in northeast Minnesota. Journal of Raptor Research 35:130-140.	July 2001
Lane, W. H., D. E. Andersen, and T. H. Nicholls. 2001. Distribution, abundance, and habitat use of singing male boreal owls in northeast Minnesota. Journal of Raptor Research 35:130-140.	June 2001
Landon, A.C., K. Smith, L. Cornicelli, D.C. Fulton, L.E. McInenly, S.A. Schroeder. Examining Landowners’ Preferences for a Chronic Wasting Disease Management Program. Wildlife Society Bulletin	December 2022
Landon, A. C., D.C. Fulton, A. Pradhananga, L. Cornicelli, and M. Davenport. Community attachment and stewardship identity influence responsibility to manage wildlife. 2021. Society & Natural Resources 34 (5): 571-584. DOI: 10.1080/08941920.2020.1852636	December 2020
Krider, L. A., J. A. Magner, J. Perry, L. Ferrington, and B. Vondracek. 2013. Air - water temperature relationships in the trout streams of southeastern Minnesota’s carbonate - sandstone landscape. Journal of the American Water Resources Association 49(4):896-907. \| Abstract	April 2013	Carbonate - sandstone geology in southeastern Minnesota creates a heterogeneous landscape of springs, seeps, and sinkholes that supply groundwater into streams. Air temperatures are effective predictors of water temperature in surface - water dominated streams. However, no published work investigates the relationship between air and water temperatures in groundwater - fed streams across watersheds. We used simple linear regressions to examine weekly air - water temperature relationships for 40 groundwater - fed streams in southeastern Minnesota. A 40 - stream, composite linear regression model has a slope of 0.38, an intercept of 6.63, and R2 of 0.83. The regression models for groundwater - fed streams have lower slopes and higher intercepts in comparison to surface - water dominated streams. Regression models for streams with high R2 values offer promise for use as predictive tools for future climate conditions. Climate change is expected to alter the thermal regime of groundwater - fed systems, but will do so at a slower rate than surface - water dominated systems. A regression model of intercept vs. slope can be used to identify streams for which water temperatures are more meteorologically than groundwater controlled, and thus more vulnerable to climate change. Such relationships can be used to guide restoration versus management strategies to protect trout streams.
Krementz, D.G., D. E. Andersen, and T.R. Cooper (eds.). 2019. Proceedings of the 11th American Woodcock Symposium, University of Minnesota Libraries Publishing, Minneapolis, Minnesota, U.S.A. ISBN: 978-1-946135-60-5: eISBN: 978-1-946135-59-9 \| Publisher Website	December 2019
Kramer. G.R., R. K. Pagel, K. Maley, C. Ziegler, S. M. Peterson, D. E. Andersen, D. A. Buehler, and H. M. Streby. 2020. Say what? Bivalent singing in Vermivora warblers. Bulletin of the Ecological Society of America. 101:Article e01627. DOI:10.1002/bes2.1627. \| Download	January 2020
Kramer, G.R., S.M. Peterson, K.O. Daly, H.M. Streby, and D.E. Andersen. 2019. Left out in the rain: comparing productivity of two associated species exposes a leak in the umbrella species concept. Biological Conservation 233:276-288. DOI:10.1016/j.biocon.2019.02.039.	March 2019
Kramer, G.R., R.K. Pagel, K. Maley, C. Ziegler, S.M. Peterson, D.E. Andersen, D.A. Buehler, P.B. Wood, and H.M. Streby. 2019. Say what? Bivalent singing in Vermivora warblers. Ecology. DOI:10.1002/ecy.2881.	January 2020
Kramer, G.R., K.O. Daly, H.M. Streby, and D.E. Andersen. 2019. Association between American woodcock seasonal productivity and landscape composition and configuration in Minnesota. Pages 107-121 in Krementz, D.G., D. E. Andersen, and T.R. Cooper (eds.). Proceedings of the 11th American Woodcock Symposium, University of Minnesota Libraries Publishing, Minneapolis, Minnesota, U.S.A. DOI:10.24926/AWS.0115. \| Download \| Publisher Website	December 2019
Kramer, G.R., H.M. Streby, S.M. Peterson, J.A. Lehman, D.A. Buehler, B.P. Wood, D.J. McNeil, J.L. Larkin, and D.E. Andersen. 2017. Nonbreeding isolation and population-specific migration patterns among three populations of Golden-winged Warblers. The Condor: Ornithological Applications 119: 108-121. \| Download	February 2017
Kramer, G.R., D.E. Andersen, D.A. Buehler, P.B. Wood, S.M. Peterson, J.A. Lehman, K.R. Aldinger, L.P. Bulluck, S. Harding, J.A. Jones, J.P Loegering, C. Smalling, R. Vallender, and H.M. Streby. 2018. Population trends in Vermivora warblers are linked to strong migratory connectivity. Proceedings of the National Academy of Sciences 115:E3192–E3200. https://doi.org/10.1073	March 2018
Kramer, G.R., D.E. Andersen, D.A. Buehler, J.A. Lehman, P.B. Wood, S.M. Peterson, K.R., Aldinger, L.P. Bulluck, S. Harding, J.A. Jones, J.P. Loegering, C. Smalling, R. Vallender, and H.M. Streby. 2023. Exposure to risk factors experienced during migration is not associated with recent Vermivora warbler population trends. Landscape Ecology DOI:10.1007/s10980-023-01701-2 \| Download	June 2023
Kough, A.S., Gutzler, B.C., Tuttle, J.G., Palma, N., Knowles, L.C., and L. Waterhouse. 2022. Anthropause shows differential influence of tourism and a no-take reserve on the abundance and size of two fished species. Aquatic Conservation: Marine and Freshwater Ecosystems 1– 17. https://doi.org/10.1002/aqc.3856 \| Abstract	December 2022	1. Marine reserves are essential spatial conservation tools that have been shown to work alongside fishery management strategies to provide benefits to ecosystems and communities. Reserves often incentivize local tourism, which can provide the impetus for reserve creation but may have negative impacts on the ecosystem.<br>2. The COVID-19 pandemic paused global travel and provided an unprecedented opportunity to compare short-term changes in exploited populations, during the reprieve from visitation provided by this ‘anthropause’, with the results of long-term conservation management.<br>3. Repeated surveys of Caribbean spiny lobster and Nassau grouper were conducted at popular dive and snorkel locations within a Bahamian no-take reserve and surrounding areas during peak visitation prior to travel restrictions and immediately after restrictions were lifted. Repeated survey results were referenced against surveys over a broader area, including another Bahamian Bank, to examine the consistency of effects and how the ease of access for fishers impacted abundance.<br>4. In the reserve, lobsters were encountered in significantly greater abundances, and significantly greater sizes of both lobster and grouper were observed in repeated surveys. Significantly more grouper were encountered during the repeated survey within the reserve after travel restrictions, but lobster abundances did not change significantly.<br>5. Over a broader scale, lobster abundance was significantly greater further from population centres. Observed lobster abundance was affected by habitat and inferred fishing pressure, whereas observed grouper abundance was affected by survey depth, effort, and habitat.<br>6. Marine reserves had clear benefits for both species and likely facilitated an increase in grouper abundance during the anthropause. Lobsters are a sustainably managed stock in The Bahamas, whereas grouper are a threatened species that appear to have benefited from an unplanned fishery restriction. Well-managed marine reserves enhance populations long term and can have additive effects with fisheries management over short timescales.
Kontio, B.D., D. L. Garshelis, E.C. Birney, and D.E. Andersen. 1998. Resilience of a Minnesota black bear population to heavy hunting: Self-sustaining population or population sink? Ursus 10:139–146. https://www.jstor.org/stable/3873120 \| Download	April 1998
Hunt, L. E. Fenichel, D.C. Fulton and 5 coauthors. (2016). Identifying multiple pathways for climate change to impact inland recreational fishers. Fisheries 41:362-373.	July 2016
Humburg, D. D., Anderson, M. G., Brasher, M. G., Carter, M. F., Eadie, J. M., Fulton, D. C., Johnson, F. A., Runge, M. C. and Vrtiska, M. P. (2018), Implementing the 2012 North American Waterfowl Management Plan revision: Populations, habitat, and people. Jour. Wild. Mgmt. 82(2): 275-286. https://doi.org/10.1002/jwmg.21391	February 2018
Huff, D. D., L. M. Miller, and B. Vondracek. 2010. Patterns of ancestry and genetic diversity in reintroduced populations of the slimy sculpin: Implications for conservation. Conservation Genetics DOI 10.1007/s10592-010-0124-6. \| Abstract	December 2010	Reintroductions are a common approach for preserving intraspecific biodiversity in fragmented landscapes. However, they may exacerbate the reduction in genetic diversity initially caused by population fragmentation because the effective population size of reintroduced populations is often smaller and reintroduced populations also tend to be more geographically isolated than native populations. Mixing genetically divergent sources for reintroduction purposes is a practice intended to increase genetic diversity. We documented the outcome of reintroductions from three mixed sources on the ancestral composition and genetic variation of a North American fish, the slimy sculpin (Cottus cognatus). We used microsatellite markers to evaluate allelic richness and heterozygosity in the reintroduced populations relative to computer simulated expectations. Sculpins in reintroduced populations exhibited higher levels of heterozygosity and allelic richness than any single source, but only slightly higher than the single most genetically diverse source population. Simulations intended to mimic an ideal scenario for maximizing genetic variation in the reintroduced populations also predicted increases, but they were only moderately greater than the most variable source population. We found that a single source contributed more than the other two sources at most reintroduction sites. We urge caution when choosing whether to mix source populations in reintroduction programs. Genetic characteristics of candidate source populations should be evaluated prior to reintroduction if feasible. When combined with knowledge of the degree of genetic distinction among sources, simulations may allow the genetic diversity benefits of mixing populations to be weighed against the risks of outbreeding depression in reintroduced and nearby populations.
Huff, D. D., L. M. Miller, C. J. Chiziniski, and B. Vondracek. 2011. Mixed-source reintroductions lead to outbreeding depression in the second-generation descendents of a native North American fish. Molecular Ecology 20:4246–4258. \| Abstract	October 2011	Reintroductions are commonly employed to preserve intraspecific biodiversity in fragmented landscapes. However, reintroduced populations are frequently smaller and more geographically isolated than native populations. Mixing genetically, divergent sources are often proposed to attenuate potentially low genetic diversity in reintroduced populations that may result from small effective population sizes. However, a possible negative tradeoff for mixing sources is outbreeding depression in hybrid offspring. We examined the consequences of mixed-source reintroductions on several fitness surrogates at nine slimy sculpin (Cottus cognatus) reintroduction sites in south-east Minnesota. We inferred the relative fitness of each crosstype in the reintroduced populations by comparing their growth rate, length, weight, body condition and persistence in reintroduced populations. Pure strain descendents from a single source population persisted in a greater proportion than expected in the reintroduced populations, whereas all other crosstypes occurred in a lesser proportion. Length, weight and growth rate were lower for second-generation intra-population hybrid descendents than for pure strain and first-generation hybrids. In the predominant pure strain, young-of the-year size was significantly greater than any other crosstype. Our results suggested that differences in fitness surrogates among crosstypes were consistent with disrupted co-adapted gene complexes associated with beneficial adaptations in these reintroduced populations. Future reintroductions may be improved by evaluating the potential for local adaptation in source populations or by avoiding the use of mixed sources by default when information on local adaptations or other genetic characteristics is lacking.
Hochachka, W.M. , T.E. Martin, V. Artman, C.R. Smith, S.J. Hejl, D.E. Andersen, D. Curson, L. Petit, N. Mathews, T. Donovan, E.E. Klaas, P.B. Wood, J.C. Manolis, K.P. McFarland, J.V. Nichols, J.C. Bednarz, D.M. Evans, J.P. Duguay, S. Garner, J. Tewksbury, K.L. Purcell, J. Faaborg, C.B. Goguen, C. Rimmer, R. Dettmers, M. Knutson, J.A. Collazo, L. Garner, D. Whitehead, G. Geupel. 1999. Scale dependence in the effects of forest coverage on parasitization by brown-headed cowbirds. Studies in Avian Biology 18:80–88. https://sora.unm.edu/node/139530 \| Download	July 1999
Hill, N.M., D.H. Johnson, T.R. Cooper, Althea A. Archer, and D.E. Andersen. 2023. Secretive marshbird response to herbicide control in northwestern Minnesota. Journal of Wildlife Management 87:e22484. https://doi.org/10.1002/jwmg.22484 \| Download	August 2023
Henneman, C., and D. E. Andersen. 2009. Occupancy models of nesting-season habitat associations of red-shouldered hawks in Minnesota. Journal of Wildlife Management 73:1316-1324.	November 2009
Henneman, C., M. A. McLeod, and D. E. Andersen. 2007. Red-shouldered hawk occupancy surveys in central Minnesota USA. Journal of Wildlife Management 71:526-533.	April 2007
Hawkinson, A.J., R.A. Montgomery, C.L. Roy, L.M. Shartell, D.E. Andersen, T.K. Stevens, L.J. Knosalla, and L.E. Frelich. 2024. Bird-habitat associations and local-scale vegetation structure in lowland brushlands. Journal of Wildlife Management. doi.org/10.1002/jwmg.22568	February 2024
H.W. Harshaw, Nicholas W. Cole, Ashley A. Dayer, Jonathan D. Rutter, David C. Fulton, Andrew H. Raedeke, Rudy M. Schuster, and Jennifer N. Duberstein. 2020. Testing a continuous measure of recreation specialization among birdwatchers, Human Dimensions of Wildlife. https://doi.org/10.1080/10871209.2020.1843741 \| Abstract	November 2020	Recreation specialization is a framework that can be used to explain the variation among recreationists’ preferences, attitudes, and behaviors. Recreation specialization has been operationalized using several approaches, including summative indices, cluster analysis, and self-classification categorical measures. While these approaches have their benefits, there remains a need for a continuous (interval) measure of recreation specialization that reflects the influence of the different dimensions of the framework by accounting for individual variation among the dimensions. This research note illustrates an approach that uses second-order confirmatory factor analysis (CFA) factor scores as weights to determine a person’s degree of recreation specialization and compares the CFA-based results to a cluster analysis approach. Data were collected from an online survey of eBird registrants from the United States. This CFA approach provides increased consistency in the operationalization and application of recreation specialization.
Gruntorad, M. P., M. P. Vrtisksa, C. J. Chizinski, J. N. Duberstein, D. C. Fulton, H. W. Harshaw, A. H. Raedeke, and J. Spaeth. 2024. Duck hunters and difficulty complying with harvest regulations. Wildlife Society Bulletin 48:e1505. https://doi.org/10.1002/wsb.1505 \| Abstract	January 2024	Due to the steady decline of duck hunter participation, several studies have investigated means to bolster the duck hunter population. Researchers and wildlife professionals have assumed that simpler regulations would attract new and unconfident hunters to participate in duck hunting. In light of this, we sought to identify what portion of the duck-hunting population had difficulty understanding species-specific bag limits or complying with species-specific bag limits in the field. We also sought to describe hunters who had difficulty complying with specific bag limits and how their difficulties were associated with elements related to demography, attitude, and behavior. We found most hunters had no difficulty understanding or complying with species specific bag limits, but flyway, number of ducks harvested, and number of years hunted were important to predicting hunter difficulty with compliance. Hunters who can overcome their difficulties understanding and complying with species-specific bag limits may be more likely to be integrated into the duck hunting culture, and ultimately more likely to continue duck hunting in the future. More species identification tools and fewer species-specific bag limits may be appropriate for the 18% of the duck hunter population who indicated that bag-specific regulations were difficult to understand and the 26% who indicated that it was difficult to comply with species-specific bag limits in the field. A closer look at how the trade-offs associated with the combination of species-specific bag limits in combination with the variety of duck season zone and split options states employ, license/stamp requirements, area-specific regulations, and trespass laws may influence duck hunter experiences may be warranted.<br><b>KEYWORDS </b>attitude, behavior, demographics, human dimensions, hunting constraints, waterfowl hunting.
Gresswell, R. and B. Vondracek. Coldwater streams. Accepted. (solicited chapter in the 3rd edition of Inland Fisheries Management in North America. W. A. Hubert and M. C. Quist, editors. American Fisheries Society, Bethesda, Maryland	October 2010
Grant, G. C., B. Vondracek, and P. W. Sorensen. 2002. Spawning interactions between sympatric brown and brook trout may contribute to species replacement. Transactions of the American Fisheries Society 131:569-576.	April 2002
Goebel, K.M., N.M. Davros, P.J. Rice, and D.E. Andersen. 2024. Effects of insecticide spray drift on arthropod prey resources of birds in grasslands in Minnesota. Journal of Wildlife Management. doi.org/10.1002/jwmg.22572	March 2024
Goebel, K.M., N.M. Davros, D.E. Andersen, and P.J. Rice. 2022. Tallgrass prairie wildlife exposure to spray drift from commonly used soybean insecticides in Midwestern USA. Science of the Total Environment 818:151745. https://doi.org/10.1016/j.scitotenv.2021.151745	November 2021
Giron Pendleton, B., and D. L. Krahe (Project Editors): M. N. LeFranc, Jr, K. Titus, J. C. Bednarz, D. E. Andersen, and B. A. Millsap (Technical Editors). 1991. Proceedings of the Midwest Raptor Management Symposium and Workshop. Nat. Wildl. Fed. Sci. and Tech. Series No. 15.	April 1991
Gigliotti, L.M., Sweikert, L.A., Cornicelli, L. Fulton, D.C. 2020. Minnesota landowners’ trust in their department of natural resources, salient values similarity and wildlife value orientations. Environment Systems and Decisions 40:577-587. DOI: 10.1007/s10669-020-09766-z \| Abstract	March 2020	Due to extensive land conversion over the last century, much of the native prairie pothole ecosystem has been converted to agricultural or other human uses. The prairie pothole ecosystem is found in the northern plains of Iowa, Minnesota, South Dakota, North Dakota, and Montana. Because most of the land in this region is privately owned and used for agricultural production, most impacts to wildlife habitat are the result of decisions by individual landowners. Landowner trust in natural resource management agencies is important for agencies to effectively accomplish their mission. We measured the nature (competence and fairness) and level of trust that western Minnesota landowners have in the Minnesota Department of Natural Resources (MnDNR) and landowners’ wildlife value orientations (WVO). Landowners rated MnDNR slightly higher in competence than fairness; however, these two dimensions were strongly correlated. We developed a MnDNR trust scale (six items) and a three-cluster model dividing landowners along the MnDNR trust scale, which we named Negative (28%), Neutral (43%), and Positive (29%). We provide evidence supporting the salient values similarity (SVS) model that states people have trust in agencies holding similar values; landowners reporting greater importance for wildlife consideration when making land-use decisions also reported greater trust in the MnDNR. In addition, mutualist landowners had the highest trust in the MnDNR and utilitarian landowners the lowest level of trust, which is opposite of the trust relationship reported for the general public with state wildlife agencies. Based on the SVS model, our results suggest that mutualist landowners perceive greater congruence with MnDNR goals related to wildlife habitat compared to utilitarian landowners.
Gese, E.M., R.D. Schultz, O.J. Rongstad, and D.E. Andersen. 1991. Prevalence of canine parvovirus and canine distemper in wild coyotes in southeastern Colorado. Journal of Wildlife Disease 27:320–323. doi:10.7589/0090-3558-27.2.320 \| Download	April 1991
Gese, E.M. and D.E. Andersen. 1993. Capture of coyotes from 3-wheel all-terrain-cycles. Canadian Field-Naturalist 107:112–114. https://www.biodiversitylibrary.org/bibliography/39970#/summary \| Download	April 1993
Gese, E. M., D.E. Andersen, and O.J. Rongstad. 1990. Determining coyote home-range size using point and sequential locations. Journal of Wildlife Management 54:501–506. https://doi.org/10.2307/3809665 \| Download	January 1990
Garshelis, D. L., R. S. Sikes, D. E. Andersen, and E. C. Birney. 1999. Landowners' perceptions of crop damage and management practices related to black bears in east-central Minnesota. Ursus 11:219-224.	January 2001
Fulton, D. C., and M. J. Manfredo. 2008. The biological context of wildlife values: Are there etchings on the slate? Pages 110-131. In Who cares about wildlife? Social science concepts for exploring human-wildlife relationships and conservation issues. Springer.	August 2008
Fulton, D. C., and M. J. Manfredo. 2004. A panel design to assess the effects of regulatory induced reductions in opportunity on deer hunters' satisfaction. Human Dimensions of Wildlife.	January 2004
Fulton, D. C., and Hundertmark, K. 2004. Assessing the effects of a selective harvest system on moose hunters' behaviors, beliefs, and satisfaction. Human Dimensions of Wildlife.	January 2004
Fulton, D. C., Manfredo, M. J., and Anderson, D. H. Application of experienced-focused and outcomes-focused management to fisheries and wildlife management. In B. L. Driver (editor) Outcomes-Focused Management of Recreation Resources and Programs. Venture Publishers.	November 2008
Fulton, D. C., K. Skerl, E. M. Shank and D. W. Lime. 2004. Beliefs and attitudes toward lethal management of deer in Cuyahoga Valley National Park. Wildlife Society Bulletin 32:1166-1176.	December 2004
Fulton, D. C., K. C. Nelson, D. H. Anderson, and D. W. Line, eds. 2000. Human dimenstions of natural resource management: emerging issues and practical applications. University of Minnesota and U. S. Geological Survey-Biological Resources Division, St. Paul.	December 2000
Fulton, D. C., D. Whittaker, and M. J. Manfredo. 2002. A planning framework for experience-based wildlife-viewing management. Pages 93-122. In M. Manfredo, ed. Wildlife Viewing in North America. Oregon State University Press, Corvallis, OR.	June 2002
Fulton, D. C. 2001. Integrating social information into decision-making. Pp. 43-50 in R. DuBois, K. Kayle, M. Ebbers, and S. Turner, editors. Trout and the Trout Angler: Workshop II. American Fisheries Society, North Central Division, Salmonid Technical Committee, St. Paul, Minnesota.	January 2001
Fulton, D. C. 2000. Applying outcomes-based management to fish- and wildlife-based recreation. Pages 70-80 in Fulton, D. C., K. C. Nelson, D. H. Anderson, and D. W. Line, eds. Human dimenstions of natural resource management: emerging issues and practical applications.	December 2000
Fulton, D. C. 2000. Applying outcomes-based management to fish and wildlife recreation. Pp. 70-80 in D. C. Fulton, K. C. Nelson, D. H. Anderson, and D. W. Lime, editors. Human Dimensions of Natural Resource Management: Emerging Issues and Practical Applications. University of Minnesota, St. Paul. February 1-3, 2000.	February 2000
Frost Nerbonne, J. A., B. Ward, A. Ollila, M. Williams, and B. Vondracek. 2008. Volunteer sampling bias using multihabitat sampling for macroinvertebrates. Journal of the North American Benthological Society 27(3):640?646.	September 2008
Fronczak, D.L., D.E.Andersen, E.E. Hanna, and T.R. Cooper. 2017. Distribution and migration chronology of Eastern Population sandhill cranes. Journal of Wildlife Management. DOI: 10.1002/jwmg.21272. \| Download	April 2017
Fronczak, D.L., D.E. Andersen, E.E. Hanna, and T. Cooper. 2015. Annual survival rate estimate of satellite-transmitter-marked Eastern Population greater sandhill cranes. Journal of Fish and Wildlife Management 6:464–471. https://doi.org/10.3996/042015-JFWM-035	September 2015
French, W. E., B. Vondracek, L. C. Ferrington, Jr., J. Finlay, and D. J. Dieterman. online. Winter feeding, growth and condition of brown trout Salmo trutta in a groundwater-dominated stream. To be submitted to Fisheries Management and Ecology \| Abstract	May 2014	Winter can be a stressful period for stream trout populations. Groundwater may moderate water temperature and reduce the negative impacts of winter but few studies have examined food webs supporting trout under winter conditions. We used diet, stable isotope analysis, and mark-recapture to examine winter feeding, growth, and condition of brown trout Salmo trutta in a groundwater-dominated stream. Growth occurred during the winter season and was greater for fish < 150mm (mean = 4.1 mg/g/day) than for those 151 - 276mm (mean = 1.0 mg/g/day). Overall condition from early winter to late winter did not vary for fish < 150mm (Mean Wr = 89.5) and increased for those 151 - 276mm (Mean Wr = 85.8 early, 89.4 late). Although composition varied both temporally and by individual, brown trout diets were dominated by aquatic invertebrates; primarily Isopods, Dipterans, and Trichopterans. Stable isotope analysis supported the observations of dominant prey taxa observed in stomach contents, and suggested trout may have used a combination of allochthonous- and autochthonous-derived resources. We found that trout likely benefited from the thermal regime and increased prey abundance present in this groundwater-dominated stream during winter.
Fieberg, J., L. Cornicelli, D.C. Fulton, and M.D. Grund. Submitted. Design and Analysis of Simple Choice Surveys for Natural Resource Management. Journal of Wildlife Management 74(4), 871-879.	May 2010
Epton, J. A., and D. C. Fulton. 2000. Procedural justice in natural resource decision making: building healthy communities of interest. Book of Abstracts of the 8th International Symposium on Society and Resource Management.	October 2000
Emily J. Wilkins, Nicholas W. Cole, Holly M. Miller, Rudy M. Schuster, Ashley A. Dayer, Jennifer N. Duberstein, David C. Fulton, Howard. W. Harshaw & Andrew H. Raedeke (2019) Rural-urban differences in hunting and birdwatching attitudes and participation intent, Human Dimensions of Wildlife, DOI: 10.1080/10871209.2019.1661046	August 2019
Eells, L., R. Vondracek, and B. Vondracek. 2012. Fishing the deep web: the search for information. In: Scientific communication for natural resource professionals. C. Jennings, T. E. Lauer, and B. Vondracek, editors. American Fisheries Society, Bethesda, Maryland.	August 2012
Dykstra, C.R., M.W. Meyer, D.K. Warnke, W.H. Karasov, D.E. Andersen, W.W. Bowerman, IV, and J.P. Giesy. 1998. Low reproductive rates of Lake Superior bald eagles: low food delivery rates or environmental contaminants? Journal of Great Lakes Research 24:32–44. DOI:10.1016/S0380-1330(98)70797-X \| Download	January 1998
Dougherty, E. M., and D. C. Fulton. 2000. Understanding values and attitudes related to deer management in Cuyahoga Valley National Recreation Area. Book of Abstracts of the 8th International Symposium on Society and Resource Management.	January 2000
Dougherty, E. M, D. C. Fulton, and D. H. Anderson. 2003. The Influence of Gender on the Relationship between Wildlife Value Orientations, Beliefs, and the Acceptability of Lethal Deer Control in Cuyahoga Valley National Park. Society and Natural Resources 16:603-623.	March 2003
Dolph, C. L., D. D. Huff, C. J. Chizinski, and B. Vondracek. 2011. Implications of community concordance for assessing stream health at three nested spatial scales in Minnesota, USA. Freshwater Biology 56(8):1652-1699. \| Abstract	July 2011	1. Fish and invertebrate assemblage data collected from 670 stream sites in Minnesota (USA) were used to calculate concordance across three nested spatial scales (statewide, ecoregion and catchment). Predictive taxa richness models, calibrated using the same data, were used to evaluate whether concordant communities exhibited similar trends in human-induced taxa loss across all three scales. Finally, we evaluated the strength of the relationship between selected environmental variables and the composition of both assemblages at all three spatial scales. 2. Significant concordance between fish and invertebrate communities occurred at the statewide scale as well as in six of seven ecoregions and 17 of the 21 major catchments. However, concordance was not consistently indicative of significant relationships between rates of fish and invertebrate taxa loss at those same scales. 3. Fish and invertebrate communities were largely associated with different environmental variables, although the composition of both communities was strongly correlated to stream size across all three scales. 4. Predictive taxa-loss models for fish assemblages were less sensitive and precise than models for invertebrate assemblages, likely because of the relatively low number of common fish taxa in our dataset. Both models, however, distinguished reference from non-reference sites. 5. The importance of concordance, geographic context and scale are discussed in relation to the design and interpretation of stream integrity indicators. In particular, our findings suggest that community concordance should not be viewed as a substitute for an evaluation of how assemblages respond to environmental stressors.
Dolph C. L., A. Sheshukov, C. J. Chizinski, B. Vondracek, and B. Wilson. 2010. The Index of Biological Integrity and the bootstrap revisited: an example from Minnesota streams. Ecological Indicators 10 (2010) 527–537.	January 2010
Doherty, K.E., D.E. Andersen, J. Meunier, E. Oppelt, R.S. Lutz, and J.G. Bruggink. 2010. Past patch quality as a predictor of future habitat selection: relating movement behavior of American woodcock to environmental factors. Wildlife Biology 16:379-388. \| Abstract \| Publisher Website	December 2010	Quality of recently used foraging areas is likely an important predictor of fidelity to specific locations in the future. We monitored movement and habitat use of 58 adult female American woodcock Scolopax minor at three study areas in Minnesota, Wisconsin and Michigan, USA, during autumn 2002 and 2003, to assess the relationship between foraging habitat use decisions and environmental conditions at previously used foraging locations. We assessed whether habitat variables which related to food and weather were related to distance between locations on subsequent days of individual woodcock that choose diurnal foraging locations when they return from night-time roosting locations. We predicted that woodcock would return to foraging locations used on the previous day (i.e. shorter distances between daily foraging locations) when environmental conditions on the prior day were favourable. Woodcock generally made short (i.e. 48%,50mand 91%,400 m) between-day movements, but also occasionally (;7%) abandoned prior foraging areas. The primary determinants of woodcock movements during autumn (prior to migration) were low local food availability and potential for increased food availability elsewhere. The quality of foraging locations was an important predictor of future foraging habitat use for woodcock, consistent with the hypothesis that woodcock movement behaviour balances the risks associated with movement with the potential benefits of increased energy intake in new foraging areas.
Day, B.L., M.M. Walser, J.M. Sharma, and D.E. Andersen. 1995. Immunopathology of 8-week old ring-necked pheasants (Phasianus colchicus) exposed to malathion. Journal of Environmental Toxicology and Chemistry 14:1719–1726. https://doi.org/10.1002/etc.5620141012 \| Download	October 1995
Daly, K.O., D.E. Andersen, W.L. Brininger, and T.R. Cooper. 2015. Radio-transmitters have no impact on survival of pre-fledged American woodcocks. Journal of Field Ornithology 86:345-351. DOI:10.1111/jofo.12117 \| Download	December 2015
Daly, K.O., D.E. Andersen, W.L. Brininger, and T.R. Cooper. 2019. Evaluating techniques for estimating post-breeding-season age ratios for American woodcock. Pages 35-44 in Krementz, D.G., D. E. Andersen, and T.R. Cooper (eds.). Proceedings of the 11th American Woodcock Symposium, University of Minnesota Libraries Publishing, Minneapolis, Minnesota, U.S.A. DOI:10.24926/AWS.0107. \| Download	December 2019
Daly, K.O., D.E. Andersen, W.L. Brininger, and T.R. Cooper. 2019. Breeding season survival of American woodcock at a Habitat Demonstration Area in Minnesota. Pages 45-63 in Krementz, D.G., D. E. Andersen, and T.R. Cooper (eds.). Proceedings of the 11th American Woodcock Symposium, University of Minnesota Libraries Publishing, Minneapolis, Minnesota, U.S.A. DOI:10.24926/AWS.0108. \| Download	December 2019
Cross, M., L.J. Cornicelli, D.C. Fulton, A. Heeren. Bovine Tuberculosis Management in Northwest Minnesota and Implications of the Risk Information Seeking and Processing (RISP) Model for Wildlife Disease Management Front. Vet. Sci. \| doi: 10.3389/fvets.2018.00190	July 2018
Cornicelli, L.J, D.C. Fulton. M. Grund, and J. Fieberg. 2011. Hunter perceptions and acceptance of alternative deer management regulations. The Wildlife Society Bulletin, 35, 323-329.	September 2011
Cole, N., Wilkins, E., Clements, K., Schuster, R., Dayer, A., Harshaw, H., Fulton, D. C., Duberstein, J., Raedeke, A., 2024. Perceived Constraints to Participating in Wildlife-based Recreation. Journal of Outdoor Recreation and Tourism. 45. March 2024, 100712 https://doi.org/10.1016/j.jort.2023.100712	March 2024
Chizinski, C. J., B. Vondracek, C. Blinn, D. Atuke, E. Merten, N. Hemstad, R. M. Newman, N. Schlesser and K. Fredricks. 2010. The influence of partial timber harvesting in riparian buffers on macroinvertebrate and fish communities in small streams in Minnesota, USA. Forest Ecology and Management 259(10):1946-1958. \| Abstract	April 2010	Relatively few evaluations of aquatic macroinvertebrate and fish communities have been published in peer-reviewed literature detailing the effect of varying residual basal area (RBA) after timber harvesting in riparian buffers. Our analysis investigated the effects of partial harvesting within riparian buffers on aquatic macroinvertebrate and fish communities in small streams from two experiments in northern Minnesota northern hardwood-aspen forests. Each experiment evaluated partial harvesting within riparian buffers. In both experiments, benthic macroinvertebrates and fish were collected 1 year prior to harvest and in each of 3 years after harvest. We observed interannual variation for the macroinvertebrate abundance, diversity and taxon richness in the single-basin study and abundance and diversity in the multiple-basin study, but few effects related to harvest treatments in either study. However, interannual variation was not evident in the fish communities and we detected no significant changes in the stream fish communities associated with partially harvested riparian buffers in either study. This would suggest that timber harvesting in riparian management zones along reaches ≤200m in length on both sides of the stream that retains RBA≥12.4±1.3m2 ha−1 or on a single side of the stream that retains RBA≥8.7±1.6m2 ha−1 may be adequate to protect macroinvertebrate and fish communities in our Minnesota study systems given these specific timber harvesting techniques.
Chizinski, C. J., A. Peterson, J. Hanowski, C. Blinn, B. Vondracek, and G. Niemi. 2011. Breeding bird response to partially harvested riparian management zones in northern Minnesota. Forest Ecology and Management 261(11):1892-1900. \| Abstract	July 2011	We compared avian communities among three timber harvesting treatments in 45-m wide riparian management zones (RMZs) placed between upland clearcuts and along one side of first- or second-order streams in northern Minnesota, USA. The RMZs had three treatments: 1) unharvested, 2) intermediate residual basal area (RBA) (targeted goal 11.5 m2/ha, realized 16.0 m2/ha), and 3) low RBA (targeted goal 5.7 m2/ha, realized 8.7 m2/ha). Surveys were conducted one year pre-harvest and three years post-harvest. There was no change in species richness, diversity, or total abundance associated with harvest but there were shifts in the types of birds within the community. In particular, White-throated Sparrows (Zonotrichia albicollis) and Chestnut-sided Warblers (Dendroica pensylvanica) increased while Ovenbirds (Seiurus aurocapilla) and Red-eyed Vireos (Vireo olivaceus) decreased. The decline of avian species associated mature forest in the partially harvested treatments relative to controls indicates that maintaining an unharvested RMZ adjacent to an upland harvest may aid in maintaining avian species associated mature forest in Minnesota. However, our observations do not reflect reproductive success, which is an area for future research.
Carlson, A. K., and B. Vondracek. Predictive Management of Asian Carps in the Upper Mississippi River System. Reviews in Fish Biology and Fisheries. \| Abstract	December 2014	Nonnative bighead carp (Hypophthalmichthys nobilis) and silver carp (H. molitrix), collectively referred to as Asian carps, are poised to colonize aquatic ecosystems throughout the central United States. These species are r-selected, exhibiting iteroparous spawning early in life, short generation time, rapid growth, broad environmental tolerance, high density, and wide dispersal. Hydrological, thermal, and physicochemical conditions are favorable for establishment beyond the current range, rendering containment and control imperative. Contemporary Asian carp management in the United States aims to confine populations and prevent colonization. Foraging and reproduction of Asian carps govern habitat selection and movement, providing valuable insight for predictive control. Current management approaches are progressive and often anticipatory but sociologically deficient. We define predictive management of Asian carps as synthesis of ecology and human dimensions at regional and local scales to develop strategies for containment and control. We illustrate predictive management in the Upper Mississippi River System and suggest resource managers integrate predictive models, containment paradigms, and human dimensions to design effective, socially acceptable management strategies. As Asian carps knock on the proverbial door, predictive management is an auspicious paradigm for preventing and alleviating consequences of colonization in the United States.
Carlin, C., Schroeder, S. A., and Fulton, D.C.2012. Site choice among Minnesota walleye anglers: The influence of resource conditions, regulations and catch orientation on lake preference. North American Journal of Fisheries Management, 32 (2), 299-312.	April 2012
Bruskotter, J.T., A. Singh, D.C. Fulton, and K. Slagle. (2015). Assessing tolerance for wildlife: clarifying relations between concepts and measures. Human Dimensions of Wildlife, 20, 3, 255-270.	July 2015
Bruskotter, J.T. and Fulton, D.C. 2012. Will Hunters Steward Wolves? A Comment on Treves and Martin. Society & Natural Resources, 25, 97-102.	February 2012
Bruskotter, J. T., and Fulton, D. C. 2007. The influence of angler value orientations on fisheries stewardship norms. Pp. 157-167. In Aquatic Stewardship Education in Theory and Practice, B. A. Knuth and W. F. Siemer (Eds. ). American Fisheries Society Symposium 55. Bethesda, Maryland.	April 2007
Bruskotter, J. T., and D. C. Fulton. 2008. Minnesota anglers? fisheries-related value orientations and their stewardship of fish resources. Human Dimensions of Wildlife, 13, 207-221.	July 2008
Bruggink, J.G., E.J. Oppelt, K.E. Doherty, D.E. Andersen, J. Meunier, and R.S. Lutz. 2013. Fall survival of American woodcock in the western Great Lakes region. Journal of Wildlife Management. 77:1021-1030. https://doi.org/10.1002/jwmg.547 \| Download	June 2013
Bruggeman, J.E., T. Swem, D.E. Andersen, P.L. Kennedy, and D. Nigro. 2018. Incorporating productivity as a measure of fitness into models of breeding area quality of Arctic peregrine falcons. Wildlife Biology. DOI:10.2981/wlb.00475.	December 2018
Bruggeman, J.E., T. Swem, D.E. Andersen, P.L. Kennedy, and D. Nigro. 2016. Multi-season occupancy models identify abiotic and biotic factors influencing a recovering Arctic Peregrine Falcon Falco peregrinus tundrius population in a variable climate. Ibis 158:61-74. DOI:10.1111/ibi.12313. \| Download	January 2016
Bruggeman, J.E., T. Swem, D.E. Andersen, P.L. Kennedy, and D. Nigro. 2015. Dynamics of a recovering arctic bird population: the importance of climate, density dependence, and site quality. Ecological Applications 25:1932-1943. DOI:10.1890/14-1591.1.sm \| Download	December 2015
Bruggeman, J.E., P.L. Kennedy, D.E. Andersen, S. Deisch, and E. Dowd Stukel. Evaluating habitat suitability of a species of concern in a timber production landscape using non-systematic data. Journal of Raptor Research 57:595-616. doi.org/10.3356/JRR-22-116	December 2023
Bruggeman, J.E., D.E. Andersen, and J.E. Woodford. 2014. Factors related to northern goshawk landscape use in the western Great Lakes region. Journal of Raptor Research 48:228-239. https://doi.org/10.3356/JRR-13-0058.1 \| Download	September 2014
Bruggeman, J.E., D.E. Andersen, and J.E. Woodford. 2011. Northern goshawk monitoring in the western Great Lakes bioregion. Journal of Raptor Research 45:290-303. https://doi.org/10.3356/JRR-10-52.1	January 2012
Bright, A. D., M. J. Manfredo, and D. C. Fulton. 2000. Segmenting the public: an application of value orientations to wildlife planning in Colorado. Wildlife Society Bulletin 28(1):218-226.	January 2000
Brand, G., B. Vondracek, and N. R. Jordan. Influence of grazing and land use on stream channel characteristics at multiple scales. \| Abstract	October 2014	Rotational grazing (RG) is a livestock management practice that rotates cattle on a scale of hours to days among small pastures called paddocks; RG may provide beneficial effects on stream channels relative to other livestock management practices, but previous comparisons have been restricted in scale and scope. We evaluated 11 stream channel characteristics on 37 small dairy farms that used either RG or confinement dairy (CD) production methods. Our objectives were to: (1) compare channel characteristics on RG and CD farms in New York, Pennsylvania, and Wisconsin, USA; (2) examine land use on and around these farms that may affect stream channel characteristics. We examined on-farm land use in 50m riparian areas along selected stream reaches, whole-farm land use, and land use in catchments upstream of selected reaches. RG and CD farms did not differ broadly in stream channel characteristics, although modest differences occurred in some areas. Land cover in 50m riparian areas was not different between farm types within states. As expected, whole-farm land use differed significantly between farm types; CD farms allocated more land to annual row crops, whereas RG farms allocated more land to pasture and grassland. Land cover in catchments was not significantly different, demonstrating that the landscape context of RG and CD farms was similar. Our finding that RG farms did not have substantial beneficial effects on stream channel characteristics compared to CD farms accords with a broader comparison of environmental attributes on these study farms, which found only limited beneficial effects of RG on grassland bird abundance and native plant conservation. The biophysical attributes of stream channels differed across study regions. We suggest catchment-wide implementation of RG dairy farming will be needed to achieve substantial improvement in stream channel characteristics from this livestock management practice.
Bowers, D.G., D.E. Andersen, N.H. Euliss, Jr. 1998. Anurans as indicators of wetland condition in the Prairie Pothole Region of North Dakota: an environmental monitoring and assessment program (EMAP) pilot project. Pages 369–378 In Lannoo, M.J., ed. Status and conservation of Midwestern amphibians. University of Iowa Press, Iowa City, Iowa, U.S.A. 507pp.	April 1998
Boody, G., C. van Schaik, P. Gowda, J. Westra, P. Welle, B. Vondracek and D. Johnson. 2009. Multifunctional grass farming: science and policy considerations. In Farming with Grass: Achieving Sustainable Mixed Agricultural Landscapes. A. J. Franzluebbers, editor. e-book, http://www.swcs.org/en/publications/farming_with_grass/, Soil and Water Conservation Society, Ankeny, Iowa. \| Publisher Website	July 2009
Boody, G., B. Vondracek, D. Andow, M. Krinke, J. Westra, J. Zimmerman, and P. Welle. 2005. Multifunctional agriculture in the United States. BioScience 55:27-38.	January 2005
Boal, C. W., and D. E. Andersen. 2005. Microhabitat characteristics of Lapland Longspur (Calcarius lapponicus) nests at Cape Churchill, Manitoba. Canadian Field-Naturalist 119:208-213	April 2005
Boal, C. W., D. E. Andersen, and P. L. Kennedy. 2005. Productivity and mortality of northern goshawks in Minnesota. Journal of Raptor Research 39:222-228.	October 2005
Boal, C. W., D. E. Andersen, and P. L. Kennedy. 2005. Foraging and nesting habitat of breeding male northern goshawks in the Laurentian Mixed Forest Province, Minnesota. Journal of Wildlife Management 69:1516-1527.	December 2005
Boal, C. W., D. E. Andersen, and P. L. Kennedy. 2003. Home range and residency status of northern goshawks breeding in Minnesota. Condor 105:811-816.	August 2003
Boal, C. W., D. E. Andersen, P. L. Kennedy, and A. M. Roberson. 2006. Northern goshawk ecology in the western Great Lakes region. Studies in Avian Biology 31:126-134.	June 2006
Blann, K. L., J. F. Nerbonne and B. Vondracek. 2002. Relationship of riparian buffer type to physical habitat and stream temperature. North American Journal of Fisheries Management 22:441-451.	March 2002
Blann, K. L., J. Anderson, G. Sands, and B. Vondracek. Effects of agricultural subsurface drainage on aquatic ecosystems: a review. (Accepted by Critical Reviews in Environmental Science and Technology, scheduled for publication late 2009).	November 2009
Bergh, S.M. and D.E. Andersen. 2019. Detection probability and occupancy of American woodcock during Singing-ground Surveys. Pages 200-208 in Krementz, D.G., D. E. Andersen, and T.R. Cooper (eds.). Proceedings of the 11th American Woodcock Symposium, University of Minnesota Libraries Publishing, Minneapolis, Minnesota, U.S.A. DOI:10.24926/AWS.0126. \| Download	December 2019
Bergh, S. M. and D. E. Andersen. 2019. Estimating density and effective area surveyed for American woodcock. 11th American Woodcock Symposium. Pages 193-199 in Krementz, D.G., D. E. Andersen, and T.R. Cooper (eds.). Proceedings of the 11th American Woodcock Symposium, University of Minnesota Libraries Publishing, Minneapolis, Minnesota, U.S.A. DOI:10.24926/AWS.0125. \| Download	December 2019
Beck, M. W., L. K. Hatch, B. Vondracek, and R. D. Valley. 2010. Development of a macrophyte-based index of biotic integrity for Minnesota lakes. Ecological Indicators 10:968–979. \| Abstract	April 2010	Traditional approaches for managing aquatic resources have often failed to account for effects of anthropogenic disturbances on biota that are not directly reflected by chemical and physical proxies of environmental condition. The index of biotic integrity (IBI) is a potentially effective assessment method to integrate ecological, functional, and structural aspects of aquatic systems. A macrophyte-based IBI was developed for Minnesota lakes to assess the ability of aquatic plant communities to indicate environmental condition. The index was developed using quantitative point intercept vegetation surveys for 97 lakes that represent a range of limnological and watershed characteristics. We followed an approach similar to that used in Wisconsin to develop the aquatic macrophyte community index (AMCI). Regional adaptation of the AMCI required the identification of species representative of macrophyte communities in Minnesota. Metrics and scaling methods were also substantially modified to produce a more empirically robust index. Regression analyses indicated that IBI scores reflected statewide differences in lake trophic state (R2 = 0.57, F = 130.3, df = 1, 95, p < 0.005), agricultural (R2 = 0.51, F = 83.0, df = 1, 79, p < 0.005), urban (R2 = 0.22, F = 23.0, df = 1, 79, p < 0.005), and forested land uses (R2 = 0.51, F = 84.7, df = 1, 79, p < 0.005), and county population density (R2 = 0.14, F = 16.6, df = 1, 95, p < 0.005). Variance partitioning analyses using multiple regression models indicated a unique response of the IBI to human-induced stress separate from a response to natural lake characteristics. The IBI was minimally affected by differences in sample point density as indicated by Monte Carlo analyses of reduced sampling effort. Our analysis indicates that a macrophyte IBI calibrated for Minnesota lakes could be useful for identifying differences in environmental condition attributed to human-induced stress gradients.
Beck, M. W., B. Vondracek, and L. K. Hatch. 2013. Environmental clustering of lakes to evaluate performance of a macrophyte index of biotic integrity. Aquatic Botany 108:16–25. \| Abstract	July 2013	A primary objective of biological assessment (bioassessment) is to determine the condition of living organisms using their response to environmental changes. Accurate bioassessment requires practitioners to determine the proportions of biological response attributed to natural variation and human-induced degradation. The absence of approaches for defining comparable groups of aquatic systems that are expected to have similar communities in the absence of anthropogenic stressors can prevent the extraction of useful information from biological surveys. The macrophyte-based index of biotic integrity was developed to assess the condition of Minnesota lakes but also exhibits responses to both environmental and anthropogenic variables. The objectives of the current study were to determine the explicit effects environmental factors have on macrophyte index response and to determine if the existing scoring criteria are adequate for accurate bioassessment. A comprehensive set of environmental variables was evaluated and used in a multivariate framework to identify comparable groups of lakes. Variance partitioning analyses were used to identify the fractions of variation of macrophyte response that could be attributed to environmental and/or anthropogenic variables. We found that lakes could be grouped by ecoregion, but these groups did not fully account for the variation in macrophyte communities. Additionally, a majority of the biological response could not be differentiated between environmental and anthropogenic variables due to substantial correlations among the explanatory variables. However, IBI scores exhibited stronger signals to anthropogenic variables than the component metrics, suggesting the index has potential for accurate bioassessment provided comparable groups of lakes are identified. Relevant variables to consider for improving biological assessment and additional approaches for further validation of the index are suggested. Although this information is applicable to Minnesota, this approach is relevant for any agency concerned with accurate bioassessment.
Au, L., D. E. Andersen, and M. Davis. 2008. Patterns in bird community structure related to restoration of Minnesota dry oak savannas. Natural Areas Journal 28:330-341.	November 2008
Asmus, B., J. Magner, B. Vondracek, and J. Perry. Physical integrity: the missing link in biological monitoring and TMDLs. (Accepted by Environmental Monitoring and Assessment, posted in Online First) http://www.springerlink.com/content/26r16724382t542n/fulltext.pdf) \| Abstract	December 2009	The Clean Water Act mandates that the chemical, physical, and biological integrity of our nation’s waters be maintained and restored. Physical integrity has often been defined as physical habitat integrity and as such, data collected during biological monitoring programs focus primarily on habitat quality; however, we argue that channel stability is a more appropriate measure of physical integrity. We highlight assessment tools that could supplement stream assessments and the Total Maximum Daily Load stressor identification process: field surveys of bankfull cross-sections; longitudinal thalweg profiles; particle size distribution; and regionally calibrated, visual, stream stability assessments. Benefits of measuring channel stability include a more informed selection of reference or best attainable stream condition for an Index of Biotic Integrity, establishment of a baseline for monitoring changes in present and future condition, and indication of channel stability for investigations of chemical and biological impairments associated with sediment discontinuity and loss of habitat quality.
Anderson, D. H., and Fulton, D. C. Experience preferences as mediators of the wildlife related recreation participation?place attachment relationship. Human Dimensions of Wildlife. 26 pages.	March 2008
Andersen, D.E., and R.R. Nack. 2010. Brood movements and distribution of EPP Canada geese in northern Manitoba. Pages 66-68 In L. Chow and K. McKay, eds. Hudson Bay regional research. Aboriginal Issues Press, University of Manitoba, Winnipeg, Manitoba, Canada.	July 2010
Andersen, D.E., and M.E. Reiter. 2010. Sympatric nesting EPP Canada geese and lesser snow geese on the Hudson Bay Lowlands: nest predation and spatial distribution. Pages 69-70 In L. Chow and K. McKay, eds. Hudson Bay regional research. Aboriginal Issues Press, University of Manitoba, Winnipeg, Manitoba, Canada.	April 2010
Andersen, D.E., and J.E. Sammler. 2010. Population trends of tundra-nesting birds in Churchill, Manitoba. Pages 71-72 In L. Chow and K. McKay, eds. Hudson Bay regional research. Aboriginal Issues Press, University of Manitoba, Winnipeg, Manitoba, Canada.	July 2010
Andersen, D.E., O.J. Rongstad, and W.R. Mytton. 1990. Home-range changes in raptors exposed to increased human activity levels in southeastern Colorado. Wildlife Society Bulletin 18:134–142. https://www.jstor.org/stable/3782127 \| Download	July 1990
Andersen, D.E., C.W. Boal, G. Perry, R.N. Mannan, and M.E. Reiter. 2010. Factors affecting distribution and detection of boreal chorus frogs and wood frogs at Cape Churchill, Manitoba. Pages 309-311 In L. Chow and K. McKay, eds. Hudson Bay regional research. Aboriginal Issues Press, University of Manitoba, Winnipeg, Manitoba, Canada.	July 2010
Andersen, D.E. and O.J. Rongstad. 1989. Home-range estimates of red-tailed hawks based on independent and systematic relocations. Journal of Wildlife Management 53:802–807. https://www.jstor.org/stable/3809215	July 1989
Andersen, D.E. 2021. Review of: A Most Remarkable Creature: The Hidden Life and Epic Journey of the World’s Smartest Birds of Prey. Journal of Field Ornithology. DOI: 10.1111/jofo.12377.	September 2021
Andersen, D.E. 2015. Reporting animal care and use authorization in manuscripts published in journals of The Wildlife Society. Wildlife Society Bulletin 39:225–227. DOI:10.1002/wsb.555. \| Download	July 2015
Andersen, D.E. 2007. Review of: The Goshawk. Journal of Field Ornithology 78:440–441. http://www.jstor.org/stable/27715222 \| Download	July 2007
Andersen, D.E. 2015. Reporting animal care and use authorization in manuscripts published in journals of The Wildlife Society. Journal of Wildlife Management 79:869–871. DOI: 10.1002/jwmg.911 \| Download	July 2015
Andersen, D.E. 2010. Production of EPP Canada geese near Cape Churchill, Manitoba. Pages 63-65 In L. Chow and K. McKay, eds. Hudson Bay regional research. Aboriginal Issues Press, University of Manitoba, Winnipeg, Manitoba, Canada.	July 2010
Andersen, D.E. 1996. The Northern Goshawk: Ecology and Management. Auk 113:273–274. https://doi.org/10.2307/4088968 \| Download	April 1996
Andersen, D.E. 1996. Intra-year reuse of great horned owl nest sites by common barn-owls in east central Colorado. Journal of Raptor Research 30:90–92. https://sora.unm.edu/node/53533	April 1996
Andersen, D.E. 1995. Productivity, food habits, and behavior of Swainson’s hawks breeding in southeast Colorado. Journal of Raptor Research 29:49. \| Download	July 1995
Andersen, D.E. 1995. Productivity, food habits, and behavior of Swainson’s hawks breeding in southeast Colorado. Journal of Raptor Research 29:158–165. https://sora.unm.edu/node/53476 \| Download	April 1995
Andersen, D.E. 1994. Longevity of solar-powered radio-transmitters on buteonine hawks in eastern Colorado. Journal of Field Ornithology 65:122–132. https://www.jstor.org/stable/4513906 \| Download	January 1994
Andersen, D.E. 1991. Feeding and reproductive ecology of sympatric buteonine hawks in southeastern Colorado. Journal of Raptor Research 25:151. \| Download	October 1991
Andersen, D.E. 1990. Nest-defense behavior of red-tailed hawks. Condor 92:991–997. https://doi.org/10.2307/1368735 \| Download	July 1990
Andersen, D. E., and D. L. Plumpton. 2000. Urban landscapes and raptors: a review of factors affecting population ecology. Pages 435-445. In R. D. Chancellor and B. -U. Meyburg, eds., Raptor World Working Group on Birds of Prey and Owls. Proceedings of the 5th World Conference on Birds of Prey and Owls. Hancock House Publishers, Blaine, WA.	January 2000
Andersen, D. E., T. R. Laurion, J. R. Cary, R. S. Sikes, M. A. McLeod, and E. M Gese. 2003. Aspects of swift fox ecology in southeastern Colorado. Pages 139-117 in Sovada, M. A., and Carbyn, L., The Swift Fox: Ecology and Conservation of Swift Foxes in a Changing World. Canadian Plains Research Center, Regina. 250 pp.	June 2003
Andersen, D. E., S. DeStefano, M. I. Goldstein, K. Titus, C. Crocker-Bedford, J. J. Keane, R. G. Anthony, and R. N. Rosenfield. 2005. Technical review of the status of northern goshawks in the western United States. Journal of Raptor Research 39:192-209.	September 2005
Andersen, D. E., S. DeStefano, M. I. Goldstein, K. Titus, C. Crocker-Bedford, J. J. Keane, R. G. Anthony, and R. N. Rosenfield. 2004. The status of Northern Goshawks in the western United States. The Wildlife Society, Technical Review 04-1, Bethesda MD, 24 p.	September 2004
Andersen, D. E., M. E. Reiter, K. E. Doherty, and D. C. Fulton. 2010. Magnitude and spatial distribution of American woodcock hunting pressure in a central Minnesota Wildlife Management Area. Pages 203-212 in C.A. Stewart and V.R. Frawley (eds.) and D.E. Andersen, J.G. Bruggink, T.R. Cooper, D.R. Dessecker, D.G. Krementz, S.L. Mayhew, M.W. Olinde, and G.J. Roloff (assoc. eds.). Proceedings of the 10th American Woodcock Symposium, Michigan Department of Natural Resources and Environment, Lansing, Michigan, U.S.A.	April 2011
Andersen, D. E. Raptor survey techniques. 2007. Pages 89-100 in D. M. Bird and K. Bildstein, eds. Raptor research and management techniques (revised edition). Hancock House Publishers, Blaine, Washington, USA.	February 2008
Andersen, D. E. 2019. Review of Sky Dance of the Woodcock: Habits and Habitat of a Strange Little Bird. Prairie Naturalist 51:79-80.	December 2019
Andersen, D. E. 1991. Management of North American grasslands for raptors. Pages 203–210 In Giron Pendleton, B. and D.L. Krahe (Project eds.): M.N. LeFranc, Jr., K. Titus, J.C. Bednarz, D.E. Andersen, and B.A. Millsap (Technical eds.). Proceedings of the Midwest Raptor Management Symposium and Workshop. Nat. Wildl. Fed. Sci. and Tech. Series No. 15., Washington, D.C., U.S.A.	April 1991
Adkins, K., D.L. Roy, D.E. Andersen, and R.G. Wright. 2020. Simulating strategic implementation of the CRP to increase greater prairie-chicken abundance. Journal of Wildlife Management 85:27-40. DOI: 10.1002/jwmg.21960. \| Download	December 2020
Adkins, K., C.L. Roy, D.E. Andersen, and R.G. Wright. 2019. Landscape-scale greater prairie-chicken—habitat relations and the Conservation Reserve Program. Journal of Wildlife Management 83:1415-1426. DOI:10.1002/jwmg.21724. \| Download	July 2019

Presentations

Presentations	Presentation Date
Zimmerman, J.K.H., B. Vondracek, and J.V. Westra. 2003. Setting an effective TMDL: sediment loading and effects of suspended sedimernt on fish. 133rd annual meeting of the American Fisheries Society, Quebec, Canada 10-14 August.	August 2003
Zimmerman, J.K.H. and B. Vondracek. 2003. Community-level consequences of trout introductions: investigating interactions between native and nonnative species in a coldwater stream. Annual meeting of the Minnesota Chapter of the American Fisheries Society, Chaska, Minnesota.	March 2003
Zimmerman, J.K.H. and B. Vondracek. 2003. Community-level consequences of trout introductions: investigating interactions between native and nonnative species in a coldwater stream. 51st annual meeting of the North American Benthological Society, Athens, Georgia, 27-31 May.	May 2003
Zimmerman, J.K.H. and B. Vondracek. 2003. Community-level consequences of trout introductions: investigating interactions between native and non-native species in a coldwater stream. 133rd annual meeting of the American Fisheries Society, Quebec, Canada 10-14 August. (poster)	August 2003
Zimmerman, J.K., B. Vondracek, and J. Westra. 2002. Effects of agricultural practices on fish communities in two Minnesota watersheds. Annual meeting of the Minnesota Chapter of the American Fisheries Society, Duluth, Minnesota. (Best Student Presentation).	January 2002
Zimmerman, J.K., B. Vondracek, and J. Westra. 2001. Effects of agricultural practices on fish communities in two Minnesota watersheds. 63rd Midwest Fish and Wildlife Conference, Des Moines, Iowa. (Invited)	December 2001
Zimmerman, J. K. H. and B. Vondracek. 2004. Stream enclosure effects on drifting invertebrates and fish growth: do enclosure experiments produce biased results? Joint Annual Meeting of the Minnesota Chapters of the American Fisheries Society and the Society for Conservation Biology, St. Cloud, Minnesota.	March 2004
Zimmerman, J. K. H. and B Vondracek. 2004. Stream enclosure effects on drifting invertebrates and fish growth: do enclosure experiments produce biased results? 52nd Annual Meeting of the North American Benthological Society.	June 2004
Zimmerman, J. K. H. and B Vondracek. 2004. Stream enclosure effects on drifting invertebrates and fish growth: do enclosure experiments produce biased results? 134th Annual Meeting of the American Fisheries Society, Madison, Wisconsin.	August 2004
Wolfson, D., R. Knapik, J. Fieberg, and D.E. Andersen. 2020. Interior Population trumpeter swan migration ecology and conservation. Annual Conference of The Wildlife Society. Virtual meeting.	September 2020	The Interior Population of trumpeter swans results from re-introductions begin in the late 1960s, and the population has grown from none to <30,000 individuals through 2020. Little information exists about movement ecology of this reintroduced population, and we present summary information resulting from the first year of a study to assess movement and factors influencing movement.
Wolfson, D., R. Knapik, J. Fieberg, T. Cooper, and D.E. Andersen. 2020. Interior Population trumpeter swans: where are they going next? 2020 Annual Meeting of the Minnesota Chapter of The Wildlife Society, Willmar, Minnesota, U.S.A.	February 2020	The Interior Population of trumpeter swans has increased dramatically since initial reintroduction efforts began in the late 1960s. However, little is know about much of their basic ecology, including local and seasonal movements--the objective of this project is to describe movements across their entire breeding distribution.
Wolfson, D., J.R. Fieberg, and D.E. Andersen. 2021. Using piecewise regression to identify biological phenomena in biotelemetry datasets. 7th International Bio-logging Science Symposium (virtual meeting).	October 2021	Current biomonitoring technology can result in large datasets with high frequency locations and other information about animals. We propose using newly developed statistical approaches and packages to identify changes in states in animal movement and similar data, removing considerable subjectivity about animal response to stimuli.
Wolfson, D., J.R. Fieberg, and D.E. Andersen. 2021. Using piecewise regression to identify biological phenomena in biotelemetry datasets. 2021 Annual Conference of The Wildlife Society (virtual meeting).	November 2021	Current biomonitoring technology can result in large datasets with high frequency locations and other information about animals. We propose using newly developed statistical approaches and packages to identify changes in states in animal movement and similar data, removing considerable subjectivity about animal response to stimuli.
Wolfson, D., J. Fieberg., T. Cooper, J.S. Lawrence, and D.E. Andersen. 2017. Range overlap between Mid-Continent and Eastern sandhill cranes revealed by GPS-tracking. Minnesota Waterfowl Symposium, Bloomington, Minnesota.	February 2017	Portions of two populations of sandhill cranes breed in Minnesota, and their breeding distributions are no longer separated by an area without breeding cranes. Our study identified current range boundaries, migration patterns, and staging and wintering areas to better inform crane management and conservation.
Wolfson, D., J. Fieberg., T. Cooper, J.S. Lawrence, and D.E. Andersen. 2017. Range overlap between Mid-Continent and Eastern sandhill cranes revealed by GPS-tracking. 77th Midwest Fish and Wildlife Conference, Lincoln, Nebraska.	February 2017	Portions of two populations of sandhill cranes breed in Minnesota, and their breeding distributions are no longer separated by an area without breeding cranes. Our study identified current range boundaries, migration patterns, and staging and wintering areas to better inform crane management and conservation.
Wolfson, D., J. Fieberg, and D.E. Andersen. Interior Population Trumpeter Swan annual movement and migration patterns. The Wildlife Society 2022 Annual Conference.	October 2022	The Interior Population of trumpeter swans derives from releases from three source populations (Alaska, Red Rocks Lake, and captive flocks) beginning in the late 1960s and now numbers over 30,000 individuals. Movement ecology of this re-established population is largely unknown--we report on 2 years of movement data from GPS-GSM marked swans.
Wolfson, D., J. Fieberg, and D.E. Andersen. 2022. Interior Population Trumpeter Swan annual movement and migration patterns. 7th International Swan Symposium and 26th Swan Conference. Jackson, WY, USA.	October 2022	The Interior Population (IP) of trumpeter swans was established via reintroduction beginning in the late 1960s. Initial population goals were modest (a few hundred individuals), but the IP now exceeds 30,000 individuals. We are assessing the movement ecology of this recently established population to inform conservation.
Wolfson, D., J. Fieberg, and D.E. Andersen. 2019. Juvenile sandhill cranes exhibit wider ranging and more exploratory movements than adults during the breeding season. Joint Annual Conference of the American Fisheries Society and The Wildlife Society. Reno, Nevada, U.S.A.	September 2019	Long-lived birds exhibit extended periods of independence from parental care prior to establishing breeding territories and attempting to reproduce. We describe patterns of movement of subadult sandhill cranes and compare them to patterns of adult sandhill cranes during the breeding season in the zone of contact been breeding Mid-continent and Eastern Populations.
Wolfson, D., J. Fieberg, and D.E. Andersen. 2021. A range-wide assessment of Interior Population Trumpeter Swan migration patterns. Mississippi Flyway Council Technical Section. Virtual meeting.	January 2021	Interior Population trumpeter swans have increased dramatically since initial re-establishment efforts beginning in the late 1960s. Basic information about movement ecology is lacking for this re-established population, and we provided an overview of the initial portion of this Flyway-wide research project.
Wolfson, D., J. Fieberg, T. Cooper, J.S. Lawrence, and D.E. Andersen. 2017. Range overlap between Mid-Continent and Eastern sandhill cranes revealed by GPS-tracking. 77th Midwest Fish and Wildlife Conference, Lincoln, Nebraska.	February 2017	Portions of two populations of sandhill cranes (Mid-Continent and Eastern Populations) breed in Minnesota, and over the past 20 years, there is no longer an area unoccupied between their distributions. We evaluated the current relationship of cranes in these two populations by marking cranes from both populations near the current, presumed boundary between populations.
Wolfson, D., J. Fieberg, J. Lawrence, T. Cooper, and D.E. Andersen. 2017. When worlds collide: a current assessment of two formerly distinct sandhill crane populations in Minnesota. 2017 Annual Meeting of the Minnesota Chapter of The Wildlife Society, Callaway, Minnesota.	February 2017	Portions of two sandhill crane populations breed in Minnesota, and over the past 20 years, the area between their distributions has been colonized by breeding cranes. We evaluated the spatial relationships of cranes breeding near the range boundary to elucidate population affiliation.
Wolfson, D., J. Fieberg, J. Lawrence, T. Cooper, and D.E. Andersen. 2017. A comparison of movements between adults and juvenile sandhill cranes during spring and summer: evidence for prospecting? 14th North American Crane Working Group Workshop, Chattanooga, Tennessee, USA.	January 2017	Little is known about juvenile sandhill crane movements and how they locate potential breeding areas. We report on movement patterns of satellite-transmitter-marked adult and juvenile sandhill cranes, and suggest that pre-breeding movements of juvenile cranes are related to prospecting for breeding territories.
Wolfson, D., J. Fieber, D. Andersen, S. Oyler-McCance, and S. Reddy. Do swans of a different feather mix together? Post-reintroduction genetic diversity of Interior Population trumpeter swans and genomic correlates of differential migration strategies. The Wildlife Society Annual Conference.	November 2023	The Interior Population trumpeter swan population was re-established primarily be releasing swans from two extant populations - the Rocky Mountain (sedentary) and Pacific Coast (migratory) populations. We report on the current genetic makeup of the Interior Population and discuss how that relates to current movement patterns.
Wolfson, D., D.E. Andersen, T.R. Cooper, J. Lawrence, and J. Fieberg. 2016. Spatial ecology of sandhill crane populations in Minnesota. Minnesota Chapter of the The Wildlife Society Annual Meeting, Mankato, Minnesota.	February 2016	Two populations of sandhill cranes (Grus canadensis) breed in Minnesota, but their breeding distributions have merged to where it is no longer clear how they are separated. Our research is focused on more clearly delineating the current boundary between populations to inform management.
Wolfson, D., D.E. Andersen, T.R. Cooper, J. Lawrence, and J. Fieberg. 2016. Spatial ecology of sandhill crane populations in Minnesota. 76th Midwest Fish and Wildlife Conference, Grand Rapids, Michigan, USA.	January 2016	Portions of two populations of sandhill cranes breed in Minnesota, but the boundary between these populations is not well delineated. We affixed cranes near the presumed boundary between these populations to better delineate the boundary and evaluate long-distance (i.e., migration) and short-distance (i.e., space use) movement patterns.
Wolfson, D., D.E. Andersen, T. Cooper, S. Cordts, J. Fieberg, C. Henderson, C. Herwig, J. Moriarty, M. Smith, D.M. Arsnoe, B.A. Avers, A.G. Duffiney, R.T. Knapik, and D.R. Luukkonen. 2020. Interior population trumpeter swan migration ecology and conservation. Midwest Fish and Wildlife Conference, Springfield, Illinois, U.S.A.	January 2020	The Interior Population of trumpeter swans results from reintroductions beginning in the late 1960s, with initially modest goals of re-establishing several hundred pairs of breeding swans. Since that time, the Interior Population has grown dramatically with upwards of 25,000 individuals counted in the 2015 survey. Because very little is known about movement ecology of this reintroduced population, we have initiated a 4-year study across the Interior Population to answer basic questions about
Wolfson, D., D.E. Andersen, T. Cooper, J. Lawrence, and J. Fieberg. 2015. Spatial ecology of sandhill crane populations in Minnesota. Joint Minnesota/Wisconsin Chapters of The Wildlife Society Annual Meeting, Duluth, Minnesota.	February 2015	Two populations of sandhill cranes (Grus canadensis) breed in Minnesota, but their breeding distributions have merged to where it is no longer clear how they are separated. Our research is focused on more clearly delineating the current boundary between populations to inform management.
Wolfson, D. W., T. Cooper, S. Cordts, J. Fieberg, C. Henderson, C. Herwig, J. Moriarty, M. Smith, and D. E. Andersen. 2019. Interior Population trumpeter swan migration ecology and conservation. 25th Trumpeter Swan Society Conference, Alton, Illinois, U.S.A.	November 2019	The Interior Population of trumpeter swans results from re-introductions across the western Great Lakes region starting in the late 1960s. Since then, the population has grown to far exceed restoration objectives, yet little is known about basic movement ecology. We describe initiation of a collaborative project to gather basic ecological information about this growing swan population.
Wolfson, D. R. Knapik, J. Fieberg, and D.E. Andersen. 2021. A range-wide assessment of Interior Population Trumpeter Swan migration patterns. Midwest Fish and Wildlife Conference. Virtual meeting.	February 2021	Trumpeter swans were nearly extirpated from the contiguous U.S., but multiple reintroduction efforts have resulted in re-establishment of a widespread and growing Interior Population. We present results from the first year of a movement study of Interior Population trumpeter swans equipped with GPS/GSM tracking collars.
Wolfson, D, D. E. Andersen, J. Lawrence, T. Cooper, D. Fronczak, and J. Fieberg. 2016. Minnesota sandhill crane population affiliation and migration ecology. Minnesota Prairie Chicken Society Annual Meeting, Fertile, MN.	April 2016	Portions of two populations of sandhill cranes, each under different management, occur in Minnesota, but where they come in contact on the breeding grounds is not known. We monitored cranes breeding in Minnesota to delineate this boundary and to evaluate migration ecology throughout the year.
Williams, M.A. and B. Vondracek. 2004. Geospatial spring identification in southeast Minnesota. 18th annual meeting of the Society for Conservation Biology, 30 July-2 August, New York, New York.	August 2004
Williams, M.A. and B. Vondracek. 2004. Geospatial characteristics of karst springs in southeast Minnesota. 134th annual meeting of the American Fisheries Society, Madison, Wisconsin, 22-26 August.	August 2004
Williams, M.A. and B. Vondracek. 2003. Groundwater modeling in karst terrain: hydrological flow in southeast Minnesota. 17th annual meeting of the Society for Conservation Biology, Duluth, Minnesota, 18 June-2 July.	June 2003
Williams, M. A. and B. Vondracek. 2004. Geospatial spring identification in southeast Minnesota. 59th Annual Conference of the Soil and Water Conservation Society, St. Paul, Minnesota.	July 2004
Williams, M. A. and B. Vondracek. 2004. Geospatial spring characteristics in southeast Minnesota. Joint annual meeting of the Minnesota Chapters of the American Fisheries Society and the Society for Conservation Biology, St. Cloud, Minnesota, 15-17 March.	March 2004
Williams M.A., and B. Vondracek. 2003. Groundwater modeling in karst terrain: hydrological flow in southeast Minnesota. Annual meeting of the Minnesota Chapter of the American Fisheries Society, Chaska, Minnesota.	March 2003
Westra, J., J.K.H. Zimmerman, and B. Vondracek. 2003. Economic and environmental benefits of mandated agricultural best management practices. American Water Resources Association 2003 Spring Specialty Conference. 12-14 May, Kansas City, Missouri. (Invited)	May 2003
Westra, J., J. K. Zimmerman, and B. Vondracek. 2002. Encouraging farmers to produce environmental benefits from agriculture. 2002 Annual meeting of the American Agricultural Economics Association, Long Beach, California, 28-31 July.	July 2002
Westra, J. V., J. K. H. Zimmerman, and B. Vondracek. 2004. Economic and fisheries effects of select conservation programs of the 2002 Farm Act. 59th annual conference of the Soil and Water Conservation Society, St. Paul, Minnesota, 24-28 July.	July 2004
Waterhouse, L., L. Ailloud, G. daSilva, J. M. Hoenig. Improving age composition estimates: Evaluating a Bayesian method for estimating ages from spines with vascularized cores. World Fisheries Congress. Virtual, 20-24 September 2021.	August 2021	This work describes a Bayesian-like model for imputing missing rings from fish spines when vascularization has possibly led to some rings being missing (unobservable). Spines can be used to non-lethally age fish, making this an attractive method to use to age fish.
Waterhouse, L., Heppell, S., Semmens, B.X., Candelmo, A., and C.V. Pattengill-Semmens [organizers]. (2024, and September 15-19). Spawning Splendor: Exploring Fish Aggregations in Tomorrow's Seas [Innovative Session]. American Fisheries Society Annual Meeting, Honolulu, Hawaii, USA.	September 2024	This innovative session would bring together researchers working on fish spawning aggregations at the American Fisheries Society Annual Meeting in Honolulu, Hawaii. Discussions would cover the following questions:<br>What are the interesting questions associated with aggregations beyond the when, where? How many questions can we answer with basic monitoring and what are the technological needs for other questions?
Walberg, E.M, L.J. Cornicelli, and D.C. Fulton. Factors impacting hunting access to private lands in southeastern Minnesota. 23rd Annual Conference of The Wildlife Society, Raleigh, NC October 15-19, 2016.	October 2016	Maintaining access to private lands for hunting is critical for retain and recruiting hunters. This paper examines the variables that influence private landowners decisions to allow public access.
Walberg, E., D.C. Fulton, L. Cornicelli. and G. D’Angelo. 2018. Attitudes toward and management preferences for elk in northwestern Minnesota. 2018 The Wildlife Society Annual Conference, Cleveland, Ohio U.S.A	October 2018	Elk were once a widespread species in Minnesota. They provide opportunities for hunting and wildlife viewing, but can present problems for landowners. This study identifies key predictors of support and opposition to maintaining an elk population in northwest Minnesota.
Vondracek,B., P. Bolstad, I. Chisholm, B. Knudsen, B. Blick, and P. Nacionales. 2009. Watershed assessment tool: developing an index of watershed health. 57th Annual Meeting of the North American Benthological Society, Grand Rapids, Michigan, 17-21 May 2009.	May 2009	Watersheds and their components streams and rivers are influenced by land-use practices, and land use in watersheds can influence overall watershed health and water quality. We evaluated a tool for assessing watershed health in Minnesota.
Vondracek, B., K.L. Blann and B. A. Nerbonne. 2000 (Invited). Habitat-fish relationships across local to watershed scales. Trout and the trout angler: Workshop II. Salmonid Technical Committee, North Central Division of the American Fisheries Society, La Crosse, Wisconsin. 6-8 July 2000.	July 2000
Vondracek, B., J.K.H. Zimmerman, and J.V. Westra. 2003. Setting an effective TMDL for suspended sediment. Annual meeting of the Minnesota Chapter of the American Fisheries Society, Chaska, Minnesota.	March 2003
Vondracek, B., J.K.H. Zimmerman, and J.V. Westra. 2003. Setting an effective TMDL for suspended sediment. American Water Resources Association 2003 Spring Specialty Conference. 12-14 May, Kansas City, Missouri. (Invited)	May 2003
Vondracek, B., J. D. Koch, and Marcus W. Beck. A comparison of survey methods to evaluate macrophyte index of biotic integrity performance in Minnesota lakes. Minnesota Chapter of the American Fisheries Society.	March 2013	We compare Point Intercept (PI) surveys with Belt Transect (BT) surveys on the same lakes, and modified the BT survey to improve information obtained from BT surveys. BT surveys consistently overestimated IBI scores compared to the PI method (t = 6.268, df = 60, p < 0.001), IBI scores calculated from modified surveys predicted scores only 3% lower than PI scores.
Vondracek, B., C.R. Ruetz, III, A. L. Hurford. 2001. Interspecific interaction between brown trout and slimy sculpin: a test of competition and facilitation.	June 2001
Vondracek, B., B. Blick, P. Bolstad, I. Chisholm, B. Knudson, P. Nacionales, D. O’Shea, and H. Wan. 2011. The current state of the Watershed Assessment Tool. 44th Annual meeting of the Minnesota Chapter of the American Fisheries Society, 8-9 February, Sandstone, Minnesota. (Invited)	February 2011
Vondracek, B. and K.L. Blann. 2004. Landscape and site factors affecting brook trout distribution. 134th annual meeting of the American Fisheries Society, Madison, Wisconsin, 22-26 August.	August 2004
Vondracek, B. and K.L. Blann. 2001. Hierarchical classification of southeastern Minnesota streams based on instream and landscape characteristics. 9th National Nonpoint Source Monitoring Workshop, Indianapolis, Indiana. April.	April 2001
Vondracek, B. and K.L. Blann. 2001. Hierarchical classification of southeastern Minnesota streams based on instream and landscape characteristics.	August 2001
Vondracek, B. and K.L. Blann. 2000 (Invited). Catchment and riparian scale influences on streams in southeastern Minnesota. 130th Annual meeting of the American Fisheries Society, St. Louis, Missouri. 20-24 August 2000.	August 2000
Vondracek, B. 2004. Influences of agricultural practices on water quailty and native aquatic communities in the Midwest. 134th annual meeting of the American Fisheries Society, Madison, Wisconsin, 22-26 August.	August 2004
Vondracek, B. 2002. Nonmarket public goods associated with agricultural lands. Annual meeting of the West North Central Region of the Soil and Water Conservation Society, Moline, Illinois (Invited)	October 2002
Vondracek, B. 2000 (Invited). Grazing, landscape health and water quality. Enhanced Landscape, Food Systems, Human and Animal Health Symposium, University of Minnesota. 28 April 2000.	April 2000
Vlaming, J. and D.C. Fulton. 2003. Fly vs. worm: Comparing fly and bait anglers on southeast Minnesota trout streams. Minnesota Chapter American Fisheries Society. Chaska, Minnesota. March 4.	March 2003
Vlaming, J. and D.C. Fulton. 2002. Social and environmental classification of trout streams in SE Minnesota. The 9th International Symposium on Society and Resource Management. Indiana University, Bloomington, Indiana. June 2-5.	June 2002
Vlaming J. and D.C. Fulton 2003. Social and environmental classification of trout streams. Minnesota Chapter American Fisheries Society. Chaska, Minnesota. March 4.	March 2003
Tingley III, R. W., J. Hansen, D. Isermann, D. Fulton, A. Musch, and C. Paukert. 2019. It’s complicated: Characterizing Wisconsin angler preferences for largemouth bass, bluegill, and walleye fisheries in inland lakes. 79th Annual Midwest Fish & Wildlife Conference, Cleveland, OH. Poster presentation.	January 2019	Wisconsin anglers prefer quality fisheries with moderate size-structure and catch rates regardless of species, but largemouth bass fishery characteristics are more important to non-residents than residents. In addition, bluegill are a major driver of angler choice and the retention of quality bluegill fisheries is essential to maintaining angler participation if climate changes results in regional declines in walleye fisheries.
Streby,H.M., G.R. Kramer, S.M. Peterson, J.A. Lehman, D.A. Buehler, and D.E. Andersen. 2015. Evacuation migration: tornadic storm avoidance behavior in breeding warblers. American Ornithologists' Union and Cooper Ornithological Society 2015 Annual Meeting, Norman, Oklahoma.	July 2015	Whether migrating warblers exhibit faculative migratory movements in relation to environmental conditions is not known. We present the first evidence of large-scale movements to apparently avoid a severe weather system.
Streby, H.M., T. Will, S. Peterson, W. Brininger, J. Loegering, and D.E. Andersen. 2012. (Invited). Golden-winged warbler: Minnesota demography and landscape ecology. 9th Annual Forestry, Wildlife and Natural Resources Research Review. Cloquet, Minnesota.	January 2012
Streby, H.M., S.M. Peterson, and D.E. Andersen. 2013. Golden-winged warbler post-fledging habitat use and survival in the western Great Lakes region. One Hundred and Thirty-first Stated Meeting of the American Ornithologists' Union held in conjunction with the Eighty-third Annual Meeting of the Cooper Ornithological Society. Chicago, IL USA.	August 2013	Post-fledging survival, and it's relation to habitat types, are important to season-long productivity. We assessed these factors for golden-winged warblers in central Minnesota and southeastern Manitoba.
Streby, H.M., S.M. Peterson, and D.E. Andersen. 2011. Golden-winged warbler demography: productivity and survival in Minnesota and Manitoba. 2011 The Wildlife Society Annual Conference. Waikoloa, Hawaii.	November 2011
Streby, H.M., S.M. Peterson, and D.E. Andersen. 2011. (Invited). Golden-winged warblers in the Upper Midwest: productivity, habitat associations, and management implications. Wisconsin Bird Conservation Initiative 2011 Statewide Meeting. Green Bay, Wisconsin.	September 2011
Streby, H.M., S.M. Peterson, T. Will, T. Cooper, and D.E. Andersen. (Invited) 2012. Golden-winged warblers and the importance of diverse forest landscapes. Minnesota River Valley Audubon Chapter. Minnesota Valley National Wildlife Refuge, Bloomington, Minnesota.	April 2012
Streby, H.M., S.M. Peterson, G.R. Kramer, and D.E. Andersen. 2014 Post-independence fledgling ecology in golden-winged warblers: implications for breeding-grounds conservation and management. 2014 Midwest Fish and Wildlife Conference, Kansas City, KS.	January 2014	We studied post-fledging habitat use and survival of juvenile golden-winged warblers in the western Great Lakes region. Most conservations plans for breeding songbirds are based on singing and nest locations--our results provide new information about how birds use landscapes beyond the nesting period.
Streby, H.M., J.P. Loegering, and D.E. Andersen. 2010. Golden-winged warbler demography: productivity and survival in northwest Minnesota in 2010. 71st Midwest Fish and Wildlife Conference. Minneapolis, Minnesota.	December 2010
Streby, H.M., G.R. Kramer, S.M. Peterson, J.A. Lehman, D.A. Buehler, and D.E. Andersen. 2016. Evacuation migration: tornadic storm avoidance behavior in breeding warblers. Forestry and Natural Resources Seminar Series, Purdue University, West Lafayette, Indiana, USA.	March 2016	As part of a study of full life-cycle movements of golden-winged warblers, we observed a heretofore unobserved migration behavior in apparent response to a large, tornadic storm.
Streby, H.M., G.R. Kramer, S.M. Peterson, J.A. Lehman, D.A. Buehler, P.B. Wood, D.J. McNeil, J.L. Larkin, and D.E. Andersen. 2016. Tracking golden-winged warbler migration with geolocators reveals population specific timing, routes, and wintering areas. Black Swamp Bird Observatory Fall Warbler Workshop, Oregon, Ohio, USA.	September 2016	Golden-winged warblers are a species of high conservation concern, and as with most Neotropical migrants, little is know about their migration ecology and migratory connectivity. We used geolocators to evaluate these poorly understood portions of golden-winged warbler ecology.
Streby, H.M., G.R. Kramer, S.M. Peterson, J.A. Lehman, D.A. Buehler, P.B. Wood, D.J. McNeil, J L. Larkin, and D.E. Andersen. 2016. Tracking golden-winged warbler migration with geolocators reveals population specific timing, routes, and wintering areas. Inland Bird Banding Association Annual Meeting, Connersville, Indiana, USA.	November 2016	Golden-winged warblers are a species of high conservation concern, but as with most Neotropical migrants, relatively little is known about their migration, winter ecology, and migratory connectivity. We used geolocators to evaluate some of these poorly understood aspects of golden-winged warbler ecology.
Streby, H.M., D.E. Andersen, S.M. Petersen and G.R. Kramer. 2014. Full-season habitat associations of forest nesting songbirds. Minnesota’s Forest Habitats: Managing Across the Forest Continuum. Minnesota Chapter of The Wildlife Society and American Bird Conservancy. Pallisade, MN.	August 2014	Conservation of forest-nesting songbirds often focuses on where male birds defend territories and nest success. However, forest-nesting songbirds use a variety of cover types throughout the breeding season, and we provide an evaluation of habitat use of two species, one associated with early successional cover types and one associated with mature forest.
Streby, H.M. and D.E. Andersen. 2008. Survival and habitat use of fledgling forest nesting songbirds in a managed forest landscape. U.S. Fish and Wildlife Service Regional Office. Minneapolis, Minnesota.	November 2008
Streby, H.M. and D.E. Andersen. 2011. Demographic response of golden-winged warbler to habitat and management across a climate-change gradient at the core of the species’range. Conserving the Future: Wildlife Refuges and the Next Generation. Madison, Wisconsin.	July 2011
Streby, H.M. and D.E. Andersen. 2011. (Invited). What the post-fledging period tells us that the nesting season does not. 129th Stated Meeting of the American Ornithologists’ Union. Jacksonville, Florida.	August 2011
Streby, H.M. and D.E. Andersen. 2010. When is success not success? When it's songbird nesting success. Society for Integrative and Comparative Biology Annual Meeting. Seattle, Washington.	February 2010
Streby, H.M. and D.E. Andersen. 2009. Nesting success does not equal reproductive success: a case study with songbirds. 70th Midwest Fish and Wildlife Conference, Springfield, Illinois.	December 2009
Streby, H.M. and D.E. Andersen. 2007. Post-fledging habitat use by ovenbirds on the Chippewa National Forest, Minnesota. 68th Midwest Fish and Wildlife Conference, Madison, Wisconsin.	December 2007
Streby, H.M. and D.E. Andersen. 2007. Habitat use of post-fledging forest-nesting songbirds in northern hardwood-coniferous forests of northern Minnesota. Annual Meeting of the Minnesota Chapter of The Wildlife Society, Alexandria, Minnesota.	March 2007
Streby, H.M, G.R. Kramer, S.M. Peterson, J.A. Lehman, D.A. Buehler, P.B. Wood, and D.E. Andersen. 2015. Tracking long-distance migration in tiny songbirds using tiny technology. University of California, Davis, Animal Behavior Graduate Group Winter Seminar Series, Davis, California.	February 2015	Migration ecology of small songbirds is relatively poorly understood. We used emerging technology to better understand population connectivity on wintering grounds for golden-winged warblers, a species of conservation concern that breeds in eastern North America and winters in Central America and northern South America.
Streby, H.M and D.E. Andersen. 2008. Edge effects and ovenbirds in northern hardwood forests: are clearcuts really all that bad? 15th Annual Meeting of The Wildlife Society, Miami, Florida.	November 2008
Stevens, T., R. Montgomery, A. Hawkinson, C. Roy, L. Shartell, L. Frelich, and D.E. Andersen. Does the season of prescribed fire application differentially impact bird communities in Minnesota brushlands? North American Congress for Conservation Biology 2024, Vancouver, British Columbia, Canada.	June 2024	Periodic fire is often used to manage lowland brushland ecosystems, but the effects of fire on bird communities in these ecosystems is poorly understood. We conducted bird surveys in a Before-After-Control-Impact study to assess the response of breeding bird communities to spring, summer, and fall fire in lowland brushland ecosystems in the western Great Lakes region.
Stevens, M. A. Landon, D. Fulton, S. Schroeder, L. McInenly. Stakeholder and wildlife value orientations related to grey wolf management preferences in Minnesota. Human Dimensions Pathways Conference, June 2023, Ft. Collins, CO, USA	June 2023	We compare the relative importance of value orientations and identity in explaining preferences for wolf management strategies.
Solensky, M.J., M.L. Crozier, M. Hamady, D.E. Andersen, and C.W. Boal. 2005. Determining northern goshawk (Accipiter gentilis) breeding area occupancy, nesting activity, and reproduction in northern Minnesota, 2003-2005. 2005 Raptor Research Foundation, Inc., Annual Meeting, Green Bay, Wisconsin.	October 2005
Smithers, B.L., C.W. Boal, and D.E. Andersen. 2003. Assessment of northern goshawk food habits using time-lapse video monitoring systems. Texas Chapter of The Wildlife Society 38th Annual Meeting, Waco, Texas. February.	February 2003
Smithers, B.L., C.W. Boal, and D.E. Andersen. 2002. Analysis of northern goshawk food habits using time-lapse video monitoring systems in Minnesota. Annual Meeting of the Minnesota Chapter of The Wildlife Society, St. Cloud, Minnesota. February.	February 2002
Smith, K., D.C. Fulton, A. Landon, L. McInenly. 2021. Assessing potential routes of human-facilitated transmission of chronic wasting disease. 81st Annual Midwest Fish and Wildlife Conference. February 1-3, 2021. Virtual. St. Paul, MN.	February 2021	The presentation summarizes the potential routes of human-facilitated transmission of chronic wasting disease in Minnnesota.
Smith, K., A. Landon, and D. Fulton. Application of hybrid choice models to wildlife management. Human Dimensions Pathways Conference. June 2023, Ft. Collins, CO, USA	June 2023	We examine the use of hybrid choice models in the context of deer management and elk restoration in Minnesota.
Smith, K., A. Landon, L. McInenly, D.C. Fulton. Application of self-determination approach to hunting participation. Human Dimensions Pathways Conference. May 2022. Bremerton, WA	May 2022	Initial results suggested a positive relationship between intrinsic and introjected motivation and hunter identity salience and a negative relationship between extrinsic motivation and amotivation and identity salience. These findings have implications for future recruit, retain, and reactivation (R3) efforts and highlight the need to understand the interaction between constraints and individual motivation in the context of continued hunting participation.
Smith, E., H. Harshaw, D.C. Fulton, A. Raedeke, R.M. Schuster. 2019. The few but satisfied: Alberta waterfowl hunter satisfaction. Pathways: Human Dimensions of Wildlife Conference. Estes Park, CO, U.S.A.	September 2019	Watervfowl hunters represent an important stakeholder group in the conservation of waterfowl in Alberta, CA. Understanding the motivations and satisfaction of these waterfowl hunters is important to providing benefits to them and to help ensure their continue participation in an activity that provides funding an social support for conservation.
Slagle, K. A. Dietsch, D.C. Fulton, R. Wilson, and J. Bruskotter. 2019. Social identity and trust in wildlife conservation. Pathways: Human Dimensions of Wildlife Conference. Estes Park, CO, U.S.A	September 2019	Social identity of stakeholders can have a substantive influence on trust of agencies and the actions and policies they take. This study examines the role of social identity in influencing stakeholder trust and support of agencies across a range of wildlife management contexts.
Shanell Lovelace and David Fulton. 2024. Using Social Determination Theory to Understand Anglers' Motivations and Preferences. January 28-31. Midwest Fish & Wildlife Conference,	January 2024	Understanding basic angler motivations could be important for understanding future participation and acceptance of regulations.
Schroeder, S.A., D.C. Fulton, W. Penning, and K. DonCarlos. Influence of persuasive messages on support for restricting lead shot in Minnesota. Annual Meeting of The Wildlife Society Annual Meeting. Miami, FL October 2008.	October 2008
Schroeder, S.A., D.C. Fulton and J. Lawrence. 2003. A typology of waterfowl hunters in Minnesota. The Wildlife Society Meeting. Burlington, VT September 9. (Invited)	September 2003
Schroeder, S.A. and D.C. Fulton. Small Game Hunters Intentions to Support a ban on Lead Shot in Minnesota’s Farmland Zone: How Beliefs Relate to Attitudes. Annual Meeting of the Minnesota Chapter of The Wildlife Society. Bemidji, MN Feb. 4-6, 2014.	February 2014	Due to the toxic nature of lead, there is increasing action by professional societies such as TWS and AFS to limit its use where possible. We examine hunter attitudes toward such bans on the use of lead to better understand support and opposition for such actions.
Schroeder, S.A. and D.C. Fulton, 2006. Protecting Minnesota?s lakes: values, place attachment, and lake conservation. The 12th International Symposium on Society and Resource Management. Vancouver, BC.	June 2006
Schroeder, S., L. Cornicelli, D.C. Fulton, A. Landon, and L. McInenly. 2019. Factors influencing acceptance of CWD management in Minnesota. Pathways: Human Dimensions of Wildlife Conference. Estes Park, CO, U.S.A.	September 2019	CWD possesses a threat to both deer and the continuation of deer hunting in Minnesota. This study assesses the key influences on acceptance of different strategies to manage the spread of CWD and its impacts on deer and deer hunters in Minnesota,
Schroeder, S. A., and D.C. Fulton. 2006. Coping with recreation conflict: How user group and value conflicts predict recreation coping and satisfaction. The 3rd International Conference on Monitoring and Management of Visitor Flows in Recreational and Protected Areas, Rapperswil, Switzerland.	September 2006
Schroeder, S. A., Fulton, D.C.Lawrence, J.L., Cordts, S., 2007. Changes in Minnesota waterfowl hunting 1995-2005. Minnesota Waterfowl Association Annual Meeting. Bloomington, MN.	April 2007
Schroeder, S. A., Fulton, D.C., Lawrence, J.S.. and Cordts, S.D. The great hunter migration: Why some Minnesota residents hunt waterfowl exclusively in North Dakota while others hunt at home. Midwest Fish and Wildlife Conference, December 2007. Madison, WI.	December 2007
Schroeder, S. A. and Fulton, D.C. 2007. Untangling the line: Constraints to fishing participation in communities of color. 137th Annual Meeting of the American Fisheries Society, San Francisco, CA. (invited).	September 2007
Schroeder, S. A. and Fulton, D.C. Fishing in the Neighborhood: Understanding motivations and constraints for angling among Minneapolis-St. Paul, Minnesota metro residents. September 2007. 137th Annual Meeting of the American Fisheries Society, San Francisco, CA. (invited)	September 2007
Schroeder, S. A. and Fulton, D. C. 2007. Political action and philanthropy for lake protection: do outdoor recreation participation and place attachment predict intention to conserve Minnesota lakes. The 13th International Symposium on Society and Resource Management.Snowbird, UT.	June 2007
Schroeder, S. A. and D.C. Fulton. 2004. Land of 10,000 lakes and 2.3 million anglers: crowding, conflict, and coping among Minnesota anglers. International Symposium on Society and Natural Resources Management. June 2-6, Keystone, CO.	June 2004
Schroeder, S. A. and D.C. Fulton. 2004. He said, she said: gender and angling motivations, ethics, and behaviors. Society for Human Ecology, 12th International Conference. February 18-20, Cozumel, Mexico.	February 2004
Schroeder, S. A. and D. C. Fulton. 2006. Protecting Minnesota?s lakes: place attachment, trust and lake conservation. Midwest Fish and Wildlife Conference, Omaha, NE.	December 2006
Schrage, M., D.C. Fulton, E. Walberg*, J. Forester, N. McCann. 2020. Restoring elk to northeast Minnesota: landowner and general public attitudes. Annual Meeting of the Minnesota Chapter of the Society of American Foresters, Nisswa, MN, U.S.A.	February 2020	Elk were once native throughout much of Minnesota but were largely eliminated by the early 20th century. We examined acceptability of restoring elk to northeast Minnesota.
Schrader, D., C.R. Ruetz, III, B. Vondracek, and R.M. Newman. 2001. Brown trout and slimy sculpin consumption on Gammarus.	March 2001
Sammler, J.E., D.E. Andersen, and S.K. Skagen. 2000. Population trends of tundra nesting birds at Cape Churchill, Manitoba. 7th National Wildlife Society Conference. Nashville, Tennessee. September 2000.	September 2000
Sammler, J.E., D.E. Andersen, and S.K. Skagen. 2000. Population trends of tundra nesting birds at Cape Churchill, Manitoba. 62nd Midwest Fish and Wildlife Conference. Minneapolis, Minnesota. December 2000.	December 2000
Salcido, E. and D.C. Fulton. 2019. Place attachment and trust as predictors of landowner attitudes. Pathways: Human Dimensions of Wildlife Conference. Estes Park, CO, U.S.A.	September 2019	Hunter land access programs such as the Minnesota Walk-In Access program are important to providing hunters opportunities to encouraged continued participation in hunting. Landowner participation is key to the success of these programs, and this study identifies key predictors to such participation.
Safiq, A., Fulton, D.C. Nature Spiritualism, Marine Mammal Protection, and Salmon Restoration. Pathways Human Dimensions Conference, Bremerton, WA. May 1-4, 2022.	May 2022	We propose an advancement on the conceptual framework for investigating the relationship between nature spiritualism, conservation psychology, and wildlife values by adapting established measurement scales of the previously stated orientations to elucidate the nomological network in which spiritual values of nature operate in human thought and behavior. It is our hope that this framework will be used by managers, elected officials, and policy-makers to craft more sustainable and effective envir
S.A. Schroeder & D. C. Fulton. Tolerance and intolerance among wolf hunters and trappers in Minnesota. ISSRM. Houghton, June 20, 2016.	June 2016	Understanding the tolerance and intolerance of wolves among hunters has been identified as a key aspect of wolf conservation. Our study is one of very few that examines this topic with a study population of people who hunt or trap wolves.
Rutter, J., A. Dayer, H. Harshaw, J. Duberstein, and D.C. Fulton. 2019. Ethno-racial and social predictors of birdwatcher specialization. Pathways: Human Dimensions of Wildlife Conference. Estes Park, CO, U.S.A.	September 2019	Participants in birdwatching are overwhelming white. Understanding what predicts the participation of people of color in birdwatching is important to growing participation among the diverse population.
Ruetz, C.R., III, R.M. Newman and B. Vondracek. 2000. Fish effects on shredders and leaf litter decay in a coldwater Minnesota stream. Joint meeting of the Minnesota chapters of the American Fisheries Society and the Wildlife Society, St. Cloud, Minnesota. 19-21 January 2000.	January 2000
Ruetz, C.R., III, R.M. Newman and B. Vondracek. 1999. Do fish affect leaf litter decay in Valley Creek, Minnesota? 11th Annual St. Croix River Research Rendezvous, Marine on St. Croix, Minnesota. 19 October 1999.	October 1999
Ruetz, C.R., III, R. M. Newman, and B. Vondracek. 2001. Top-down control in a detrital-based food web: fish, shredders, and leaf litter decay in a coldwater stream.	June 2001
Ruetz, C.R., III, R. M. Newman, and B. Vondracek. 2001. Complex trophic interactions in a coldwater stream: fish, benthic macroinvertebrates, and periphyton.	August 2001
Ruetz, C.R., III, A.L. Hurford, and B. Vondracek. 2001. Interspecific interactions between brown trout and slimy sculpin.	March 2001
Ruetz, C.R., III, A. L. Hurford, and B. Vondracek. 2001. Interspecific interactions between brown trout and slimy sculpin: a test of competition and facilitation.	August 2001
Ruetz, C. R., III, R.M. Newman and B. Vondracek. 2000. Effects of fish on grazers and priphyton in a coldwater Minnesota stream. 130th Annual meeting of the American Fisheries Society, St. Louis, Missouri. 20-24 August 2000.	August 2000
Ruddick, K. and B. Vondracek. 2009. Walleye forage in Mille Lacs Lake: a preliminary measure of mayfly abundance. Joint meeting of the Minnesota, Ontario, and Wisconsin chapters of the American Fisheries Society, Duluth, Minnesota, 2-4 February 2009.	February 2009	Walleye in Mille Lacs Lake have experience significant, recent population fluctuations that are in part thought to be related to juvenile survival and food availability. We evaluated mayfly abundance in the context of walleye food availability in this important walleye fishery in Minnesota.
Rudberg, E., D.C. Fulton, S.A. Schroeder, W. Penning, and K. DonCarlos. Understanding the beliefs affecting attitudes toward lead shot restrictions in Minnesota. Pathways to success: Integrating human dimensions into fish and wildlife management. Estes Park, CO September 2008.	September 2008
Rudberg, E., D.C. Fulton, S.A. Schroeder, W. Penning, and K. DonCarlos. Understanding the beliefs affecting attitudes toward lead shot restrictions in Minnesota Annual Meeting of The Wildlife Society. Miami, FL October 2008.	October 2008
Rudberg, E. and D.C. Fulton. Understanding the conservation of lakeshore buffers in Minnesota, USA. Annual Meeting of the Society of Conservation Biology, July 2009. Beijing, China.	July 2009
Rosendahl, J., Fulton, D.C., and D.H. Anderson. 2002. Assessing non-economic benefits of waterfowl production areas in Minnesota. 9th Annual The Wildlife Society Conference, Bismarck, North Dakota. September.	September 2002
Rorbaugh, R., H.M. Streby, D.E. Andersen, J. Larkin, and D.A. Buehler. 2013. Golden-winged Warbler conservation and management: symposium summary and future directions in golden-winged warbler research and conservation. One Hundred and Thirty-first Stated Meeting of the American Ornithologists' Union held in conjunction with the Eighty-third Annual Meeting of the Cooper Ornithological Society. Chicago, IL USA.	August 2013	Golden-winged warblers are a species of special conservation concern in the United States, Canada, and portions of Central and northern South America. This symposium is convened to bring state of the art knowledge together.
Roger Faust, T. Wolf, D. Fulton et al.2024. A Community-Based Participatory Approach to Develop Chronic Wasting Disease Outreach and Management Plans. January 28-31. Midwest Fish & Wildlife Conference, Sioux Falls, SD.	January 2024	CWD represents a potential threat to native nation treaty rights and food sovereignty. Developing culturally appropriate management plans could be key to overcoming these threats.
Roberson, A.M., D.E. Andersen, and P.L. Kennedy. 2001. Evaluating and developing survey techniques using broadcast conspecific calls for northern goshawks in Minnesota. 2001 Annual Meeting of the Cooper Ornithological Society, Albuquerque, New Mexico, April 2001.	April 2001
Reiter, M.E., D.E. Andersen, A.H. Raedeke, and D.D. Humburg. 2011. Species interactions and habitat influence the range-wide distribution of breeding Canada geese in northern Manitoba. Churchill Northern Studies Centre and Parks Canada Science Symposium, Winnipeg, Manitoba, Canada.	January 2011
Reiter, M.E. and D.E. Andersen. 2009. The influence of species interactions and habitat on the range-wide distribution of breeding Canada geese in Manitoba. 15th Annual Meeting of The Wildlife Society. Monterey, California.	September 2009
Reiter, M.E. and D.E. Andersen. 2009. Evidence from spatial point-pattern analyses of territoriality and inter-specific interactions among sympatrically nesting Canada geese and lesser snow geese. 2009 Cooper Ornithological Society Annual Meeting, Tucson, Arizona.	April 2009
Reiter, M.E. and D.E. Andersen. 2009. Evaluating the influence of lesser snow goose nests on survival of Canada goose nests in northern Manitoba. 2009 Cooper Ornithologcal Society Annual Meeting, Tucson, Arizona.	April 2009
Reiter, M.E. and D.E. Andersen. 2008. Factors influencing nest density of Eastern Prairie Population Canada geese in northern Manitoba: potential impacts of lesser snow goose-mediated habitat alteration. 69th Midwest Fish and Wildlife Conference, Columbus, Ohio.	December 2008
Reiter, M.E. and D.E. Andersen. 2007. Cycles and synchrony in historical trends of collared lemming abundance near Cape Churchill, Manitoba, Canada. 14th Annual Meeting of The Wildlife Society, Tucson, Arizona.	September 2007
Reiter, M. and D.E. Andersen. 2005. Historical trends in lemming abundance and nest success of Canada geese: evidence in support of the bird-lemming hypothesis at Cape Churchill,Manitoba. Minnesota Chapter of The Wildlife Society 2005 Annual Meeting, Fergus Falls, Minnesota.	March 2005
Reiter, M. and D.E. Andersen. 2005. Historical trends in lemming abundance and nest success of Canada geese: evidence in support of the bird-lemming hypothesis at Cape Churchill, Manitoba. North American Arctic Goose Symposium, Reno, Nevada.	January 2005
Raymond, K. L. and B. Vondracek*. 2011. Grazing systems, stream channels, and macroinvertebrates. 4th Annual Driftless Stream Restoration Symposium, 15-16 March, La Crosse, Wisconsin.	March 2011
Raedeke, A., D.C. Fulton, H. Harshaw, R.M. Schuster, J. Duberstein. 2019. Adaptively applying human dimensions at multiple scales. Pathways: Human Dimensions of Wildlife Conference. Estes Park, CO, U.S.A.	September 2019	Understanding and including conservation stakeholders in NAWMP activities was identified as an important objective in the 2012 revisions. This presentation describes research and planning activities undertaken in the US and Canada to address this objective.
Peterson, S.M., H.M. Streby, and D.E. Andersen. 2015. (invited). The spatial ecology of golden-winged warblers. University of California, Berkeley, Wildlife, Fisheries, and Conservation Biology Seminar Series, Berkeley, California.	October 2015	Golden-winged warblers are a species of conservation concern, and understanding their population ecology can provide insight into effective conservation. We evaluated factors related to full-season productivity in 3 landscapes in the western Great Lakes region to better understand how productivity is related to landscape composition.
Peterson, S.M., H.M. Streby, and D.E. Andersen. 2013. Sex-based differences in strategies of post-fledging parental care in golden-winged warblers. One Hundred and Thirty-first Stated Meeting of the American Ornithologists' Union held in conjunction with the Eighty-third Annual Meeting of the Cooper Ornithological Society. Chicago, IL USA.	August 2013	We studied brood division in golden-winged warblers, and assessed fledgling survival, parental behavior, fledgling behavior, and habitat use as a function of sex of the parent.
Peterson, S.M., H.M. Streby, and D.E. Andersen. 2013. Influence of landscape composition on golden-winged warbler full-season productivity. One Hundred and Thirty-first Stated Meeting of the American Ornithologists' Union held in conjunction with the Eighty-third Annual Meeting of the Cooper Ornithological Society. Chicago, IL USA.	August 2013	We evaluated post-fledging habitat use and season-long productivity for golden-winged warblers in Minnesota and Manitoba to provide a more complete understanding of habitat requirements.
Peterson, S.M., H.M. Streby, J.A. Leman, and D. E. Andersen. 2012. High-tech or field techs: an analysis of cost and bias in golden-winged warbler nest searching techniques. 73rd Midwest Fish and Wildlife Conference. Wichita, Kansas.	December 2012	Finding nests of songbirds in forested landscapes is difficult, and often requires considerable effort. In addition, it is not known whether nests found by observers result in an unbiased sample for making population inference. We assessed the efficiency of using radio telemetry to find nests of golden-winged warblers in 3 study sites in the western Great Lakes region.
Peterson, S.M., H.M. Streby, J.A. Lehman, and D.E. Andersen. 2011. (Poster). High-tech or field techs: an analysis of cost and bias in golden-winged warbler nest searching techniques. 72nd Midwest Fish and Wildlife Conference. Des Moines, Iowa.	December 2011
Peterson, S.M., H. M. Streby, G. R. Kramer, and D. E. Andersen. 2014. Recent advances in Golden-winged Warbler ecology. Minnesota Ornithologists’ Union Annual Meeting. Minneapolis, Minnesota.	December 2014	Golden-winged warblers are a species of special management concern, yet little is known about their population dynamics where they are most abundant, nor during migration and wintering. We present current information on population dynamics in the western Great Lakes region and preliminary results from migration studies.
Payton, M.A. and D.C. Fulton. 2004. Southeastern Minnesota landowners opinions on land conservation techniques and programs. International Symposium on Society and Natural Resources Management. June 2-6, Keystone, CO.	June 2004
Payton, M.A. and D.C. Fulton. 2003. Minnesota fisheries stewardship and management: an angler's perspective. Midwest Fish and Wildlife Conference, Dec. 7-10, Kansas City, MO.	December 2003
Payton, M. A., D.C. Fulton, and D.H. Anderson. 2004. Sense of place and community life: The influences of sense of place on trust and civil involvement Society for Human Ecology, 12th International Conference. February 18-20, Cozumel, Mexico	February 2004
Payton, M. A., D.C. Fulton and D.H. Anderson. 2002. Understanding visitor uses, motives, and benefits at Sherburne National Wildlife Refuge. The 9th International Symposium on Society and Resource Management. Indiana University. Bloomington, Indiana. June 2-5.	June 2002
Payton, M. A., D.C. Fulton and D.H. Anderson. 2002. Place attachment and social capital at Sherburne National Wildlife Refuge. 9th Annual The Wildlife Society Conference, Bismarck, North Dakota. September.	September 2002
Oppelt, E., J.G. Bruggink, K. Doherty, D.E. Andersen, J. Muenier, and R.S. Lutz. 2004. Fall survival of American woodcock in the western Great Lakes region. 65th Annual Midwest Fish and Wildlife Conference, Indianapolis, Indiana.	December 2004
Oppelt, E., J.G. Bruggink, K. Doherty, D.E. Andersen, J. Muenier, and R.S. Lutz. 2006. Fall survival of American woodcock in the western Great Lakes Region. 10th American Woodcock Symposium, Roscommon, Michigan.	October 2006
Nyffeler, O., Waterhouse, L., and G. Hansen. Cisco Project Update. Lake Superior Technical Committee Meeting, Thunder Bay, Ontario, Canada, July 25 - 27, 2023.	July 2023	Our goal is to investigate the abiotic and biotic drivers of cisco recruitment in Lake Superior.
Nyffeler, O., Waterhouse, L., and G. Hansen. Cisco Project Update. Lake Superior Technical Committee Meeting, Marquette, Michigan, USA, Jamuary 9-12, 2023.	July 2023	Our goal is to investigate the abiotic and biotic drivers of cisco recruitment in Lake Superior.
Nyffeler, O., Waterhouse, L. and G. Hansen. Investigating Drivers of Cisco (Coregonus artedi) Recruitment in Lake Superior. IAGLR 2023: 66th Annual Conference on Great Lakes Research, Toronto, Canada, May 8 - May 13, 2023.	May 2023	Our goal is to understand the abiotic and biotic factors driving Cisco recruitment in Lake Superior.
Nyffeler, O., Waterhouse, L. and G. Hansen. Investigating Drivers of Cisco (Coregonus artedi) Recruitment in Lake Superior. 15th International Symposium on Biology and Management of Coregonid fishes (ISBMC), Evian, France, September 25 - 29, 2023.	September 2023	Our goal is to understand the abiotic and biotic factors driving Cisco recruitment in Lake Superior.
Nelson, M.R. and D.E. Andersen. 2010. American woodcock Singing-ground Surveys in the western Great Lakes region: assessment of woodcock counts, forest cover types along survey routes, and landscape cover type composition. 71st Midwest Fish and Wildlife Conference. Minneapolis, Minnesota.	December 2010
Nelson, M.R. and D.E. Andersen. 2010. American woodcock Singing-ground Surveys in the western Great Lakes region: assessment of woodcock counts, forest cover types along survey routes, and landscape cover type composition. 2010 Joint Meeting of the Minnesota Chapters of The Wildlife Society, American Fisheries Society, Society of American Foresters, and the Society for Conservation Biology, Nisswa, Minnesota.	March 2010
Nelson, M.R. and D.E. Andersen. 2009. American woodcock Singing-ground Surveys in the western Great Lakes region: assessment of trends in woodcock counts, land cover types along survey routes, and survey routes representation of the boarder landscape. 70th Midwest Fish and Wildlife Conference, Springfield, Illinois.	December 2009
Nack, R.R. and D.E. Andersen. 2003. Distribution of Eastern Prairie Population (EPP) Canada geese broods near Cape Churchill, Manitoba 1977-2002: potential influence of increased snow goose abundance. 2nd International Canada Goose Symposium. Madison, Wisconsin. March.	March 2003
Nack, R.R. and D.E. Andersen. 2002. Brood movements and distribution of Eastern Prairie Population (EPP) Canada geese in northern Manitoba. 9th Annual The Wildlife Society Conference. Bismarck, North Dakota. September.	September 2002
Murray, L.M. and D.C. Fulton. 2000. Using a normative approach to assessing fishing bag limits in Minnesota. 62nd Midwest Fish and Wildlife Conference, Minneapolis, MN. December 5-8, 2000.	December 2000
Meunier, J., R. Song, R.S. Lutz, D.E. Andersen, J.G. Bruggink, K. Doherty, and E. Oppelt. 2005. Fall migration chronology of American woodcock in the western Great Lakes region. The Wildlife Society 12th Annual Meeting, Madison, Wisconsin	September 2005
Merten, E. C., J. C. Finlay, H. G. Stefan, R. M. Newman, B. Vondracek, L. B. Johnson. 2009. Ecohydraulics of wood transport in streams: empirical models from Minnesota. 57th Annual Meeting of the North American Benthological Society, Grand Rapids, Michigan, 17-21 May 2009.	May 2009	Input and transport of woody debris in streams is an important contributed to aquatic communities. We modeled ecohydraulics of wood transport in Minnesota streams.
Meneks, M.L. and B. Vondracek. 2000. Juvenile and larval fishes of the Red River of the North--Year 2. Joint meeting of the Minnesota chapters of the American Fisheries Society and the Wildlife Society, St. Cloud, Minnesota. 19-21 January 2000.	January 2000
Meneks, M. and B. Vondracek. 2000. Fish assemblages in channelized and unchannelized streams in the Red River of the North. 130th Annual meeting of the American Fisheries Society, St. Louis, Missouri. 20-24 August 2000.	August 2000
McInenly, L. D.C. Fulton, L. Cornicelli. 2019. Trophy hunting and other motivations in regulatory design. Pathways: Human Dimensions of Wildlife Conference. Estes Park, CO, U.S.A.	September 2019	Hunting participation is declining which threatens the current funding model of most state agencies. Understanding hunter motivations to provide high quality experiences is one approach to assist in maintaining participation among hunters.
Mazack, J., W. French, P. Sherman, J. Biederman, L. Krider, B. Vondracek, J. Perry, and L. C. Ferrington, Jr. 2012. The unique role of winter invertebrate communities in trout streams of southeastern Minnesota. Upper Midwest Stream Restoration Symposium 4-7 March, Minneapolis, Minnesota.	March 2012
Mazack, J., L. Krider, B. Vondracek, and L. C. Ferrington, Jr. 2012. Winter invertebrate community dynamics in groundwater-fed streams of southeastern Minnesota. 60th annual meeting of the Society for Freshwater Science, 20-24 May 2012, Lexington, Kentucky.	May 2012
Mazack, J., L. Krider, B. Vondracek, and L. C. Ferrington, Jr. 2012. Winter invertebrate community dynamics in groundwater-fed streams of southeastern Minnesota. 142nd Annual meeting of the American Fisheries Society, 19-23 August 2012, St. Paul, Minnesota.	August 2012
Mazack, J., L. Krider, B. Vondracek, J. Perry, and L. C. Ferrington, Jr. 2012. Winter invertebrate community dynamics in groundwater-fed streams of southeastern Minnesota. 5th Annual Driftless Area Symosium, 27-28 March 2012, LaCrosse, Wisconsin.	March 2012
Mazack, J., B. Vondracek, and L. C. Ferrington, Jr. Overwinter invertebrate community dynamics in groundwater-fed streams of southeastern Minnesota. Annual Meeting of the Society for Freshwater Science.	May 2013	Water temperatures are likely to increase in groundwater-fed streams as a result of climate change. Continued cold groundwater inputs within southeastern Minnesota's karst landscape are important in maintaining the invertebrate communities of trout streams.
Mazack, J., B. Vondracek, and L. C. Ferrington, Jr. Overwinter emergence dynamics of adult Chironomidae (Insecta: diptera) in groundwater-fed streams of southeastern Minnesota. Annual meeting of the Society for Freshwater Science	May 2014	The relationship between groundwater inputs and chironomid emergence in winter is not well established. We found groundwater inputs significantly influence the thermal regime of streams in southeastern Minnesota, and significantly impact winter chironomid emergence patterns.
Mazack, J., B. Vondracek, and L. C. Ferrington, Jr. OVERWINTER INVERTEBRATE COMMUNITY DYNAMICS IN GROUNDWATER-FED STREAMS OF SOUTHEASTERN MINNESOTA. Minnesota Water Resources Conference	October 2014	We documented the relationship between winter-adapted insects and groundwater input, which has previously not been well-established. We conclude that groundwater inputs significantly influence winter invertebrate dynamics in southeastern Minnesota streams.
Maddie Stevens, a. Landon, D. Fulton 2024. Predicting the Adoption of Nonlethal Management Practices Among Livestock Producers for Wolf Depredation Prevention. Midwest Fish & Wildlife Conference, January 28-31, 2024. Sioux Falls, SD	January 2024	Understanding livestock producers acceptance of non-lethal management practices for wolves is essential for effective management of wolves.
Lucas, Paschal and David Fulton. 2024. Diversity and Access to Nature and Wildlife-Related Opportunities. January 28-31. Midwest Fish & Wildlife Conference, Sioux Falls, SD .	January 2024	Understanding African-American interests in wildlife is key to developing programs that match to their desired experiences.
Louwsma , J., W. French, J. Biederman, P Sherman, L. Krider, B. Vondracek, J. Perry. L. C. Ferrington, Jr. 2011. Winter invertebrate dynamics in trout streams of southeastern Minnesota. Minnesota Water Resources Conference, 18-19 October 2011, St. Paul, Minnesota.	October 2011
Louwsma , J., B. Vondracek, J. Perry, J. Biederman, W. French, L. Krider, and L. C. Ferrington, Jr. 2011. 2011 Upper Midwest Stream Restoration Symposium, 1-3 March, Oconomowoc, Wisconsin.	March 2011
Loomis, J., B. Vondracek, and H. Schramm. 2008. Survival and blood chemistry response of walleye Sander vitreus to simulated live-release fishing tournaments. Minnesota Chapter, American Fisheries Society Annual Meeting, Alexandria, Minnesota, 3-5 March 2008. (Best student paper award)	March 2008
Loomis, J. H., B. Vondracek, and H. L. Schramm, Jr. 2008. The effects of simulated live-release walleye tournaments on survival and blood chemistry. 69th Midwest Fish and Wildlife Conference, Columbus, Ohio, 14-17 December 2008.	December 2008
Lepore, J., J. Keville, D. Dustin, C. Tomko, B. Vondracek. 2011. Cumulative Impacts of Residential Lakeshore Development on Littoral Habitat. Minnesota Water Resources Conference, 18-19 October 2011, St. Paul, Minnesota. (Poster)	October 2011
Lepore, J., J. Keville, D. Dustin, C. Tomckko, and B. Vondracek . 2011. Cumulative impacts of residential lakeshore development on littoral habitat. 44th Annual meeting of the Minnesota Chapter of the American Fisheries Society, 8-9 February, Sandstone, Minnesota. (Poster)	February 2011
Lepore, J. A., J. R. Keville, and B. Vondracek. Localized and cumulative impacts of lakeshore residential development on littoral habitat. Annual meeting of the Minnesota Chapter of the American Fisheries Society.	March 2013	Littoral habitat may be lost or altered by lakeshore residential development. Emergent and floating species richness, as well as presence of some intolerant macrophyte species, were significantly related to development and coarse woody structure abundance was significantly lower at sites where docks were present.
Lepore, J, J. Keville, D. Dustin, C. Tomcko, and B. Vondracek. 2012. Cumulative impacts of lakeshore residential development on littoral habitat. Minnesota Water Resources Conference, 16-17 October 2012, St. Paul, Minnesota.	October 2012	Aquatic macrophytes stabilize the shoreline and support macroinvertebrate and fish communities by providing spawning substrate, feeding area, and refuge. In-water structures such as docks, piers, and other alterations associated with shoreline residential development decrease aquatic vegetation and coarse woody structure.
Layton, J., A. Candelmo, B. Semmens, C.V. Pattengill-Semmens, B. Stock, L. Waterhouse, C.M. McCoy, B. Johnson, D. Heppell, S. Huber, S. Barkdoll, S.A. Heppell. 2023. Early Life History Stages of Yellowfin Grouper in Little Cayman, Cayman Islands. American Fisheries Society Annual Meeting, Spokane, Washington, ,USA.	August 2022	My goal here is to provide detail on bioenergetic status, growth, and condition of Yellowfin Grouper collected from a spawning aggregation site on Little Cayman, Cayman Islands and compare these results to the previously described critically endangered Nassau Grouper.
Landon, A.C., Fulton, D.C., Hansen, J., Miller, H.M., Reed, J., Safiq, A., Schroeder, S.A. Priorities for state fisheries management under fiscal constraint. Human Dimensions Pathways Conference. May 1-4, 2002. Bremerton, WA	May 2022	Anglers completed a choice experiment where they prioritized 8 common recreational fisheries management activities conducted by the Minnesota Department of Natural Resources (habitat management, conducting research, monitoring fish populations, stocking fish, providing angling access, large-lake walleye management, education, and recruitment and retention of anglers). Results revealed strong preference for habitat management, stocking fish, and monitoring fish populations. Anglers placed least
Landon, A., L. Cornicelli, D.C. Fulton, L. McInenly, and S. Schroeder. 2019. Assessing landowner preferences for CWD management in southeast Minnesota: a discrete choice experiment. Pathways: Human Dimensions of Wildlife Conference. Estes Park, CO, U.S.A.	September 2019	CWD posses a severe threat to Minnesota deer and the activity of deer hunting. Because most deer are harvested on private lands, assessing landowner preferences for CWD management is important to developing effective strategies to address CWD.
Landon, A., K. Smith, D.C. Fulton, and G. Kyle. Reconceptualizing motivation in human dimensions using self-determination theory. Human Dimensions Pathway Conference, June 2023, Ft. Collins. Co.	June 2023	Self-determination theory is broadly used in understanding human motivations but has not been applied to the human dimensions of wildlife management. This framework make suggestions for application of the theory in the context of management of fish and wildlife for recreation.
LaSharr, K., Fulton, D., and Cornicelli, L. 2016. Investigating Visitor Use Trends and Management Preferences at Minnesota Wildlife Management Areas. Minnesota Chapter of The Wildlife Society Conference, Mankato, MN. Oral Presentation.	February 2016	We are conducting a two-part research project that will help WMA district managers achieve management goals in Western Minnesota. First, we are estimating visitor-use levels through on-site intercepts and mail-back surveys, and then collecting detailed information about visitor expenses, experiences, and management preferences using a multi-modal survey targeting WMA users during the 2015 fall season.
LaSharr, K., D.C. Fulton, L.J. Cornicelli. Investigating visitor trends and management preferences at Minnesota Wildlife Management Areas. 23rd Annual conference of The Wildlife Society. Raleigh, NC, October 15-19, 2016.	October 2016	The manuscript presents a modeling framework for estimating visitor use of wildlife management areas as well as an approach for understanding visitor preferences for management.
Kyle Smith, D.C. Fulton, M. Craft. 2024. Linking human behavior and attitudes to spillover of SARS Cov-2 at the cervid-human interface. Midwest Fish & Wildlife Conference, January 28-31, 2024. Sioux Falls, SD	January 2024	Understanding the potential for spillover of zoonotic diseases such as SARS CoV-2 is an important wildlife management and human health issue.
Krider, L., J. A. Magner, J. Perry, L. C. Ferrington, Jr., and B. Vondracek. Air - water temperature relationships in the trout streams of Southeastern Minnesota’s carbonate - sandstone landscape. 5th Annual Driftless Area Symosium, 27-28 March 2012, LaCrosse, Wisconsin.	March 2012
Kramer, G.R., S. M. Peterson, H. M. Streby, and D. E. Andersen. 2021. Conservation of golden-winged warblers in the western Great Lakes region based regionally derived information. Midwest Fish and Wildlife Conference. Virtual meeting.	February 2021	Golden-winged warblers are a species of conservation concern, with the bulk of their global breeding population occurring in the western Great Lakes region. Until recently, information on population ecology of golden-winged warblers in this region has been lacking, and conservation strategies and management have been informed from the Appalachians breeding distribution. We provide a summary of existing information from the western Great Lakes region to inform regional conservation.
Kramer, G.R., K.O. Daly, H.M. Streby, and D.E. Andersen. 2017. A spatially explicit method for estimating the effects of landscape composition and configuration on full-season productivity of American woodcock in Minnesota. 11th American Woodcock Symposium, Rosscommon, Michigan, USA.	October 2017	How American woodcock respond to landscape-scale management is unclear, although there is broad consensus that woodcock will respond positively to management that influences landscape configuration and composition. We developed models of full-season productivity for a landscape in Minnesota to evaluate what factors are related to multiple components of woodcock productivity.
Kramer, G.R., H.M. Streby, S.M. Peterson, and D.E. Andersen. 2014. What do we know about Golden-winged Warblers in Minnesota? 2014 Annual Meeting of the Minnesota Chapter of The Wildlife Society.	March 2014	Golden-winged warblers are a species of conservation concern at multiple spatial scales and across multiple jurisdictions. We provide a summary of research findings in Minnesota and Manitoba regarding golden-winged warbler ecology and discuss management implications.
Kramer, G.R., H.M. Streby, S.M. Peterson, K.O. Daly, and D.E. Andersen. 2018. What's good for the woodcock is good for the warbler? Productivity of two young-forest flagship species on a shared landscape. 136th Stated Meeting of the American Ornithological Society. Tucson, Arizona, U.S.A.	April 2018	Multi-species approaches to wildlife management purportedly benefit multiple species based on the assumption that co-occurring species respond similarly to management. We assessed this assumption for two species associated with early successional forest and found that species responded to management differently at all relevant management scales.
Kramer, G.R., H.M. Streby, S.M. Peterson, K.O. Daly, and D.E. Andersen. 2018. Of woodcock and warblers: two species trying to thrive in the same landscape. The Wildlife Society Annual Conference, Cleveland, Ohio, U.S.A.	October 2018	Multi-species approaches to wildlife management have become commonplace and purport to manage different species under a single regime based on shared habitat associations and/or co-occurrence on a landscape. We assessed the validity of this concept by evaluating productivity of American woodcock and golden-winged warblers in a young-forest landscape in Minnesota.
Kramer, G.R., H.M. Streby, S.M. Peterson, J.A. Lehman, D.A. Buehler, P.B. Wood, and D.E. Andersen. 2014. There and back again: migratory behaviors of golden-winged warblers discovered using geolocators. University of Minnesota FNRM 8107 seminar series. St. Paul, Minnesota.	December 2014	Golden-winged warblers are species of special conservation concern, and have experience dramatic population declines in portions of their breeding distribution. Although these declines are thought to be related to reductions in quality and extent of breeding habitat, little is known about migration and spatial structure on the wintering grounds. We used light-level geolocators to assess migration connectivity and migration behavior.
Kramer, G.R., H.M. Streby, S.M. Peterson, J.A. Lehman, D.A. Buehler, P.B. Wood, D.J. McNeil, J.L. Larkin, and D.E. Andersen. 2016. Wintering grounds and migratory routes of golden-winged warblers discovered using light-level geolocators: implications for full life-cycle management. 76th Midwest Fish and Wildlife Conference, Grand Rapids, Michigan, USA.	January 2016	Golden-winged warblers are a species of special management concern, primarily due to dramatic population declines in the eastern portion of their breeding range, in spite of high nest success. Relatively little is known about their migration routes and wintering areas. We present information derived from geolocators that elucidates migration ecology and spatial relations of wintering golden-winged warblers from across their breeding distribution.
Kramer, G.R., H.M. Streby, S.M. Peterson, J.A. Lehman, D.A. Buehler, P.B. Wood, D.J. McNeil, J.L. Larkin, and D.E. Andersen. 2016. Nonbreeding isolation and population specific migration routes among three populations of golden-winged warblers. North American Ornithological Conference, Washington DC, USA.	August 2016	Golden-winged warblers are a species of conservation concern, having experienced a >95% decline in population size in the Appalachian Mountain portion of their breeding distribution. As with most Neotropical migrant songbirds, little is know about their migration routes and nonbreeding season distribution. We used light-level geolocators to evaluate year-round movements and wintering affiliations of golden-winged warblers from across their breeding distribution.,
Kramer, G.R., H.M. Streby, S.M. Peterson, J.A. Lehman, D.A. Buehler, P.B. Wood, D.J. McNeil, J.L. Larkin, and D.E. Andersen. 2015. Migration and movement ecology of golden-winged warblers derived from light-level geolocators. 2015 American Ornithologists' Union and Cooper Ornithological Society Joint Annual Meeting.	August 2015	Golden-winged warblers are a species of conservation concern, yet relatively little is known about their movements outside of the breeding season. We used light-level geolocators deployed on golden-winged warblers in Tennessee, Minnesota, and Pennsylvania to begin to elucidate migration and movement ecology.
Kramer, G.R., H.M Streby, S.M. Peterson, J.A. Lehman, D.A. Buehler, P.B. Wood, and D.E. Andersen. 2015. There and back again: migratory behaviors of golden-winged warblers discovered using geolocators. Joint Minnesota/Wisconsin Chapters of The Wildlife Society Annual Meeting, Duluth, Minnesota.	February 2015	Migratory behavior of small songbirds is poorly understood beyond general migration routes and wintering areas. We used light-level geolocators to test their effectiveness in elucidating migration routes and Central and South American wintering areas for two populations of golden-winged warblers, a species of conservation concern.
Kramer, G.R., D.E. Andersen, D.A. Buehler, P.ZB. Wood, S.M. Peterson, J.A. Lehman, K.R. Aldinger, L.P. Bulluck, B. Gray, S. Harding, J.A. Jones, D.I. King, J.L. Larkin, J.P. Ooegering, D.J. McNeil, D.B. Miles, C. Smalling, R. Vallender, and H.M. Streby. 2017. Range-wide migration patterns and distribution of Vermivora warblers during the nonbreeding period. Joint Meeting of the American Ornithological Society and the Society of Canadian Ornithologists, East Lansing, Michigan, USA.	August 2017	Golden-winged and blue-winged warblers comprise a species complex (perhaps a single polymorphic species) of high conservation concern. Studies of their reproductive ecology suggest that in most places, reproductive success is high, although population size in a portion of their distribution is declining. We used geolocators to evaluate nonbreeding season distribution and related population trends to nonbreeding season distribution and landscape conditions.
Kramer, G.R., D.E. Andersen, D.A. Buehler, P.B. Wood, S.M.Peterson, J.A. Lehman, K.R. Aldinger, L.P. Bulluck, B. Gray, S. Harding, J.A. Jones, D.I. King, J.P. Loegering, D.B. Miles, C. Smalling, R. Vallender, and H.M. Streby. Range-wide patterns of migratory connectivity and nonbreeding distribution of Vermivora warblers. 78th Midwest Fish and Wildlife Conference. Milwaukee, Wisconsin, U.S.A.	January 2018	Vermivora warblers (golden-winged and blue-winged warblers and their hybrids) are species of special conservation concern, based largely on dramatic population declines in the eastern portion of their breeding distribution. We marked Vermivora warblers across their breeding distribution to elucidate patterns of migratory connectivity, identify population-specific wintering distributions, and better understand migration timing and routes.
Kramer, G.R., D.E. Andersen, D.A. Buehler, P.B. Wood, S.M. Peterson, J.A. Lehman, K.R. Aldinger, L.P. Bulluck, S. Harding, J.A. Jones, J.P. Loegering, C. Smalling, R. Vallender, and H.M. Streby. 2023. Exposure to risk factors experienced during migration is not associated with recent Vermivora warbler population trends. Joint American Ornithological Society/Society of Canadian Ornithologists meeting, London, Ontario, Canada.	August 2023	Golden-winged warblers are a species of conservation concern that have experience dramatic population declines in the eastern portion of their breeding distribution. We assess potential risks during migration that may influence population dynamics and relate to spatial variation in population status.
Kramer, G.R., D.E. Andersen, D.A. Buehler, P.B. Wood, S.M. Peterson, J.A. Lehman, K.R. Aldinger, L.P. Bulluck, S. Harding, J.A. Jones, J.P. Loegering, C. Smalling, R. Vallender, and H.M. Streby. 2018. Population trends of Vermivora warblers are linked to strong migratory connectivity. 2018 The Wildlife Society Annual Conference, Cleveland, Ohio USA.	October 2018	Variable trends among breeding populations of Neotropical-Nearctic migrant songbirds are thought to be primarily related to factors on the breeding grounds, where conservation efforts have largely been focused. We evaluated migratory connectivity in Vermivora warblers (Golden-winged and Blue-winged Warblers and their hybrids) across their breeding distribution and documented strong migratory connectivity with populations experiencing declines linked to similar wintering areas, suggesting that
Kramer, G.R., D.E. Andersen, D.A. Buehler, P.B. Wood, S.M. Peterson, J.A. Lehman, K.R. Aldinger, L.P. Bulluck, S. Harding, J.A. Jones, J.P Loegering, C. Smalling, R. Vallender, and H.M. Streby. 2018. Range-wide migration patterns in Vermivora warblers. 136th Stated Meeting of the American Ornithological Society. Tucson, Arizona, U.S.A.	April 2018	How Neotropical-Nearctic migratory songbirds traverse their migratory routes is not well understood, and there are no assessments regarding migration by individual from across a species' breeding distribution. We evaluated migration of golden-winged warblers, blue-winged warblers, and their hybrids from across their breeding distribution in eastern North America using light-level geolocators.
Kramer, G.R., D.E. Andersen, D.A. Buehler, P.B. Wood, S.M. Peterson, J.A. Lehman, K.R. Aldinger, L.P Bulluck, B. Gray, S. Harding, J.A. Jones, D.I. King, J.L. Larkin, J.P Loegering, D.J. McNeil, D.B. Miles, C. Smalling, R. Vallender, and H.M. Streby. 2016. Range-wide assessment of wintering distributions and migration routes of golden-winged warblers using geolocators. The Wildlife Society Annual Conference, Raleigh, North Carolina, USA.	October 2016	Golden-winged warblers are a species of conservation concern, having experienced a >95% decline in population size in the Appalachian Mountain portion of their breeding distribution. As with most Neotropical migrant songbirds, little is know about their migration routes and nonbreeding season distribution. We used light-level geolocators to evaluate year-round movements and wintering affiliations of golden-winged warblers from across their breeding distribution.
Kramer, G.R., D.E. Andersen, D.A. Buehler, P.B. Wood, S.M. Peterson, J.A. Lehman, K.R. Aldinger, L.P. Bulluck, S. Harding, J.A. Jones, J.P. Loegering, C. Smalling, R. Vallender, and H.M. Streby. 2020. Limited evidence that variation in space use and exposure to potential risk factors during migration are associated with variation in Vermivora warbler population trends. North American Ornithological Conference. Virtual meeting.	August 2020	Golden-winged warblers are a species of conservation concern, and little is known about mortality risk during migration. Using movement data derived from geolocator-marked golden-winged warblers, we assessed mortality risk during migration to factors thought to influence survival.
Kiley Fryman and David Fulton. 2024. Genetic Biocontrol for Aquatic Invasive Species: Understanding the Public's Perceptions. January 28-31. Midwest fish and Wildlife Conference. Sioux Falls, SD.	January 2024	Synthetic biology techniques hold promise for controlling invasive species but public acceptance of the approach might be necessary prior to implementation.
Keville, J., J. Lepore, D. Dustin, C. Tomko, B. Vondracek. 2012. Cumulative Impacts of Residential Lakeshore Development on Littoral Habitat. 142nd Annual meeting of the American Fisheries Society, 19-23 August 2012, St. Paul, Minnesota.	August 2012
Kennedy, P.L., J.E. Bruggeman, T. Swem, D.E. Andersen, and D. Nigro. 2015. Dynamics of a recovering Arctic bird population: the importance of climate, density dependence, and site quality. Annual Meeting of the Ecological Society of Australia, Adelaide, Australia.	December 2015	Factors influencing population ecology during recovery from increased mortality rates and/or decreased productivity resulting from exposure to persistent pesticides in birds is not well understood. We evaluated historical survey records for Arctic peregrines nesting on the North Slope, Alaska to better understand the factors influencing population recovery.
Kennedy, P.L., J.E. Bruggeman, T. Swem, D.E. Andersen, and D. Nigro. 2015. (invited) Dynamics of a recovering Arctic bird population: the importance of climate, density dependence, and site quality. University of Western Australia, Perth, Australia.	July 2015	Factors influencing population ecology during recovery from increased mortality rates and/or decreased productivity resulting from exposure to persistent pesticides in birds is not well understood. We evaluated historical survey records for Arctic peregrines nesting on the North Slope, Alaska to better understand the factors influencing population recovery.
Kennedy, P.L., J.E. Bruggeman, T. Swem, D.E. Andersen, and D. Nigro. 2015. (invited) Dynamics of a recovering Arctic bird population: the importance of climate, density dependence, and site quality. Murdoch University, Perth, Australia.	July 2015	Factors influencing population ecology during recovery from increased mortality rates and/or decreased productivity resulting from exposure to persistent pesticides in birds is not well understood. We evaluated historical survey records for Arctic peregrines nesting on the North Slope, Alaska to better understand the factors influencing population recovery.
Kennedy, P.L. and D.E. Andersen. 1999 (Invited). Methods for monitoring regional populations of northern goshawks (Accipiter gentilis): An example protocol from the western Great Lakes region. Annual Meeting of The Raptor Research Foundation, Inc., La Paz, Mexico.	November 1999
Hurford, A. L., B. Vondracek, and C. R. Reutz III. 2000. Interactions between brown trout and slimy sculpin in Valley Creek, Minnesota.	October 2000
Huff, D. D., L. M. Miller, and B. Vondracek. 2011. A simulated reciprocal transplant experiment: local adaptation in reintroduced populations of a native North American fish. 141st Annual Meeting of the American Fisheries Society, 4-8 September 2011, Seattle, Washington.	September 2011
Huff, D. D., L. M. Miller, and B. Vondracek. 2009. Patterns of ancestry and genetic diversity in reintroduced populations of the slimy sculpin: Implications for conservation. 70th Midwest Fish and Wildlife Conference, Springfield, Illinois, 6-9 December.	December 2009
Huff, D. D., L. M. Miller, and B. Vondracek. 2009. Native fish reintroductions: why is there variation in the persistence amoung ancestral groups of slimy sculpins? 23rd annual meeting of the Society of Conservation Biology, Beijing, China, 11-16 July 2009.	July 2009	Reintroduction of native fish is complicated by lack of understanding of the genetics or historical and remnant populations. We evaluated the persistence of ancestral types in reintroduced populations of slimy sculpins.
Huff, D. D., L. M. Miller, C. J. Chizinski, and B. Vondracek. 2010. Outbreeding depression and genetic diversity in reintroduced populations of the slimy sculpin. Joint Meeting of the Minnesota Chapters of the American Fisheries Society, Society for Conservation Biology, Society of American Foresters and The Wildlife Society, 1-3 March, Nisswa, Minnesota.	March 2010
Hill, N., T.R. Cooper, D.H. Johnson, and D.E. Andersen. 2017. Secretive marshbird response to wetland plant management in western Minnesota. 2017 Annual meeting of The Wildlife Society, Albuquerque, New Mexico, USA.	September 2017	Due to the secretive nature of certain marshbird species, they are difficult to detect, and existing avian survey methods (e.g., Breeding Bird Surveys) do not provide reliable estimates of population size or trends. Recent efforts to develop and standardize survey protocols for secretive marshbirds provide a framework for evaluating responses of this group of birds to vegetation management and for assessing their distribution and abundance. We use the Standardized North American Marsh Bird Moni
Hill, N., T.R. Cooper, D.H. Johnson, and D.E. Andersen. 2016. Secretive marshbird response to wetland management in western Minnesota. 2016 Annual Symposium of the Natural Resources Association of Graduate Students, Saint Paul, Minnesota, USA.	April 2016	Due to the secretive nature of certain marshbird species, they are difficult to detect, and existing avian survey methods (e.g., Breeding Bird Surveys) do not provide reliable estimates of population size or trends. Recent efforts to develop and standardize survey protocols for secretive marshbirds provide a framework for evaluating responses of this group of birds to vegetation management and for assessing their distribution and abundance. We use the Standardized North American Marsh Bird Moni
Hill, N., T.R. Cooper, D.H. Johnson, and D.E. Andersen. 2016. Secretive marshbird response to wetland management in western Minnesota. 2016 Annual Meeting of the Minnesota Chapter of The Wildlife Society, Mankato, Minnesota, USA.	February 2016	Secretive marshbirds are a group of special conservation concern, in part because they are difficult to detect and monitor. We present information on the first year of a two-year study to evaluate the response of secretive marshbirds to control of invasive wetland vegetation in two locations in western Minnesota.
Hill, N., T. Cooper, D.H. Johnson, and D.E. Andersen. 2017. Secretive marshbird response to wetland management in western Minnesota. Minnesota Waterfowl Symposium, Bloomington, Minnesota.	February 2017	Abundance, distribution, and habitat relations of secretive marshbirds are poorly understood, and how they respond to management of invasive vegetation is largely unknown. We conducted standardized surveys across a gradient of management intensity for invasive vegetation to assess whether this group of birds responds to management of invasive vegetation in the Prairie Pothole Region of western Minnesota.
Hill, N., T. Cooper, D.H. Johnson, and D.E. Andersen. 2017. Secretive marshbird response to wetland management in western Minnesota. 77th Midwest Fish and Wildlife Conference, Lincoln, Nebraska.	February 2017	Secretive marshbirds are poorly surveyed and their abundance and habitat relations are poorly understood. We used standardized surveys to evaluate the distribution and abundance of marshbirds in relation to control of invasive vegetation in Prairie Pothole wetlands in western Minnesota.
Hill, N., T. Cooper, D.H. Johnson, and D.E. Andersen. 2017. Secretive marshbird response to wetland management in western Minnesota. 2017 Annual Meeting of the Minnesota Chapter of The Wildlife Society, Callaway, Minnesota.	February 2017	Abundance, distribution, and habitat relations of secretive marshbirds are poorly understood, and how they respond to management of invasive vegetation is largely unknown. We conducted standardized surveys across a gradient of management intensity for invasive vegetation to assess whether this group of birds responds to management of invasive vegetation in the Prairie Pothole Region of western Minnesota.
Hill, N., D.E. Andersen, D.H. Johnson, and T. Cooper. 2018. Secretive marshbird response to long-term vegetation management in west-central Minnesota. 2018 Annual Meeting of the Minnesota Chapter of The Wildlife Society. St. Cloud, Minnesota, U.S.A.	February 2018	How secretive marshbirds respond to management of invasive vegetation in Prairie Pothole Region wetlands is unknown. We used records of vegetation management using grazing and fire in western Minnesota to evaluate whether marshbirds responded to ongoing efforts to control invasive vegetation.
Hill, N., D.E. Andersen, D.H. Johnson, and T. Cooper. 2018. Secretive marshbird response to herbicide control of invasive cattail (Typha spp.) in northwestern Minnesota. 2018 Annual Meeting of the Minnesota Chapter of The Wildlife Society. St. Cloud, Minnesota, U.S.A.	February 2018	Invasive cattails can significantly impact wetlands, and a primary method of control is herbicide application. We evaluated response of secretive marshbirds to control of invasive cattails using herbicide in impounded wetlands in northwestern Minnesota.
Hill, N., D.E. Andersen, D.H. Johnson, and T. Cooper. 2018. Converting marshbird counts to density: adjusting for distance and variable amounts of potential cover at survey points. 2018 Annual Conference of The Wildlife Society. Cleveland, Ohio U.S.A.	October 2018	Estimates of abundance derived from point counts generally assume that the area surrounding the point has some likelihood of an animal being present. However, in situations where only a portion of the area surrounding a point has positive probability of occupancy, count data are not a useful proxy for abundance and no clear guidelines exist for transforming counts to estimates of density. We describe a process to convert secretive marshbird counts at points to densities that accounts for variab
Hill, N., D.E. Andersen, D.H. Johnson, and T. Cooper. 2018 Secretive marshbird response to fire and grazing in wetlands of western Minnesota. 78th Midwest Fish and Wildlife Conference. Milwaukee, Wisconsin, U.S.A.	January 2018	Fire and grazing are used to managed vegetation, including invasive vegetation, in and surrounding Prairie Pothole Region wetlands. We evaluated whether there was evidence that secretive marshbirds responded to these practices in western Minnesota.
Henry, J.K., B. Vondracek, and J. Westra. 2001. Effects of agricultural practices on fish communities. Joint meeting of the Dakota, Minnesota, and Southeast Ontario chapters of the American Fisheries Society, Fargo, North Dakota. March.	March 2001
Henry, J.K., B. Vondracek, and J. Westra. 2001. Effects of agricultural practices on fish communities.	March 2001
Henneman, C., M.A. McLeod, and D.E. Andersen. 2005. Using presence/absence surveys to assess status and population trend of red-shouldered hawks (Buteo lineatus) in central Minnesota. 2005 Raptor Research Foundation, Inc., Annual Meeting, Green Bay, Wisconsin.	October 2005
Hayes, S., Anderson, D.H., and Fulton, D.C. 2000. Identifying social benefits of waterfowl production areas in Minnesota. 62nd Midwest Fish and Wildlife Conference, Minneapolis, MN. December 5-8, 2000.	November 2001
Harshaw, H., D.C. Fulton, A. Dayer, A. Raedeke, and J. Duberstein. 2019. North American waterfowl hunters’ and birdwatchers’ involvement in conservation. Pathways: Human Dimensions of Wildlife Conference. Estes Park, CO, U.S.A.	September 2019	The 3rd objective on the 2012 NAWMP revisions emphasizes the importance of stakeholders being involved in conservation activities. This presentation uses continent scale data to better understand the variables that influence conservation behavior among birdwatchers and hunters.
Goebel, K.M., N.M. Davros, D.E. Andersen, and P.J. Rice. 2020. (Invited). Insecticide drift and impacts on insect prey resources of birds on public grasslands in Minnesota. Minnesota Department of Natural Resources. St. Paul, Minnesota, U.S.A.	August 2020	Routine application of agricultural insecticides has the potential to influence grassland wildlife. We evaluated potential exposure of grassland wildlife to agricultural insecticides in an agricultural landscape in western Minnesota.
Goebel, K.M., N.M. Davros, D.E. Andersen, and P.J. Rice. 2020. Insecticide drift and impacts on insect prey resources of birds on public grasslands in Minnesota. Midwest Fish and Wildlife Conference, Springfield, Illinois, U.S.A.	January 2020	Insecticide drift in agricultural landscapes has the potential to directly and indirectly affect grassland wildlife. We evaluated the extent and magnitude of drift and measured the effects of drift on arthropods in grasslands in an agricultural landscape in southwestern Minnesota.
Goebel, K.M., N.M. Davros, D.E. Andersen, and P.J. Rice. 2020. Impacts of insecticide spray drift on insect prey resources of birds in public grasslands in Minnesota. 2020 Annual Meeting of the Minnesota Chapter of The Wildlife Society, Willmar, Minnesota, U.S.A.	February 2020	Insecticide application in agricultural landscapes has the potential to affect grassland birds indirectly through impacts on their arthropod food. We assessed drift of insecticides in an agricultural landscape in southwestern Minnesota and documented effects of arthropods important as prey to grassland birds.
Goebel, K.M., N.M Davros, and D.E. Andersen. 2018. Insecticide exposure risk for grassland wildlife on public land in southwestern Minnesota. 78th Midwest Fish and Wildlife Conference. Milwaukee, Wisconsin, U.S.A.	January 2018	Recent evidence suggests that exposure of grassland birds to agricultural chemicals may be a more significant factor in grassland bird population dynamics that habitat availability. We are evaluating the potential risk of direct and indirect exposure of grassland wildlife to insecticides used to combat soybean aphids in southwestern Minnesota.
Goebel, K., N. Davros, and D.E. Andersen. 2018. Insecticide exposure risk for grassland wildlife on public land in southwestern Minnesota. 2018 Annual Meeting of the Minnesota Chapter of The Wildlife Society. St. Cloud, Minnesota, U.S.A.	February 2018	Grassland birds are potentially exposed to routine application of agricultural insecticides, and recent evidence suggests effects of such exposure may influence population dynamics. We are evaluating direct and indirect exposure risk of grassland wildlife to insecticides applied to control soybean aphids in southwestern Minnesota.
Goebel, K., N. Davros, and D.E. Andersen. 2017. Evaluating insecticide exposure risk for grassland wildlife on public lands. 77th Midwest Fish and Wildlife Conference, Lincoln, Nebraska, USA.	February 2017	Routine application of agricultural insecticides to control soybean aphids occurs across much of the agricultural landscape in western Minnesota and elsewhere. We are evaluating the exposure risk to wildlife in grassland cover types on public land to identify potential exposure risk.
Goebel, K., N. Davros, and D.E. Andersen. 2017. Evaluating insecticide exposure risk for grassland wildlife on public lands. 2017 LCCMR Pollinator Project Meeting, St. Paul, Minnesota U.S.A.	March 2017	Grassland wildlife in agricultural landscapes is potentially exposed both directly and indirectly to insecticides via routine application of insecticides to crops. We are evaluating the potential exposure risk of grassland wildlife on public lands, and potential indirect effects through impacts on insect food in southwestern Minnesota.
Goebel, K., N. Davros, and D.E. Andersen. 2017. Evaluating insecticide exposure risk for grassland wildlife on public lands. 2017 Annual Meeting of the Minnesota Chapter of The Wildlife Society, Callaway, Minnesota.	February 2017	Routine application of agricultural insecticides to control soybean aphids occurs across much of the agricultural landscape in western Minnesota and elsewhere. We are evaluating the exposure risk to wildlife in grassland cover types on public land to identify potential exposure risk.
Goebel, K., N. Davros, D.E. Andersen, and P.J Rice. 2018. Insecticide exposure risk for grassland wildlife on public land in southwestern Minnesota. 2018 Annual Conference of The Wildlife Society. Cleveland, Ohio U.S.A.	October 2018	Grassland birds are potentially exposed to routine application of agricultural insecticides, and recent evidence suggests effects of such exposure may influence population dynamics. We are evaluating direct and indirect exposure risk of grassland wildlife to insecticides applied to control soybean aphids in southwestern Minnesota.
Goebel, K., N. Davros, D.E. Andersen, and P. Rice. 2019. Grassland wildlife exposure to insecticides on public land in Minnesota. Natural Resources Association of Graduate Students Symposium. St. Paul, Minnesota U.S.A.	April 2019	Grassland birds are potentially exposed to routine application of agricultural insecticides, and recent evidence suggests effects of such exposure may influence population dynamics. We are evaluating direct and indirect exposure risk of grassland wildlife to insecticides applied to control soybean aphids in southwestern Minnesota.
Goebel, K., N. Davros, D.E. Andersen, and P. Rice. 2019. Grassland wildlife exposure to insecticides on public land in Minnesota. 2019 Annual Meeting of the MN Chapter of The Wildlife Society. Duluth, Minnesota U.S.A.	February 2019	Grassland birds are potentially exposed to routine application of agricultural insecticides, and recent evidence suggests effects of such exposure may influence population dynamics. We are evaluating direct and indirect exposure risk of grassland wildlife to insecticides applied to control soybean aphids in southwestern Minnesota.
Goebel, K., N. Davros, D.E. Andersen, and P. Rice. 2018. Evaluating insecticide exposure risk for grassland wildlife on public lands. Natural Resources Association of Graduate Students Symposium. St. Paul, Minnesota U.S.A.	April 2018	Grassland birds are potentially exposed to routine application of agricultural insecticides, and recent evidence suggests effects of such exposure may influence population dynamics. We are evaluating direct and indirect exposure risk of grassland wildlife to insecticides applied to control soybean aphids in southwestern Minnesota.
Goebel, K., N. Davros, D.E. Andersen, and P. Rice. 2018. Evaluating insecticide exposure risk for grassland wildlife on public lands. 2018 LCCMR Pollinator Project Meeting, St. Paul, Minnesota U.S.A.	March 2018	Grassland cover in agricultural landscapes is influenced by surrounding land use. One potential stressor is exposure to agricultural insecticides applied in adjacent cropland, but the potential impacts of this stressor are largely unknown. We are evaluating both potential direct and indirect exposure of grassland wildlife to agricultural insecticides in southwestern Minnesota.
Gillespie, M. and D.E. Andersen. 2008. (Invited). Canada geese in the Hudson Bay Lowlands?how research compliments management actions. Wapusk National Park Research and Monitoring Conference, Winnipeg, Manitoba, Canada.	February 2008
Fulton, David C., K. Slagle, A. Dietsch, H. Harshaw, H. Miller, E. Watkins and R. Schuster, NAWMP Surveys of Stakeholders: Findings Highlights from the US and Canada. Presented to Human Dimensions Working Group. St. Louis, MO January 2018	January 2018	The presentation summaries findings from a US-Canada wide study of waterfowl hunters and birdwatchers. Findings will be used to help inform updates to the North American Waterfowl Management Plan.
Fulton, D.C., Schroeder, S.A., Lawrence, J.S., and Cordts, S. D. Changes in waterfowl hunter participation, motivations and satisfaction over time. Midwest Fish and Wildlife Conference, December 2007. Madison, WI.	December 2007
Fulton, D.C., Schroeder, S.A. and Rudberg, E. Factors influencing conservation of lakescapes. 10th Biennial Conference of Research on the Colorado Plateau/Society of Conservation Biology North American Section Meeting. October, 2009. Flagstaff, AZ.	October 2009
Fulton, D.C., S.A. Schroeder and J. Lawrence. 2006. Do hunter satisfaction and trust in agency personnel predict support for waterfowl regulations? The Wildlife Society 13th Annual Meeting, Anchorage, AK. (Presented)	September 2006
Fulton, D.C., S. Schroeder, and L.J. Cornicelli. Hunting as a social-ecological system: the case of turkey hunting. The 23rd Annual Conference of The Wildlife Society. Raleigh, NC, October 15-19, 2016.	October 2016	This paper presents a decision choice modeling approach for understanding regulatory among turkey hunters in Minnesota. Quantifying stakeholder preferences in a rigorous fashion allows for improved definition of management objectives and goals in the regulatory decision process.
Fulton, D.C., S. A. Schroeder, E. Rudberg., W. Penning and K. DonCarlos. Influence of persuasive messages on support for restricting lead shot in Minnesota. Pathways to success: Integrating human dimensions into fish and wildlife management. Estes Park, CO September 2008.	September 2008
Fulton, D.C., M.J. Manfredo, and T.L. Teel 2019. America’s shifting wildlife values, attitudes, and wildlife management in the U.S. North American Duck Symposium. Winnipeg, Manitoba, Canada. (Invited presentation in opening plenary session).	August 2019	This research documents a shift in wildlife value orientations among the U.S. public. This shift have broad implications for participation in widlife-based recreation and the funding models supporting the North American Model of Wildlife Management.
Fulton, D.C., J.S. Lawrence, E. Price, and J. Vlaming. 2002. Comparison of Minnesota waterfowl hunters and wildlife professionals on beliefs about and support for waterfowl conservation and management strategies. 9th Annual The Wildlife Society Conference, Bismarck, ND. September 24-28.	September 2002
Fulton, D.C., Bruskotter, J. and Schroeder, S. Using the cognitive hierarchy to understand and predict angler behavior: Its promise and limitations. World Recreation Fishing Conference. Victoria, BC. July 16-20, 2017.	July 2017	We provide a critical examination of 1) the concepts in the cognitive hierarchy, 2) the predictive ability of the derived theories, and 3) suggestions for improving the approach in the context of recreational fisheries management.
Fulton, D.C., A. Raedeke, J., Enck, Humburg, D., and K. Hunt. Development of a waterfowl hunter recruitment and retention strategy. Pathways to success: Integrating human dimensions into fish and wildlife management. Estes Park, CO September 2008.	September 2008
Fulton, D.C. and Schroeder, S.A. Predicting personal norms and behavioral intentions for protection and removal of native aquatic plants. Annual Meeting of the Society of Conservation Biology, July 2009. Beijing, China.	July 2009
Fulton, D.C. and R. Dodd. Managing Muskie in Minnesota. Annual Meeting of the American Fisheries Society, Ottawa, Canada, August 2008.	August 2008
Fulton, D.C. and LJ. Cornicelli. Managerial Implications of the Enduring WVO Concept. Human Dimensions Pathways Conference. Goslar, Germany	September 2018	We presented a summary of management implication related to a nationwide study of wildlife value orientations held by the general public in all 50 states.
Fulton, D.C. and L.J. Cornicelli. The dynamic nature of values and wildlife value orientations. International Symposium on Society and Resource Management (ISSRM) . Umea, Sweden. June 19-22, 2017.	June 2017	Values at a societal level do change, but this change occurs largely through intergenerational shift, and the cultural and social values that form the social context of individuals are also relatively stable and resistant to rapid change. When substantive value shifts occur at the societal level it is in response to major social-ecological change such as immigration, warfare, or ecological collapse.This shift has consequences for conservation at a global level as modernizing nations exhibit mo
Fulton, D.C. and K. Davan. 2021. Understanding attitudes and risk perceptions of using genetic biocontrol for invasive species. Minnesota Aquatic Invasive Species Center Showcase. September 22, 2021. Virtual. St. Paul, MN	September 2021	We review approaches for understanding attitudes and risk perceptions of using genetic biocontrol for invasive species in Minnesota.
Fulton, D.C. and D.H. Anderson. 2002. Assessing non-economic benefits of waterfowl production areas in Minnesota. The 9th International Symposium on Society and Resource Management. Indiana University. Bloomington, IN. June 2-5.	June 2002
Fulton, D.C. May 2000. A planning framework for experience-based wildlife viewing management. Wildlife Viewing: A Management Planning Workshop. Winterpark, Colorado. 17-19 May 2000.	May 2000
Fulton, D.C. July 2000 (Invited). Integrating social information into decision-making. Trout and the trout angler: Workshop II. Sponsored by the Salmonid Technical Committee, North Central Division of the American Fisheries Society, La Crosse, Wisconsin. 6-8 July 2000.	July 2000
Fulton, D.C. Influences on Private Landowner Behaviors to Manage Wildlife Habitat. 79th North American Wildlife and Natural Resources Conference. Denver, Co March 12, 2014.	March 2014	This presentation summarizes relevant research on private landowners behaviors related to the conservation of wildlife habitat. Understanding private landowners' conservation behavior is important given that the majority of land in the United States in privately owned.
Fulton, D.C. February 2000. Applying outcomes-based management to fish and wildlife recreation. Human Dimensions of Natural Resource Management: Emerging Issues and Practical Applications. University of Minnesota, St. Paul. 1-3 February 2000.	February 2000
Fulton, D.C. 2013. Application of human dimensions inquiry and findings to inform efforts to recruit and retain hunters and birders. North American Duck Symposium. Memphis, TN. Jan. 27-Feb. 1, 2013.	January 2013	This presentation reviews past approaches and suggests future direction for research concerning recruitment and retention of waterfowl hunters and viewers. It will assist researchers and managers in designing future research concerning recreational recruitment and retention programs.
Fulton, D.C. 2004. Motivations for and economic impacts of coldwater recreational fishing in Lake Superior, Minnesota. American Fisheries Society. August 21-26, Madison, WI. (Invited).	August 2004
Fulton, D.C. 2003. Understanding angler knowledge and ethics: User ethics in recreational fisheries. Society of Conservation Biology, June 29, Duluth, MN (Invited)	June 2003
Fulton, D.C. 2002. Minnesota waterfowl hunters: A study of hunters' opinions and activities in 2000. Minnesota. Waterfowl Association Annual Meeting, Okoboji, IA. April 14.	April 2002
Fulton, D.C. (Invited) Boomers, Xers and Y’s in the workforce: What they mena for the management of fish and wildlife. Western Association of Fish and Wildlife Agencies Annual Meeting. Rapid City, South Dakota, July 2008.	July 2008
Fulton, D.C. H.W. Harshaw, N. Cole, A. Raedeke, and R. Schuster. 2019. Understanding trip preferences of birdwatchers and waterfowl hunters. Pathways: Human Dimensions of Wildlife Conference. Estes Park, CO, U.S.A.	September 2019	This presentation summarizes finding from discrete choice experiments with waterfowl hunters and birdwatchers that identify their preferences for attributes related to hunting or birdwatching trips. The information will be used to revise objectives in future revisons of NAWMP.
Fulton, D.C. H.W. Harshaw, H. Miller, A. Raedeke, R. Schuster, A. Dayer, and J.N. Duberstein 2018. Using Discrete Choice Experiments to Understand Trip Preferences of Birdwatchers and Waterfowl Hunters in the United States and Canada. 2018 Annual Conference of The Wildlife Society. Cleveland, Ohio U.S.A. (Invited)	October 2018	This presentation summarized finding from choice experiments with waterfowl hunters and birdwatchers that identified preferences for attributes related to participating in these activities. This information will be used to inform objective setting activities for future NAWMP revisions.
Fulton, D.C. 2007. Hunting satisfaction, participation and regulations. Minnesota Waterfowl Association Annual Meeting, Bloomingtion, MN.	April 2007
Fulton, D. et al. Using Discrete Choice Experiments to Understand Trip Preferences of Birdwatchers and Waterfowl Hunters in the United States and Canada. Internal Symposium for Society and Resource Management. Snowbird, Utah	June 2018	The is work summarizes key findings from a continent wide choice experiment of waterfowl hunters and birders that identifies key attributes of experiences.
Fronczak, D.L., D.E. Andersen, E.E. Hannah, and T.R. Cooper. 2016. Distribution, migration chronology, and survival estimate of Eastern Population sandhill cranes. 76th Midwest Fish and Wildlife Conference, Grand Rapids, Michigan, USA.	January 2016	Annual survival and migration ecology are relatively poorly understood in the rapidly growing Eastern Population (EP) of sandhill cranes. We studied movements and survival of EP cranes and describe spring and fall migration patterns, estimate annual survival rate, and evaluate the effectiveness of current surveys for estimating population size and trend.
French, W., L. Ferrington, B. Vondracek, J. Perry, J. Magner, J. Biederman, J. Louwsma, L. Krider, and P. Kranzfelder. 2011. Mitigating the effects of climate change on cold water streams in southeastern Minnesota. 44th Annual meeting of the Minnesota Chapter of the American Fisheries Society, 8-9 February, Sandstone, Minnesota.	February 2011
French, W., J. Biederman, J. Mazack, P Sherman, L. Krider, L. C. Ferrington, Jr., B. Vondracek, and J. Perry. 2012. Winter foraging and growth of brown trout in southeastern Minnesota streams. 142nd Annual meeting of the American Fisheries Society, 19-23 August 2012, St. Paul, Minnesota.	August 2012
French, W., J. Biederman, J. Mazack, P Sherman, L. Krider, L. C. Ferrington, Jr., B. Vondracek, and J. Perry. 2012. Winter foraging and growth of brown trout in southeastern Minnesota streams. 5th Annual Driftless Area Symosium, 27-28 March 2012, LaCrosse, Wisconsin.	March 2012
French, W., J. Biederman, J. Louwsma, P Sherman, L. Krider, L. C. Ferrington, Jr., B. Vondracek, and J. Perry. 2011. Winter diets and dynamics of brown trout in groundwater dominated streams. Minnesota Water Resources Conference, 18-19 October 2011, St. Paul, Minnesota. (Poster)	October 2011
French, W., J. Biederman, J. Louwsma, P Sherman, L. Krider, L. C. Ferrington, Jr., B. Vondracek, and J. Perry. 2011. Winter diets and dynamics of brown trout in groundwater dominated streams. 72nd Midwest Fish and Wildlife Conference, 4-7 December 2011, Des Moines, Iowa. (Poster)	December 2011
French, W., J. Biederman, J. Louwsma, P Sherman, L. Krider, L. C. Ferrington, Jr., B. Vondracek, and J. Perry. 2011. Winter diets and dynamics of brown trout in groundwater dominated streams. 141st Annual Meeting of the American Fisheries Society, 4-8 September 2011, Seattle, Washington.	September 2011
French, W. E., B. Vondracek, L. C. Ferrington, Jr., J. Finley, and D. J. Dieterman. Relative position of brown trout in winter food webs of groundwater-dominated streams using stable isotope analysis. Midwest Fish and Wildlife Conference, 26-29 January 2014, Kansas City, Missouri. Summer interactions of stream-dwelling brown trout Salmo trutta within food webs have been frequently studied; however, relatively little is known during winter within food webs. Groundwater may increase the availability of potential prey and create more favorable foraging conditions for trout by maintaining relatively warm winter temperatures. We used stable isotope analysis to examine the relative position of brown trout in the aquatic food webs of 13 streams across the Driftless Ecoregion of southeastern Minnesota. Two tissue types with differing turnover rates (fin and mucus) were used to examine temporal, and spatial variation in relative food web position of brown trout. Although relative food web position varied both temporally and by individual, brown trout stable isotope signatures indicated aquatic invertebrates were likely the predominant prey source. Additionally, brown trout may have used a combination of allochthonous and autochthonous derived resources within the winter aquatic food web.	January 2014	Relatively little is known about food webs of Brown Trout during winter. Although relative food web position varied both temporally and by individual, brown trout stable isotope signatures indicated aquatic invertebrates were likely the predominant prey source.
French, W. E., B. Vondracek, L. C. Ferrington, Jr., J. Finley, and D. J. Dieterman. Pairing of stomach content and stable isotope analysis to examine winter trophic relationships of brown trout Salmo trutta in a groundwater-dominated stream. To be presented at the annual meeting of the Minnesota Chapter of the American Fisheries Society.	March 2013	This study was a comprehensive analysis of diet, growth, and condition of brown trout in a groundwater-dominated stream. We found that trout likely benefited from a buffered thermal regime and consistently available prey in this groundwater-dominated stream during winter.
French, W. E., B. Vondracek, L. C. Ferrington, Jr., J. Finlay, and D. J. Dieterman. Factors influencing winter growth and condition of Brown Trout in groundwater dominated streams of the Driftless Ecoregion. Annual meeting of the American Fisheries Society.	August 2014	Growth of stream-dwelling brown trout is not well studied in winter. Brown Trout growth was significantly and positively related to the amount of groundwater input across 35 streams in the Driftless Ecoregion of Southeastern Minnesota.
French, W. E., B. Vondracek, L. C. Ferrington, Jr., J. Findley, and D. Dieterman. 2015. Winter growth of brown trout in southeastern Minnesota streams: the effects of groundwater buffering and trout diet. 75th Midwest Fish and Wildlife Conference, Indianapolis, Indiana.	February 2015	Winter may reduce growth of stream dwelling trout in temperate latitudes, because of low water temperatures, ice formation, and reduced prey availability, but these factors may be mediated in groundwater-dominated streams. We found that Brown Trout exhibited significant growth in 17 of 24 coldwater-dominated streams with was no significant change in condition between early and late winter.
Factors Impacting Hunter Access to Private Lands in Southeastern Minnesota. Annual Meeting of the Minnesota Chapter of the Wildlife Society, Mankato, MN, February 9-11, 2016	February 2016	We used the results of a 2013 mail survey of southeastern Minnesota landowners to examine factors that influence landowners’ decision to allow hunting access to strangers. We found that landowners’ who posted their property were less likely to allow access for strangers, while landowners’ of larger properties were more likely to allow hunting access to strangers.
Factors Impacting Hunter Access to Private Lands in Southeastern Minnesota. 4th Annual Natural Resources Association of Graduate Students Research Symposium, St. Paul, MN, April 15, 2016.	April 2016	We used the results of a 2013 mail survey of southeastern Minnesota landowners to examine factors that influence landowners’ decision to allow hunting access to strangers. We found that landowners’ who posted their property were less likely to allow access for strangers, while landowners’ of larger properties were more likely to allow hunting access to strangers.
Epton, J.A. and D.C. Fulton. June 2000. Procedural justice in natural resource decision making: Building healthy communities of interest. 8th International Symposium on Society and Resource Management, Bellingham, Washington. 17-22 June 2000.	June 2000
Epton, J.A. and D. C. Fulton. 2002. Using participatory decision-making to build relationships in natural resource communities of interest. The 9th International Symposium on Society and Resource Management. Indiana University. Bloomington, IN. June 2-5.	June 2002
Epton, J. and D.C. Fulton. July 2000 (Invited). Building community through conflict management. Trout and the trout angler: Workshop II. Sponsored by the Salmonid Technical Committee, North Central Division of the American Fisheries Society, La Crosse, Wisconsin. 6-8 July 2000.	July 2000
Dustin, D., J. Lepore Schmidt, J. Keville, and B. Vondracek. 2014. Impacts of shoreline development on fish and littoral habitat in northern Minnesota. Annual meeting of the Minnesota Chapter of the American Fisheries Society, Mankato, Minnesota, 3-5 March 2014.	March 2014	Lakeshore development may have cumulative effects on fish and macrophytes. We found that development intensity, measured with the Score Your Shore survey, had a significant impact on vegetation and Coarse Woody Structure, indicating that landowner choices can mitigate the impacts of development.
Dougherty, E.M. and D.C. Fulton. 2000. Understanding values and attitudes related to deer management in Cuyahoga Valley National Recreation Area. 8th International Symposium on Society and Resource Management, Bellingham, Washington. 17-22 June 2000.	June 2001
Dolph, C., S. Eggert, J. Magner, L. Ferrington, and B. Vondracek. 2012. The response of macroinvertebrate community structure and function to reach-scale restoration in agricultural streams of southern Minnesota. Minnesota Water Resources Conference, 16-17 October 2012, St. Paul, Minnesota.	October 2012
Dolph, C., J. Magner, and B. Vondracek. 2010. Linking ecosystem processes to macroinvertebrate community structure in a restored stream in the Minnesota River Basin. Minnesota Water Resources Conference. 19-20 October 2010, St. Paul, Minnesota. (Poster)	October 2010
Dolph, C., D. Huff, C. Chizinski, B. Vondracek. 2009. Linking changes in macroinvertebrate community composition to sources of water quality impairment in Minnesota streams. 57th Annual Meeting of the North American Benthological Society, Grand Rapids, Michigan, 17-21 May 2009.	May 2009	Water quality has considerable influence on macroinvertebrate community composition, and is used as a measure of biotic integrity. We evaluated how water quality impairment was related to macroinvertebrate community composition in Minnesota streams.
Dolph, C., B. Vondracek, and J. Magner. 2011. Linking ecosystem processes to macroinvertebrate community structure in a restored stream in the Minnesota River Basin. 44th Annual meeting of the Minnesota Chapter of the American Fisheries Society, 8-9 February, Sandstone, Minnesota. (Poster)	February 2011
Dolph, C. L., D. D. Huff, C. J. Chizinski, and B. Vondracek. 2010. Implications of concordance for assessing aquatic communities at three nested spatial scales in Minnesota, USA. Joint Meeting of the American Society of Limnology and Oceanography and the North American Benthological Society. 6-11 June 2010. Santa Fe, New Mexico.	June 2010
Dolph, C. L., B. Vondracek, L. C. Ferrington, Jr., and J. Magner. 2011. Beyond diversity: reach-scale restoration may lead to more stable macroinvertebrate community composition in highly disturbed agricultural streams. 72nd Midwest Fish and Wildlife Conference, 4-7 December 2011, Des Moines, Iowa.	December 2011
Doherty, K., D.E., Andersen, J. Meunier, E. Oppelt, J.G. Bruggink, and R.S. Lutz. 2004. Distance-based analysis of the efffects of habitat and weather on movement patterns of adult female American woodcock (Scolopax minor). The Wildlife Society Annual Meeting, Calgary, Alberta, Canada.	September 2004
Doherty, K., D.E. Andersen, and G.I. Jones. 2005. Effects of spatial configuration and smoothing parameter choice on fixed kernel home range estimation: American woodcock home range analysis using field and simulated data. The Wildlife Society 12th Annual Meeting, Madison, Wisconsin	September 2005
Davis, B., Kessel, S., and L. Waterhouse. Establishing Baited Remote Underwater Video Survey (BRUVS) Watching Program to Aid in Conservation of Sharks in The Bahamas. Minnesota Chapter of American Fisheries Society 2023 Meeting, St. Cloud, Minnesota, USA, January 31 - February 2, 2023.	January 2023	The goal of this project is to design a remote, volunteer-based BRUVS watching program with the intent to produce a streamlined protocol to utilize when annotating the BRUVS footage.
Davan, K. and D. Fulton. Understanding risk perceptions and attitudes toward using genetic biocontrol for invasive species. June 2023. International Association of Society & Natural Resources Conference, Orono, ME	June 2023	In one of the first studies conducted on public perceptions of genetic biocontrol of invasive species, we examine public perceptions of risk and level of support of the use of genetic biocontrol for common carp and zebra mussel in Minnesota.
Daly, K.O., D.E. Andersen, W.L. Brininger, and T.R. Cooper. 2017. Evaluating indices of recruitment for American woodcock. 11th American Woodcock Symposium, Rosscommon, Michigan, USA.	October 2017	American woodcock are a species of conservation concern, in large part due to downward trends in population indices derived from Singing-ground Surveys. In response to those concerns, landscape-scale management strategies have been employed in demonstration areas, but how woodcock respond to landscape-scale management is not clear. We evaluated methods to evaluate woodcock recruitment at a landscape scale.
Daly, K.O., D.E. Andersen, W.L. Brininger, and T.R. Cooper. 2017. Breeding season survival of American woodcock at a habitat demonstration area in Minnesota. 11th American Woodcock Symposium, Rosscommon, Michigan, USA.	October 2017	Landscape-scale management has been implemented at demonstration areas to benefit American woodcock but how woodcock respond to this management isn't well understood. We evaluated survival of woodcock at a demonstration area in Minnesota to better understand how landscape-scale management affects woodcock.
Daly, K.O., D.E. Andersen, W.I. Brininger, and T.R. Cooper. 2018. Evaluating indices of full-season productivity for American woodcock. 78th Midwest Fish and Wildlife Conference. Milwaukee, Wisconsin, U.S.A.	January 2018	American woodcock are a species of conservation concern, in large part due to downward trends in population indices derived from Singing-ground Surveys. In response to those concerns, landscape-scale management strategies have been employed in demonstration areas, but how woodcock respond to landscape-scale management is not clear. We evaluated methods to evaluate woodcock recruitment at a landscape scale.
Daly, K.O., D. E. Andersen, and W.L. Brininger, Jr. 2013. Effects of radio transmitters on survival of juvenile American woodcock. 2013 Annual Meeting of the Minnesota Chapter of The Wildlife Society. Walker, Minnesota.	February 2013	Factors affecting juvenile survival in birds are not well known, in part because radio-telemetry transmitters have been too large to employ without impacting survival. We assessed the impact of miniature radio-telemetry transmitters on American woodcock juvenile survival.
Daly, K.O., D. E. Andersen, and W.L. Brininger, Jr. 2012. Effects of radio transmitters on survival of juvenile American woodcock. 73rd Midwest Fish and Wildlife Conference. Wichita, Kansas.	December 2012	Factors affecting juvenile survival in birds are not well known, in part because radio-telemetry transmitters have been too large to employ without impacting survival. We assessed the impact of miniature radio-telemetry transmitters on American woodcock juvenile survival.
Daly, K.O. and D.E. Andersen. 2014. Are indirect estimates of American woodcock recruitment useful proxies for direct estimates of recruitment? 2014 Midwest Fish and Wildlife Conference, Kansas City, KS.	January 2014	Estimating recruitment of American woodcock is expensive and time-consuming. We evaluated indirect methods of estimating recruitment and compared them to direct estimates to evaluate their feasibility.
D.C. Fulton, S.A. Schroeder, D. Stark, & L. Cornicelli. Attitudes and motivations of wolf hunters and trappers in Minnesota. NACCB Madison, WI July 19, 2016.	July 2016	Some have argued that regulated hunting and trapping of wolves could encourage stewardship of the species, in contrast, others suggest that negative attitudes toward wolves could result in illegal and unsustainable harvests of wolves if legal hunting and trapping are allowed by states. We examined hunter and trapper attitudes and motivations in Minnesota in 2012 to better understand the threat of intolerant behavior among those who choose to hunt and trap wolves.
D.C. Fulton et al. Values tranlated into objectives: engaging waterfowl stakeholders. North American Duck Symposium. Special Session: Implementing the 2012 NAWMP Revision: Management Decisions to Integrate Multiple Objectives at Varying Scales. Annapolis, MD February 3, 2016.	February 2016	A critical aspect of the North American Waterfowl Management Plan (NAWMP) is the identification of goals and fundamental objectives for managing waterfowl and related resources. Such fundamental goals and objectives represent a statement of human values for desired future conditions of the resource and the social welfare or benefits provided by those conditions. In the Adaptive Management framework such fundamental objectives are defined by stakeholders through participatory and collaborative
Currie, L.M. and D.C. Fulton. 2001. Using a normative approach to assessing fishing bag limits in Minnesota. 34th Minnesota Chapter of American Fisheries Society Meeting, Fargo, ND. March 5-7, 2001.	March 2001
Currie, L.M. and D.C. Fulton. 2001. Using a normative approach to assessing fishing bag limits in Minnesota. 131st American Fisheries Society Meeting, Phoenix, AZ. August 19-23, 2001.	August 2001
Cornicelli, L., D.C. Fulton, and M. Grund. 2006. Assessing hunter preference of deer management alternatives in Minnesota. The Wildlife Society 13th Annual Meeting, Anchorage, AK.	September 2006
Cornicelli, L. and D. C. Fulton. Change in satisfaction and participation among deer hunters in areas with special regulations. Annual Meeting of The Wildlife Society. September 2009. Monterey, CA.	September 2009
Cooper, T. and D.E. Andersen. 2012. (Invited). American woodcock: current status and research in the Midwest. 9th Annual Forestry, Wildlife and Natural Resources Research Review. Cloquet, Minnesota.	January 2012
Cole, N., D.C. Fulton, H.W. Harshaw, H. Miller, A. Raedeke, R. Schuster, A. Dayer, and J.N. Duberstein. 2019. Progress in understanding stakeholder and public preferences for waterfowl hunting, viewing, and conservation. North American Duck Symposium, Winnipeg, Manitoba, Canada. (Invited presentation in plenary session)	August 2019	The 2012 NAWMP revisions identified engagement of stakeholders such as hunters, birderwatchers and other conservationists in waterfowl and wetlands based recreation and conservation as an important objective. This study summarize research designed to better understand these stakeholders and key drivers of their participation.
Cochran-Biederman, J. and B. Vondracek. Seasonal patterns in growth diet, and prey availability of Brown Trout in groundwater-dominated streams. The annual meeting of the American Fisheries Society.	August 2014	Brown Trout Salmo trutta have been frequently studied spring through autumn; however, relatively little is known about these systems during winter. Our analyses suggest that seasonal trout growth is influenced by the composition of diet contents and temperature, and will inform management of groundwater-dominated streams by revealing both temporal trends in growth and information related to prey communities and prey selectivity on a seasonal basis.
Cochran-Biederman , J., W. French, and B. Vondracek. Diet and growth of brown trout in southeastern Minnesota: seasonal patterns across two years. Annual meeting of the American Fisheries Society.	September 2013	Growth and diet of brown trout is lacking in the historical literature. We found brown trout grow in all seasons and shift diets based on season.
Chizinski, C., H. Wan, C. Dolph, B. Vondracek, and B. Wilson. 2009. The impact of rare taxa on measures of fish index biotic integrity (IBI) in Minnesota. 139th annual meeting of the American Fisheries Society, Nashville, Tennessee, 30 August-3 September 2009.	August 2009	Health of aquatic systems is measured through indices of biotic integrity, but how rare taxa influence those indices is not clear. We evaluated the effect of rare taxa on fish indices of biotic integrity in Minnesota.
Chizinski, C. J., C. R. Blinn, and B. Vondracek. 2009. Response of riparian fish and invertebrate assemblages to timber harvesting in northern Minnesota streams. Joint meeting of the Minnesota, Ontario, and Wisconsin chapters of the American Fisheries Society, Duluth, Minnesota, 2-4 February 2009.	February 2009	Timber harvest can impact water quality and hydrology, and influence fish and aquatic invertebrate ecology. We evaluated the effects of timber harvest on northern Minnesota streams.
Carlson, A., W. French, L. C. Ferrington, Jr., B. Vondracek, and Jim Perry. 2011. Age structure and growth rates of brown trout in southeast Minnesota streams. 72nd Midwest Fish and Wildlife Conference, 4-7 December 2011, Des Moines, Iowa.	December 2011
Carlson, A. K., and B. Vondracek. 2015. Synthesis of ecology and human dimensions for predictive management of Bighead and Silver Carp in the United States. 75th Midwest Fish and Wildlife Conference, Indianapolis, Indiana.	February 2015	Bighead Carp Hypophthalmichthys nobilis and Silver Carp H. molitrix are prolific fishes that consume large quantities and multiple sizes of zooplankton and phytoplankton and thereby overlap diets and reduce body condition of native species. We define predictive management for these Asian carps synthesizing ecology and human dimensions at regional and local scales to develop strategies for containment and control.
Carlson, A. K., W. French, L. C. Ferrington, Jr., B. Vondracek, and J. Perry. 2012. Age Structure and Growth Dynamics of Brown Trout in Southeast Minnesota Streams. 142nd Annual meeting of the American Fisheries Society, 19-23 August 2012, St. Paul, Minnesota.	August 2012
Carlson, A. K., W. E. French, B. Vondracek, L. C. Ferrington, Jr., J. E. Mazack, J. Cochran-Biederman. 2015. Recent and historical trends in brown trout growth in southeastern Minnesota streams. 75th Midwest Fish and Wildlife Conference. Indianapolis, Indiana.	February 2015	Previous research suggests that differences in prey availability and abundance may control growth of Brown Trout in southeastern Minnesota streams. Our objective was to quantify and compare winter growth and condition of Brown Trout among four streams.
Buehler, D.A., G.R. Kramer, S.M. Peterson, J.A. Lehman, D.J. McNeil, J.L. Larkin, D.E. Andersen, P. Wood, and H.M. Streby. 2017. New insights into the migration ecology and full life cycle conservation of Golden-winged Warblers. Paper presented at the annual meeting of the Tennessee Ornithological Society, Knoxville, TN.	May 2017	Golden-winged warblers are a species of high conservation concern, due to dramatic declines in breeding populations in some portions of their range. We used light-level geolocators to evaluate migration and wintering ecology to better understand structure on their wintering grounds and potential population-level effects of factors encountered during migration and winter.
Buehler, D.A., G.R. Kramer, S.M. Peterson, J.A. Lehman, D.J. McNeil, J.L. Larkin, D.E. Andersen, P. Wood, and H.M. Streby. 2016. New insights into the migration ecology and full life cycle conservation of golden-winged warblers. Chattanooga Chapter of the Tennessee Ornithological Society, Chattanooga, Tennessee, U.S.A.	September 2016	Golden-winged warblers are a species of conservation concern, having experienced a >95% decline in population size in the Appalachian Mountain portion of their breeding distribution. As with most Neotropical migrant songbirds, little is know about their migration routes and nonbreeding season distribution. We used light-level geolocators to evaluate year-round movements and wintering affiliations of golden-winged warblers from across their breeding distribution.
Buehler, D.A., G.R. Kramer, S.M. Peterson, J.A. Lehman, D.J. McNeil, J.L. Larkin, D.E. Andersen, P. Wood, and H.M. Streby. 2016. New insights into the migration ecology and full life cycle conservation of golden-winged warblers. Chattanooga Chapter of the Tennessee Ornithological Society, Chattanooga, Tennessee, U.S.A.	September 2016	Effective conservation of migratory birds requires addressing factors that influence population dynamics throughout their annual cycle. We evaluated migration routes and winter locations of golden-winged warblers, a species of special conservation concern, using geolocators over a 3-year period across their breeding distribution.
Buehler, D.A. H.M. Streby, and D.E. Andersen. 2013. Golden-winged warbler conservation and management: Welcome, explanation of the symposium, and introduction to Golden-winged Warblers. One Hundred and Thirty-first Stated Meeting of the American Ornithologists' Union held in conjunction with the Eighty-third Annual Meeting of the Cooper Ornithological Society. Chicago, IL USA.	August 2013	Golden-winged warblers are a species of special conservation concern in the United States, Canada, and portions of Central and northern South America. This symposium seeks to bring current biological information about golden-winged warblers to a single symposium, which will serve as the basis for an edited volume.
Buehler, D., T. Boves, L. Bulluck, J. Larkin, A. Rodewald, P. Wood, S. Stoleson, H Streby, S. Peterson, and D.E. Andersen. 2018. Status and conservation of golden-winged and cerulean warblers: lessons learned from long-term research in Tennessee and from across the range. Tennessee Bird Summit, Tennessee, U.S.A.	January 2018	Golden-winged and cerulean warblers are two species of forest-nesting songbirds of high conservation concern. In this presentation, we summarize much of the recent work that has been done on these species and implications for conservation.
Bruskotter, J.T. and D.C. Fulton, 2006. The influence of angler values orientations on angler norms. International Symposium on Society and Resource Management. Vancouver, BC.	June 2006
Bruskotter, J.T. and D.C. Fulton, 2006. Land conservation in practice: attitudinal correlates of southeast Minnesota landowers conservation behavior. The Wildlife Society 13th Annual Meeting, Anchorage, AK.	September 2006
Bruskotter, J.T and Fulton, D.C. Assessing accuracy of angler information collected at point of sale. December 2007. Midwest Fish and Wildlife Conference, Madison, WI.	December 2008
Bruggeman, J.E., T. Swem, D.E. Andersen, P.L. Kennedy, and D. Nigro. 2015. Dynamics of a recovering arctic bird population: the importance of climate, density dependence, and site quality. The Wildlife Society 2015 Annual Conference, Winnipeg, Manitoba, Canada.	October 2015	Arctic peregrines experienced dramatic population declines as a result of negative impacts of DDT. We used existing survey data to evaluate population dynamics of arctic peregrines during their recovery and subsequent removal from protection under the Endangered Species Act.
Bruggeman, J.E., T. Swem, D.E. Andersen, P.L. Kennedy, and D. Nigro. 2013. Multi-scale resource use of arctic peregrine falcons along the Colville River, Alaska. The Wildlife Society Annual Meeting, Milwaukee, WI.	October 2013	Historical patterns of occupancy can provide insight into factors important in conservation of peregrines and other wildlife. We evaluated historical patterns of occupancy of breeding arctic peregrines to assess factors the influence population ecology and conservation.
Bruggeman, J.E., P.L. Kennedy, D.E. Andersen, S. Deisch, and E. Dowd Stukel. 2022. Effects of abiotic, biotic, and forest management factors on changes in northern goshawk nest-site habitat suitability in the Black Hills National Forest. 2022 South Dakota Chapter of the Wildlife Society Annual Meeting. Virtual meeting.	March 2022	Northern goshawks are associated with mature forest stands in much of their breeding distribution in North America, but how they respond to changes in forest structure at the landscape scale is poorly understood. We assessed changes in forest attributes in the Black Hills National Forest associated with goshawk nesting to assess trends in habitat conditions at the landscape scale.
Bruggeman, J.E., D.E. Andersen, and J.E. Woodford. 2010. Northern goshawk monitoring in the western Great Lakes bioregion. 71st Midwest Fish and Wildlife Conference. Minneapolis, Minnesota.	December 2010
Bruggeman, J., D.E. Andersen, and J. Woodford. 2007. Northern goshawk monitoring in the western Great Lakes region. 68th Midwest Fish and Wildlife Conference, Madison, Wisconsin.	December 2007
Boal, C.W., D.E. Andersen, and P.L. Kennedy. 2003. Productivity and nesting habitat of northern goshawks in Minnesota. 2003 International Northern Goshawk Symposium and Annual Meeting of The Raptor Research Foundation, Inc., Anchorage, Alaska.	September 2003
Boal, C.W., D.E. Andersen, and P.L. Kennedy. 2002. Northern goshawk: status, conservation, and Minnesota overview. 2002 Minnesota SAF summer meeting. Cass Lake, Minnesota. September. (Invited)	September 2002
Boal, C.W., D.E. Andersen, and P.L. Kennedy. 2000. Breeding season home range and habitat use of male northern goshawks (Accipiter gentilis) in Minnesota. 2000 Annual Meeting of the Raptor Research Foundation, Inc. Jonesboro, Arkansas. November 2000.	November 2000
Blann, K.L. and B. Vondracek. 2002. Landowner perspectives on stream management and conservation programs in southeastern Minnesota. Annual meeting of the Minnesota Chapter of the American Fisheries Society, Duluth, Minnesota.	January 2002
Blann, K.L. and B. Vondracek. 2001. Linkages between instream habitat, riparian, and catchmentcharacteristics: insights from GIS in southeastern Minnesota. 63rd Midwest Fish and Wildlife Conference, Des Moines, Iowa. (Invited)	December 2001
Blann, K.L. and B. Vondracek. 2000. Catchment and riparian scale influences on streams in southeastern Minnesota. Joint meeting of the Minnesota chapters of the American Fisheries Society and the Wildlife Society, St. Cloud, Minnesota. 19-21 January 2000.	January 2000
Blann, K.L. and B. Vondracek. 2000. Catchment and riparian scale influences on streams in southeastern Minnesota. 7th Biennial Conference of Minnesota Water 2000, Minneapolis, Minnesota, 25-26 April 2000.	April 2000
Blann, K. L. and B. Vondracek. 2003. Landscape analysis of stream fish communities and trout abundance in GIS: lessons and limitations. 64th Annual meeting of the Midwest Fish and Wildlife Conference, Kansas City, MO, 8-10 December.	December 2003
Blann, K. L. and B. Vondracek. 2001. Hierarchical classification of southeastern Minnesota streams. Joint meeting of the Dakota, Minnesota, and Southeast Ontario chapters of the American Fisheries Society, Fargo, North Dakota. March.	March 2001
Biedermann, J., L. C. Ferrington, Jr., B. Vondracek, Jim Perry, J. Magner, W. French, J. Louwsma, L. Krider, P. Sherman, and P. Kranzfelde. 2011. Predicting and mitigating vulnerability of trout streams to climate change. 4th Annual Driftless Stream Restoration Symposium, 15-16 March, La Crosse, Wisconsin.	March 2011
Bergh, S.M. and D.E. Andersen. 2017. Occupancy and detection probability of American woodcock during Singing-ground Surveys. 11th American Woodcock Symposium, Rosscommon, Michigan, USA.	October 2017	American woodcock population trends are monitored based on Singing-ground Surveys, which results in counts of woodcock along established routes. We evaluated the factors influencing detection on survey routes and identified what factors could be addressed to improve trend estimation.
Bergh, S.M. and D.E. Andersen. 2017. Estimating density and effective area surveyed for American woodcock. 11th American Woodcock Symposium, Rosscommon, Michigan, USA.	October 2017	American woodcock trends are monitored through the Singing-ground Survey, which results in counts of woodcock along established survey routes. We evaluated factors affecting detection of woodcock at survey points that accounts for different detection distances in different landscapes.
Bergh, S.M. and D.E. Andersen. 2010. Factors affecting detection of American woodcock on Singing-ground Surveys. 17th Annual Conference of The Wildlife Society, Snowbird, Utah.	September 2010
Bergh, S.M. and D.E. Andersen. 2010. Factors affecting detection of American woodcock on Singing-ground Surveys. 17th Annual Conference of The Wildlife Society, Snowbird, Utah.	October 2010
Bergh, S.M. and D.E. Andersen. 2010. Estimation of the effective area surveyed for American woodcock on Singing-ground Surveys. 71st Midwest Fish and Wildlife Conference. Minneapolis, Minnesota.	December 2010
Beck, M., B. Vondracek, and L. Hatch. 2012. Image analysis techniques to evaluate effects of lakeshore development on aquatic habitat. Minnesota Water Resources Conference, 16-17 October 2012, St. Paul, Minnesota.	October 2012	We are developing automated techniques to identify docks in nearshore areas using high-resolution aerial photos. Preliminary analyses indicate image analysis techniques can efficiently and accurately extract nearshore land use data at ecologically relevant spatial scales.
Beck, M., B. Vondracek, and L. Hatch. 2012. Image analysis techniques to evaluate effects of nearshore lake development on aquatic macrophytes. 142nd Annual meeting of the American Fisheries Society, 19-23 August 2012, St. Paul, Minnesota.	August 2012	We are developing automated techniques to identify docks in nearshore areas using high-resolution aerial photos. Preliminary analyses indicate image analysis techniques can efficiently and accurately extract nearshore land use data at ecologically relevant spatial scales.
Beck, M., B. Vondracek, and L. Hatch. 2012. Image analysis techniques to evaluate effects of nearshore lake development on aquatic macrophytes. 142nd Annual meeting of the American Fisheries Society, 19-23 August 2012, St. Paul, Minnesota.	August 2012
Beck, M., B. Vondracek, and L. Hatch. 2012. Identifying covariates of a lake assessment index to improve biological assessment. 2012 annual meeting of the Minnesota Chapter of the Society for Conservation Biology, 10 March 2012, West St. Paul, Minnesota.	March 2012
Beck, M., B. Vondracek, and L. Hatch. 2011. Image analysis techniques to evaluate effects of nearshore lake development on aquatic macrophytes. 72nd Midwest Fish and Wildlife Conference, 4-7 December 2011, Des Moines, Iowa.	December 2011	We are developing automated techniques to identify docks in nearshore areas using high-resolution aerial photos. Preliminary analyses indicate image analysis techniques can efficiently and accurately extract nearshore land use data at ecologically relevant spatial scales.
Beck, M., B. Vondracek, and L. Hatch. 2011. Image analysis techniques to evaluate effects of nearshore lake development on aquatic macrophytes. Minnesota Water Resources Conference, 18-19 October 2011, St. Paul, Minnesota. (Poster)	October 2011
Beck, M., B. Vondracek, and L. Hatch. 2011. Image analysis techniques to evaluate effects of nearshore lake development on aquatic macrophytes. 44th Annual meeting of the Minnesota Chapter of the American Fisheries Society, 8-9 February, Sandstone, Minnesota. (Best Student Presentation)	February 2011
Beck, M., B. Vondracek, and L. Hatch. 2011. Image analysis techniques to evaluate effects of nearshore lake development on aquatic macrophytes. 141st Annual Meeting of the American Fisheries Society, 4-8 September 2011, Seattle, Washington.	September 2011
Beck, M. W., L. K. Hatch, B. Vondracek, and R. D. Valley. 2010. Development of a macrophyte-based index of biotic integrity for Minnesota lakes. 2010 International Congress for Conservation Biology, 3-7 July 2010, Edmonton, Alberta, Canada.	July 2010
Beck, M. W., B. Vondracek, and L. K. Hatch. 2010. Assessing the health of Minnesota’s lakes using indices of biotic integrity. Joint Meeting of the Minnesota Chapters of the American Fisheries Society, Society for Conservation Biology, Society of American Foresters and The Wildlife Society, 1-3 March, Nisswa, Minnesota.	March 2010
Beck, M. W, B. Vondracek, B. Wilson, and L. Hatch. Evaluating the utility of a plant-based index of lake condition using neural networks. 98th annual meeting of the Ecological Society of America	August 2013	The objective of this study was to develop supervised neural networks to quantify multimetric macrophyte index (MMI)response across environmental gradients in lake condition. Supervised neural networks made precise predictions of overall MMI scores using an independent dataset; however, predictive performance of the neural network models varied for individual metrics.
Au, L., D.E. Andersen, and M. Davis. 2003. Patterns in bird community structure related to restoration of Minnesota dry oak savannas. Midwest Fish and Wildlife Conference. Kansas City, Missouri, USA.	December 2003
Asmus, B., J. Magner, B. Vondracek, and J. Perry. 2007. Channel Stability or Habitat Quality? Which Drives Fish IBI in Midwestern Streams?, 55th Annual Meeting of the North American Benthological Society, Columbia, South Carolina. 3-7 June 2007	June 2007
Andersen, D.E., S. DeStefano, M.I. Goldstein, K. Titus, C. Crocker-Bedford, J.J. Keane, R.G. Anthony, and R.N. Rosenfield. 2003. Technical review of the status of northern goshawks in the western United States. 2003 International Northern Goshawk Symposium and Annual Meeting of The Raptor Research Foundation, Inc., Anchorage, Alaska. (Invited)	September 2003
Andersen, D.E., M.E. Reiter, K.E. Doherty, and D.C. Fulton. 2006. Magnitude and spatial distribution of American woodcock hunting pressure in a central Minnesota wildlife management area. 10th American Woodcock Symposium, Roscommon, Michigan.	October 2006
Andersen, D.E., J.E. Bruggeman, J.E. Woodford, and C.W. Boal. 2011. Northern goshawk population size in the western Great Lakes region. Annual Meeting of the Raptor Research Foundation. Duluth, Minnesota.	September 2011
Andersen, D.E., H.M, Streby, D.A. Buehler, P.B. Wood, S.M. Peterson, G.R. Kramer, and J.A. Lehman. 2015. Golden-winged warbler migration connectivity and ecology derived from geolocators. Midwest Fish and Wildlife Conference, Indianapolis, Indiana.	January 2015	Golden-winged warblers are a species of conservation concern, and population size in portions of their breeding distribution have declined as much as 95%. Using geolocators, we are investigating migration chronology and population connectivity.
Andersen, D.E., H.M, Streby, D.A. Buehler, P.B. Wood, S.M. Peterson, G.R. Kramer, and J.A. Lehman. 2015. Golden-winged warbler migration connectivity and ecology derived from geolocators. Iowa Chapter of The Wildlife Society Annual Meeting, Ames, Iowa.	March 2015	We used light-level geolocators to elucidate migration routes and wintering areas of two breeding populations of golden-winged warblers, a species of conservation concern.
Andersen, D.E., C.W. Boal, and P.L. Kennedy. 2002. Breeding season home range and habitat use of northern goshawks in Minnesota. Research in National Forests in the western Great Lakes region annual workshop. Cloquet, Minnesota. January 2002. (Invited)	January 2002
Andersen, D.E. and H.M. Streby. 2007. (Invited). Minnesota Cooperative Fish and Wildlife Research Unit forest bird monitoring: forest-nesting songbirds, forest raptors, and American woodock. Minnesota Breeding Birds Inventory and Monitoring Workshop, Duluth, Minnesota.	January 2007
Andersen, D.E. 2004. (Invited) Northern goshawks: status review and ecology in North America. Agricultural University of Hebei, Baoding, Hebei, China.	August 2004
Andersen, D.E. 2003. Demography of northern goshawks in North America: an overview. International Northern Goshawk Symposium and Annual Meeting of The Raptor Research Foundation, Inc., Anchorage, Alaska. (Invited)	September 2003
Andersen, D.E. 2023. A swan song for cross-boundary collaborations. Nebraska Cooperative Fish and Wildlife Research Unit 2023 Coordinating Committee Meeting, Lincoln, Nebraska, USA.	September 2023	Trumpeter swans have been reestablished in central North America, but little is know of their current annual or local movements, and how that may be related to founder genetics. This project provides and example of cross-boundary research that engages a host of collaborators and is being led by the Minnesota Cooperative Fish and Wildlife Research Unit.
Andersen, D.E. 2011. (Invited). Mid-continent light geese: conservation and implications for Canada geese. Fur Fin & Feather Club, Osseo, Minnesota.	September 2011
Andersen, D.E. 2009. (Invited). Distribution, abundance, and habitat use of red-shouldered hawks in central Minnesota. Managing forests in the Mille Lacs Uplands for biodiversity and high conservation values. Minnesota Department of Natural Resources, Onamia, Minnesota.	December 2009
Andersen, D.E. 2008. (Invited). Survey techniques. 2008 Annual Meeting of the Raptor Research Foundation, Inc. Workshop on Raptor Research and Management Techniques. Missoula, Montana.	September 2008
Andersen, D. E. 2017. American woodcock breeding range habitat management. 11th American Woodcock Symposium. Rosscommon, Michigan, U.S.A.	October 2017	American woodcock have experienced population declines across much of their breeding distribution, although recent indices to abundance indicate suggest these declines have lessened. This presentation presents an overview of woodcock habitat management on the breeding range from studies conducted in the western Great Lakes region, the lower Great Lakes region, and New England.
Altinger, N., J.K.H. Zimmerman, and B. Vondracek. 2003. Species interactions and sedimentation effects on two trout species in Valley Creek. Annual meeting of the Minnesota Chapter of the American Fisheries Society, Chaska, Minnesota. (Poster)	March 2003
Adkins, K.I., D.E. Andersen, C. Roy, and R. wright. 2018. “Flushing Out” the relationship between grasslands, Conservation Reserve Program (CRP) Enrollments, and greater prairie-chicken (Tympanchus cupido pinnatus) populations in Minnesota. Minnesota Prairie Chicken Society Annual Meeting, Glyndon, Minnesota, U.S.A.	April 2018	Greater prairie-chickens require large landscapes with a component of grassland to meet their life-history requirements. We evaluated landscape-scale relationships between prairie-chickens and grassland, and the role the Conservation Reserve Program grassland plays in prairie-chicken conservation in northwestern Minnesota.
Adkins, K.I., D.E. Andersen, C. Roy, and R. wright. 2017. “Flushing Out” the relationship between grasslands, Conservation Reserve Program (CRP) Enrollments, and greater prairie-chicken (Tympanchus cupido pinnatus) populations in Minnesota. 32nd Prairie Grouse Technical Council, Dickinson, North Dakota, U.S.A.	October 2017	Greater prairie-chickens are a species of special conservation concern that occur in landscapes dominated by grassland and other open cover types. We evaluated the relationships between Conservation Reserve Program enrollments and greater prairie-chicken abundance in northwestern Minnesota to assess landscape-scale habitat relations and how land-management policy influences greater prairie-chicken abundance.
Adkins, K.I., D.E. Andersen, C. Roy, and R, Wright. 2016. The relationship between grasslands, Conservation Reserve Program (CRP) enrollments, and greater prairie-chicken (Tympanuchus cupido pinnatus) populations in Minnesota. Annual Meeting of The Minnesota Prairie Chicken Society, Fertile, MN.	April 2016	Greater prairie-chickens are a species of conservation concern and considered an umbrella species for tall grass prairie ecosystems. We are evaluating landscapes that support prairie-chickens and their relationship with CRP in northwestern Minnesota.
Adkins, K., C. Roy, D.E. Andersen, and R.G. Wright. 2018. Predicting the effects of grassland Conservation Reserve Program enrollments and expirations on greater prairie-chickens in northwestern Minnesota. 78th Midwest Fish and Wildlife Conference. Milwaukee, Wisconsin, U.S.A.	January 2018	Greater prairie-chickens are a species of special concern in portions of their distribution, and rely on grasslands throughout their annual cycle. We evaluated relationships between greater prairie-chicken abundance and Conservation Reserve Program grasslands in northwestern Minnesota to better understand how extent and placement of grasslands in an agricultural landscape can benefit prairie-chickens.
Adkins, K., C. Roy, D.E. Andersen, and R.G. Wright. 2017. Quantifying the relationship between grasslands, Conservation Reserve Program (CRP) enrollments and greater prairie chicken (Tympanuchus cupido pinnatus) in Minnesota. 2017 Annual Meeting of the Minnesota Chapter of The Wildlife Society, Callaway, Minnesota.	February 2017	Greater prairie-chickens are a species of conservation throughout most of their distribution, and rely on grasslands to meet their life-history needs. We evaluated changes in extent and current conditions of Conservation Reserve Program grasslands in relation to prairie-chicken abundance and distribution.
Adkins, K., C. Roy, D.E. Andersen, and R.G. Wright. 2017. Quantifying the relationship between grasslands, Conservation Research Program (CRP) enrollments and greater prairie-chicken populations (Tympanuchus cupido pinnatus) in Minnesota. 77th Midwest Fish and Wildlife Conference, Lincoln, Nebraska.	February 2017	Greater prairie-chickens are a species of conservation concern across most of their distribution, and the rely on grasslands for all of their life-history requirements. We evaluated how changes and extent and characteristics of grasslands enrolled in the Conservation Reserve Program were related to prairie-chicken abundance in northwestern Minnesota.
Fulton, D.C., E. Walberg*, M. Schrage, J. Forester, N. McCann. 2020. Restoring elk to northeast Minnesota: landowner and general public attitudes. Western Association of Fish and Wildlife Agencies, Biannual Deer and Elk Workshop. Marfa, TX, U.S.A.	May 2019	Elk were once present in most of Minnesota until largely eliminated by human activity by the early 20th century. This study examines the acceptability of restoring elk among landowners and the general public in an area in northeast Minnesota.

Theses and Dissertations

Theses and Dissertations	Publication Date
Zimmerman, J. K. H. 2005. Interactions between native and nonnative species: consequences of a brown trout introduction on a coldwater stream community. Ph.D. Dissertation, University of Minnesota.	August 2005
Wolfson, D.W. 2018. Migratory ecology and movement patterns of Mid-Continent and Eastern sandhill cranes. M.S. thesis, University of Minnesota, St. Paul, Minnesota, U.S.A.	June 2018
Walberg, Eric. (2016). Landowner and hunter surveys for white-tailed deer management in Minnesota: factors impacting hunter access to private lands and cell-by-cell correction to reduce mixed-mode survey sampling effects.. Retrieved from the University of Minnesota Digital Conservancy, http://hdl.handle.net/11299/182135.	July 2016
VALUE ORIENTATIONS AND THE PRACTICE OF CONSERVATION: APPLICATIONS IN FISHERIES MANAGEMENT AND AGRICULTURE A DISSERTATION SUBMITTED TO THE FACULTY OF THE GRADUATE SCHOOL OF THE UNIVERSITY OF MINNESOTA BY Jeremy T. Bruskotter IN PARTIAL FULFILLMENT OF THE REQUIREMENTS FOR THE DEGREE OF DOCTOR OF PHILOSOPHY IN NATURAL RESOURCES SCIENCE AND MANAGEMENT	September 2007
Streby, H.M. 2010. Survival and habitat use by post-fledging forest-nesting songbirds in managed mixed northern hardwood-coniferous forests. Ph.D. Dissertation, University of Minnesota, St. Paul, Minnesota U.S.A. 148pp.	October 2010
Smithers, B.L. 2003. Northern goshawk food habits in Minnesota: an analysis using time-lapse recording systems. M.S. thesis, Texas Tech University, Lubbock, Texas.	December 2003
Smith, Kyle. 2023. Integrating conservation social science into cervid management in Minnesota. PhD. Thesis. Conservation Sciences. University of Minnesota. USA 204pp.	January 2023
Schlesser, N. J. 2007. Effects of riparian forest harvest on instream habitat and fish assemblages in northern Minnesota. M. S. Thesis, University of Minnesota.	February 2007
Sammler, J.E. 2001. Population trends of tundra-nesting birds in Churchill, Manitoba: potential effects of increasing lesser snow goose (Chen caerulescens caerulescens) populations. M.S. thesis, University of Minnesota, St. Paul, Minnesota.	August 2001
Salcido, E.L. 2019. Private landownership and Walk-In Access program enrollment: motivating factors of landowner attitudes and participatory decision-making. M.S. Thesis, University of Minnesota, St. Paul, Minnesota, USA. 90pp.	June 2019
Ruddick, K. 2009. Walleye Forage in Mille Lacs Lake: a preliminary measure of mayfly abundance. MS Thesis, University of Minnesota, St. Paul, Minnesota.	May 2009
Roberson, A.M. 2001. Evaluating and developing survey techniques using broadcast conspecific calls for northern goshawks in Minnesota. M.S. thesis, University of Minnesota, St. Paul, Minnesota.	September 2001
Reiter, M.E. 2009. Sympatric nesting Eastern Prairie Population Canada geese and lesser snow geese on the Hudson Bay Lowlands: nest survival and spatial distribution. Dissertation, University of Minnesota, St. Paul, Minnesota.	July 2009
Reiter, M.E. 2006. Historical trends in collared lemming (Dicrostonyx richardsoni) abundance and nest success if Eastern Prairie Population (EPP) Canada geese (Branta canadensis interiorI in northern Manitoba: evaluating the "bird-lemming" hypothesis. M.S. thesis, University of Minnesota, St. Paul, Minnesota.	May 2006
Raymond, K. 2009. The effects of rotational grazing on stream channels and macroinvertebrate communities. M.S. Thesis, University of Minnesota, St. Paul, Minnesota.	May 2009
Quality Connections: Recreation, Property Ownership, Place Attachment, and Conservation of Minnesota Lakes A DISSERTATION SUBMITTED TO THE FACULTY OF THE GRADUATE SCHOOL OF THE UNIVERSITY OF MINNESOTA BY Susan Arlene Schroeder IN PARTIAL FULFILLMENT OF THE REQUIREMENTS FOR THE DEGREE OF DOCTOR OF PHILOSOPHY	June 2009
Peterson, S.M. 2014. Landscape productivity and the ecology of brood division in golden-winged warblers in the western Great Lakes region. M.S. thesis, University of Minnesota, St. Paul, Minnesota. 174pp.	August 2014
Petersen, A. 2005. Buffer strips around sinkholes to protect and improve water quality in southeastern Minnesota: conservation in karst. M. S. Thesis, University of Minnesota.	May 2005
Nelson, M.E. 2010. American Woodcock Singing-ground Surveys in the western Great Lakes region: assessment of woodcock counts, forest cover types along survey routes, and landscape cover type composition. M.S. Thesis, University of Minnesota, St. Paul, Minnesota U.S.A. 105pp.	October 2010
Nagle, F. A. 2007. Empowering conservation decisions: towards a theory of authentic arenas for environmental conflict management and decision-making. Ph.D. Dissertation, University of Minnesota.	April 2007
Nack, R.R. 2003. Brood movements and distribution of Eastern Prairie Population (EPP) Canada geese (Branta canadensis interior) in northern Manitoba: potential influence of increased snow goose (Chen caerulescens caerulescens) abundance. M.S. thesis, University of Minnesota, St. Paul, Minnesota.	July 2003
Mazack, J. E. 2013. Emergence, survival, and longevity of adult Diamesa mendotae Muttkowski (Diptera: Chironomidae) in groundwater-fed streams. M.S. Thesis, University of Minnesota, St. Paul, MN, USA. 50pp.	April 2013
Mannan, R.N. 2008. An assessment of survey mehtodology, calling activity, and habitat associations of wood frogs (Rana sylvatica) and boreal chorus frogs (Pseudacris maculata) in a tundra biome. MS Thesis, Texas Tech University, Lubbock, TX.	May 2008
Lueck, A. 2013. River and streams conditions of Minnesota, and their impact on aquatic biological communities. M.S. Thesis, University of Minnesota, St. Paul, MN, USA. 46pp.	May 2014
Loomis, J. H. 2008. The survival and blood chemistry response of walleye sander vitreus to a simulated live-release fishing tournament. M. S. Thesis, University of Minnesota.	May 2008
Lepore, J. 2013. Local and cumulative influences of docks on littoral habitat structure. M.S. Thesis, University of Minnesota, St. Paul, MN, USA. 48pp.	May 2013
LaSharr, K. 2017. Understanding Visitors to Wildlife Management Areas in Minnesota. M.S. Thesis, University of Minnesota, St. Paul, Minnesota, USA 73pp.	August 2017
Kramer, G.R. 2017. Nonbreeding and migratory ecology of golden-winged warblers and effects of landscape composition and configuration on American woodcock productivity. M.S. thesis, University of Minnesota, St. Paul, Minnesota, U.S.A. 88pp	April 2017
Keville, J. R. 2013. Effects of residential shoreline development on near shore aquatic habitat in Minnesota lakes. M.S. Thesis, University of Minnesota, St. Paul, MN, USA. 47pp.	May 2013
Integrating Social Considerations into Managing Deer in Minnesota. A DISSERTATION SUBMITTED TO THE FACULTY OF THE GRADUATE SCHOOL OF THE UNIVERSITY OF MINNESOTA BY Louis James Cornicelli IN PARTIAL FULFILLMENT OF THE REQUIREMENTS FOR THE DEGREE OF DOCTOR OF PHILOSOPHY	November 2009
Huff, D. D. 2010. Examining genetic diversity, outbreeding depression, and local adaptation in a native fish reintroduction program. PhD Dissertation, University of Minnesota, St. Paul, Minnesota.	April 2010
Hill, N.M. 2021. Secretive marshbird response to Invasive wetland plant management in the Prairie Pothole Region of Minnesota. M.S. thesis, University of Minnesota, St. Paul, Minnesota, U.S.A. 85pp.	February 2021
Henneman, C. 2006. Habitat associations of red-shouldered hawks in central Minnesota landscapes. M.S. thesis, University of Minnesota, St. Paul, Minnesota.	December 2006
Goebel, K.M. 2021. Insecticide drift and impacts on arthropod prey resources of birds in public grasslands in Minnesota. M.S. thesis, University of Minnesota, St. Paul, Minnesota, U.S.A. 118pp.	February 2021
Fronczak, David. 2014. Distribution, migration chronology, and survival rates of Eastern Population sandhill cranes. M.S. thesis, University of Minnesota, St. Paul, Minnesota, U.S.A.	November 2014
French, W. E. Winter ecology of Brown Trout in southeastern Minnesota streams. Ph.D. Dissertation, University of Minnesota, St. Paul, MN, USA. 110pp.	June 2014
Dolph, C. L. 2012. Defining stream integrity using biological indicators. PhD dissertation, University of Minnesota, St. Paul, Minnesota. 177pp.	September 2012
Dolph, C. 2008. Empowering water quality decisions: reducing uncertainty and bounding variability of stream ecosystem indicators. M. S. Thesis, University of Minnesota.	April 2008
Doherty, K.E. 2004. Fall movement patterns of adult female American woodcock (Scolopax minor) in the western Great Lakes region. M.S. thesis, University of Minnesota, St. Paul, Minnesota.	December 2004
Dick, T.E. 2009. Extended nest attentiveness by Canada geese (Branta canadensis) in response to embryocides. M.S. thesis, University of Minnesota, St. Paul, Minnesota. 33pp.	November 2009
Daly, K.O. 2014. Assessment of techniques to evaluate American woodcock population response to best management practices applied at the demonstration-area scale. M.S. thesis, University of Minnesota, St. Paul, Minnesota, U.S.A.	September 2014
Cross, Megan. Applying Theory To Management: Assessing the Practicality of Leopold's Land Ethic and the Risk Information and Processing (RISP) Model for Wildlife Management. MS Thesis submitted to University of Minnesota.	August 2015
Bronk, R. 2008. Macroinvertebrate composition, habitat, and diet in relation to the reintroduction of slimy sculpin in southeast Minnesota. M.S. Thesis, University of Minnesota.	July 2008
Blick, B. L. 2012. Knife River Stressor Identification, Kanabec County, Minnesota. M. S. Thesis, University of Minnesota, St. Paul, Minnesota. 97pp.	February 2012
Bergh, S.M. 2011. Factors influencing detection of American woodcock during Singing-ground Surveys. M.S. Thesis, University of Minnesota, St. Paul, Minnesota, U.S.A. 64pp.	July 2011
Beck, M. W. Minnesota macrophytes: linking aquatic plants, lake health, and human activities. Ph.D. Dissertation, University of Minnesota, St. Paul, MN, USA. 215pp.	May 2013
Au, L. 2003. Patterns in bird community structure related to restoration of Minnesota dry oak savannas. M.S. thesis, University of Minnesota, St. Paul, Minnesota.	October 2003
Atuke, D. M. 2008. Effectiveness of riparian forestry best management practices to protect stream habitat and biota: lessons from temperate and tropical systems. Ph.D. Dissertaion, University of Minnesota.	January 2008
Adkins, K.I.S. 2017. The relationship between grasslands, Conservation Reserve Program (CRP) enrollments, and greater prairie-chicken (Tympanuchus cupido pinnatus) populations in Minnesota. M.S. thesis, University of Minnesota, St. Paul, Minnesota, U.S.A.	December 2017

Technical Publications

Technical Publications	Publication Date
Wildlife Management Institute. 2009. Best management practices for woodcock & associated bird species: Upper Great Lakes Woodcock and Young Forest Initiative.	July 2009
Vondracek, B., R. M. Newman, and E. C. Merten. 2007. Comparison of effects of riparian harvest treatments on stream habitat, fish, instream wood, water temperature, and stream geomorphology nine years after harvest. Completion Report to the U. S. Forest Service, Grand Rapids, Minnesota.	December 2007
Vondracek, B., R. M. Newman, and E. C. Merten. 2007. Comparison of effects of riparian harvest treatments on stream habitat, fish, instream wood, water temperature, and stream geomorphology nine years after harvest. Completion Report to the National Council for Air and Stream Improvement.	May 2007
Vondracek, B., R. M. Newman, and E. C. Merten. 2007. Comparison of effects of riparian harvest treatments on stream habitat, fish, instream wood, water temperature, and stream geomorphology nine years after harvest. Completion Report to the Minnesota Department of Natural Resources.	July 2007
Vondracek, B., D, C. Fulton, and H. L. Schramm. 2009. Mortality of walleye caught in live-release tournaments: assessment and determination of acceptable levels. Final report to the Minnesota Department of Natural Resources.	June 2009
Vlaming, J., D.C. Fulton, D.H. Anderson, and J. Rosendahl. 2003. Minnesota Waterfowl Production Areas 2001 visitor use study. Final Report. Minnesota Cooperative Fish and Wildlife Research Unit, St. Paul, MN.	March 2003
Vlaming, J. and D.C. Fulton. 2003. Trout angling in southeast Minnesota: a study of trout anglers. Report submitted to Minnesota Department of Natural Resources.	March 2003
Smithers, B., C. Boal and D.E. Andersen. 2002. An analysis of Northern Goshawk food habits using time lapse video recording systems and inventory of breeding sites in Minnesota. Annual Progress Report. Texas Cooperative Fish and Wildlife Research Unit, Lubbock, TX.	September 2002
Schroeder, S. and D.C. Fulton. 2006. Fishing in the neighborhood: a study of recreation and fishing participation in the Twin Cities Metropolitan Area. University of Minnesota, Minnesota Cooperative Fish and Wildlife Research Unit, Department of Fisheries, Wildlife, and Conservation Biology. Final Report to the Minnesota Department of Natural Resources, St. Paul, Minnesota.	December 2006
Sammler, J. E., E. F. Perry, J. C. Manolis, D. E. Andersen, and F. Cuthbert. 2000. Biodiversity monitoring: breeding productivity and habitat requirements of nongame birds in north-central Minnesota. Final report to U.S. Geological Survey-Biological Resources Division. Minnesota Cooperative Fish and Wildlife Research Unit. St. Paul, MN.	January 2000
Payton, M.A., D.H. Anderson, and D.C. Fulton. 2002. Sherburne National Wildlife Refuge Visitor Use 2000-2001. Final Report. Minnesota Cooperative Fish and Wildlife Research Unit and Cooperative Park Studies Program, University of Minnesota, St. Paul, MN.	March 2002
Nack, R.R. and D.E. Andersen. 2002. Canada geese brood movement and habitat use at Cape Churchill, Manitoba. Annual Progress Report. Minnesota Cooperative Fish and Wildlife Research Unit, St. Paul, MN.	September 2002
Meneks, M. and B. Vondracek. 2000. Juvenile and larval fishes of the Red River of the North. Final Report to the Minnesota Department of Natural Resources. St. Paul, MN.	January 2000
Mannan, R.N. 2008. An assessment of survey methodology, calling activity, and habitat associations of wood frogs (Rana sylvatica) and boreal chorus frogs (Pseudacris maculata) in a tundra biome. M.S. thesis, Texas Tech Univeristy, Lubbock, Texas. Final Report to Wapusk National Park of Canada, Churchill, Manitoba, Canada.	December 2008
Krinke, M., J. K. Herny, B. Vondracek and 13 others. Economic Analysis of Agriculture for Multiple Benefits. Final Report submitted to the Legislative Committee for Minnesotas Resources, St. Paul	August 2001
Kocian, M., B. Vondracek, and B. Wilson. 2007. Hardwood Creek Impaired Water Case Study. Final Report to the Minnesota Water Resources Center.	June 2007
Kocian, M. and B. Vondracek. 2006. Geographical Information Systems Techniques to Channel Slope Delineation in Minnesota. Final Report to USGS Moundsview, Minnesota	October 2006
Gartner, W.C., L.L. Love, D. Erkkila, and D.C. Fulton. 2002. Economic impact and social benefits study of coldwater angling in Minnesota. Final Report. Minnesota Tourism Center and Minnesota Cooperative Fish and Wildlife Research Unit, St. Paul, MN.	June 2002
Fulton, D.C., J.S. Lawrence, J. Vlaming, and E. Price. 2002. The 2000 waterfowl hunting season in Minnesota: A study of hunters' opinions and activities. Final Report. Minnesota Cooperative Fish and Wildlife Research Unit, St. Paul, MN.	June 2002
Fulton, D.C. and D.H. Anderson. 2003. Estimating visitor use levels at Waterfowl Production Areas in Minnesota. Final Report submitted to U.S. Fish and Wildlife Service Region 3.	March 2003
Fulton, D.C. and L. Cornicelli. 2006. Results of 2005 survey of deer hunter satisfaction and preferences for regulation changes in Minnesota. Final Report to the Minnesota Department of Natural Resources, St. Paul, Minnesota.	December 2006
Epton, J.A. and D.C. Fulton. 2002. Evaluating Decision-Processes: Summary of case studies of fisheries issues in Minnesota. Final Report. Minnesota Cooperative Fish and Wildlife Research Unit, St. Paul, MN.	September 2002
Dougherty, Erin M. and David C. Fulton. 2001. Deer management in Cuyahoga Valley National Park: A study of local residents attitudes. Cuyahoga Valley NP, Midwest Region, National Park Service.	June 2001
Doherty, K. and D. E. Andersen. 2002. American woodcock fall survival in central Minnesota. Annual Progress Report. Minnesota Cooperative Fish and Wildlife Research Unit, St. Paul, MN.	June 2002
Currie, Leigh K. and David C. Fulton. 2001. Managing Minnesota's Fishing Resource: A review of angler and resort owner attitudes toward bag limits. Minnesota Department of Natural Resources.	August 2001
Bruskotter, J.T. and Fulton, D.C. 2006. Results of 2005 survey evaluating Minnesota electronic licensing system database. Final Report to the Minnesota Department of Natural Resources, St. Paul, Minnesota.	July 2006
Boal, C.W., D.E. Andersen, and P.L. Kennedy. 2001. Home range and habitat use of northern goshawks (Accipiter gentilis) in Minnesota. MN Cooperative Fish and Wildlife Research Unit, St. Paul, MN. 42pp.	April 2001
Boal, C. W., D. E. Andersen, and P. L. Kennedy. 2000. Home range and habitat use of breeding northern goshawks in north-central Minnesota. 1999 Progress Report. Minnesota Cooperative Fish and Wildlife Research Unit. St. Paul, MN. 15pp.	January 2000
Blann, K. A. and B. Vondracek. 2000. Landscape scale influences on coldwater streams and stream fish in southeastern Minnesota: a GIS application. Final Report to Minnesota Department of Natural Resources. St. Paul, MN.	January 2000
Au, L. and D.E. Andersen. 2002. Avian indicators for dry oak savannas on the Anoka Sandplain, Minnesota. Annual Progress Report. Minnesota Cooperative Fish and Wildlife Research Unit, St. Paul, MN.	September 2002
Andersen, D.E., and R.R. Nack. 2010. Brood movements and distribution of EPP Canada geese in northern Manitoba. Pages 66-68 In L. Chow and K. McKay, eds. Hudson Bay regional research. Aboriginal Issues Press, University of Manitoba, Winnipeg, Manitoba, Canada.	January 2011
Andersen, D.E., and M.E. Reiter. 2010. Sympatric nesting EPP Canada geese and lesser snow geese on the Hudson Bay Lowlands: nest predation and spatial distribution. Pages 69-70 In L. Chow and K. McKay, eds. Hudson Bay regional research. Aboriginal Issues Press, University of Manitoba, Winnipeg, Manitoba, Canada.	January 2011
Andersen, D.E., and J.E. Sammler. 2010. Population trends of tundra-nesting birds in Churchill, Manitoba. Pages 71-72 In L. Chow and K. McKay, eds. Hudson Bay regional research. Aboriginal Issues Press, University of Manitoba, Winnipeg, Manitoba, Canada.	January 2011
Andersen, D.E., S. DeStefano, M.I. Goldstein, K. Titus, C. Crocker-bedford, J.J. Keane, R.G. Anthony, and R.N. Rosenfield. 2004. The status of northern goshawks in the western United States. Wildlife Society Technical Review 04-1. The Wildlife Society, Bethesda, Maryland, USA. 24pp.	March 2004
Andersen, D.E., J.G. Bruggink, K. Doherty, R.S. Lutz, J. Meunier, and E. Oppelt. 2003. Fall survival, movements, and habitat use of American woodcock in the western great lakes region: 2002 field season report. Annual Progress Report. Minnesota Cooperative Fish and Wildlife Research Unit, St. Paul, MN.	March 2003
Andersen, D.E., C.W. Boal, and M. J. Solensky. 2003. Northern goshawk nesting survey in northern Minnesota. Final Report. Minnesota Cooperative Fish and Wildlife Research Unit, St. Paul, MN.	June 2003
Andersen, D.E., C.W. Boal, and B.L. Smithers. 2003. Spatial analysis of northern goshawk home ranges in northern Minnesota. Final Report. Minnesota Cooperative Fish and Wildlife Research Unit, St. Paul, MN.	June 2003
Andersen, D.E., C.W. Boal, G. Perry, R.N. Mannan, and M.E. Reiter. 2010. Factors affecting distribution and detection of boreal chorus frogs and wood frogs at Cape Churchill, Manitoba. Pages 309-311 In L. Chow and K. McKay, eds. Hudson Bay regional research. Aboriginal Issues Press, University of Manitoba, Winnipeg, Manitoba, Canada.	January 2011
Andersen, D.E. 2010. Production of EPP Canada geese near Cape Churchill, Manitoba. Pages 63-65 In L. Chow and K. McKay, eds. Hudson Bay regional research. Aboriginal Issues Press, University of Manitoba, Winnipeg, Manitoba, Canada.	January 2011
Andersen, D. E. 2000. Canada Goose brood movements and habitat use in relation to snow geese at Cape Churchill, Manitoba. Annual progress report to U.S. Geological Survey-Biological Resources Division. Minnesota Cooperative Fish and Wildlife Research Unit. St. Paul, MN. 8pp.	January 2000

Cooperative Fish and Wildlife Research Units Program: Minnesota Education, Research and Technical Assistance for Managing Our Natural Resources

Minnesota Research Activities

Cooperative Fish and Wildlife Research Units Program: Minnesota
Education, Research and Technical Assistance for Managing Our Natural Resources