Asteroid Comet Impact Hazards - Florida International University

Asteroid Comet Impact Hazards 

12/5/2005 

News in Brief 

News Archive 

October 31,2005 

B612 and NASA Dialog on how to Deal with Apophis 

During its close passage by the Earth on April 13 2029, it is possible (but 

improbable) that asteroid Apophis will pass through a keyhole leading to a 

collision in 2036. Recent concern has centered on how to evaluate the 

possibility of a collision in 2036 and take action, if necessary, to deflect th... 

Read more... 

October 19,2005 

Astronauts and the Impact Hazard 

Statement on the impact hazard from the Association of Space Explorers, an 

organization of about 300 astronauts & cosmonauts from 30 countries. They 

call on governments and international organizations to accept the 

responsibility for prevention of these most devastating of all natural disasters. 

Read more... 

Related Information 

Is the Earth targeted 

for impact? 

http://impact.arc.nasa.gov/index.cfm (1 of 2)12/5/2005 4:20:15 PM 

Torino Impact Scale NASA Astrobiology 

Institute

Asteroid Comet Impact Hazards 

NASA NEO Program 

Office 

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Asteroid Comet Impact Hazards: Introduction 

12/5/2005 

Introduction 

FAQs about NEO 

Impacts 

The Earth orbits the Sun in a sort of cosmic shooting gallery, subject to impacts 

from comets and asteroids. It is only fairly recently that we have come to appreciate 

that these impacts by asteroids and comets (often called Near Earth Objects, or 

NEOs) pose a significant hazard to life and property. Most of the hazard is from 

asteroid impacts; comets make only a minor contribution. Although the annual 

probability of the Earth being struck by a large asteroid or comet is extremely small, 

the consequences of such a collision are so catastrophic that it is prudent to assess 

the nature of the threat and prepare to deal with it. 

Studies have shown that the risk from cosmic impact increases with the size of the 

projectile. The greatest risk is associated with objects large enough to perturb the 

Earth's climate on a global scale by injecting large quantities of dust into the 

stratosphere. Such an event could depress temperatures around the globe, leading 

to massive loss of food crops and possible breakdown of society. Such global 

catastrophes are qualitatively different from other more common hazards that we 

face (excepting nuclear war), because of their potential effect on the entire planet 

and its population. Various studies have suggested that the minimum mass 

impacting body to produce such global consequences is several tens of billions of 

tons, resulting in a groundburst explosion with energy in the vicinity of a million 

megatons of TNT. The corresponding threshold diameter for an asteroid is between 

1 and 2 km. Smaller objects (down to tens of meters diameter) can cause severe 

local damage but pose no global threat. 

Today we are addressing this impact hazard by carrying out a comprehensive 

telescopic search for potentially hazardous near-Earth asteroids (NEAs). This 

program is called the Spaceguard Survey, and it has already resulted in the 

discovery of more than half the NEAs larger than 1 km diameter. The objective is to 

find 90% of the NEAs this large by the end of 2008. Today no known asteroid is on 

a collision course with the Earth, and the Spaceguard Survey does not expect to 

find any large asteroid that directly threatens us. If, however, such a rock is 

discovered on a collision course, then we anticipate that we would apply appropriate 

technology to deflect it before it hits. Asteroid impacts are the only natural hazard 

that we can, in principle, eliminate entirely. 

http://impact.arc.nasa.gov/intro.cfm (1 of 2)12/5/2005 4:20:30 PM

Asteroid Comet Impact Hazards: Introduction 

David Morrison, September 2004 

http://impact.arc.nasa.gov/intro.cfm (2 of 2)12/5/2005 4:20:30 PM 




Asteroids, Comets and NASA Research 

12/5/2005 

Is the Earth Targeted for an Impact? 

Not that we know of! None of the asteroids or comets discovered so far is on a 

collision course with Earth. However, we can't speak for those that are not yet 

discovered. In principle, one of those could hit any time, but statistically the chances 

are very small. Click here for background information on the impact hazard and 

what we are doing about it 

http://impact.arc.nasa.gov/intro_impact.cfm (1 of 2)12/5/2005 4:23:26 PM 




Asteroids, Comets and NASA Research 

http://impact.arc.nasa.gov/intro_impact.cfm (2 of 2)12/5/2005 4:23:26 PM

Torino Impact Scale 

12/5/2005 


Torino FAQs 

● What is it for? 

● Why is the Torino Scale needed? 

● How does the Torino Scale work? 

● How does an object get its Torino Scale number? 

● Can the Torino Scale value for an object change? 

● How did the Torino Scale get its name? 

● Additional Information 

Press Releases 

Misc 

● MIT Press Release 

● NASA Press Release 

● IAU Press Release 

● For Professional Use 

http://impact.arc.nasa.gov/torino.cfm (1 of 6)12/5/2005 4:24:16 PM 

● Permission for reproduction of Torino Scale figures and text.


What is it for? 

[ Download the Category Descriptions for the Torino Scale ] 

[ Download a high-resolution version of this image ] 

The Torino Scale is a "Richter Scale" for categorizing the Earth impact hazard associated 

http://impact.arc.nasa.gov/torino.cfm (2 of 6)12/5/2005 4:24:16 PM


with newly discovered asteroids and comets. It is intended to serve as a communication tool 

for astronomers and the public to assess the seriousness of predictions of close encounters 

by asteroids and comets during the 21st century. [ top ] 

Why is the Torino Scale needed? 

When a new asteroid or comet is discovered, predictions for where the object will be months 

or decades in the future are naturally uncertain. These uncertainties arise because the 

discovery observations typically involve measurements over only a short orbital track and 

because all measurements have some limit in their precision. 

Fortunately, for the majority of objects, even the initial calculations are sufficient to show that 

they will not make any close passes by the Earth within the next century. However, for some 

objects, 21st century close approaches and possible collisions with the Earth cannot be 

completely ruled out. [ top ] 

How does the Torino Scale Work? 

The Torino Scale utilizes numbers that range from 0 to 10, where 0 indicates an object has a 

zero or negligibly small chance of collision with the Earth. (Zero is also used to categorize 

any object that is too small to penetrate the Earth's atmosphere intact, in the event that a 

collision does occur.) A 10 indicates that a collision is certain, and the impacting object is so 

large that it is capable of precipitating a global climatic disaster. 

The Torino Scale is color coded from white to yellow to orange to red. Each color code has 

an overall meaning: 


● White - "No Hazard" meaning they are virtually certain to miss Earth or are so 

small that any impact would almost certainly dissipate in the atmosphere. White 

corresponds to category 0. 

● Green - "Normal" refers to objects that have predictable close approaches with 

some very small, but not seriously concerning, chance of a collision. 

Nonetheless, prudence dictates their orbits should be tracked closely so that 

the collision chance becomes refined, and probably in all cases, will ultimately 

be reclassified within Torino Scale category zero. Green corresponds to 

category 1. 

● Yellow - "Meriting attention by astronomers" are close approaches by objects 

that have higher collision chances than the Earth typically experiences over a 

few decades. These are object for which refinement of the orbit is of high 

priority. Yellow corresponds to categories 2, 3, 4. 

● Orange - "Threatening" refers to close encounters with objects that are large 

enough to cause regional or global devastation, where the chance of collision 

greatly exceeds the level that typically occurs within a given century. These are 

objects for which refinement of the orbits are an extreme priority. Orange 

corresponds to categories 5, 6,7. 

● Red - "Certain collisions" refers to objects that are certain to collide with Earth having 

sufficient size to likely penetrate the atmosphere with the capability to cause either 

local damage, regional devastation, or a global climatic catastrophe. Red corresponds


to categories 8, 9, 10. 

[ top ] 

How does an object get its Torino Scale number? 

An object is assigned a 0 to 10 value on the Torino Scale based on its collision probability 

and its kinetic energy (proportional to its mass times the square of its encounter velocity). 

Categorization on the Torino Scale is based on the placement of a close approach event 

within a graphical representation of kinetic energy and collision probability . An object that is 

capable of making multiple close approaches to the Earth will have a separate Torino Scale 

value associated with each approach. (An object may be summarized by the single highest 

value that it attains on the Torino Scale.) There are no fractional values or decimal values 

used in the Torino Scale. [ top ] 

Can the Torino Scale value for an object change? 

Yes! It is important to note that the Torino Scale value for any object initially categorized as 1 

or greater _will_ change with time. The change will result from improved measurements of 

the object's orbit showing, most likely in all cases, that the object will indeed miss the Earth. 

Thus, the most likely outcome for a newly discovered object is that it will ultimately be reassigned 

to category 0. Any object initially placed in category 0 is unlikely to have its Torino 

Scale value change with time. [ top ] 

How did the Torino Scale get its name? 

The Torino Scale was created by Professor Richard P. Binzel in the Department of Earth, 

Atmospheric, and Planetary Sciences, at the Massachusetts Institute of Technology (MIT). 

The first version, called "A Near-Earth Object Hazard Index", was presented at a United 

Nations conference in 1995 and was published by Binzel in the subsequent conference 

proceedings (Annals of the New York Academy of Sciences, volume 822, 1997.) 

A revised version of the "Hazard Index" was presented at a June 1999 international 

conference on near-Earth objects held in Torino (Turin) Italy. The conference participants 

voted to adopt the revised version, where the bestowed name "Torino Scale" recognizes the 

spirit of international cooperation displayed at that conference toward research efforts to 

understand the hazards posed by near-Earth objects. ("Torino Scale" is the proper usage, not 

"Turin Scale.) [ top ] 

The Torino Scale 

For an object making a close approach to Earth, its categorization on the Torino Scale is 

dependent upon its placement within this plot showing kinetic energy versus collision 

probability. (One MT = 4.3 x 10^15 J.) The left-hand scale also indicates approximate sizes 

for asteroidal objects having typical encounter velocities. For an object that makes multiple 

close approaches over a set of dates, a Torino Scale value should be determined for each 



approach. It may be convenient to summarize such an object by the greatest Torino Scale 

value within the set. 

[ Download a high-resolution version of this image ] 

Recommended parameters to be quoted in any public announcement of a future close 

approach. 

Responsible communication about a potential close approach should include the following 

information: 

Name of the object: 

Size estimate for the object: 

Date(s) of close encounter(s): 

Collision probability for each close encounter date: 

Torino Scale value for each encounter date: 

More thorough guidelines and procedures for public announcement of future close 

approaches by near-Earth objects are being developed under the auspices of the 

International Astronomical Union (IAU) Working Group on Near-Earth Objects. [ top ] 

Permission for reproduction of Torino Scale figures and text. 

Copyright (c) 1999, 2004 Richard P. Binzel, Massachusetts Institute of Technology. 

Permission is hereby granted to reproduce Torino Scale figures and text for educational and 

news reporting purposes. [ top ] 



Additional Information 

"And Now, the Asteroid Forecast." 

Science vol. 285, p. 655 (1999). 

"Scaling the Degree of Danger from an Asteroid." 

Nature vol. 400, p. 392 (1999). 

"The Torino Scale: Gauging the Impact Threat." 

Sky & Telescope vol. 98, pp.32-33 (1999). 

"Assessing the Hazard: The Development of the Torino Scale." 

The Planetary Report vol. XIX, pp. 6-10 (1999). 

"The Torino Impact Hazard Scale" 

Planetary and Space Science vol. 48, pp. 297-303 (2000). 





NASA Astrobiology Institute 

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11/21/2005 

A New Book from NAI's Peter Ward 

Prolific author Peter Ward leads the pack, speculating on "Life As We Do Not 

Know It..." The book contains a wealth of information and dazzling speculation 

drawn from the ranks of Ward's colleagues in the 16 research institutions that 

operate worldwide as NASA's Astrobiology Institute. 

10/19/2005 

Spitzer Telecope Data Suggest that Life's Building Blocks are 

Abundant 

Infrared astronomers are discovering that compounds called polycyclic aromatic 

hydrocarbons (PAHs) constitute one the largest reservoirs of carbon in space. 

New observations confirm that PAHs are abundant, even in distant galaxies. 

Investigator Doug Huggins notes that "This stuff contains the building blocks of 

life, and now we can say they're abundant in space. And wherever there's a 

planet out there, we know that these things are going to be raining down on it." 

feature story archive | NAI research highlights 

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New Teacher Workshop from NAI's Marine Biological Laboratory Lead Team 

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educators. Participants will learn about the diverse 

ways that bacteria evolve and symbiotically interact 

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interactions with research scientists and other 

teachers. Basic topics and lesson plans cover insect 

collection, insect biodiversity, the mutualistic and 

parasitic bacteria (Wolbachia) that live within them, 

DNA extraction, and simple molecular biology and 

evolutionary analysis skills. 

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Near-Earth Object Program 

Artist's conception of the 

Hayabusa spacecraft. 

+ View the NASA Portal 

Hayabusa's Contributions Toward Understanding the Earth's Neighborhood 

Don Yeomans 

August 11, 2005 

Beginning in early September 2005, the Japanese Hayabusa spacecraft will rendezv 

ous with near-Earth asteroid (25143) Itokawa. Itokawa, a 600 meter sized, potatoshaped 

asteroid, is named after Hideo Itokawa, a Japanese rocket pioneer. Although 

the primary objectives of the Hayabusa mission are to test new technologies, the 

mission will also provide a wealth of scientific returns. For the three month period from 

September through November 2005, the science instruments on board the Hayabusa 

spacecraft will undertake an intensive study of near-Earth asteroid Itokawa. After 

closely observing the asteroid for several weeks, a few pellets will be fired from the 

spacecraft at close range into the asteroid's surface and about a gram of the pellet's 

impact ejecta will be collected into a sample capsule. This capsule will then be 

brought back to Earth and parachuted into the Australia outback in June 2007 so that 

some of the asteroid's surface minerals can be studied in Earth-based laboratories. 

This will be the first asteroid sample return mission. 

FULL STORY 

NASA's Deep Impact Generates Its Own Spectacular Photo Flash 

July 4, 2005 

The hyper-speed demise of NASA's Deep Impact probe generated an immense flash of light, which provided an excellent light 

source for the two cameras on the Deep Impact mothership. Deep Impact scientists theorize the 820-pound impactor vaporized 

deep below the comet's surface when the two collided at 1:52 am July 4, at a speed of about 10 kilometers per second (6.3 miles 

per second or 23,000 miles per hour). 

"You can not help but get a big flash when objects meet at 23,000 miles per hour," said Deep Impact co-investigator Dr. Pete 

Schultz of Brown University, Providence, R.I. "The heat produced by impact was at least several thousand degrees Kelvin and at 

that extreme temperature just about any material begins to glow. Essentially, we generated our own incandescent photo flash for 

less than a second." 

http://neo.jpl.nasa.gov/ (1 of 2)12/5/2005 4:26:04 PM

Near-Earth Object Program 

FULL STORY 

http://neo.jpl.nasa.gov/ (2 of 2)12/5/2005 4:26:04 PM 

Photo of Deep Impact Hitting Comet 

Tempel 1 

Site Manager: Don Yeomans 

Webmaster: Ron Baalke 

Last Updated: NaN undefined NaN

Hayabusa (MUSES-C) 

Artist's conception of the Hayabusa spacecraft 

deploying one of the surface target markers that will 

be used to guide the spacecraft's descent to the 

surface of asteroid Itokawa. 



Hayabusa's Contributions Toward Understanding the Earth's 

Neighborhood 

Don Yeomans 

August 11, 2005 

Beginning in early September 2005, the Japanese Hayabusa 

spacecraft will rendezvous with near-Earth asteroid (25143) Itokawa. 

Itokawa, a 600 meter sized, potato-shaped asteroid, is named after 

Hideo Itokawa, a Japanese rocket pioneer. Although the primary 

objectives of the Hayabusa mission are to test new technologies, the 

mission will also provide a wealth of scientific returns. For the three 

month period from September through November 2005, the science 

instruments on board the Hayabusa spacecraft will undertake an 

intensive study of near-Earth asteroid Itokawa. After closely 

observing the asteroid for several weeks, a few pellets will be fired 

from the spacecraft at close range into the asteroid's surface and 

about a gram of the pellet's impact ejecta will be collected into a 

sample capsule. This capsule will then be brought back to Earth and 

parachuted into the Australia outback in June 2007 so that some of 

the asteroid's surface minerals can be studied in Earth-based 

laboratories. This will be the first asteroid sample return mission. 

After the successful launch of the spacecraft on May 9, 2003 from the 

Japanese Kagoshima Launch site, the mission name was changed 

from MUSES-C to Hayabusa. Hayabusa, which is Japanese for 

"falcon," will act much like its namesake, descending to the asteroid's 

surface, capturing its prey and returning it to Earth. While the 

scientific knowledge of near-Earth asteroids will be significantly 

advanced by the Hayabusa mission, the primary goals are to test four 

advanced technology systems: the electric propulsion (ion drive) 

engines; an autonomous navigation system; the sample collection system; and the sample capsule that re-enters the Earth's 

atmosphere. 

A year after launch, on May 19, 2004, the spacecraft returned to Earth and made a close approach (altitude = 3725 km), thereby 

gaining the extra velocity it needed to reach the near-Earth asteroid Itokawa. During the Earth swing-by, the spacecraft also took 

images of the Earth and moon to test and calibrate the on board camera called AMICA (Asteroid Multi-band Imaging Camera). 

These Earth and lunar images can be viewed at: http://www.isas.ac.jp/e/snews/2004/0519.shtml . Because the efficiency of the solar 

http://neo.jpl.nasa.gov/missions/hayabusa.html (1 of 4)12/5/2005 4:26:30 PM


panels were slightly degraded as a result of a solar flare in late 2003, the ion engines no longer receive quite as much electricity as 

they should so the spacecraft's arrival at the asteroid was delayed from mid-summer until September of 2005. 

Upon arriving at the asteroid, the Hayabusa spacecraft will spend about three months hovering above the asteroid with its high gain 

antenna pointed toward Earth and its science instruments pointed toward the asteroid's surface. Using the spacecraft camera, the 

entire surface of the asteroid will be mapped so that its size, shape and volume can be determined. The Hayabusa spacecraft 

carries infrared and X-ray spectrometers that will identify the asteroid's most common minerals and chemical constituents. In mid- 

September, the spacecraft will evolve down to its so-called "gate position," 20 kilometers above the asteroid's surface, where it will 

begin the global mapping of the surface features and determine its surface composition. Toward the end of September, the 

spacecraft will move to its "home position," which is only seven kilometers above the surface. At this home position, a more detailed 

surface map will be generated and the surface composition differences will be examined as the asteroid rotates underneath the 

hovering spacecraft. 

In the second half of November, the spacecraft will 

collect up to three surface samples as its sample 

horn captures small pieces of the asteroid ejected 

when tantalum pellets are fired into its surface at 

300 meters per second. With these surface samples 

tucked safely into the spacecraft's sample capsule, 

the spacecraft will return to Earth, arriving in June 

2007, and the sample capsule will parachute to the 

ground in Australia. The samples will be analyzed in 

various laboratories to study their detailed chemical 

composition and determine which meteorite 

examples in Earth-based collections provide the 

best match for Itokawa's particular composition. 

Once this question is answered, then future Earth 

based observations can be used to identify the likely 

minerals in other asteroids that share the same 

spectral characteristics as Itokawa. 

During the first descent to fire a pellet into the 

surface, a small coffee-can-sized surface hopper, 

called MINERVA, will be dropped slowly onto the 

asteroid's surface. For one to two days it will slowly 

leap about the asteroid taking surface temperature 

measurements and high-resolution images with 

each of its three miniature cameras. 

Hayabusa's observations will address each of three major issues concerning asteroids: 

Artist's conception of the Hayabusa spacecraft and the Minerva 

surface hopper. 

1.) their role as the building blocks of the solar system, 2.) their potential for impacting Earth and 3.) their future use as raw materials 

for building space structures. 

1. The scientific interest in asteroids is due largely to their status as the remnant debris from the inner solar system formation 

process that occurred some 4.6 billion years ago. Since the chemical compositions of asteroids have remained relatively 

unchanged since their formation, knowledge of their elemental makeup would provide an understanding of the chemical mix 

from which the inner planets, including Earth, formed. 

2. From time to time, near-Earth asteroids collide with Earth. Should one of them be found upon an Earth threatening trajectory, 

scientists would need to understand its composition and structure before a successful strategy could be undertaken to 

deflect the object away from Earth. 

3. Some of the near-Earth asteroids that are potentially the most hazardous because they can closely approach the Earth are 

also the objects that could be most easily reached and exploited for raw materials. The minerals, metals and water ices on 

near-Earth asteroids and comets could be used to manufacture the space structures and rocket fuel that will be required to 

explore and colonize our solar system in the 21st century. We need to examine the chemical composition of some of these 

objects to understand which among them are richest in mineral wealth and other raw materials. 

The Hayabusa asteroid sample return mission is the next giant step forward in understanding the role of near-Earth asteroids in the 

origin of the solar system, their potential threat to Earth and the future use of their raw materials to expand the human presence 



beyond Earth. 

Additional information: 

Hayabusa Project (JAXA main site) 

http://www.isas.ac.jp/e/enterp/missions/hayabusa/index.shtml 

SPACE NEWS (JAXA) -- Hayabusa acquired images of the earth and the moon. 

http://www.isas.jaxa.jp/e/snews/2004/0519.shtml 

Planetary Society: 

http://planetary.org/news/2004/hayabusa_earth-swingby_preview.html 

AMICA - Asteroid Multiband Imaging Camera 

Hayabusa Science Objectives 

● Map surface morphology including surface features to one 1-m resolution 

● Determine spin state, colors, size, shape, volume, and rotation characteristics 

● Search for possible asteroid satellites and dust rings 

● Establish a global map of surface features and colors 

● Reveal history of impacts from other asteroid and comet fragments 

● Determine optical parameters of regolith particles using polarization degree vs. phase curve at large phase angles 

● Map mineralogical composition of asteroid and identify rock types present 

● Determine most likely meteorite analog for composition of asteroid 

Near-IR Spectrometer 

● Map mineralogical composition of asteroid and provide main evidence for rock types present on surface at scales as small 

as 20 m 

● Characterize surface heterogeneity 

● Together with elemental composition measurements provided by (XRS) and color imagery from camera, IR spectrometer 

will provide link between this asteroid and a meteorite type 

X-Ray Spectrometer (XRS) 

● Map the major elemental composition of the surface as the asteroid rotates under the spacecraft 

● Determine the major elemental composition at localized areas during asteroid approach phases 

● Measure surface composition accurately enough to establish relationship between asteroids and meteorites and identify 

type of meteorite to which asteroid is linked 

● Provide elemental abundance maps to investigate inhomogeneity of regolith 

Sample Return Analysis 

LIDAR 

● Samples returned to Earth will provide a detailed and definitive elemental composition analysis of the asteroid's surface 

materials and hence forge an unambiguous link between the asteroid's composition and a meteorite type 

● Provide accurate shape and mass determinations for asteroid 

● Map asteroid's surface with a maximum resolution of about 1-meter 



http://neo.jpl.nasa.gov/missions/hayabusa.html (4 of 4)12/5/2005 4:26:30 PM 




Bibliography 

12/5/2005 

Asteroid and Comet Impact Hazard Bibliography (1992- 

2000) 

Note: The following list contains only important recent scientific papers on this 

subject. In general, the list does not include papers on Comet Shoemaker-Levy 9 and 

its collision with Jupiter, on the KT impact and mass extinction, on meteors and 

meteor showers, or on the dynamics and physical properties of meteorites, comets 

and asteroids, unless these papers relate directly to the impact hazard or planetary 

defense. A few books on the subject are included, but most references are to 

technical papers in the refereed professional literature. The bibliography was 

compiled by David Morrison. 

Index: 

1992 

1992 1995 1998 

1993 1996 1999 

1994 1997 2000 

Ahrens, T.J. and A.W. Harris: Deflection and fragmentation of near-Earth asteroids. 

Nature 360:429-433 (1992) 

Ceplecha, Z.: Influx of interplanetary bodies onto Earth. Astronomy & Astrophysics 

263: 361-366 (1992) 

Hudson, R.S. and S.J. Ostro: Shape of asteroid 4769 Castalia (1989 PB) from 

inversion of radar images. Science 263:940-943 (1994). 

Morrison, D. (editor): The Spaceguard Survey: Report of the NASA International Near- 

Earth-Object Detection Workshop. NASA Publication (1992) 

http://impact.arc.nasa.gov/biblio.cfm (1 of 18)12/5/2005 4:26:51 PM

Bibliography 

Rabinowitz, D.L.: The flux of small asteroids near the Earth. In Asteroids, Comets, 

Meteors 1991 (A.W. Harris and E. Bowell, editors), Lunar and Planetary Institute, 481- 

486 (1992) 

Sagan, C.: Between enemies. Bull. Atomic Scientists 48:24 (1992) 

1993 

Return to the Index 

Ahrens, T.J.: Deflection and fragmentation of near-Earth asteroids. In Proceedings of 

the Near-Earth-Object Interception Workshop (G. Canavan, J. Solem, and D.G. 

Rather, editors), Los Alamos Publication LANL 12476-C, 89-110 (1993) 

Canavan, G.H.: Value of space defenses. In Proceedings of the Near- Earth-Object 

Interception Workshop (G. Canavan, J. Solem, and D.G. Rather, editors), Los Alamos 

Publication LANL 12476-C, 261-274 (1993) 

Canavan, G.H., J.C. Solem, and D.G. Rather (editors): Proceedings of the Near-Earth- 

Object Interception Workshop. Los Alamos Publication LANL 12476-C (1993) 

Canavan, G.H. and J. Solem: Near-Earth object interception workshop summary. In 

Proceedings of the Near-Earth-Object Interception Workshop (G. Canavan, J. Solem, 

and D.G. Rather, editors), Los Alamos Publication LANL 12476-C, 20-48 (1993) 

Ceplecha, Z. Impacts of meteoroids larger than 1 m onto the Earth's atmosphere. 

Astronomy & Astrophysics 286: 967-970 (1994) 

Chyba, C.F.: Explosions of small Spacewatch objects in the Earth's atmosphere. 

Nature 363:701-702 (1993) 

Chyba, C.F., P.J. Thomas, and K.J. Zahnle: The 1908 Tunguska explosion: 

atmospheric disruption of a stony asteroid. Nature 361:40- 44 (1993) 

Hills, J.G. and M.P. Goda: The fragmentation of small asteroids in the atmosphere. 

Astronomical J. 105:1114-1144 (1993) Melosh, H.J. and I.V. Nemchinov: Solar 

asteroid diversion. Nature 366:21-22 (1993) 

Morrison, D.: An international program to protect the Earth from impact catastrophe: 

First steps. Acta Astronautica 30:11-16 (1993) 

Rabinowitz, D.L. et al.: Evidence for a near-Earth asteroid belt. Nature363:704-706 

(1993) 

Solem, J.C.: Interception of comets and asteroids on collision course with the Earth. 

In Proceedings of the Near-Earth-Object Interception Workshop (G. Canavan, J. 


Bibliography 

Solem, and D.G. Rather, editors), Los Alamos Publication LANL 12476-C, 131-154 

(1993) 

Teller, E.: Why now? In Proceedings of the Near-Earth-Object Interception Workshop 

(G. Canavan, J. Solem, and D.G. Rather, editors), Los Alamos Publication LANL 

12476-C, 275-279 (1993) 

1994 


Adushkin, V.V. and I.V. Nemchinov: Consequences of impacts of cosmic bodies on 

the surface of the Earth. In Hazards Due to Comets and Asteroids (T. Gehrels, 

editor), University of Arizona Press, 721- 778 (1994) 

Ahrens, T.J. and A.W. Harris: Deflection and fragmentation of near- Earth asteroids. 

In Hazards Due to Comets and Asteroids (T. Gehrels, ed.), University of Arizona 

Press, 897-928 (1994) 

Bailey, M.E., S.V.M. Clube, G. Hahn, W.M. Napier, and G.B. Valsecchi: Hazards due 

to short-period comets: Climate and short-term catastrophism. In Hazards Due to 

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(1994) 

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http://impact.arc.nasa.gov/biblio.cfm (18 of 18)12/5/2005 4:26:51 PM 




Neo Catalog 

12/5/2005 

NEO Catalog 

http://impact.arc.nasa.gov/neo_main.cfm (1 of 2)12/5/2005 4:26:57 PM 

List of Potentially Hazardous Asteroids 

Catalog of Near Earth Asteroids with orbits that bring them very close to 

the Earth. Updated daily by the Minor Planet Center. 

List of All Known NEOs with Orbital Elements 

Updated daily by the Minor Planet Center. 

● Amors. Mars-crossing but not Earth-crossing asteroids 

● Apollos. Includes most Earth-crossing asteroids. 

● Atens. Asteroids with orbits largely inside the orbit of the Earth 

List of Future Close Passages of NEOs 

Predicted close asteroid and comet approaches through the year 2020, 

supplied by the Minor Planet Center 

List of Potentially Hazardous Asteroids (PHAs) 

Provided by the NASA NEO Program Office

Neo Catalog 

http://impact.arc.nasa.gov/neo_main.cfm (2 of 2)12/5/2005 4:26:57 PM 

List of Upcoming Close Approaches to Earth 

Provided by the NASA NEO Program Office 

Technical Table of all NEOs (NeoDys) 

Updated continuously by Andrea Milani in Pisa, Italy 




Unusual Minor Planets 


The lists of unusual objects accessible from this page include both close-approach and distant objects. 

Note that the definitions of Aten, Apollo and Amor objects differ between different groups. The 

definitions used here are that Atens have semimajor axes less than 1.0 AU, Apollos have perihelion 

distances less than 1.0 AU and Amors have perihelion distances less than 1.3 AU. Centaur objects have 

perihelia beyond the orbit of Jupiter and semimajor axes inside the orbit of Neptune. Transneptunian 

objects have orbits with semimajor axes beyond the orbit of Neptune--some of these objects, generally 

assumed to be in librations with Neptune, have perihelion distances inside the orbit of Neptune. 

At the present time, these lists contain entries for the following numbers of objects: 

● 3702 close approach 

● 1083 distant objects 

● 191 other unusual objects 

More specifically: 

● 307 Atens 

● 1800 Apollos 

● 1595 Amors 

● 158 Centaurs and Scattered-Disk Objects 

● 925 transneptunians 

The close-approach lists are here: 

● Atens (by designation or by perihelion distance) 

● Apollos (by designation or by perihelion distance) 

● Amors (by designation or by perihelion distance) 

The distant-object lists are here (ordered by designation): 

● Centaurs and Scattered-Disk Objects 

● Transneptunians 

The Trojan lists are here (ordered by designation): 

http://cfa-www.harvard.edu/iau/lists/Unusual.html (1 of 2)12/5/2005 4:27:01 PM


● Martian 

● Jovian 

● Neptunian 

Here is a list of other unusual objects that do not fit into any of the above categories. 

The 692 Potentially Hazardous Asteroids (the minor planets with the greatest potential for close 

approaches to the earth) include those objects with H brighter than or equal to V = 22.0 and a value of M 

or N (see explanation) less than 0.05 AU. 

This list was last updated on 2005 Dec. 5. 

Back to minor planet lists 

MPC CBAT 

http://cfa-www.harvard.edu/iau/lists/Unusual.html (2 of 2)12/5/2005 4:27:01 PM

Forthcoming Close Approaches To The Earth 


The following table lists the predicted minor-planet and comet encounters to within 0.2 AU of the earth 

during the next 33 years (from the start of this year). Objects with very uncertain orbits are excluded 

from this listing, as are recently-discovered objects whose orbits have been computed without 

consideration of planetary perturbations. The distances quoted are from the nominal orbit solutions in 

the cited references and can be quite uncertain, particularly for one-opposition objects. Perturbed orbital 

solutions consider perturbations by eight major planets (Mercury to Neptune), three minor planets 

(Ceres, Pallas and Vesta) and treat the earth and the moon as separate perturbing bodies. 

Also available is a list of PHA close-encounters from the start of this year through the end of 2178 and a 

list of earth-approaches within 0.2 AU over the period 1900-2178. 

Please read our Web policy document. 

Object (and name) Date of encounter (TT) 

Distance Orbit arc Reference Object (and 

name) 

JD Calendar (AU) 

2004 XM29 2453371.94 2005 Jan. 1.44 0.02378 1opposition, 

arc = 21 days MPO 74447 2004 XM29 

2004 XD6 2453373.44 2005 Jan. 2.94 0.06890 1opposition, 

arc = 24 days MPO 74441 2004 XD6 

2000 WP19 2453373.73 2005 Jan. 3.23 

0.1550 2 oppositions, 2000-2004 MPO 74049 2000 

WP19 

2005 BG14 2453376.59 2005 Jan. 6.09 0.07973 1opposition, 

arc = 41 days MPO 77807 2005 BG14 

2004 YR 2453376.96 2005 Jan. 6.46 0.1849 1opposition, 

arc = 198 days MPO 77796 2004 YR 

2002 AA29 2453379.22 2005 Jan. 8.72 


AA29 

2005 BN1 2453380.91 2005 Jan. 10.41 0.02395 1opposition, 

arc = 18 days MPO 74484 2005 BN1 

(27002) 1998 DV9 2453381.90 2005 Jan. 11.40 

0.07771 3 oppositions, 1998-2001 MPO 70194 (27002) 1998 

http://cfa-www.harvard.edu/iau/lists/CloseApp.html (1 of 259)12/5/2005 4:28:11 PM


DV9 

2005 BS1 2453383.93 2005 Jan. 13.43 0.001772 1opposition, 

arc = 3 days MPO 77805 2005 BS1 

2005 BD 2453384.21 2005 Jan. 13.71 0.03701 1opposition, 

arc = 4 days MPO 74483 2005 BD 

2005 BM1 2453385.05 2005 Jan. 14.55 0.03026 1opposition, 

arc = 2 days E2005-X16 2005 BM1 

2005 BU 2453385.06 2005 Jan. 14.56 0.01759 1opposition, 

arc = 2 days MPO 74483 2005 BU 

2005 BH14 2453386.50 2005 Jan. 16.00 0.07029 1opposition, 

arc = 17 days MPO 74486 2005 BH14 

2005 AJ3 2453387.79 2005 Jan. 17.29 0.08368 1opposition, 

arc = 10 days MPO 74472 2005 AJ3 

2004 XN14 2453388.14 2005 Jan. 17.64 

0.1086 2 oppositions, 2004-2005 E2005-V84 2004 

XN14 

2005 AX28 2453389.60 2005 Jan. 19.10 0.01408 1opposition, 

arc = 4 days MPO 74477 2005 AX28 


arc = 39 days MPO 77808 2005 BS27 

2005 AK3 2453390.45 2005 Jan. 19.95 0.02324 1opposition, 

arc = 14 days MPO 74472 2005 AK3 

2005 CJ 2453391.65 2005 Jan. 21.15 0.09232 1opposition, 

arc = 64 days MPO 77808 2005 CJ 

2002 RM129 2453391.66 2005 Jan. 21.16 


RM129 

2005 WK4 2453395.92 2005 Jan. 25.42 0.06012 1opposition, 

arc = 5 days E2005-X13 2005 WK4 

2005 CC37 2453397.42 2005 Jan. 26.92 0.05471 1opposition, 

arc = 30 days MPO 77812 2005 CC37 

2002 PN 2453402.21 2005 Jan. 31.71 0.08144 1opposition, 

arc = 249 days MPO 48243 2002 PN 

2005 CM7 2453403.28 2005 Feb. 1.78 0.007059 1opposition, 

arc = 6 days MPO 74489 2005 CM7 

(7350) 1993 VA 2453403.85 2005 Feb. 2.35 


VA 

2002 CC19 2453403.95 2005 Feb. 2.45 


CC19 

2005 CP38 2453406.08 2005 Feb. 4.58 0.08373 1opposition, 

arc = 8 days MPO 77812 2005 CP38 



2005 CL7 2453408.00 2005 Feb. 6.50 0.1809 1opposition, 

arc = 232 days MPO 77809 2005 CL7 

2001 QC96 2453408.92 2005 Feb. 7.42 


QC96 

2004 VJ1 2453409.19 2005 Feb. 7.69 0.1449 1opposition, 

arc = 38 days MPO 74427 2004 VJ1 

2005 CE41 2453411.51 2005 Feb. 10.01 0.02628 1opposition, 

arc = 30 days MPO 77812 2005 CE41 

2001 DF47 2453411.71 2005 Feb. 10.21 


DF47 

2005 AV27 2453413.13 2005 Feb. 11.63 


AV27 

2005 CN61 2453414.88 2005 Feb. 13.38 0.02131 1opposition, 

arc = 6 days MPO 74497 2005 CN61 

2000 YS134 2453416.39 2005 Feb. 14.89 0.06597 1opposition, 

arc = 60 days MPO 11023 2000 YS134 

2004 EW 2453416.52 2005 Feb. 15.02 


EW 

2005 EO33 2453417.37 2005 Feb. 15.87 0.07941 1opposition, 

arc = 26 days MPO 77822 2005 EO33 

2002 CC14 2453419.74 2005 Feb. 18.24 0.1511 1opposition, 

arc = 7 days MPO 74134 2002 CC14 

2005 BY2 2453425.56 2005 Feb. 24.06 


BY2 

2005 ES1 2453425.69 2005 Feb. 24.19 0.01259 1opposition, 

arc = 4 days MPO 77816 2005 ES1 

2005 ET70 2453426.72 2005 Feb. 25.22 0.1529 1opposition, 

arc = 24 days MPO 77827 2005 ET70 

2005 CP 2453428.07 2005 Feb. 26.57 


CP 

2005 EQ95 2453428.13 2005 Feb. 26.63 0.04987 1opposition, 

arc = 2 days MPO 77831 2005 EQ95 

2005 CR37 2453428.29 2005 Feb. 26.79 0.06276 1opposition, 

arc = 117 days MPO 77812 2005 CR37 

2004 RF84 2453428.66 2005 Feb. 27.16 


RF84 



2004 QD3 2453428.74 2005 Feb. 27.24 0.1038 1opposition, 

arc = 239 days MPO 77785 2004 QD3 

2005 EM70 2453432.25 2005 Mar. 2.75 0.06436 1opposition, 

arc = 2 days MPO 77827 2005 EM70 

1992 BF 2453433.44 2005 Mar. 3.94 


BF 

2005 EL70 2453433.45 2005 Mar. 3.95 0.03720 1opposition, 

arc = 2 days MPO 77827 2005 EL70 

2005 EZ29 2453435.27 2005 Mar. 5.77 0.1444 1opposition, 

arc = 121 days MPO 77821 2005 EZ29 

2005 EY95 2453435.29 2005 Mar. 5.79 


EY95 

2002 VR14 2453436.14 2005 Mar. 6.64 0.1359 1opposition, 

arc = 7 days MPO 38512 2002 VR14 

2004 YK1 2453436.19 2005 Mar. 6.69 0.1903 1opposition, 

arc = 145 days MPO 77796 2004 YK1 

2005 EJ169 2453436.34 2005 Mar. 6.84 0.04471 1opposition, 

arc = 21 days MPO 77841 2005 EJ169 

2001 BB16 2453436.71 2005 Mar. 7.21 0.1898 1opposition, 

arc = 63 days MPO 12273 2001 BB16 

2005 EO30 2453437.15 2005 Mar. 7.65 0.06198 1opposition, 

arc = 11 days MPO 77821 2005 EO30 

2005 CN 2453437.24 2005 Mar. 7.74 0.1041 1opposition, 

arc = 14 days MPO 74487 2005 CN 

2000 AF6 2453437.41 2005 Mar. 7.91 


AF6 

2002 EV11 2453437.46 2005 Mar. 7.96 


EV11 

(22753) 1998 WT 2453437.64 2005 Mar. 8.14 


WT 

2005 EP1 2453438.04 2005 Mar. 8.54 0.04957 1opposition, 

arc = 4 days MPO 77816 2005 EP1 


arc = 5 days MPO 77841 2005 EM169 

2005 EN30 2453439.21 2005 Mar. 9.71 0.1912 1opposition, 

arc = 12 days MPO 77821 2005 EN30 


arc = 23 days MPO 77848 2005 EZ223 



1994 UG 2453439.89 2005 Mar. 10.39 

0.1175 2 oppositions, 1994-2005 E2005-W33 1994 

UG 

2002 FW1 2453439.98 2005 Mar. 10.48 0.02977 1opposition, 

arc = 21 days MPO 30729 2002 FW1 

2004 WH1 2453441.00 2005 Mar. 11.50 0.1868 1opposition, 

arc = 2 days MPO 74439 2004 WH1 

2005 EC71 2453441.18 2005 Mar. 11.68 0.1001 1opposition, 

arc = 1 days MPO 77827 2005 EC71 

2000 RE52 2453441.35 2005 Mar. 11.85 0.1250 1opposition, 

arc = 15 days MPO 57782 2000 RE52 

2005 GJ8 2453441.83 2005 Mar. 12.33 0.05838 1opposition, 

arc = 33 days MPO 77857 2005 GJ8 

2005 ES70 2453442.33 2005 Mar. 12.83 0.06404 1opposition, 

arc = 7 days MPO 77827 2005 ES70 

2005 CD69 2453442.36 2005 Mar. 12.86 0.04002 1opposition, 

arc = 13 days MPO 77815 2005 CD69 

2005 EN70 2453442.48 2005 Mar. 12.98 0.1962 1opposition, 

arc = 27 days MPO 77827 2005 EN70 

2005 EY169 2453443.31 2005 Mar. 13.81 0.1080 1opposition, 

arc = 4 days MPO 77841 2005 EY169 

2005 EX169 2453444.37 2005 Mar. 14.87 0.1044 1opposition, 

arc = 8 days MPO 77841 2005 EX169 

2005 EU95 2453446.79 2005 Mar. 17.29 0.1772 1opposition, 

arc = 3 days MPO 77831 2005 EU95 

2005 EB30 2453446.80 2005 Mar. 17.30 0.1208 1opposition, 

arc = 2 days MPO 77821 2005 EB30 

2005 GO59 2453446.83 2005 Mar. 17.33 0.1678 1opposition, 

arc = 23 days MPO 77864 2005 GO59 

2003 QQ47 2453446.96 2005 Mar. 17.46 


QQ47 

2005 FN 2453448.41 2005 Mar. 18.91 0.0009627 1opposition, 

arc = 1 days MPO 77855 2005 FN 

2005 FA 2453448.75 2005 Mar. 19.25 0.005972 1opposition, 

arc = 3 days MPO 77854 2005 FA 

2005 ER70 2453448.78 2005 Mar. 19.28 0.02376 1opposition, 

arc = 11 days MPO 77827 2005 ER70 


arc = 2 days MPO 77831 2005 ES95 

2001 PL9 2453451.32 2005 Mar. 21.82 


PL9 




arc = 19 days MPO 77841 2005 EZ169 

2005 FC 2453454.49 2005 Mar. 24.99 0.04428 1opposition, 

arc = 3 days MPO 77854 2005 FC 

2004 RU331 2453456.67 2005 Mar. 27.17 0.1760 1opposition, 

arc = 215 days MPO 77787 2004 RU331 


arc = 31 days MPO 77831 2005 ER95 

2005 GB120 2453457.20 2005 Mar. 27.70 0.1133 1opposition, 

arc = 31 days MPO 77870 2005 GB120 


arc = 43 days MPO 77827 2005 EO70 

2005 EH94 2453457.82 2005 Mar. 28.32 0.06330 1opposition, 

arc = 2 days MPO 77831 2005 EH94 

2005 AB 2453458.40 2005 Mar. 28.90 0.1753 1opposition, 

arc = 192 days E2005-U68 2005 AB 

2004 QA22 2453459.05 2005 Mar. 29.55 0.1612 1opposition, 

arc = 10 days MPO 70395 2004 QA22 

1999 RR28 2453459.18 2005 Mar. 29.68 


RR28 

2005 FK 2453459.85 2005 Mar. 30.35 0.05044 1opposition, 

arc = 11 days MPO 77855 2005 FK 

2005 GM22 2453461.21 2005 Mar. 31.71 0.09538 1opposition, 

arc = 14 days MPO 77859 2005 GM22 


arc = 35 days E2005-U68 2005 GO22 

2005 GP33 2453461.75 2005 Apr. 1.25 0.05802 1opposition, 

arc = 12 days MPO 77860 2005 GP33 

2001 LL5 2453462.52 2005 Apr. 2.02 


LL5 

(30825) 1990 TG1 2453464.31 2005 Apr. 3.81 


TG1 

2001 KO2 2453465.02 2005 Apr. 4.52 


KO2 

2005 EU2 2453466.17 2005 Apr. 5.67 0.01580 1opposition, 

arc = 100 days MPO 77817 2005 EU2 

2005 FG 2453466.63 2005 Apr. 6.13 0.02625 1opposition, 

arc = 30 days MPO 77855 2005 FG 

2005 EE169 2453467.08 2005 Apr. 6.58 0.01516 1- 



opposition, arc = 23 days MPO 77841 2005 EE169 

2005 GH81 2453467.42 2005 Apr. 6.92 0.1092 1opposition, 

arc = 24 days MPO 77866 2005 GH81 

2005 GB34 2453468.09 2005 Apr. 7.59 0.006910 1opposition, 

arc = 6 days MPO 77860 2005 GB34 

2005 HF 2453468.40 2005 Apr. 7.90 0.01628 1opposition, 

arc = 14 days MPO 77876 2005 HF 

2005 FE 2453473.21 2005 Apr. 12.71 0.1951 1opposition, 

arc = 78 days MPO 77855 2005 FE 

2005 GR33 2453473.82 2005 Apr. 13.32 0.01368 1opposition, 

arc = 12 days MPO 77860 2005 GR33 

2004 JG6 2453475.57 2005 Apr. 15.07 


JG6 

2004 QT24 2453476.72 2005 Apr. 16.22 

0.1059 3 oppositions, 1998-2005 E2005-T93 2004 

QT24 

2005 HN3 2453477.45 2005 Apr. 16.95 0.08111 1opposition, 

arc = 36 days MPO 77877 2005 HN3 

2005 UV64 2453478.31 2005 Apr. 17.81 0.1398 1opposition, 

arc = 6 days E2005-V53 2005 UV64 

2002 CD 2453478.43 2005 Apr. 17.93 


CD 

2005 HM3 2453479.68 2005 Apr. 19.18 0.1678 1opposition, 

arc = 131 days MPO 77877 2005 HM3 

2004 HT59 2453481.56 2005 Apr. 21.06 0.1788 1opposition, 

arc = 1 days MPO 62577 2004 HT59 

2005 GU 2453482.62 2005 Apr. 22.12 


GU 

2001 CL42 2453483.49 2005 Apr. 22.99 

0.1994 3 oppositions, 2001-2005 E2005-X08 2001 

CL42 

2005 GZ110 2453484.32 2005 Apr. 23.82 0.08122 1opposition, 

arc = 21 days MPO 77869 2005 GZ110 

(6611) 1993 VW 2453485.40 2005 Apr. 24.90 


VW 

2003 SQ222 2453486.11 2005 Apr. 25.61 0.1173 1opposition, 

arc = 4 days MPO 53820 2003 SQ222 

2001 GQ2 2453490.93 2005 Apr. 30.43 




GQ2 

2004 GU9 2453490.95 2005 Apr. 30.45 


GU9 

2005 JB22 2453490.95 2005 Apr. 30.45 0.03132 1opposition, 

arc = 7 days MPO 77881 2005 JB22 

2002 SY50 2453491.04 2005 Apr. 30.54 


SY50 

2005 JB 2453491.27 2005 Apr. 30.77 0.1064 1opposition, 

arc = 119 days E2005-U68 2005 JB 

2005 GL 2453491.72 2005 May 1.22 0.09239 1opposition, 

arc = 21 days MPO 77856 2005 GL 

2001 RB12 2453494.83 2005 May 4.33 


RB12 

(38071) 1999 GU3 2453495.46 2005 May 4.96 


GU3 

1999 JZ10 2453496.61 2005 May 6.11 0.1338 1opposition, 

arc = 20 days MPC 35101 1999 JZ10 

2005 JU81 2453497.44 2005 May 6.94 0.08015 1opposition, 

arc = 18 days MPO 77892 2005 JU81 

2005 DO 2453497.86 2005 May 7.36 0.09143 1opposition, 

arc = 96 days MPO 77816 2005 DO 

2005 GE60 2453497.94 2005 May 7.44 0.06054 1opposition, 

arc = 31 days MPO 77864 2005 GE60 

2005 GJ 2453497.98 2005 May 7.48 0.05248 1opposition, 

arc = 64 days MPO 77856 2005 GJ 

2005 GD60 2453498.16 2005 May 7.66 0.09585 1opposition, 

arc = 33 days MPO 77864 2005 GD60 

2005 HD4 2453499.67 2005 May 9.17 0.1150 1opposition, 

arc = 122 days MPO 77877 2005 HD4 

2005 HB 2453499.92 2005 May 9.42 0.1453 1opposition, 

arc = 80 days MPO 77876 2005 HB 

(4544) Xanthus 2453500.75 2005 May 10.25 

0.1938 3 oppositions, 1989-1991 MPO 77285 (4544) 

Xanthus 

2005 JA45 2453501.19 2005 May 10.69 0.03155 1opposition, 

arc = 1 days MPO 77886 2005 JA45 

2005 FE3 2453501.58 2005 May 11.08 0.1710 1opposition, 

arc = 87 days MPO 77855 2005 FE3 

2005 JR5 2453502.07 2005 May 11.57 0.05454 1- 



opposition, arc = 9 days MPO 77879 2005 JR5 

2005 JT1 2453502.49 2005 May 11.99 0.01766 1opposition, 

arc = 6 days MPO 77878 2005 JT1 

2005 LO40 2453502.98 2005 May 12.48 0.07866 1opposition, 

arc = 5 days MPO 77910 2005 LO40 

2003 EF54 2453503.22 2005 May 12.72 


EF54 

2005 KA 2453503.83 2005 May 13.33 0.01116 1opposition, 

arc = 13 days MPO 77902 2005 KA 


arc = 23 days MPO 77878 2005 JU1 

2003 FY6 2453506.07 2005 May 15.57 0.1260 1opposition, 

arc = 23 days MPO 48342 2003 FY6 

2005 JZ93 2453506.71 2005 May 16.21 0.008009 1opposition, 

arc = 3 days MPO 77894 2005 JZ93 

2005 LW 2453513.59 2005 May 23.09 0.1402 1opposition, 

arc = 83 days MPO 77905 2005 LW 

2005 ED318 2453514.21 2005 May 23.71 0.01627 1opposition, 

arc = 147 days E2005-U68 2005 ED318 

2005 HB4 2453514.99 2005 May 24.49 0.03795 1opposition, 

arc = 49 days MPO 77877 2005 HB4 

2000 GJ147 2453515.42 2005 May 24.92 


GJ147 

2002 LT24 2453517.38 2005 May 26.88 0.1438 1opposition, 

arc = 36 days MPO 77603 2002 LT24 

2005 LC 2453517.97 2005 May 27.47 0.02154 1opposition, 

arc = 7 days MPO 77905 2005 LC 

2005 KP9 2453518.07 2005 May 27.57 0.1558 1opposition, 

arc = 32 days MPO 77904 2005 KP9 

2001 XT1 2453519.81 2005 May 29.31 


XT1 

2000 LF6 2453521.40 2005 May 30.90 


LF6 

1998 KJ9 2453521.51 2005 May 31.01 


KJ9 

1999 MN 2453522.93 2005 June 1.43 


MN 



2005 JJ91 2453523.92 2005 June 2.42 0.1479 1opposition, 

arc = 38 days MPO 77894 2005 JJ91 

2005 LM3 2453524.84 2005 June 3.34 0.01038 1opposition, 

arc = 4 days MPO 77905 2005 LM3 

2002 CZ9 2453525.46 2005 June 3.96 


CZ9 

2005 LX36 2453525.89 2005 June 4.39 0.02795 1opposition, 

arc = 31 days MPO 77910 2005 LX36 

2005 LU3 2453526.13 2005 June 4.63 0.01254 1opposition, 

arc = 4 days MPO 77906 2005 LU3 

2005 KJ10 2453526.47 2005 June 4.97 0.05080 1opposition, 

arc = 2 days E2005-W93 2005 KJ10 

2002 SR41 2453527.36 2005 June 5.86 


SR41 

2005 MR5 2453530.84 2005 June 9.34 0.1482 1opposition, 

arc = 89 days E2005-S35 2005 MR5 

2005 JT81 2453532.30 2005 June 10.80 0.1800 1opposition, 

arc = 106 days MPO 77892 2005 JT81 

2005 LW39 2453532.73 2005 June 11.23 0.08769 1opposition, 

arc = 70 days MPO 77910 2005 LW39 

2001 LF 2453535.51 2005 June 14.01 


LF 

2005 EK94 2453535.52 2005 June 14.02 0.1244 1opposition, 

arc = 176 days E2005-U68 2005 EK94 

2005 ET2 2453538.01 2005 June 16.51 0.1558 1opposition, 

arc = 4 days MPO 77817 2005 ET2 

2005 LO3 2453538.11 2005 June 16.61 0.1726 1opposition, 

arc = 13 days MPO 77905 2005 LO3 

1994 XD 2453538.70 2005 June 17.20 

0.07327 2 oppositions, 1994-2005 E2005-S74 1994 

XD 

2005 GM162 2453539.15 2005 June 17.65 0.1338 1opposition, 

arc = 51 days MPO 77874 2005 GM162 

2005 UE1 2453541.04 2005 June 19.54 0.1823 1opposition, 

arc = 2 days E2005-U68 2005 UE1 

2005 LD 2453541.42 2005 June 19.92 0.01835 1opposition, 

arc = 33 days MPO 77905 2005 LD 

1999 VX25 2453542.40 2005 June 20.90 0.1915 1opposition, 

arc = 5 days MPC 36941 1999 VX25 

2002 AA29 2453542.74 2005 June 21.24 




AA29 

(68372) 2001 PM9 2453542.95 2005 June 21.45 


PM9 

2005 MA 2453542.98 2005 June 21.48 0.004862 1opposition, 

arc = 5 days MPO 77910 2005 MA 

2003 YN107 2453544.67 2005 June 23.17 


YN107 

2000 WN63 2453544.96 2005 June 23.46 


WN63 

2005 NL1 2453547.10 2005 June 25.60 0.05755 1opposition, 

arc = 55 days E2005-Q33 2005 NL1 

2002 CA10 2453547.94 2005 June 26.44 


CA10 


arc = 97 days MPO 77911 2005 MR1 

2005 MF5 2453548.51 2005 June 27.01 0.1289 1opposition, 

arc = 8 days E2005-N30 2005 MF5 

P/2005 JQ5 (Catalina) 2453549.05 2005 June 27.55 

0.1034 MPC 54365 P/2005 JQ5 

(Catalina) 

2005 JQ5 2453549.06 2005 June 27.56 0.1030 1opposition, 

arc = 9 days E2005-K02 2005 JQ5 

2005 NG 2453550.89 2005 June 29.39 0.02419 1opposition, 

arc = 9 days E2005-N63 2005 NG 

2005 LQ40 2453551.37 2005 June 29.87 0.09865 1opposition, 

arc = 21 days MPO 77910 2005 LQ40 

2005 NQ1 2453551.98 2005 June 30.48 0.09942 1opposition, 

arc = 3 days E2005-N39 2005 NQ1 

2003 WP25 2453553.53 2005 July 2.03 


WP25 

2005 NB56 2453553.64 2005 July 2.14 0.04544 1opposition, 

arc = 6 days E2005-O02 2005 NB56 

2005 MN13 2453554.41 2005 July 2.91 0.1522 1opposition, 

arc = 33 days E2005-P20 2005 MN13 

2005 LW3 2453555.19 2005 July 3.69 0.1360 1opposition, 

arc = 29 days MPO 77906 2005 LW3 

2000 EH26 2453555.72 2005 July 4.22 




EH26 

2002 JQ97 2453555.89 2005 July 4.39 


JQ97 

2005 ME5 2453557.43 2005 July 5.93 0.03900 1opposition, 

arc = 4 days E2005-N08 2005 ME5 

2005 NX39 2453557.46 2005 July 5.96 0.1116 1opposition, 

arc = 13 days E2005-O27 2005 NX39 

2005 ND63 2453561.56 2005 July 10.06 0.005122 1opposition, 

arc = 3 days E2005-O02 2005 ND63 

2003 CY18 2453564.45 2005 July 12.95 


CY18 

2005 NG56 2453565.11 2005 July 13.61 0.02194 1opposition, 

arc = 8 days E2005-P01 2005 NG56 


arc = 149 days E2005-X13 2005 ND7 

2005 MP13 2453569.06 2005 July 17.56 0.1732 1opposition, 

arc = 129 days E2005-V49 2005 MP13 


arc = 1 days E2005-O25 2005 NX55 

2005 NY39 2453570.04 2005 July 18.54 0.1521 1opposition, 

arc = 79 days E2005-S64 2005 NY39 

2005 OF3 2453571.27 2005 July 19.77 0.05049 1opposition, 

arc = 43 days E2005-R55 2005 OF3 

2005 LZ42 2453571.37 2005 July 19.87 0.1537 1opposition, 

arc = 86 days MPO 77910 2005 LZ42 

2005 ML13 2453571.76 2005 July 20.26 0.06541 1opposition, 

arc = 16 days E2005-N70 2005 ML13 

2005 PP 2453573.10 2005 July 21.60 0.1610 1opposition, 

arc = 70 days E2005-T90 2005 PP 

2000 AG6 2453574.40 2005 July 22.90 0.02268 1opposition, 

arc = 7 days MPC 38174 2000 AG6 

2005 NE21 2453575.08 2005 July 23.58 0.1710 1opposition, 

arc = 53 days E2005-Q41 2005 NE21 

2005 OR2 2453576.08 2005 July 24.58 0.05143 1opposition, 

arc = 4 days E2005-Q56 2005 OR2 

(54509) 2000 PH5 2453578.19 2005 July 26.69 


PH5 

2000 PJ5 2453578.47 2005 July 26.97 




PJ5 

2005 OT2 2453579.19 2005 July 27.69 0.1087 1opposition, 

arc = 10 days E2005-P42 2005 OT2 

2005 QQ30 2453579.48 2005 July 27.98 0.1707 1opposition, 

arc = 53 days E2005-U20 2005 QQ30 

2005 LP40 2453580.49 2005 July 28.99 0.1974 1opposition, 

arc = 126 days E2005-U13 2005 LP40 

2005 NE7 2453581.88 2005 July 30.38 


NE7 

2005 PA5 2453583.32 2005 July 31.82 0.04602 1opposition, 

arc = 44 days E2005-S26 2005 PA5 

(5660) 1974 MA 2453583.50 2005 Aug. 1.00 


MA 

2005 OH3 2453583.51 2005 Aug. 1.01 0.01403 1opposition, 

arc = 6 days E2005-P28 2005 OH3 

2005 FC3 2453586.18 2005 Aug. 3.68 


FC3 

2005 GK 2453586.39 2005 Aug. 3.89 


GK 

1999 NB5 2453586.44 2005 Aug. 3.94 


NB5 

2005 NW44 2453586.99 2005 Aug. 4.49 0.1164 1opposition, 

arc = 28 days E2005-P32 2005 NW44 

2005 OX1 2453587.01 2005 Aug. 4.51 0.1029 1opposition, 

arc = 87 days E2005-U20 2005 OX1 

2005 PX16 2453588.68 2005 Aug. 6.18 0.1857 1opposition, 

arc = 41 days E2005-S25 2005 PX16 

169P/NEAT 2453589.52 2005 Aug. 7.02 

0.1475 MPC 54701 169P/ 

NEAT 

1992 UY4 2453590.91 2005 Aug. 8.41 

0.04028 3 oppositions, 1996-2005 E2005-TA1 1992 

UY4 

2005 OD3 2453591.36 2005 Aug. 8.86 0.09812 1opposition, 

arc = 92 days E2005-U88 2005 OD3 

2005 OK3 2453591.41 2005 Aug. 8.91 0.05871 1opposition, 

arc = 74 days E2005-T93 2005 OK3 

2005 OW 2453591.93 2005 Aug. 9.43 0.08054 1- 



opposition, arc = 108 days E2005-W20 2005 OW 

2005 OX 2453594.56 2005 Aug. 12.06 0.06189 1opposition, 

arc = 10 days E2005-P25 2005 OX 

2005 SQ9 2453595.34 2005 Aug. 12.84 0.07693 1opposition, 

arc = 29 days E2005-W17 2005 SQ9 

2005 OE3 2453598.76 2005 Aug. 16.26 0.02809 1opposition, 

arc = 31 days E2005-W20 2005 OE3 

2005 OV1 2453601.68 2005 Aug. 19.18 0.1437 1opposition, 

arc = 124 days E2005-W93 2005 OV1 

2005 MX1 2453603.08 2005 Aug. 20.58 0.09607 1opposition, 

arc = 152 days E2005-W54 2005 MX1 

2005 RP6 2453604.04 2005 Aug. 21.54 0.1439 1opposition, 

arc = 46 days E2005-U42 2005 RP6 

2005 SR4 2453605.82 2005 Aug. 23.32 0.1760 1opposition, 

arc = 29 days E2005-W17 2005 SR4 

2005 PA17 2453606.01 2005 Aug. 23.51 0.02663 1opposition, 

arc = 3 days E2005-Q01 2005 PA17 

2005 QQ87 2453607.64 2005 Aug. 25.14 0.08176 1opposition, 

arc = 10 days E2005-R57 2005 QQ87 

2005 QK76 2453609.55 2005 Aug. 27.05 0.03240 1opposition, 

arc = 2 days E2005-R41 2005 QK76 

2005 RW3 2453612.30 2005 Aug. 29.80 0.04825 1opposition, 

arc = 24 days E2005-U54 2005 RW3 

2005 PJ2 2453612.91 2005 Aug. 30.41 0.1010 1opposition, 

arc = 37 days E2005-S25 2005 PJ2 

2005 EF 2453612.92 2005 Aug. 30.42 0.1843 1opposition, 

arc = 209 days E2005-S64 2005 EF 

2005 QA5 2453613.42 2005 Aug. 30.92 0.1507 1opposition, 

arc = 94 days E2005-W84 2005 QA5 

2005 QP87 2453614.41 2005 Aug. 31.91 0.007544 1opposition, 

arc = 29 days E2005-S77 2005 QP87 

2005 RZ2 2453614.99 2005 Sept. 1.49 0.1104 1opposition, 

arc = 5 days E2005-R36 2005 RZ2 

2005 RV24 2453617.14 2005 Sept. 3.64 0.07485 1opposition, 

arc = 28 days E2005-U16 2005 RV24 

(22771) 1999 CU3 2453617.28 2005 Sept. 3.78 


CU3 

2005 QP11 2453618.61 2005 Sept. 5.11 0.01081 1opposition, 

arc = 9 days E2005-S25 2005 QP11 

2005 OG3 2453620.01 2005 Sept. 6.51 0.1183 1opposition, 

arc = 93 days E2005-V01 2005 OG3 

2005 SF 2453620.21 2005 Sept. 6.71 0.1798 1- 



opposition, arc = 33 days E2005-U68 2005 SF 

2005 TE15 2453621.54 2005 Sept. 8.04 0.1545 1opposition, 

arc = 52 days E2005-W62 2005 TE15 

2005 RA 2453622.32 2005 Sept. 8.82 0.06651 1opposition, 

arc = 13 days E2005-R59 2005 RA 

2005 RJ 2453622.41 2005 Sept. 8.91 0.04773 1opposition, 

arc = 7 days E2005-R59 2005 RJ 

2005 RB3 2453624.23 2005 Sept.10.73 0.05316 1opposition, 

arc = 7 days E2005-R55 2005 RB3 

2005 RK3 2453625.26 2005 Sept.11.76 0.01491 1opposition, 

arc = 41 days E2005-W20 2005 RK3 

2005 RC34 2453625.77 2005 Sept.12.27 0.1890 1opposition, 

arc = 152 days E2005-W74 2005 RC34 

2005 RJ3 2453627.32 2005 Sept.13.82 0.07221 1opposition, 

arc = 23 days E2005-U54 2005 RJ3 

2005 SV4 2453627.44 2005 Sept.13.94 0.05231 1opposition, 

arc = 27 days E2005-U20 2005 SV4 

2003 TL4 2453627.66 2005 Sept.14.16 


TL4 

1998 FF14 2453628.15 2005 Sept.14.65 


FF14 

2005 SP1 2453629.28 2005 Sept.15.78 0.01455 1opposition, 

arc = 20 days E2005-W17 2005 SP1 

2005 RB 2453629.84 2005 Sept.16.34 0.1770 1opposition, 

arc = 38 days E2005-W20 2005 RB 

2002 EZ2 2453630.22 2005 Sept.16.72 


EZ2 

2005 TE 2453630.59 2005 Sept.17.09 0.06217 1opposition, 

arc = 6 days E2005-T51 2005 TE 

2005 SS1 2453631.09 2005 Sept.17.59 0.01692 1opposition, 

arc = 14 days E2005-T51 2005 SS1 

2005 SQ1 2453631.20 2005 Sept.17.70 0.03169 1opposition, 

arc = 30 days E2005-U42 2005 SQ1 

2005 RX3 2453632.37 2005 Sept.18.87 0.02570 1opposition, 

arc = 3 days E2005-R45 2005 RX3 

2005 SO1 2453632.83 2005 Sept.19.33 0.01238 1opposition, 

arc = 14 days E2005-T51 2005 SO1 

2005 TC 2453633.15 2005 Sept.19.65 0.09817 1opposition, 

arc = 6 days E2005-U16 2005 TC 

1999 RQ36 2453633.95 2005 Sept.20.45 



0.03313 3 oppositions, 1999-2005 E2005-U10 1999 

RQ36 

2005 EM30 2453634.08 2005 Sept.20.58 


EM30 


arc = 33 days E2005-V70 2005 SP9 

2005 UH 2453637.28 2005 Sept.23.78 0.07207 1opposition, 

arc = 30 days E2005-W33 2005 UH 

(66063) 1998 RO1 2453638.43 2005 Sept.24.93 


RO1 

2005 JS108 2453639.70 2005 Sept.26.20 


JS108 

2005 SZ70 2453639.85 2005 Sept.26.35 0.01830 1opposition, 

arc = 28 days E2005-V72 2005 SZ70 

2005 SJ19 2453640.48 2005 Sept.26.98 0.05974 1opposition, 

arc = 16 days E2005-T93 2005 SJ19 

2005 SB71 2453640.66 2005 Sept.27.16 0.1151 1opposition, 

arc = 43 days E2005-V79 2005 SB71 

2005 CN61 2453641.98 2005 Sept.28.48 0.1554 1opposition, 

arc = 6 days MPO 74497 2005 CN61 

2005 SC 2453643.39 2005 Sept.29.89 0.1314 1opposition, 

arc = 13 days E2005-T60 2005 SC 

2005 QS176 2453643.84 2005 Sept.30.34 0.1771 1opposition, 

arc = 56 days E2005-U42 2005 QS176 

2005 TP15 2453644.20 2005 Sept.30.70 0.01657 1opposition, 

arc = 5 days E2005-T45 2005 TP15 

2005 TH45 2453645.36 2005 Oct. 1.86 0.008222 1opposition, 

arc = 6 days E2005-TA1 2005 TH45 

2005 SK26 2453646.23 2005 Oct. 2.73 0.01121 1opposition, 

arc = 3 days E2005-T15 2005 SK26 

2001 SE270 2453646.62 2005 Oct. 3.12 0.07518 1opposition, 

arc = 2 days MPO 18510 2001 SE270 

2005 TA 2453647.23 2005 Oct. 3.73 0.005093 1opposition, 

arc = 4 days E2005-T40 2005 TA 

2005 UN5 2453647.35 2005 Oct. 3.85 0.06696 1opposition, 

arc = 1 days E2005-U88 2005 UN5 

2005 TR 2453648.04 2005 Oct. 4.54 0.08816 1opposition, 

arc = 26 days E2005-V72 2005 TR 

2005 SY70 2453648.04 2005 Oct. 4.54 0.05179 1opposition, 

arc = 7 days E2005-T93 2005 SY70 



1999 AO10 2453648.46 2005 Oct. 4.96 0.1665 1opposition, 

arc = 33 days MPC 34039 1999 AO10 

2005 QQ11 2453648.77 2005 Oct. 5.27 0.1982 1opposition, 

arc = 93 days E2005-V77 2005 QQ11 

2004 TP13 2453649.08 2005 Oct. 5.58 0.1708 1opposition, 

arc = 7 days MPO 70480 2004 TP13 

2005 US6 2453649.12 2005 Oct. 5.62 0.03125 1opposition, 

arc = 3 days E2005-V01 2005 US6 

2005 SG26 2453649.15 2005 Oct. 5.65 0.03488 1opposition, 

arc = 8 days E2005-U42 2005 SG26 

2005 UD 2453650.03 2005 Oct. 6.53 


UD 

(85770) 1998 UP1 2453650.28 2005 Oct. 6.78 


UP1 

2005 SJ26 2453650.34 2005 Oct. 6.84 0.05069 1opposition, 

arc = 21 days E2005-U14 2005 SJ26 

2005 TD 2453650.68 2005 Oct. 7.18 0.05578 1opposition, 

arc = 15 days E2005-V72 2005 TD 

2005 QZ151 2453650.78 2005 Oct. 7.28 0.1273 1opposition, 

arc = 40 days E2005-T65 2005 QZ151 

2005 TQ45 2453651.43 2005 Oct. 7.93 0.01938 1opposition, 

arc = 3 days E2005-TA1 2005 TQ45 


arc = 4 days E2005-TA1 2005 TH50 

2005 TD49 2453651.96 2005 Oct. 8.46 0.02547 1opposition, 

arc = 12 days E2005-U10 2005 TD49 


arc = 33 days E2005-V70 2005 TP45 

2005 UO 2453653.09 2005 Oct. 9.59 0.03980 1opposition, 

arc = 30 days E2005-W50 2005 UO 

1998 ST49 2453653.33 2005 Oct. 9.83 


ST49 

2005 TK50 2453653.68 2005 Oct. 10.18 0.0008204 1opposition, 

arc = 0 days E2005-T90 2005 TK50 

2005 SW9 2453654.01 2005 Oct. 10.51 0.1472 1opposition, 

arc = 5 days E2005-T02 2005 SW9 

1998 FW4 2453654.05 2005 Oct. 10.55 


FW4 

2005 TU50 2453654.85 2005 Oct. 11.35 0.03789 1- 



opposition, arc = 22 days E2005-W20 2005 TU50 

2005 TM 2453654.92 2005 Oct. 11.42 0.08698 1opposition, 

arc = 6 days E2005-T51 2005 TM 

2005 TG50 2453656.47 2005 Oct. 12.97 0.05059 1opposition, 

arc = 32 days E2005-V79 2005 TG50 

2005 UQ 2453656.66 2005 Oct. 13.16 0.03961 1opposition, 

arc = 18 days E2005-V72 2005 UQ 

2005 VS5 2453657.26 2005 Oct. 13.76 0.1722 1opposition, 

arc = 6 days E2005-W17 2005 VS5 

2005 TE49 2453657.86 2005 Oct. 14.36 0.02001 1opposition, 

arc = 4 days E2005-T81 2005 TE49 

2005 TC51 2453658.35 2005 Oct. 14.85 0.003761 1opposition, 

arc = 1 days E2005-T93 2005 TC51 

2005 TV51 2453658.45 2005 Oct. 14.95 0.01065 1opposition, 

arc = 4 days E2005-U10 2005 TV51 

2005 UC3 2453658.47 2005 Oct. 14.97 0.03368 1opposition, 

arc = 2 days E2005-U68 2005 UC3 

2005 ST1 2453658.74 2005 Oct. 15.24 0.1429 1opposition, 

arc = 53 days E2005-W20 2005 ST1 

2005 SL 2453659.30 2005 Oct. 15.80 0.08630 1opposition, 

arc = 10 days E2005-T15 2005 SL 

2005 UL6 2453660.52 2005 Oct. 17.02 0.03160 1opposition, 

arc = 24 days E2005-W45 2005 UL6 


arc = 52 days E2005-W17 2005 ST4 

2005 VT2 2453663.95 2005 Oct. 20.45 0.1127 1opposition, 

arc = 25 days E2005-W93 2005 VT2 

2005 UG1 2453664.30 2005 Oct. 20.80 0.1190 1opposition, 

arc = 4 days E2005-V70 2005 UG1 

2005 UA1 2453664.46 2005 Oct. 20.96 0.007264 1opposition, 

arc = 19 days E2005-W17 2005 UA1 

2005 UN 2453664.81 2005 Oct. 21.31 0.02070 1opposition, 

arc = 5 days E2005-U88 2005 UN 

2004 VG64 2453664.90 2005 Oct. 21.40 


VG64 


arc = 28 days E2005-W93 2005 UA6 

2005 UQ64 2453665.59 2005 Oct. 22.09 0.03765 1opposition, 

arc = 22 days E2005-W33 2005 UQ64 

2005 VD7 2453666.13 2005 Oct. 22.63 0.02356 1opposition, 

arc = 5 days E2005-W17 2005 VD7 

2005 VO118 2453666.39 2005 Oct. 22.89 0.08970 1- 



opposition, arc = 1 days E2005-X04 2005 VO118 

2005 UF5 2453666.50 2005 Oct. 23.00 0.1468 1opposition, 

arc = 15 days E2005-V72 2005 UF5 

2005 VP 2453666.96 2005 Oct. 23.46 0.03780 1opposition, 

arc = 1 days E2005-V49 2005 VP 

2005 TR50 2453667.63 2005 Oct. 24.13 0.02846 1opposition, 

arc = 29 days E2005-V70 2005 TR50 

2005 UF 2453667.65 2005 Oct. 24.15 0.009978 1opposition, 

arc = 1 days E2005-U42 2005 UF 

2002 VS14 2453668.42 2005 Oct. 24.92 


VS14 

2005 UW3 2453669.33 2005 Oct. 25.83 0.03877 1opposition, 

arc = 5 days E2005-V01 2005 UW3 

2005 UE1 2453669.72 2005 Oct. 26.22 0.005109 1opposition, 

arc = 2 days E2005-U68 2005 UE1 


arc = 3 days E2005-U88 2005 UG3 

2005 SD71 2453670.01 2005 Oct. 26.51 0.08514 1opposition, 

arc = 65 days E2005-X18 2005 SD71 

2005 UH5 2453671.73 2005 Oct. 28.23 0.04021 1opposition, 

arc = 3 days E2005-V97 2005 UH5 


arc = 4 days E2005-V34 2005 US64 

1977 VA 2453673.42 2005 Oct. 29.92 


VA 


arc = 3 days E2005-W17 2005 UW5 

2005 UR 2453674.05 2005 Oct. 30.55 0.04127 1opposition, 

arc = 5 days E2005-U88 2005 UR 

1998 XX2 2453674.49 2005 Oct. 30.99 


XX2 

2005 UV6 2453674.89 2005 Oct. 31.39 0.01290 1opposition, 

arc = 2 days E2005-V01 2005 UV6 

2005 VN1 2453675.00 2005 Oct. 31.50 0.01336 1opposition, 

arc = 1 days E2005-W17 2005 VN1 

2005 VS 2453675.06 2005 Oct. 31.56 0.04709 1opposition, 

arc = 28 days E2005-X08 2005 VS 

2005 VL1 2453675.35 2005 Oct. 31.85 0.01511 1opposition, 

arc = 17 days E2005-W20 2005 VL1 

2005 VK1 2453676.62 2005 Nov. 2.12 0.08046 1- 



opposition, arc = 2 days E2005-V57 2005 VK1 

2005 UL1 2453676.68 2005 Nov. 2.18 0.1060 1opposition, 

arc = 19 days E2005-V79 2005 UL1 

2005 UZ5 2453676.70 2005 Nov. 2.20 0.09815 1opposition, 

arc = 7 days E2005-V42 2005 UZ5 

1999 VF22 2453677.44 2005 Nov. 2.94 0.08070 1opposition, 

arc = 23 days MPO 57713 1999 VF22 

2000 UK11 2453677.54 2005 Nov. 3.04 0.03276 1opposition, 

arc = 8 days MPO 41675 2000 UK11 

2005 VA 2453677.66 2005 Nov. 3.16 0.1033 1opposition, 

arc = 23 days E2005-W50 2005 VA 

2005 UF7 2453677.66 2005 Nov. 3.16 0.03662 1opposition, 

arc = 7 days E2005-V49 2005 UF7 

2005 RA3 2453678.60 2005 Nov. 4.10 0.09447 1opposition, 

arc = 49 days E2005-U20 2005 RA3 

2005 VN 2453679.12 2005 Nov. 4.62 0.04355 1opposition, 

arc = 8 days E2005-V72 2005 VN 

(31662) 1999 HP11 2453679.55 2005 Nov. 5.05 


HP11 

2005 TE45 2453680.02 2005 Nov. 5.52 0.1158 1opposition, 

arc = 54 days E2005-W54 2005 TE45 

2005 VO 2453680.30 2005 Nov. 5.80 0.005454 1opposition, 

arc = 2 days E2005-V42 2005 VO 

2005 UG 2453680.37 2005 Nov. 5.87 0.1450 1opposition, 

arc = 41 days E2005-X13 2005 UG 

2005 TP 2453681.13 2005 Nov. 6.63 0.1081 1opposition, 

arc = 35 days E2005-V53 2005 TP 

(1862) Apollo 2453681.30 2005 Nov. 6.80 0.07525 

12 oppositions, 1930-1998 MPC 32295 (1862) Apollo 

2005 JE46 2453682.50 2005 Nov. 8.00 


JE46 

2005 UV64 2453682.75 2005 Nov. 8.25 0.02646 1opposition, 

arc = 6 days E2005-V53 2005 UV64 

2005 VY1 2453682.82 2005 Nov. 8.32 0.008715 1opposition, 

arc = 7 days E2005-X13 2005 VY1 

2005 UG5 2453683.37 2005 Nov. 8.87 0.1294 1opposition, 

arc = 4 days E2005-U98 2005 UG5 

2005 WG4 2453683.90 2005 Nov. 9.40 0.07032 1opposition, 

arc = 8 days E2005-X16 2005 WG4 

2005 VT7 2453683.92 2005 Nov. 9.42 0.03209 1opposition, 

arc = 20 days E2005-X18 2005 VT7 



2005 WD 2453683.92 2005 Nov. 9.42 0.03470 1opposition, 

arc = 14 days E2005-X16 2005 WD 

2005 VG7 2453684.47 2005 Nov. 9.97 0.009968 1opposition, 

arc = 10 days E2005-W50 2005 VG7 

2005 WZ 2453685.64 2005 Nov. 11.14 0.1063 1opposition, 

arc = 9 days E2005-X04 2005 WZ 

2005 TF 2453685.88 2005 Nov. 11.38 0.1497 1opposition, 

arc = 58 days E2005-W84 2005 TF 

2005 VN5 2453686.65 2005 Nov. 12.15 0.003457 1opposition, 

arc = 2 days E2005-V84 2005 VN5 

2005 WB1 2453686.99 2005 Nov. 12.49 0.1454 1opposition, 

arc = 11 days E2005-X08 2005 WB1 

2005 WA 2453687.58 2005 Nov. 13.08 0.008046 1opposition, 

arc = 14 days E2005-X04 2005 WA 

2000 WN10 2453689.26 2005 Nov. 14.76 


WN10 

2005 UX5 2453692.11 2005 Nov. 17.61 0.1695 1opposition, 

arc = 15 days E2005-V97 2005 UX5 

2005 SX4 2453692.53 2005 Nov. 18.03 0.1796 1opposition, 

arc = 64 days E2005-W84 2005 SX4 

2005 WQ3 2453693.15 2005 Nov. 18.65 0.02391 1opposition, 

arc = 6 days E2005-X08 2005 WQ3 

2005 WO3 2453693.18 2005 Nov. 18.68 0.1164 1opposition, 

arc = 5 days E2005-X04 2005 WO3 

2005 UW6 2453693.73 2005 Nov. 19.23 0.04573 1opposition, 

arc = 21 days E2005-W17 2005 UW6 

2005 VF 2453693.92 2005 Nov. 19.42 0.04744 1opposition, 

arc = 4 days E2005-W17 2005 VF 

2005 WF 2453694.53 2005 Nov. 20.03 0.04093 1opposition, 

arc = 3 days E2005-X04 2005 WF 

2005 WP3 2453695.66 2005 Nov. 21.16 0.03550 1opposition, 

arc = 5 days E2005-X04 2005 WP3 

2005 WG57 2453695.89 2005 Nov. 21.39 0.03558 1opposition, 

arc = 4 days E2005-X16 2005 WG57 

2005 WC 2453695.93 2005 Nov. 21.43 0.01391 1opposition, 

arc = 1 days E2005-W33 2005 WC 


arc = 24 days E2005-W20 2005 UL5 

2005 WX 2453698.30 2005 Nov. 23.80 0.008416 1opposition, 

arc = 4 days E2005-W54 2005 WX 

2005 XC 2453698.41 2005 Nov. 23.91 0.04345 1opposition, 

arc = 2 days E2005-X16 2005 XC 



2005 WY1 2453699.02 2005 Nov. 24.52 0.05866 1opposition, 

arc = 3 days E2005-W54 2005 WY1 

2001 WW1 2453699.32 2005 Nov. 24.82 


WW1 

2005 WZ55 2453700.23 2005 Nov. 25.73 0.06870 1opposition, 

arc = 4 days E2005-X13 2005 WZ55 

2005 WN3 2453700.52 2005 Nov. 26.02 0.0005602 1opposition, 

arc = 1 days E2005-W74 2005 WN3 

2005 WM3 2453700.86 2005 Nov. 26.36 0.009885 1opposition, 

arc = 2 days E2005-W74 2005 WM3 

(53409) 1999 LU7 2453702.33 2005 Nov. 27.83 


LU7 

2005 WY 2453702.42 2005 Nov. 27.92 0.005088 1opposition, 

arc = 6 days E2005-W74 2005 WY 

2005 WK56 2453703.23 2005 Nov. 28.73 0.04301 1opposition, 

arc = 4 days E2005-X18 2005 WK56 

2005 XN 2453704.74 2005 Nov. 30.24 0.06296 1opposition, 

arc = 3 days E2005-X18 2005 XN 

2005 WP57 2453704.93 2005 Nov. 30.43 0.1598 1opposition, 

arc = 1 days E2005-X08 2005 WP57 

2002 RX211 2453706.22 2005 Dec. 1.72 


RX211 

2005 UR64 2453707.48 2005 Dec. 2.98 0.09716 1opposition, 

arc = 32 days E2005-X08 2005 UR64 

2005 WF55 2453708.64 2005 Dec. 4.14 0.03057 1opposition, 

arc = 3 days E2005-X13 2005 WF55 

1999 VX25 2453709.79 2005 Dec. 5.29 0.1079 1opposition, 

arc = 5 days MPC 36941 1999 VX25 

2005 XA 2453709.79 2005 Dec. 5.29 0.01136 1opposition, 

arc = 5 days E2005-X18 2005 XA 

2005 WA1 2453711.69 2005 Dec. 7.19 0.03210 1opposition, 

arc = 21 days E2005-X16 2005 WA1 

2005 WS3 2453711.91 2005 Dec. 7.41 0.06802 1opposition, 

arc = 9 days E2005-X18 2005 WS3 

2001 YN2 2453711.91 2005 Dec. 7.41 0.09185 1opposition, 

arc = 21 days MPO 24004 2001 YN2 

2005 VH1 2453712.04 2005 Dec. 7.54 0.1394 1opposition, 

arc = 22 days E2005-W62 2005 VH1 

1994 XL1 2453712.47 2005 Dec. 7.97 




XL1 

2005 XX 2453713.55 2005 Dec. 9.05 0.005776 1opposition, 

arc = 4 days E2005-X18 2005 XX 

2004 HR56 2453714.22 2005 Dec. 9.72 0.06480 1opposition, 

arc = 3 days MPO 62576 2004 HR56 

2005 WH4 2453714.89 2005 Dec. 10.39 0.1704 1opposition, 

arc = 8 days E2005-X16 2005 WH4 

2005 WC1 2453718.99 2005 Dec. 14.49 0.02020 1opposition, 

arc = 14 days E2005-X18 2005 WC1 

2002 HW 2453720.42 2005 Dec. 15.92 


HW 

2002 LW 2453720.65 2005 Dec. 16.15 


LW 

2004 AR1 2453720.97 2005 Dec. 16.47 


AR1 

2002 GR 2453721.16 2005 Dec. 16.66 0.1724 1opposition, 

arc = 48 days MPO 31990 2002 GR 

2004 QA22 2453723.95 2005 Dec. 19.45 0.1894 1opposition, 

arc = 10 days MPO 70395 2004 QA22 

2003 WP25 2453725.56 2005 Dec. 21.06 


WP25 

2002 JD9 2453725.72 2005 Dec. 21.22 0.1285 1opposition, 

arc = 8 days MPO 74177 2002 JD9 

2003 YT70 2453726.67 2005 Dec. 22.17 0.06063 1opposition, 

arc = 22 days MPO 58099 2003 YT70 

2001 XY10 2453727.94 2005 Dec. 23.44 0.1543 1opposition, 

arc = 146 days MPO 30561 2001 XY10 


arc = 9 days MPO 74177 2002 JD9 

1999 MM 2453731.87 2005 Dec. 27.37 


MM 

2004 YG1 2453732.09 2005 Dec. 27.59 0.06532 1opposition, 

arc = 2 days MPO 77796 2004 YG1 

2004 BV102 2453733.55 2005 Dec. 29.05 


BV102 

2002 AA29 2453744.64 2006 Jan. 9.14 




AA29 

2005 UG5 2453745.54 2006 Jan. 10.04 0.1164 1opposition, 

arc = 4 days E2005-U98 2005 UG5 

(3361) Orpheus 2453747.05 2006 Jan. 11.55 

0.1597 7 oppositions, 1982-1998 MPC 32296 (3361) 

Orpheus 

2005 WY55 2453748.84 2006 Jan. 13.34 0.1570 1opposition, 

arc = 7 days E2005-X16 2005 WY55 

2003 YN107 2453750.16 2006 Jan. 14.66 


YN107 

2005 UT64 2453750.93 2006 Jan. 15.43 0.1631 1opposition, 

arc = 17 days E2005-W17 2005 UT64 


arc = 2 days E2005-X16 2005 BM1 

2002 CW11 2453759.14 2006 Jan. 23.64 0.1109 1opposition, 

arc = 14 days MPO 26152 2002 CW11 

2005 CN 2453760.83 2006 Jan. 25.33 0.1877 1opposition, 

arc = 14 days MPO 74487 2005 CN 

2001 NH6 2453761.52 2006 Jan. 26.02 


NH6 

(5797) Bivoj 2453768.63 2006 Feb. 2.13 


Bivoj 

1999 JA11 2453771.33 2006 Feb. 4.83 


JA11 


arc = 8 days MPO 77812 2005 CP38 

2005 AC 2453774.67 2006 Feb. 8.17 


AC 

2005 WK4 2453776.89 2006 Feb. 10.39 0.1409 1opposition, 

arc = 5 days E2005-X13 2005 WK4 

2005 RZ2 2453779.67 2006 Feb. 13.17 0.1312 1opposition, 

arc = 5 days E2005-R36 2005 RZ2 


arc = 6 days MPO 74497 2005 CN61 

2004 EW 2453793.69 2006 Feb. 27.19 


EW 



2004 ST2 2453796.20 2006 Mar. 1.70 0.1754 1opposition, 

arc = 6 days MPO 70467 2004 ST2 

2005 BO1 2453799.72 2006 Mar. 5.22 0.1506 1opposition, 

arc = 23 days MPO 74484 2005 BO1 

(23187) 2000 PN9 2453800.68 2006 Mar. 6.18 


PN9 

2003 CQ20 2453808.04 2006 Mar. 13.54 


CQ20 

2003 QW30 2453808.21 2006 Mar. 13.71 


QW30 

(10115) 1992 SK 2453809.69 2006 Mar. 15.19 


SK 

1999 AO10 2453812.94 2006 Mar. 18.44 0.09062 1opposition, 

arc = 33 days MPC 34039 1999 AO10 

2001 FO127 2453816.60 2006 Mar. 22.10 0.02874 1opposition, 

arc = 19 days MPO 13842 2001 FO127 

2000 GD2 2453818.71 2006 Mar. 24.21 


GD2 

2002 GQ 2453823.68 2006 Mar. 29.18 0.1683 1opposition, 

arc = 7 days MPO 30733 2002 GQ 

2003 FK1 2453824.29 2006 Mar. 29.79 0.1499 1opposition, 

arc = 8 days MPO 48340 2003 FK1 

2003 BD44 2453827.74 2006 Apr. 2.24 


BD44 

2005 QE30 2453833.89 2006 Apr. 8.39 


QE30 

2002 FU5 2453834.72 2006 Apr. 9.22 0.08558 1opposition, 

arc = 34 days MPO 30730 2002 FU5 

2004 FG11 2453837.37 2006 Apr. 11.87 0.05124 1opposition, 

arc = 8 days MPO 62538 2004 FG11 

2005 QY151 2453837.70 2006 Apr. 12.20 


QY151 

2004 WG1 2453840.71 2006 Apr. 15.21 0.08502 1opposition, 

arc = 58 days MPO 74439 2004 WG1 

2005 TF49 2453842.15 2006 Apr. 16.65 0.05171 1- 



opposition, arc = 35 days E2005-V77 2005 TF49 

2004 RQ252 2453847.52 2006 Apr. 22.02 0.1330 1opposition, 

arc = 23 days MPO 70453 2004 RQ252 

2001 SG276 2453851.85 2006 Apr. 26.35 


SG276 

2004 GU9 2453855.83 2006 Apr. 30.33 


GU9 

2002 GK1 2453856.30 2006 Apr. 30.80 0.09984 1opposition, 

arc = 6 days MPO 30733 2002 GK1 

2003 SN214 2453856.38 2006 Apr. 30.88 0.1779 1opposition, 

arc = 34 days MPO 62448 2003 SN214 

2002 CD 2453858.91 2006 May 3.41 


CD 

(41429) 2000 GE2 2453865.51 2006 May 10.01 


GE2 

73P/Schwassmann-Wachmann2453867.92 2006 May 12.42 

0.07870 MPC 55524 73P/ 

Schwassmann-Wachmann 

(68950) 2002 QF15 2453868.80 2006 May 13.30 


QF15 

2004 BF68 2453868.83 2006 May 13.33 


BF68 

1997 MW1 2453870.36 2006 May 14.86 


MW1 

2002 LX 2453872.26 2006 May 16.76 0.05342 1opposition, 

arc = 33 days MPO 34011 2002 LX 

2005 CN 2453882.34 2006 May 26.84 0.1766 1opposition, 

arc = 14 days MPO 74487 2005 CN 

2002 MX 2453887.02 2006 May 31.52 0.1527 1opposition, 

arc = 19 days MPO 34019 2002 MX 

2004 VM24 2453888.64 2006 June 2.14 0.04509 1opposition, 

arc = 3 days MPO 74430 2004 VM24 

2004 DC 2453890.33 2006 June 3.83 


DC 

2003 WP25 2453893.02 2006 June 6.52 




WP25 

1999 JV3 2453893.68 2006 June 7.18 


JV3 

2003 YN107 2453896.93 2006 June 10.43 


YN107 

2001 TX1 2453912.15 2006 June 25.65 


TX1 

2003 OS13 2453915.41 2006 June 28.91 


OS13 

2003 BX33 2453916.57 2006 June 30.07 0.1315 1opposition, 

arc = 53 days MPO 77688 2003 BX33 

2004 XP14 2453919.68 2006 July 3.18 


XP14 

1997 XR2 2453925.03 2006 July 8.53 0.1477 1opposition, 

arc = 28 days MPO 53582 1997 XR2 

2001 MY7 2453928.05 2006 July 11.55 0.1670 1opposition, 

arc = 91 days MPO 18322 2001 MY7 

2000 HB24 2453928.78 2006 July 12.28 0.05418 1opposition, 

arc = 10 days MPO 787 2000 HB24 

1999 VT25 2453931.76 2006 July 15.26 


VT25 

2001 FO127 2453934.87 2006 July 18.37 0.1899 1opposition, 

arc = 19 days MPO 13842 2001 FO127 

1998 HG49 2453940.16 2006 July 23.66 


HG49 

2003 SK5 2453940.27 2006 July 23.77 0.1499 1opposition, 

arc = 65 days MPO 57937 2003 SK5 

2005 WJ56 2453942.41 2006 July 25.91 0.1553 1opposition, 

arc = 5 days E2005-X18 2005 WJ56 

1997 GD32 2453943.35 2006 July 26.85 0.1756 1opposition, 

arc = 22 days MPC 29935 1997 GD32 

(54509) 2000 PH5 2453945.08 2006 July 28.58 


PH5 

(67381) 2000 OL8 2453946.07 2006 July 29.57 




OL8 

2000 AG6 2453946.99 2006 July 30.49 0.1812 1opposition, 

arc = 7 days MPC 38174 2000 AG6 

(11405) 1999 CV3 2453948.06 2006 July 31.56 


CV3 

2004 TH10 2453951.06 2006 Aug. 3.56 


TH10 

2000 SD8 2453951.29 2006 Aug. 3.79 


SD8 

(3103) Eger 2453953.41 2006 Aug. 5.91 


Eger 

2004 PU42 2453953.65 2006 Aug. 6.15 0.1093 1opposition, 

arc = 4 days MPO 66408 2004 PU42 

2003 AK73 2453954.36 2006 Aug. 6.86 0.1157 1opposition, 

arc = 27 days MPO 77687 2003 AK73 

2004 LB6 2453963.84 2006 Aug. 16.34 


LB6 

1996 PC1 2453968.07 2006 Aug. 20.57 


PC1 


arc = 10 days E2005-R57 2005 QQ87 

2002 VZ91 2453977.06 2006 Aug. 29.56 0.08610 1opposition, 

arc = 16 days MPO 41866 2002 VZ91 

2005 CN61 2453981.12 2006 Sept. 2.62 0.09347 1opposition, 

arc = 6 days MPO 74497 2005 CN61 

(4450) Pan 2453987.44 2006 Sept. 8.94 0.1464 

10 oppositions, 1987-2001 MPO 47599 (4450) Pan 

(85640) 1998 OX4 2453988.35 2006 Sept. 9.85 


OX4 

(85640) 1998 OX4 2453988.35 2006 Sept. 9.85 


OX4 

2002 FD6 2453990.62 2006 Sept.12.12 0.1219 1opposition, 

arc = 15 days MPO 41765 2002 FD6 

1999 GS6 2453994.24 2006 Sept.15.74 




GS6 

1999 RJ33 2453995.56 2006 Sept.17.06 0.1906 1opposition, 

arc = 16 days MPC 38073 1999 RJ33 

2004 SC56 2453997.48 2006 Sept.18.98 0.09257 1opposition, 

arc = 13 days MPO 70475 2004 SC56 

2004 FX31 2453999.12 2006 Sept.20.62 


FX31 

(66063) 1998 RO1 2454001.04 2006 Sept.22.54 


RO1 

1998 UO1 2454001.57 2006 Sept.23.07 


UO1 

2002 QQ40 2454002.59 2006 Sept.24.09 0.1967 1opposition, 

arc = 20 days MPO 66279 2002 QQ40 

2002 TZ57 2454005.38 2006 Sept.26.88 0.04637 1opposition, 

arc = 7 days MPO 38453 2002 TZ57 

2001 CB21 2454010.95 2006 Oct. 2.45 


CB21 

(85770) 1998 UP1 2454015.55 2006 Oct. 7.05 


UP1 


arc = 1 days E2005-T93 2005 TC51 

1998 SA15 2454025.21 2006 Oct. 16.71 0.1557 1opposition, 

arc = 181 days MPC 34303 1998 SA15 

2005 TF49 2454028.33 2006 Oct. 19.83 0.05569 1opposition, 

arc = 35 days E2005-V77 2005 TF49 

2001 UP 2454030.55 2006 Oct. 22.05 0.03148 1opposition, 

arc = 4 days MPO 38327 2001 UP 

2002 JV15 2454033.86 2006 Oct. 25.36 


JV15 

2000 UR16 2454034.06 2006 Oct. 25.56 0.06394 1opposition, 

arc = 33 days MPO 9844 2000 UR16 


arc = 23 days MPO 74368 2004 TD10 

2003 UY12 2454043.91 2006 Nov. 4.41 0.1622 1opposition, 

arc = 8 days MPO 57987 2003 UY12 

2005 SE71 2454045.09 2006 Nov. 5.59 0.1021 1- 



opposition, arc = 62 days E2005-X08 2005 SE71 

2004 GD 2454050.95 2006 Nov. 11.45 0.1589 1opposition, 

arc = 11 days MPO 66355 2004 GD 

2002 XV90 2454052.62 2006 Nov. 13.12 0.1264 1opposition, 

arc = 19 days MPO 41898 2002 XV90 

2004 XA45 2454053.13 2006 Nov. 13.63 0.1793 1opposition, 

arc = 127 days MPO 77794 2004 XA45 

2000 WN10 2454053.94 2006 Nov. 14.44 


WN10 

2001 WV1 2454061.04 2006 Nov. 21.54 0.03670 1opposition, 

arc = 3 days MPO 21162 2001 WV1 

2004 QD14 2454068.89 2006 Nov. 29.39 


QD14 

2002 YP2 2454069.40 2006 Nov. 29.90 


YP2 

2001 XU1 2454070.19 2006 Nov. 30.69 


XU1 

2000 YJ11 2454077.26 2006 Dec. 7.76 


YJ11 

2000 SP43 2454077.78 2006 Dec. 8.28 


SP43 

2003 SM215 2454086.56 2006 Dec. 17.06 0.08804 1opposition, 

arc = 2 days MPO 53818 2003 SM215 

2004 XL14 2454089.55 2006 Dec. 20.05 0.02774 1opposition, 

arc = 21 days MPO 74443 2004 XL14 

2001 WM15 2454092.98 2006 Dec. 23.48 0.1614 1opposition, 

arc = 4 days MPO 23932 2001 WM15 


arc = 2 days MPO 77796 2004 YG1 

2001 QQ142 2454099.42 2006 Dec. 29.92 


QQ142 

2001 XP1 2454099.85 2006 Dec. 30.35 0.1921 1opposition, 

arc = 172 days MPO 50576 2001 XP1 

2004 XK14 2454100.53 2006 Dec. 31.03 0.1734 1opposition, 

arc = 15 days MPO 74443 2004 XK14 



2001 YE4 2454103.46 2007 Jan. 2.96 0.03768 1opposition, 

arc = 15 days MPO 24005 2001 YE4 

2002 AA29 2454110.02 2007 Jan. 9.52 


AA29 

2003 WP25 2454117.29 2007 Jan. 16.79 


WP25 


arc = 2 days E2005-X16 2005 BM1 

2001 BE10 2454119.70 2007 Jan. 19.20 


BE10 

(7341) 1991 VK 2454122.00 2007 Jan. 21.50 


VK 

(5011) Ptah 2454122.47 2007 Jan. 21.97 


Ptah 


arc = 87 days MPO 38332 2002 BM26 

2001 CP36 2454128.21 2007 Jan. 27.71 0.1237 1opposition, 

arc = 7 days MPO 41678 2001 CP36 

1999 SK10 2454131.08 2007 Jan. 30.58 0.1154 1opposition, 

arc = 190 days MPC 40375 1999 SK10 

2004 RN251 2454135.87 2007 Feb. 4.37 0.06167 1opposition, 

arc = 2 days MPO 70453 2004 RN251 

2002 VX91 2454148.17 2007 Feb. 16.67 


VX91 

2004 RY10 2454162.53 2007 Mar. 3.03 0.1644 1opposition, 

arc = 17 days MPO 74325 2004 RY10 

2000 EE14 2454166.51 2007 Mar. 7.01 


EE14 

2000 SU180 2454167.06 2007 Mar. 7.56 


SU180 

2005 CN61 2454168.09 2007 Mar. 8.59 0.1506 1opposition, 

arc = 6 days MPO 74497 2005 CN61 

2003 OV 2454170.23 2007 Mar. 10.73 0.1808 1opposition, 

arc = 18 days MPO 50773 2003 OV 

2004 RE84 2454170.40 2007 Mar. 10.90 0.1001 1- 



opposition, arc = 28 days MPO 70417 2004 RE84 


arc = 7 days MPO 77827 2005 ES70 


arc = 2 days MPO 77827 2005 EM70 

1998 HL49 2454173.74 2007 Mar. 14.24 


HL49 

2004 FA5 2454177.54 2007 Mar. 18.04 0.09134 1opposition, 

arc = 5 days MPO 62537 2004 FA5 

2001 UX16 2454177.83 2007 Mar. 18.33 0.1840 1opposition, 

arc = 177 days MPO 57847 2001 UX16 

2002 EW8 2454181.08 2007 Mar. 21.58 0.1054 1opposition, 

arc = 38 days MPO 30702 2002 EW8 

2002 EQ9 2454182.30 2007 Mar. 22.80 


EQ9 

2002 HQ11 2454195.52 2007 Apr. 5.02 


HQ11 

2000 HO40 2454195.80 2007 Apr. 5.30 0.08064 1opposition, 

arc = 10 days MPO 57775 2000 HO40 

1993 HC 2454197.06 2007 Apr. 6.56 0.1696 1opposition, 

arc = 37 days MPO 6187 1993 HC 

2001 HB 2454198.80 2007 Apr. 8.30 


HB 

1991 GO 2454206.14 2007 Apr. 15.64 

0.1807 2 oppositions, 1991-1999 MPC 35062 1991 

GO 

2003 YL 2454208.34 2007 Apr. 17.84 0.1869 1opposition, 

arc = 41 days MPO 62458 2003 YL 

2000 CQ101 2454212.46 2007 Apr. 21.96 


CQ101 

2004 HZ 2454213.07 2007 Apr. 22.57 0.08463 1opposition, 

arc = 18 days MPO 66364 2004 HZ 

2000 UY33 2454215.60 2007 Apr. 25.10 0.1861 1opposition, 

arc = 144 days MPO 12251 2000 UY33 

2002 DB4 2454218.33 2007 Apr. 27.83 


DB4 

2003 FU3 2454220.67 2007 Apr. 30.17 0.08200 1- 



opposition, arc = 33 days MPO 48341 2003 FU3 

2004 GU9 2454221.04 2007 Apr. 30.54 


GU9 

2003 WW26 2454225.05 2007 May 4.55 0.1908 1opposition, 

arc = 23 days MPO 58050 2003 WW26 

2002 JQ9 2454225.85 2007 May 5.35 


JQ9 

1998 VO 2454227.70 2007 May 7.20 0.06310 1opposition, 

arc = 37 days MPO 50397 1998 VO 

(1862) Apollo 2454229.14 2007 May 8.64 0.07142 

12 oppositions, 1930-1998 MPC 32295 (1862) Apollo 

2003 WP25 2454230.35 2007 May 9.85 


WP25 

2000 LG6 2454230.60 2007 May 10.10 0.07412 1opposition, 

arc = 3 days MPO 1663 2000 LG6 

2003 HA 2454236.08 2007 May 15.58 


HA 

2004 KG1 2454240.23 2007 May 19.73 0.1229 1opposition, 

arc = 10 days MPO 66381 2004 KG1 

2003 YN107 2454243.20 2007 May 22.70 


YN107 


arc = 63 days MPO 50761 2003 HB 

2005 UG5 2454245.72 2007 May 25.22 0.1460 1opposition, 

arc = 4 days E2005-U98 2005 UG5 

2004 JV20 2454245.75 2007 May 25.25 0.1923 1opposition, 

arc = 2 days MPO 66376 2004 JV20 

2002 VX91 2454247.62 2007 May 27.12 


VX91 


arc = 1 days MPO 66385 2004 LX5 

2003 YP3 2454256.49 2007 June 4.99 0.1964 1opposition, 

arc = 11 days MPO 58085 2003 YP3 

2000 WN63 2454256.72 2007 June 5.22 


WN63 

2004 KH17 2454257.56 2007 June 6.06 0.07830 1- 



opposition, arc = 16 days MPO 66383 2004 KH17 

2005 NW44 2454269.72 2007 June 18.22 0.05928 1opposition, 

arc = 28 days E2005-P32 2005 NW44 

2005 AD13 2454269.93 2007 June 18.43 0.08526 1opposition, 

arc = 95 days MPO 77799 2005 AD13 

2003 WE 2454276.83 2007 June 25.33 0.06719 1opposition, 

arc = 11 days MPO 58044 2003 WE 

2002 DO3 2454278.03 2007 June 26.53 0.1136 1opposition, 

arc = 29 days MPO 30697 2002 DO3 

2003 LN6 2454279.95 2007 June 28.45 0.1559 1opposition, 

arc = 15 days MPO 50767 2003 LN6 

2005 CN 2454282.06 2007 June 30.56 0.1866 1opposition, 

arc = 14 days MPO 74487 2005 CN 

2004 NF3 2454285.49 2007 July 3.99 0.06930 1opposition, 

arc = 11 days MPO 70368 2004 NF3 

2003 EF54 2454287.94 2007 July 6.44 


EF54 

2001 RV17 2454293.88 2007 July 12.38 0.1387 1opposition, 

arc = 63 days MPO 20944 2001 RV17 

2004 FA 2454300.24 2007 July 18.74 0.1623 1opposition, 

arc = 10 days MPO 66346 2004 FA 

2003 HF2 2454302.38 2007 July 20.88 


HF2 

2000 PY5 2454306.60 2007 July 25.10 0.1927 1opposition, 

arc = 31 days MPO 3961 2000 PY5 

2003 DY15 2454310.51 2007 July 29.01 0.1137 1opposition, 

arc = 5 days MPO 43512 2003 DY15 

2003 CG11 2454311.10 2007 July 29.60 0.1178 1opposition, 

arc = 267 days MPO 62442 2003 CG11 

(54509) 2000 PH5 2454312.33 2007 July 30.83 


PH5 

2002 CB19 2454321.21 2007 Aug. 8.71 0.04384 1opposition, 

arc = 29 days MPO 30639 2002 CB19 

2004 LK 2454321.90 2007 Aug. 9.40 0.1277 1opposition, 

arc = 78 days MPO 70366 2004 LK 

2000 PN8 2454323.19 2007 Aug. 10.69 0.08311 1opposition, 

arc = 26 days MPO 53654 2000 PN8 

2002 AV31 2454323.77 2007 Aug. 11.27 


AV31 



2005 CN61 2454329.11 2007 Aug. 16.61 0.04844 1opposition, 

arc = 6 days MPO 74497 2005 CN61 

2004 KE1 2454329.91 2007 Aug. 17.41 0.07350 1opposition, 

arc = 170 days MPO 70366 2004 KE1 

2005 GO22 2454336.20 2007 Aug. 23.70 0.1793 1opposition, 

arc = 35 days E2005-U68 2005 GO22 

2000 QT7 2454337.09 2007 Aug. 24.59 0.1995 1opposition, 

arc = 103 days MPO 7533 2000 QT7 


arc = 10 days E2005-R57 2005 QQ87 

(85275) 1994 LY 2454341.82 2007 Aug. 29.32 


LY 

2002 NN4 2454352.52 2007 Sept. 9.02 0.1421 1opposition, 

arc = 66 days MPO 61231 2002 NN4 

2002 SV 2454354.08 2007 Sept.10.58 0.09671 1opposition, 

arc = 37 days MPO 62407 2002 SV 

2000 LG6 2454362.32 2007 Sept.18.82 0.1243 1opposition, 

arc = 3 days MPO 1663 2000 LG6 

1999 XN141 2454363.05 2007 Sept.19.55 0.1489 1opposition, 

arc = 16 days MPO 57730 1999 XN141 

1998 SD15 2454363.11 2007 Sept.19.61 


SD15 

2002 RP137 2454364.85 2007 Sept.21.35 0.1404 1opposition, 

arc = 138 days MPO 62405 2002 RP137 

2001 RY47 2454366.90 2007 Sept.23.40 


RY47 

2004 SD26 2454372.40 2007 Sept.28.90 0.1746 1opposition, 

arc = 55 days MPO 74362 2004 SD26 

1999 FA 2454373.09 2007 Sept.29.59 


FA 

2000 TH1 2454373.14 2007 Sept.29.64 0.08115 1opposition, 

arc = 62 days MPO 9839 2000 TH1 

2002 TA67 2454374.49 2007 Sept.30.99 0.07713 1opposition, 

arc = 7 days MPO 38456 2002 TA67 

1999 AQ10 2454375.38 2007 Oct. 1.88 0.1383 1opposition, 

arc = 42 days MPO 1439 1999 AQ10 

2004 RN9 2454375.69 2007 Oct. 2.19 


RN9 



(85770) 1998 UP1 2454380.87 2007 Oct. 7.37 


UP1 

2004 TJ10 2454382.70 2007 Oct. 9.20 0.08972 1opposition, 

arc = 1 days MPO 70479 2004 TJ10 


arc = 1 days E2005-T93 2005 TC51 


arc = 3 days E2005-V01 2005 US6 

2003 SK84 2454391.30 2007 Oct. 17.80 0.1039 1opposition, 

arc = 16 days MPO 53788 2003 SK84 

2004 DM44 2454393.83 2007 Oct. 20.33 0.1697 1opposition, 

arc = 36 days MPO 62513 2004 DM44 

(2340) Hathor 2454395.74 2007 Oct. 22.24 


Hathor 


arc = 16 days MPO 57709 1999 UQ 


arc = 29 days E2005-V70 2005 TR50 

(99907) 1989 VA 2454403.06 2007 Oct. 29.56 


VA 

1998 VR 2454411.31 2007 Nov. 6.81 


VR 

2005 GL 2454412.80 2007 Nov. 8.30 0.01882 1opposition, 

arc = 21 days MPO 77856 2005 GL 

2000 WN10 2454418.61 2007 Nov. 14.11 


WN10 

2004 AR1 2454421.41 2007 Nov. 16.91 


AR1 

1998 XE12 2454424.89 2007 Nov. 20.39 


XE12 

2000 EW70 2454429.02 2007 Nov. 24.52 0.1225 1opposition, 

arc = 16 days MPO 47866 2000 EW70 

(11500) 1989 UR 2454429.44 2007 Nov. 24.94 

0.07102 4 oppositions, 1989-1999 MPC 35833 (11500) 1989 

UR 

(3200) Phaethon 2454444.70 2007 Dec. 10.20 0.1209 



13 oppositions, 1983-1999 MPO 73856 (3200) Phaethon 

2003 UQ25 2454448.37 2007 Dec. 13.87 0.1572 1opposition, 

arc = 11 days MPO 62450 2003 UQ25 

2004 XC51 2454449.09 2007 Dec. 14.59 0.1505 1opposition, 

arc = 9 days MPO 74451 2004 XC51 

2005 WX 2454450.02 2007 Dec. 15.52 0.05549 1opposition, 

arc = 4 days E2005-W54 2005 WX 

2004 RD252 2454456.82 2007 Dec. 22.32 0.1490 1opposition, 

arc = 215 days MPO 77787 2004 RD252 

(66407) 1999 LQ28 2454460.21 2007 Dec. 25.71 


LQ28 

2003 YT70 2454462.51 2007 Dec. 28.01 0.07392 1opposition, 

arc = 22 days MPO 58099 2003 YT70 

2000 CH59 2454471.94 2008 Jan. 6.44 


CH59 

2005 WJ56 2454475.55 2008 Jan. 10.05 0.08820 1opposition, 

arc = 5 days E2005-X18 2005 WJ56 

1989 AZ 2454476.99 2008 Jan. 11.49 


AZ 

1998 LE 2454487.29 2008 Jan. 21.79 0.1649 1opposition, 

arc = 6 days MPC 32337 1998 LE 

(1685) Toro 2454490.17 2008 Jan. 24.67 0.1963 

21 oppositions, 1948-1997 MPC 32295 (1685) Toro 

2004 BG41 2454501.09 2008 Feb. 4.59 0.1417 1opposition, 

arc = 23 days MPO 62476 2004 BG41 

2000 RW37 2454511.53 2008 Feb. 15.03 


RW37 

1995 CR 2454513.45 2008 Feb. 16.95 0.1287 1opposition, 

arc = 20 days MPC 32517 1995 CR 

2005 EK70 2454514.69 2008 Feb. 18.19 


EK70 

(4450) Pan 2454516.43 2008 Feb. 19.93 0.04082 


2001 SN263 2454516.96 2008 Feb. 20.46 


SN263 

1999 JU3 2454517.16 2008 Feb. 20.66 




JU3 

2002 TD66 2454522.60 2008 Feb. 26.10 


TD66 

2000 QW69 2454523.37 2008 Feb. 26.87 


QW69 

2000 EE14 2454524.00 2008 Feb. 27.50 


EE14 

(66008) 1998 QH2 2454526.50 2008 Mar. 1.00 


QH2 

(6037) 1988 EG 2454533.10 2008 Mar. 7.60 


EG 

2005 EY169 2454535.15 2008 Mar. 9.65 0.09403 1opposition, 

arc = 4 days MPO 77841 2005 EY169 

2003 TM1 2454539.81 2008 Mar. 14.31 0.08117 1opposition, 

arc = 23 days MPO 53834 2003 TM1 

(1620) Geographos 2454542.99 2008 Mar. 17.49 0.1251 

19 oppositions, 1951-1994 MPC 25514 (1620) Geographos 

2002 EV11 2454543.64 2008 Mar. 18.14 


EV11 


arc = 21 days MPO 30729 2002 FW1 

2005 EA 2454544.31 2008 Mar. 18.81 0.1180 1opposition, 

arc = 16 days MPO 77816 2005 EA 

2003 FY6 2454547.34 2008 Mar. 21.84 0.01614 1opposition, 

arc = 23 days MPO 48342 2003 FY6 

2003 WP25 2454554.61 2008 Mar. 29.11 


WP25 

2002 VX91 2454555.95 2008 Mar. 30.45 


VX91 

2005 OR2 2454560.09 2008 Apr. 3.59 0.1907 1opposition, 

arc = 4 days E2005-Q56 2005 OR2 

1998 KG3 2454560.52 2008 Apr. 4.02 


KG3 



2004 VW14 2454560.97 2008 Apr. 4.47 


VW14 

2005 EZ169 2454562.97 2008 Apr. 6.47 0.1348 1opposition, 

arc = 19 days MPO 77841 2005 EZ169 

2001 QO142 2454563.21 2008 Apr. 6.71 


QO142 

2001 QC34 2454566.24 2008 Apr. 9.74 0.1360 1opposition, 

arc = 378 days MPO 35561 2001 QC34 

1999 SO5 2454566.34 2008 Apr. 9.84 0.09437 1opposition, 

arc = 36 days MPO 70227 1999 SO5 

2005 BE2 2454567.36 2008 Apr. 10.86 0.1588 1opposition, 

arc = 260 days E2005-T40 2005 BE2 


arc = 8 days MPO 62538 2004 FG11 

2005 NB7 2454573.62 2008 Apr. 17.12 


NB7 

2005 TB 2454584.93 2008 Apr. 28.43 


TB 

2004 GU9 2454585.74 2008 Apr. 29.24 


GU9 

2005 LM3 2454590.43 2008 May 3.93 0.1541 1opposition, 

arc = 4 days MPO 77905 2005 LM3 

2003 YN107 2454590.84 2008 May 4.34 


YN107 

2001 HL31 2454591.91 2008 May 5.41 0.1050 1opposition, 

arc = 9 days MPO 13855 2001 HL31 

2002 VS85 2454593.37 2008 May 6.87 0.1538 1opposition, 

arc = 3 days MPO 62430 2002 VS85 

2004 XM29 2454596.92 2008 May 10.42 0.08758 1opposition, 

arc = 21 days MPO 74447 2004 XM29 

2005 WR3 2454617.58 2008 May 31.08 0.1361 1opposition, 

arc = 7 days E2005-X13 2005 WR3 

2005 AX28 2454635.37 2008 June 17.87 0.1510 1opposition, 

arc = 4 days MPO 74477 2005 AX28 

2005 WC 2454641.44 2008 June 23.94 0.06225 1opposition, 

arc = 1 days E2005-W33 2005 WC 

2000 AD205 2454642.55 2008 June 25.05 0.1334 1- 



opposition, arc = 51 days MPC 39582 2000 AD205 

(17182) 1999 VU 2454646.51 2008 June 29.01 


VU 

2000 SZ162 2454646.69 2008 June 29.19 0.1394 1opposition, 

arc = 8 days MPO 5115 2000 SZ162 

2003 MW7 2454649.73 2008 July 2.23 0.1969 1opposition, 

arc = 9 days MPO 50769 2003 MW7 

2004 TG10 2454650.81 2008 July 3.31 0.06134 1opposition, 

arc = 49 days MPO 74368 2004 TG10 

2002 AZ1 2454655.79 2008 July 8.29 0.02314 1opposition, 

arc = 35 days MPO 26113 2002 AZ1 

2003 RU11 2454658.08 2008 July 10.58 0.07922 1opposition, 

arc = 4 days MPO 53765 2003 RU11 

(90403) 2003 YE45 2454660.89 2008 July 13.39 


YE45 

(90367) 2003 LC5 2454662.69 2008 July 15.19 


LC5 

2005 NQ1 2454665.77 2008 July 18.27 0.1668 1opposition, 

arc = 3 days E2005-N39 2005 NQ1 

2005 RC34 2454668.93 2008 July 21.43 0.03732 1opposition, 

arc = 152 days E2005-W74 2005 RC34 

2002 JQ97 2454669.24 2008 July 21.74 


JQ97 

2002 CZ9 2454671.52 2008 July 24.02 


CZ9 

2005 TM 2454675.84 2008 July 28.34 0.1164 1opposition, 

arc = 6 days E2005-T51 2005 TM 

2004 SB56 2454676.31 2008 July 28.81 0.06414 1opposition, 

arc = 57 days MPO 74366 2004 SB56 

1999 NB5 2454676.47 2008 July 28.97 


NB5 

2003 RM 2454678.25 2008 July 30.75 0.1876 1opposition, 

arc = 47 days MPO 53763 2003 RM 

(54509) 2000 PH5 2454679.62 2008 Aug. 1.12 


PH5 

(65690) 1991 DG 2454680.75 2008 Aug. 2.25 




DG 

2005 CN61 2454680.79 2008 Aug. 2.29 0.08639 1opposition, 

arc = 6 days MPO 74497 2005 CN61 

2004 HE62 2454682.40 2008 Aug. 3.90 0.1578 1opposition, 

arc = 228 days MPO 74310 2004 HE62 

2005 CN 2454683.94 2008 Aug. 5.44 0.1554 1opposition, 

arc = 14 days MPO 74487 2005 CN 

1996 FR3 2454686.19 2008 Aug. 7.69 


FR3 

2001 RT17 2454693.29 2008 Aug. 14.79 


RT17 

(35107) 1991 VH 2454694.04 2008 Aug. 15.54 


VH 

2001 SG10 2454694.76 2008 Aug. 16.26 


SG10 

2005 LZ42 2454700.50 2008 Aug. 22.00 0.1070 1opposition, 

arc = 86 days MPO 77910 2005 LZ42 


arc = 10 days E2005-R57 2005 QQ87 

2005 VN 2454705.80 2008 Aug. 27.30 0.1748 1opposition, 

arc = 8 days E2005-V72 2005 VN 

2004 SC56 2454707.28 2008 Aug. 28.78 0.09997 1opposition, 

arc = 13 days MPO 70475 2004 SC56 

1998 SD9 2454711.17 2008 Sept. 1.67 0.02355 1opposition, 

arc = 4 days MPC 32779 1998 SD9 

1998 SJ70 2454712.42 2008 Sept. 2.92 0.1515 1opposition, 

arc = 33 days MPC 33115 1998 SJ70 


arc = 6 days MPO 70479 2004 TE10 

(85640) 1998 OX4 2454714.23 2008 Sept. 4.73 


OX4 

(85640) 1998 OX4 2454714.23 2008 Sept. 4.73 


OX4 

2005 CV25 2454715.55 2008 Sept. 6.05 0.1859 1opposition, 

arc = 28 days MPO 77811 2005 CV25 

2005 RD34 2454716.87 2008 Sept. 7.37 0.1537 1- 



opposition, arc = 27 days E2005-T90 2005 RD34 

2003 WT153 2454717.31 2008 Sept. 7.81 0.01445 1opposition, 

arc = 3 days MPO 58075 2003 WT153 

2003 RM10 2454720.34 2008 Sept.10.84 


RM10 

2000 DP107 2454720.49 2008 Sept.10.99 


DP107 

(8567) 1996 HW1 2454722.24 2008 Sept.12.74 


HW1 

2002 VV17 2454725.02 2008 Sept.15.52 


VV17 

2001 UZ16 2454726.35 2008 Sept.16.85 0.1551 1opposition, 

arc = 75 days MPO 23849 2001 UZ16 


arc = 24 days MPO 20979 2001 SQ3 

2003 SW130 2454728.68 2008 Sept.19.18 0.02358 1opposition, 

arc = 4 days MPO 53798 2003 SW130 

1998 UO1 2454736.21 2008 Sept.26.71 


UO1 

2002 QY6 2454742.10 2008 Oct. 2.60 


QY6 

2005 GN59 2454745.97 2008 Oct. 6.47 0.05212 1opposition, 

arc = 81 days MPO 77864 2005 GN59 

(85770) 1998 UP1 2454746.17 2008 Oct. 6.67 


UP1 

2001 RV17 2454746.49 2008 Oct. 6.99 0.1707 1opposition, 

arc = 63 days MPO 20944 2001 RV17 


arc = 3 days E2005-TA1 2005 TQ45 

1999 VP11 2454756.14 2008 Oct. 16.64 


VP11 

2001 UY4 2454758.01 2008 Oct. 18.51 


UY4 

2001 UF5 2454760.14 2008 Oct. 20.64 0.1056 1- 



opposition, arc = 7 days MPO 62374 2001 UF5 

2000 FJ10 2454762.18 2008 Oct. 22.68 


FJ10 

(22099) 2000 EX106 2454762.62 2008 Oct. 23.12 


EX106 

2005 VF 2454764.06 2008 Oct. 24.56 0.1677 1opposition, 

arc = 4 days E2005-W17 2005 VF 

2004 FW1 2454766.71 2008 Oct. 27.21 0.06462 1opposition, 

arc = 12 days MPO 62536 2004 FW1 


arc = 35 days MPO 57991 2003 UW29 

2004 XZ130 2454767.66 2008 Oct. 28.16 


XZ130 

1998 VO 2454768.87 2008 Oct. 29.37 0.08067 1opposition, 

arc = 37 days MPO 50397 1998 VO 

2001 VG16 2454769.11 2008 Oct. 29.61 0.09355 1opposition, 

arc = 4 days MPO 21148 2001 VG16 

2004 LB6 2454772.27 2008 Nov. 1.77 


LB6 


arc = 23 days MPO 57713 1999 VF22 

2005 CN 2454776.07 2008 Nov. 5.57 0.1684 1opposition, 

arc = 14 days MPO 74487 2005 CN 

2003 JX2 2454778.56 2008 Nov. 8.06 0.1996 1opposition, 

arc = 2 days MPO 48380 2003 JX2 

(4179) Toutatis 2454780.01 2008 Nov. 9.51 


Toutatis 

2001 VE2 2454780.30 2008 Nov. 9.80 0.1123 1opposition, 

arc = 7 days MPO 23896 2001 VE2 

2003 RU11 2454781.50 2008 Nov. 11.00 0.1796 1opposition, 

arc = 4 days MPO 53765 2003 RU11 

2000 WN10 2454783.35 2008 Nov. 12.85 


WN10 

2004 XK3 2454791.72 2008 Nov. 21.22 0.03228 1opposition, 

arc = 16 days MPO 74441 2004 XK3 

(85236) 1993 KH 2454792.84 2008 Nov. 22.34 




KH 

2002 RX211 2454794.21 2008 Nov. 23.71 


RX211 

(85774) 1998 UT18 2454795.89 2008 Nov. 25.39 


UT18 

2003 HA 2454798.24 2008 Nov. 27.74 


HA 

2002 LK 2454807.05 2008 Dec. 6.55 0.1451 1opposition, 

arc = 6 days MPO 38336 2002 LK 


arc = 4 days MPO 74439 2004 WC1 

2000 AF6 2454813.70 2008 Dec. 13.20 


AF6 

2002 AU4 2454818.09 2008 Dec. 17.59 


AU4 

2000 UG11 2454818.57 2008 Dec. 18.07 0.1796 1opposition, 

arc = 19 days MPO 41675 2000 UG11 


arc = 21 days MPO 74443 2004 XL14 

2004 LV3 2454827.94 2008 Dec. 27.44 


LV3 

2003 UX34 2454828.43 2008 Dec. 27.93 


UX34 

2002 AC5 2454830.41 2008 Dec. 29.91 0.1073 1opposition, 

arc = 88 days MPO 30603 2002 AC5 


arc = 1 days MPO 21163 2001 WJ4 

2002 AO11 2454846.91 2009 Jan. 15.41 0.02000 1opposition, 

arc = 3 days MPO 24033 2002 AO11 

1998 CS1 2454849.25 2009 Jan. 17.75 


CS1 

1993 VD 2454850.33 2009 Jan. 18.83 


VD 



2000 CK59 2454854.31 2009 Jan. 22.81 0.05060 1opposition, 

arc = 36 days MPC 39594 2000 CK59 

2004 XO63 2454856.17 2009 Jan. 24.67 0.1182 1opposition, 

arc = 6 days MPO 74453 2004 XO63 

2001 XR1 2454864.11 2009 Feb. 1.61 


XR1 

2001 CK32 2454868.64 2009 Feb. 6.14 


CK32 

2004 BB75 2454871.18 2009 Feb. 8.68 0.08455 1opposition, 

arc = 21 days MPO 62480 2004 BB75 

2004 BY1 2454871.85 2009 Feb. 9.35 0.09582 1opposition, 

arc = 28 days MPO 62469 2004 BY1 

2000 WP19 2454874.22 2009 Feb. 11.72 


WP19 

2003 YX1 2454876.55 2009 Feb. 14.05 0.1468 1opposition, 

arc = 87 days MPO 62458 2003 YX1 

2000 BM19 2454879.32 2009 Feb. 16.82 


BM19 

1999 AQ10 2454881.14 2009 Feb. 18.64 0.01183 1opposition, 

arc = 42 days MPO 1439 1999 AQ10 

2004 DA53 2454887.78 2009 Feb. 25.28 0.04542 1opposition, 

arc = 2 days MPO 62514 2004 DA53 

2000 BL19 2454888.90 2009 Feb. 26.40 0.1341 1opposition, 

arc = 158 days MPO 2730 2000 BL19 

1978 CA 2454897.65 2009 Mar. 7.15 


CA 


arc = 7 days MPO 77827 2005 ES70 

2003 WP25 2454902.18 2009 Mar. 11.68 


WP25 

(52768) 1998 OR2 2454902.57 2009 Mar. 12.07 


OR2 

(14402) 1991 DB 2454906.44 2009 Mar. 15.94 


DB 

2005 EF 2454913.73 2009 Mar. 23.23 0.1550 1- 



opposition, arc = 209 days E2005-S64 2005 EF 

1998 SC15 2454914.19 2009 Mar. 23.69 


SC15 

2002 VX91 2454919.40 2009 Mar. 28.90 


VX91 

2002 GG8 2454924.57 2009 Apr. 3.07 0.04036 1opposition, 

arc = 21 days MPO 30735 2002 GG8 

2004 VC 2454924.68 2009 Apr. 3.18 


VC 

2002 EB3 2454932.40 2009 Apr. 10.90 


EB3 

2003 SG170 2454940.84 2009 Apr. 19.34 


SG170 

2001 VG5 2454948.35 2009 Apr. 26.85 


VG5 

2004 GU9 2454950.29 2009 Apr. 28.79 


GU9 

2001 GQ2 2454955.12 2009 May 3.62 


GQ2 

1996 FG3 2454957.88 2009 May 6.38 


FG3 

2004 FM17 2454960.82 2009 May 9.32 0.1440 1opposition, 

arc = 49 days MPO 66347 2004 FM17 

2002 AN129 2454965.77 2009 May 14.27 0.1134 1opposition, 

arc = 2 days MPO 24052 2002 AN129 

2004 JP12 2454967.93 2009 May 16.43 0.1528 1opposition, 

arc = 8 days MPO 66374 2004 JP12 

2001 SG286 2454968.81 2009 May 17.31 0.03081 1opposition, 

arc = 55 days MPO 57845 2001 SG286 

1996 TP6 2454972.50 2009 May 21.00 0.1336 1opposition, 

arc = 12 days MPO 62217 1996 TP6 

2000 HO40 2454975.40 2009 May 23.90 0.07384 1opposition, 

arc = 10 days MPO 57775 2000 HO40 

1991 JW 2454975.47 2009 May 23.97 




JW 

1991 TB2 2454976.22 2009 May 24.72 0.1382 1opposition, 

arc = 21 days MPO 57655 1991 TB2 

2005 HN3 2454982.28 2009 May 30.78 0.1293 1opposition, 

arc = 36 days MPO 77877 2005 HN3 

2002 LT38 2454984.64 2009 June 2.14 0.09593 1opposition, 

arc = 39 days MPO 62391 2002 LT38 

2005 EH94 2454987.19 2009 June 4.69 0.1583 1opposition, 

arc = 2 days MPO 77831 2005 EH94 

2004 FY15 2454990.43 2009 June 7.93 0.1005 1opposition, 

arc = 1 days MPO 62539 2004 FY15 

2004 YG1 2454990.92 2009 June 8.42 0.1917 1opposition, 

arc = 2 days MPO 77796 2004 YG1 

2003 QO104 2454991.90 2009 June 9.40 


QO104 

1994 CC 2454992.76 2009 June 10.26 


CC 

(85938) 1999 DJ4 2454995.01 2009 June 12.51 


DJ4 

2004 MN1 2454996.36 2009 June 13.86 0.06082 1opposition, 

arc = 1 days MPO 66388 2004 MN1 

2002 LR24 2454996.46 2009 June 13.96 0.1016 1opposition, 

arc = 7 days MPO 32039 2002 LR24 

2004 RK9 2454996.50 2009 June 14.00 0.1291 1opposition, 

arc = 37 days MPO 70397 2004 RK9 

2002 LZ45 2455001.83 2009 June 19.33 0.08741 1opposition, 

arc = 10 days MPO 32041 2002 LZ45 


arc = 10 days MPO 32041 2002 LZ45 


arc = 89 days E2005-S35 2005 MR5 

2002 KL6 2455010.98 2009 June 28.48 


KL6 

2001 FE90 2455011.10 2009 June 28.60 0.01848 1opposition, 

arc = 121 days MPO 16093 2001 FE90 

2000 QK130 2455011.73 2009 June 29.23 


QK130 



2004 KF17 2455013.99 2009 July 1.49 0.1431 1opposition, 

arc = 3 days MPO 66383 2004 KF17 

2001 HY7 2455023.31 2009 July 10.81 


HY7 

1999 MN 2455024.68 2009 July 12.18 


MN 

2005 ER70 2455029.26 2009 July 16.76 0.1825 1opposition, 

arc = 11 days MPO 77827 2005 ER70 

2005 CN61 2455034.38 2009 July 21.88 0.1663 1opposition, 

arc = 6 days MPO 74497 2005 CN61 

2004 SR26 2455052.68 2009 Aug. 9.18 0.1895 1opposition, 

arc = 2 days MPO 70470 2004 SR26 

(9162) 1987 OA 2455057.66 2009 Aug. 14.16 


OA 

(17274) 2000 LC16 2455060.53 2009 Aug. 17.03 


LC16 

1991 BN 2455060.55 2009 Aug. 17.05 


BN 

2003 EF54 2455061.32 2009 Aug. 17.82 


EF54 

2002 RQ25 2455062.29 2009 Aug. 18.79 0.07779 1opposition, 

arc = 55 days MPO 38378 2002 RQ25 

2005 CW25 2455063.95 2009 Aug. 20.45 


CW25 

2002 EU11 2455068.28 2009 Aug. 24.78 0.02482 1opposition, 

arc = 13 days MPO 30703 2002 EU11 


arc = 10 days E2005-R57 2005 QQ87 

2002 CY58 2455068.53 2009 Aug. 25.03 0.09043 1opposition, 

arc = 21 days MPO 62387 2002 CY58 

1997 GD32 2455068.63 2009 Aug. 25.13 0.1058 1opposition, 

arc = 22 days MPC 29935 1997 GD32 

(8566) 1996 EN 2455071.95 2009 Aug. 28.45 


EN 

2005 EF 2455075.97 2009 Sept. 1.47 0.1459 1- 



opposition, arc = 209 days E2005-S64 2005 EF 


arc = 52 days E2005-W62 2005 TE15 

2003 CR20 2455087.51 2009 Sept.13.01 


CR20 

2000 CO101 2455092.46 2009 Sept.17.96 0.04573 1opposition, 

arc = 212 days MPO 3927 2000 CO101 

2004 FC18 2455098.92 2009 Sept.24.42 0.1112 1opposition, 

arc = 5 days MPO 62539 2004 FC18 


arc = 33 days E2005-V70 2005 SP9 

2005 CN 2455100.04 2009 Sept.25.54 0.05372 1opposition, 

arc = 14 days MPO 74487 2005 CN 

2004 HO 2455102.29 2009 Sept.27.79 


HO 

1998 FW4 2455104.28 2009 Sept.29.78 


FW4 

(85770) 1998 UP1 2455111.51 2009 Oct. 7.01 


UP1 


arc = 2 days MPO 18510 2001 SE270 

(68216) 2001 CV26 2455113.16 2009 Oct. 8.66 


CV26 

2004 AR1 2455120.07 2009 Oct. 15.57 


AR1 

1999 AP10 2455124.81 2009 Oct. 20.31 


AP10 


arc = 3 days E2005-V01 2005 US6 


arc = 29 days E2005-V70 2005 TR50 

1999 LF6 2455127.54 2009 Oct. 23.04 


LF6 

2003 EP4 2455127.92 2009 Oct. 23.42 0.06661 1opposition, 

arc = 5 days MPO 50748 2003 EP4 



2003 SM84 2455129.52 2009 Oct. 25.02 0.1843 1opposition, 

arc = 57 days MPO 57947 2003 SM84 

2003 YT1 2455133.02 2009 Oct. 28.52 


YT1 

2005 RQ6 2455135.56 2009 Oct. 31.06 0.1336 1opposition, 

arc = 94 days E2005-X04 2005 RQ6 

2004 XZ130 2455139.24 2009 Nov. 3.74 


XZ130 

2000 XK44 2455139.90 2009 Nov. 4.40 


XK44 

2002 KM3 2455142.93 2009 Nov. 7.43 0.07390 1opposition, 

arc = 18 days MPO 62391 2002 KM3 

(54660) 2000 UJ1 2455143.13 2009 Nov. 7.63 


UJ1 

2000 TO64 2455145.97 2009 Nov. 10.47 


TO64 

2000 WN10 2455148.16 2009 Nov. 12.66 


WN10 

2001 XV266 2455150.97 2009 Nov. 15.47 


XV266 

1998 VF32 2455157.52 2009 Nov. 22.02 


VF32 

2004 XJ 2455159.34 2009 Nov. 23.84 0.08851 1opposition, 

arc = 14 days MPO 74440 2004 XJ 

2001 WW1 2455160.62 2009 Nov. 25.12 


WW1 


arc = 8 days MPO 57987 2003 UY12 

2005 RA 2455172.08 2009 Dec. 6.58 0.09549 1opposition, 

arc = 13 days E2005-R59 2005 RA 

2002 WP 2455172.15 2009 Dec. 6.65 


WP 

2002 XN14 2455172.70 2009 Dec. 7.20 0.09645 1- 



opposition, arc = 81 days MPO 77682 2002 XN14 

1999 LS7 2455178.14 2009 Dec. 12.64 


LS7 

2001 BP61 2455184.68 2009 Dec. 19.18 


BP61 

2003 YL118 2455187.98 2009 Dec. 22.48 0.03230 1opposition, 

arc = 27 days MPO 58107 2003 YL118 

(3361) Orpheus 2455191.27 2009 Dec. 25.77 


Orpheus 

2004 XG29 2455192.11 2009 Dec. 26.61 0.1060 1opposition, 

arc = 26 days MPO 74447 2004 XG29 

2005 WX 2455194.55 2009 Dec. 29.05 0.1519 1opposition, 

arc = 4 days E2005-W54 2005 WX 

2003 YT70 2455199.84 2010 Jan. 3.34 0.1100 1opposition, 

arc = 22 days MPO 58099 2003 YT70 

2003 WR21 2455203.08 2010 Jan. 6.58 


WR21 

2003 CR1 2455204.00 2010 Jan. 7.50 0.1773 1opposition, 

arc = 39 days MPO 43505 2003 CR1 

(24761) Ahau 2455208.46 2010 Jan. 11.96 


Ahau 

169P/NEAT 2455208.61 2010 Jan. 12.11 

0.1944 MPC 54701 169P/ 

NEAT 

2000 YH66 2455209.49 2010 Jan. 12.99 


YH66 

2002 PP6 2455217.85 2010 Jan. 21.35 


PP6 

2003 BH 2455218.57 2010 Jan. 22.07 


BH 

2001 BE10 2455221.87 2010 Jan. 25.37 


BE10 

1998 XE12 2455225.10 2010 Jan. 28.60 




XE12 

2005 OU2 2455226.92 2010 Jan. 30.42 0.1241 1opposition, 

arc = 84 days E2005-U20 2005 OU2 

2002 AJ129 2455227.14 2010 Jan. 30.64 


AJ129 

2001 TE2 2455241.46 2010 Feb. 13.96 


TE2 

2001 FD58 2455246.59 2010 Feb. 19.09 


FD58 

2002 XY38 2455247.56 2010 Feb. 20.06 0.04187 1opposition, 

arc = 53 days MPO 43480 2002 XY38 

2002 EZ11 2455251.95 2010 Feb. 24.45 


EZ11 


arc = 26 days MPO 62379 2001 VJ5 

2001 PT9 2455257.60 2010 Mar. 2.10 0.03532 1opposition, 

arc = 30 days MPO 18352 2001 PT9 

2000 CO101 2455258.25 2010 Mar. 2.75 0.1277 1opposition, 

arc = 212 days MPO 3927 2000 CO101 

2003 WP25 2455262.91 2010 Mar. 7.41 


WP25 

(4486) Mithra 2455268.07 2010 Mar. 12.57 0.1890 

10 oppositions, 1974-2002 MPO 38159 (4486) Mithra 

2005 UO 2455268.46 2010 Mar. 12.96 0.1421 1opposition, 

arc = 30 days E2005-W50 2005 UO 

(88254) 2001 FM129 2455269.36 2010 Mar. 13.86 


FM129 

2000 AF6 2455272.38 2010 Mar. 16.88 


AF6 


arc = 14 days MPC 40488 2000 EZ106 


arc = 16 days MPO 47866 2000 EW70 

2002 TE66 2455283.70 2010 Mar. 28.20 




TE66 


arc = 34 days MPO 30730 2002 FU5 

2004 ER21 2455292.75 2010 Apr. 6.25 0.08089 1opposition, 

arc = 8 days MPO 62522 2004 ER21 

2002 FQ5 2455296.77 2010 Apr. 10.27 


FQ5 

2003 TT9 2455298.30 2010 Apr. 11.80 0.09820 1opposition, 

arc = 14 days MPO 53836 2003 TT9 

2001 XV266 2455301.60 2010 Apr. 15.10 


XV266 

2001 HC 2455302.31 2010 Apr. 15.81 


HC 

2001 QE71 2455303.81 2010 Apr. 17.31 0.09433 1opposition, 

arc = 25 days MPO 18380 2001 QE71 


arc = 8 days MPO 62538 2004 FG11 

2002 LX 2455310.42 2010 Apr. 23.92 0.1394 1opposition, 

arc = 33 days MPO 34011 2002 LX 

2004 US1 2455312.22 2010 Apr. 25.72 0.06660 1opposition, 

arc = 24 days MPO 74425 2004 US1 

2004 GU9 2455315.02 2010 Apr. 28.52 


GU9 

2002 JR100 2455316.49 2010 Apr. 29.99 0.02077 1opposition, 

arc = 16 days MPO 70351 2002 JR100 

2005 JR5 2455327.48 2010 May 10.98 0.06146 1opposition, 

arc = 9 days MPO 77879 2005 JR5 


arc = 23 days MPO 48342 2003 FY6 

2002 XQ40 2455332.92 2010 May 16.42 0.1628 1opposition, 

arc = 28 days MPO 41888 2002 XQ40 

2003 HR32 2455334.32 2010 May 17.82 


HR32 

2004 JX20 2455336.82 2010 May 20.32 


JX20 

2003 QC10 2455340.13 2010 May 23.63 0.08697 1opposition, 

arc = 21 days MPO 53744 2003 QC10 



2000 GJ147 2455346.27 2010 May 29.77 


GJ147 

2005 GB120 2455346.90 2010 May 30.40 0.1728 1opposition, 

arc = 31 days MPO 77870 2005 GB120 

2002 GK1 2455350.00 2010 June 2.50 0.1950 1opposition, 

arc = 6 days MPO 30733 2002 GK1 

2004 KH17 2455351.95 2010 June 4.45 0.09401 1opposition, 

arc = 16 days MPO 66383 2004 KH17 

1999 MN 2455351.98 2010 June 4.48 


MN 

1999 HE1 2455352.91 2010 June 5.41 


HE1 

2003 MN 2455358.53 2010 June 11.03 0.1094 1opposition, 

arc = 1 days MPO 50768 2003 MN 

1998 SH36 2455360.28 2010 June 12.78 


SH36 

2004 YG1 2455368.85 2010 June 21.35 0.1097 1opposition, 

arc = 2 days MPO 77796 2004 YG1 

2004 NF3 2455373.02 2010 June 25.52 0.09906 1opposition, 

arc = 11 days MPO 70368 2004 NF3 

2003 MA3 2455375.20 2010 June 27.70 


MA3 

2005 ED318 2455376.35 2010 June 28.85 0.07181 1opposition, 

arc = 147 days E2005-U68 2005 ED318 

2005 QC5 2455377.21 2010 June 29.71 0.1514 1opposition, 

arc = 56 days E2005-U16 2005 QC5 

2001 KM20 2455384.64 2010 July 7.14 0.08808 1opposition, 

arc = 13 days MPO 14443 2001 KM20 

2002 LT24 2455391.48 2010 July 13.98 0.1527 1opposition, 

arc = 36 days MPO 77603 2002 LT24 

2002 BF25 2455396.11 2010 July 18.61 0.02671 1opposition, 

arc = 45 days MPO 74133 2002 BF25 

2001 OT 2455400.69 2010 July 23.19 0.1413 1opposition, 

arc = 26 days MPO 70298 2001 OT 

(85989) 1999 JD6 2455404.79 2010 July 27.29 


JD6 

2003 MJ4 2455408.78 2010 July 31.28 0.1619 1- 



opposition, arc = 178 days MPO 57915 2003 MJ4 

1994 CB 2455409.18 2010 July 31.68 


CB 

2002 QY6 2455409.31 2010 July 31.81 


QY6 

2000 AA6 2455413.13 2010 Aug. 4.63 0.1344 1opposition, 

arc = 10 days MPC 38174 2000 AA6 

(6239) Minos 2455419.38 2010 Aug. 10.88 


Minos 

2002 AV31 2455419.75 2010 Aug. 11.25 


AV31 


arc = 13 days MPO 70475 2004 SC56 

2002 AC9 2455421.64 2010 Aug. 13.14 0.04716 1opposition, 

arc = 55 days MPO 30604 2002 AC9 

2005 WE 2455422.76 2010 Aug. 14.26 0.1886 1opposition, 

arc = 11 days E2005-X08 2005 WE 

2005 NZ6 2455423.16 2010 Aug. 14.66 0.1550 1opposition, 

arc = 53 days E2005-Q25 2005 NZ6 

2002 EA 2455425.02 2010 Aug. 16.52 0.07212 1opposition, 

arc = 9 days MPO 70340 2002 EA 

2000 QV7 2455433.27 2010 Aug. 24.77 


QV7 


arc = 10 days E2005-R57 2005 QQ87 

2004 PR92 2455434.28 2010 Aug. 25.78 0.1539 1opposition, 

arc = 8 days MPO 66416 2004 PR92 

2002 EY2 2455438.53 2010 Aug. 30.03 


EY2 

1999 CG9 2455439.53 2010 Aug. 31.03 0.08359 1opposition, 

arc = 24 days MPC 34320 1999 CG9 

1998 QP 2455439.64 2010 Aug. 31.14 0.08191 1opposition, 

arc = 7 days MPC 32527 1998 QP 

(85640) 1998 OX4 2455440.07 2010 Aug. 31.57 


OX4 

(85640) 1998 OX4 2455440.07 2010 Aug. 31.57 




OX4 

2002 CY46 2455441.98 2010 Sept. 2.48 


CY46 

2004 LK 2455443.34 2010 Sept. 3.84 0.1995 1opposition, 

arc = 78 days MPO 70366 2004 LK 

2001 TB 2455466.37 2010 Sept.26.87 0.1523 1opposition, 

arc = 2 days MPO 57845 2001 TB 


arc = 7 days MPO 38453 2002 TZ57 

2003 EW59 2455467.57 2010 Sept.28.07 0.1030 1opposition, 

arc = 14 days MPO 48340 2003 EW59 

1998 UO1 2455470.63 2010 Oct. 1.13 


UO1 


arc = 23 days MPO 70453 2004 RQ252 

2005 GE59 2455471.07 2010 Oct. 1.57 0.1977 1opposition, 

arc = 116 days MPO 77863 2005 GE59 

2005 CN 2455472.41 2010 Oct. 2.91 0.1049 1opposition, 

arc = 14 days MPO 74487 2005 CN 

2004 TJ10 2455474.96 2010 Oct. 5.46 0.1694 1opposition, 

arc = 1 days MPO 70479 2004 TJ10 

(85770) 1998 UP1 2455476.90 2010 Oct. 7.40 


UP1 

2001 WN5 2455479.79 2010 Oct. 10.29 


WN5 

1999 VO6 2455483.81 2010 Oct. 14.31 


VO6 

2004 FU4 2455486.18 2010 Oct. 16.68 0.1507 1opposition, 

arc = 79 days MPO 66346 2004 FU4 

(66146) 1998 TU3 2455486.93 2010 Oct. 17.43 


TU3 

103P/Hartley 2455490.27 2010 Oct. 20.77 

0.1207 MPC 53468 103P/ 

Hartley 

(65679) 1989 UQ 2455490.79 2010 Oct. 21.29 




UQ 

2000 TU28 2455493.07 2010 Oct. 23.57 0.06807 1opposition, 

arc = 30 days MPO 6414 2000 TU28 

1998 MQ 2455493.28 2010 Oct. 23.78 


MQ 


arc = 5 days E2005-U88 2005 UN 

2003 UV11 2455499.68 2010 Oct. 30.18 


UV11 


arc = 54 days E2005-W54 2005 TE45 

2005 UN5 2455501.11 2010 Oct. 31.61 0.1334 1opposition, 

arc = 1 days E2005-U88 2005 UN5 

2000 UK11 2455501.66 2010 Nov. 1.16 0.1593 1opposition, 

arc = 8 days MPO 41675 2000 UK11 

2000 HA24 2455503.87 2010 Nov. 3.37 


HA24 

2005 UZ5 2455504.12 2010 Nov. 3.62 0.1345 1opposition, 

arc = 7 days E2005-V42 2005 UZ5 


arc = 098 days E2005-V84 2002 VE68 

(3838) Epona 2455507.81 2010 Nov. 7.31 


Epona 

2004 TC10 2455508.90 2010 Nov. 8.40 


TC10 

2005 TB15 2455512.97 2010 Nov. 12.47 0.1805 1opposition, 

arc = 59 days E2005-W93 2005 TB15 

2000 WN10 2455512.99 2010 Nov. 12.49 


WN10 

2005 UO5 2455514.19 2010 Nov. 13.69 0.1980 1opposition, 

arc = 6 days E2005-V27 2005 UO5 

1998 HG49 2455515.02 2010 Nov. 14.52 


HG49 

2005 QY151 2455516.53 2010 Nov. 16.03 


QY151 



2005 JU81 2455518.01 2010 Nov. 17.51 0.04078 1opposition, 

arc = 18 days MPO 77892 2005 JU81 

1991 JW 2455529.41 2010 Nov. 28.91 


JW 

2005 LW3 2455530.40 2010 Nov. 29.90 0.1135 1opposition, 

arc = 29 days MPO 77906 2005 LW3 

2002 EZ16 2455531.49 2010 Nov. 30.99 


EZ16 

2005 GC120 2455531.72 2010 Dec. 1.22 


GC120 

2000 AC6 2455537.30 2010 Dec. 6.80 


AC6 

2000 JH5 2455538.36 2010 Dec. 7.86 


JH5 

2004 XC51 2455539.51 2010 Dec. 9.01 0.1111 1opposition, 

arc = 9 days MPO 74451 2004 XC51 

2005 WP57 2455541.55 2010 Dec. 11.05 0.1601 1opposition, 

arc = 1 days E2005-X08 2005 WP57 

2002 XS90 2455544.50 2010 Dec. 14.00 0.06710 1opposition, 

arc = 16 days MPO 41898 2002 XS90 


arc = 36 days MPC 38158 1999 XK136 

2002 JU15 2455549.65 2010 Dec. 19.15 0.1705 1opposition, 

arc = 12 days MPO 32016 2002 JU15 


arc = 21 days MPO 74443 2004 XL14 

1999 LS7 2455557.39 2010 Dec. 26.89 


LS7 

2005 LC 2455571.78 2011 Jan. 10.28 0.1915 1opposition, 

arc = 7 days MPO 77905 2005 LC 

2000 AZ93 2455573.23 2011 Jan. 11.73 


AZ93 

2005 EE 2455573.43 2011 Jan. 11.93 


EE 



1992 BF 2455574.49 2011 Jan. 12.99 


BF 

2001 BA16 2455580.15 2011 Jan. 18.65 0.1807 1opposition, 

arc = 40 days MPO 12273 2001 BA16 

2003 YO3 2455588.46 2011 Jan. 26.96 0.1636 1opposition, 

arc = 98 days MPO 62458 2003 YO3 


arc = 10 days MPO 58120 2004 BM11 

2001 CQ36 2455593.19 2011 Jan. 31.69 0.1253 1opposition, 

arc = 28 days MPO 37540 2001 CQ36 

1999 CG9 2455593.34 2011 Jan. 31.84 0.09590 1opposition, 

arc = 24 days MPC 34320 1999 CG9 

1998 HE3 2455595.78 2011 Feb. 3.28 


HE3 

2004 TR12 2455597.19 2011 Feb. 4.69 


TR12 

2000 WO107 2455597.32 2011 Feb. 4.82 


WO107 

2004 RD252 2455599.16 2011 Feb. 6.66 0.1194 1opposition, 

arc = 215 days MPO 77787 2004 RD252 

2000 EF104 2455607.16 2011 Feb. 14.66 


EF104 

2003 YG118 2455613.15 2011 Feb. 20.65 


YG118 

2003 FC5 2455614.72 2011 Feb. 22.22 


FC5 

2004 EK1 2455619.29 2011 Feb. 26.79 0.05778 1opposition, 

arc = 37 days MPO 62517 2004 EK1 


arc = 7 days MPO 77827 2005 ES70 

(23187) 2000 PN9 2455631.49 2011 Mar. 10.99 


PN9 


arc = 16 days MPO 77816 2005 EA 

2001 FO127 2455635.59 2011 Mar. 15.09 0.1760 1- 



opposition, arc = 19 days MPO 13842 2001 FO127 

(11885) 1990 SS 2455638.06 2011 Mar. 17.56 


SS 

2002 JU15 2455640.43 2011 Mar. 19.93 0.1660 1opposition, 

arc = 12 days MPO 32016 2002 JU15 

2004 EM20 2455647.84 2011 Mar. 27.34 


EM20 

2001 AD2 2455651.76 2011 Mar. 31.26 


AD2 

2004 FJ29 2455653.52 2011 Apr. 2.02 0.1489 1opposition, 

arc = 24 days MPO 66348 2004 FJ29 

2002 FW1 2455653.71 2011 Apr. 2.21 0.1155 1opposition, 

arc = 21 days MPO 30729 2002 FW1 

(85953) 1999 FK21 2455654.59 2011 Apr. 3.09 


FK21 

2004 XN50 2455655.71 2011 Apr. 4.21 0.1466 1opposition, 

arc = 80 days MPO 77794 2004 XN50 

2002 DB4 2455667.40 2011 Apr. 15.90 


DB4 

2004 QT24 2455669.13 2011 Apr. 17.63 


QT24 

2003 FF5 2455675.50 2011 Apr. 24.00 0.05453 1opposition, 

arc = 213 days MPO 62443 2003 FF5 

2004 HQ1 2455675.83 2011 Apr. 24.33 0.09871 1opposition, 

arc = 30 days MPO 66364 2004 HQ1 


arc = 33 days MPO 48341 2003 FU3 

1998 VE31 2455685.60 2011 May 4.10 0.1447 1opposition, 

arc = 13 days MPO 57680 1998 VE31 

2003 YT1 2455686.85 2011 May 5.35 


YT1 

2002 CQ11 2455699.56 2011 May 18.06 


CQ11 

1999 NA5 2455704.41 2011 May 22.91 




NA5 

2003 AL73 2455707.69 2011 May 26.19 0.1248 1opposition, 

arc = 134 days MPO 48314 2003 AL73 

2005 WA 2455708.09 2011 May 26.59 0.1746 1opposition, 

arc = 14 days E2005-X04 2005 WA 

2002 JC 2455713.74 2011 June 1.24 


JC 

2002 JB9 2455724.07 2011 June 11.57 


JB9 

2001 VH75 2455725.28 2011 June 12.78 


VH75 


arc = 4 days MPO 66384 2004 LO2 

2002 NN4 2455731.28 2011 June 18.78 0.1620 1opposition, 

arc = 66 days MPO 61231 2002 NN4 

1998 KM3 2455731.72 2011 June 19.22 


KM3 

(65909) 1998 FH12 2455736.00 2011 June 23.50 


FH12 

(3988) 1986 LA 2455739.88 2011 June 27.38 


LA 

2002 EM7 2455743.69 2011 July 1.19 0.02854 1opposition, 

arc = 25 days MPO 30702 2002 EM7 

2004 YG1 2455744.31 2011 July 1.81 0.08778 1opposition, 

arc = 2 days MPO 77796 2004 YG1 

2001 QP181 2455746.39 2011 July 3.89 0.09215 1opposition, 

arc = 47 days MPO 57839 2001 QP181 

2003 DX10 2455755.29 2011 July 12.79 


DX10 

2003 YS117 2455757.30 2011 July 14.80 


YS117 

1999 VT25 2455760.23 2011 July 17.73 


VT25 

2005 WA 2455765.54 2011 July 23.04 0.1806 1- 



opposition, arc = 14 days E2005-X04 2005 WA 

(3103) Eger 2455778.47 2011 Aug. 4.97 


Eger 

2002 CU46 2455783.70 2011 Aug. 10.20 0.1106 1opposition, 

arc = 21 days MPO 27831 2002 CU46 

1988 TA 2455787.74 2011 Aug. 14.24 0.1977 1opposition, 

arc = 63 days MPC 38021 1988 TA 

45P/Honda-Mrkos-Pajdusak2455788.79 2011 Aug. 15.29 

0.06007 MPC 48383 45P/Honda- 

Mrkos-Pajdusak 

1996 PC1 2455791.30 2011 Aug. 17.80 


PC1 

1996 MQ 2455792.77 2011 Aug. 19.27 0.1281 1opposition, 

arc = 23 days MPC 27563 1996 MQ 


arc = 10 days E2005-R57 2005 QQ87 

2000 CP101 2455800.36 2011 Aug. 26.86 0.08834 1opposition, 

arc = 32 days MPC 39601 2000 CP101 

2002 JR100 2455801.98 2011 Aug. 28.48 0.05085 1opposition, 

arc = 16 days MPO 70351 2002 JR100 

1999 RQ36 2455815.54 2011 Sept.11.04 


RQ36 

2004 ST26 2455820.08 2011 Sept.15.58 0.1187 1opposition, 

arc = 1 days MPO 70470 2004 ST26 

1991 TF3 2455821.46 2011 Sept.16.96 


TF3 

2001 FA58 2455822.08 2011 Sept.17.58 0.05445 1opposition, 

arc = 36 days MPO 12323 2001 FA58 

2004 AR1 2455822.09 2011 Sept.17.59 


AR1 


arc = 46 days MPO 74366 2004 SV55 

2000 SP43 2455831.09 2011 Sept.26.59 


SP43 

2005 CU38 2455832.95 2011 Sept.28.45 0.1632 1opposition, 

arc = 10 days MPO 74495 2005 CU38 

2003 QC10 2455833.20 2011 Sept.28.70 0.09768 1- 



opposition, arc = 21 days MPO 53744 2003 QC10 

2002 QY6 2455838.40 2011 Oct. 3.90 


QY6 


arc = 1 days MPO 70471 2004 SW26 


arc = 3 days E2005-TA1 2005 TQ45 

(85770) 1998 UP1 2455842.28 2011 Oct. 7.78 


UP1 

2005 SL 2455843.07 2011 Oct. 8.57 0.09170 1opposition, 

arc = 10 days E2005-T15 2005 SL 

2002 AG29 2455843.66 2011 Oct. 9.16 


AG29 


arc = 4 days MPC 32779 1998 SD9 

2005 GD60 2455846.43 2011 Oct. 11.93 0.1606 1opposition, 

arc = 33 days MPO 77864 2005 GD60 

2004 JO20 2455846.64 2011 Oct. 12.14 0.1685 1opposition, 

arc = 3 days MPO 66376 2004 JO20 

2000 OJ8 2455847.66 2011 Oct. 13.16 


OJ8 

1998 SC15 2455853.26 2011 Oct. 18.76 


SC15 

2000 AB6 2455854.89 2011 Oct. 20.39 0.06637 1opposition, 

arc = 36 days MPC 38865 2000 AB6 


arc = 4 days MPO 38327 2001 UP 

2003 UM3 2455856.78 2011 Oct. 22.28 0.1759 1opposition, 

arc = 1 days MPO 53840 2003 UM3 

2003 FH 2455858.53 2011 Oct. 24.03 


FH 


arc = 29 days E2005-V70 2005 TR50 

2005 CJ 2455861.43 2011 Oct. 26.93 0.07964 1opposition, 

arc = 64 days MPO 77808 2005 CJ 

1993 VD 2455861.49 2011 Oct. 26.99 




VD 

2004 AD1 2455867.53 2011 Nov. 2.03 0.1796 1opposition, 

arc = 35 days MPO 62467 2004 AD1 


arc = 23 days MPO 57713 1999 VF22 

2004 VB61 2455874.48 2011 Nov. 8.98 0.1896 1opposition, 

arc = 29 days MPO 74435 2004 VB61 

2004 YE 2455877.00 2011 Nov. 11.50 0.1069 1opposition, 

arc = 19 days MPO 74467 2004 YE 

2000 WN10 2455877.93 2011 Nov. 12.43 


WN10 

2002 SR41 2455879.18 2011 Nov. 13.68 


SR41 

2001 WV1 2455880.02 2011 Nov. 14.52 0.1548 1opposition, 

arc = 3 days MPO 21162 2001 WV1 

(10145) 1994 CK1 2455882.48 2011 Nov. 16.98 


CK1 

2005 WS3 2455885.00 2011 Nov. 19.50 0.1253 1opposition, 

arc = 9 days E2005-X18 2005 WS3 

1996 FG3 2455889.16 2011 Nov. 23.66 


FG3 

1994 XL1 2455894.16 2011 Nov. 28.66 


XL1 

2005 AN26 2455894.70 2011 Nov. 29.20 


AN26 

2002 TZ66 2455895.80 2011 Nov. 30.30 0.1471 1opposition, 

arc = 23 days MPO 38456 2002 TZ66 

2004 JN1 2455896.70 2011 Dec. 1.20 0.1480 1opposition, 

arc = 37 days MPO 66372 2004 JN1 

2002 VU114 2455900.60 2011 Dec. 5.10 0.05263 1opposition, 

arc = 21 days MPO 74240 2002 VU114 

2003 SS84 2455904.84 2011 Dec. 9.34 


SS84 

2003 WM7 2455904.95 2011 Dec. 9.45 


WM7 



2000 FJ10 2455905.14 2011 Dec. 9.64 


FJ10 

2003 XV 2455910.09 2011 Dec. 14.59 0.04838 1opposition, 

arc = 5 days MPO 58079 2003 XV 

1999 XP35 2455915.64 2011 Dec. 20.14 


XP35 

2000 YA 2455921.66 2011 Dec. 26.16 0.007355 1opposition, 

arc = 6 days MPO 41676 2000 YA 

2003 AK18 2455924.23 2011 Dec. 28.73 0.05703 1opposition, 

arc = 109 days MPO 48309 2003 AK18 

2001 YE4 2455924.82 2011 Dec. 29.32 0.05893 1opposition, 

arc = 15 days MPO 24005 2001 YE4 

2000 CH59 2455925.38 2011 Dec. 29.88 


CH59 


arc = 25 days MPO 74451 2004 XK50 

2004 FG29 2455929.30 2012 Jan. 2.80 0.1939 1opposition, 

arc = 2 days MPO 62541 2004 FG29 

2002 AB2 2455929.74 2012 Jan. 3.24 0.1394 1opposition, 

arc = 11 days MPO 24030 2002 AB2 

2003 AF23 2455931.03 2012 Jan. 4.53 0.03605 1opposition, 

arc = 46 days MPO 43486 2003 AF23 

2002 YC12 2455931.51 2012 Jan. 5.01 0.02315 1opposition, 

arc = 7 days MPO 41901 2002 YC12 

1999 LS7 2455932.93 2012 Jan. 6.43 


LS7 

2003 YT70 2455936.79 2012 Jan. 10.29 0.1640 1opposition, 

arc = 22 days MPO 58099 2003 YT70 

2002 BF25 2455937.97 2012 Jan. 11.47 0.06774 1opposition, 

arc = 45 days MPO 74133 2002 BF25 

2004 YD 2455938.96 2012 Jan. 12.46 0.1278 1opposition, 

arc = 9 days MPO 74467 2004 YD 


arc = 2 days MPO 74483 2005 BU 

1996 AE2 2455941.86 2012 Jan. 15.36 0.1663 1opposition, 

arc = 32 days MPC 26749 1996 AE2 

2001 OC36 2455946.39 2012 Jan. 19.89 0.09986 1opposition, 

arc = 7 days MPO 16114 2001 OC36 



2003 BV35 2455949.25 2012 Jan. 22.75 0.1416 1opposition, 

arc = 11 days MPO 41931 2003 BV35 

(7341) 1991 VK 2455952.49 2012 Jan. 25.99 


VK 

(433) Eros 2455957.96 2012 Jan. 31.46 0.1787 

42 oppositions, 1893-1993 MPC 24086 (433) Eros 

2003 UQ25 2455962.37 2012 Feb. 4.87 0.1339 1opposition, 

arc = 11 days MPO 62450 2003 UQ25 

2005 EZ223 2455962.41 2012 Feb. 4.91 0.1518 1opposition, 

arc = 23 days MPO 77848 2005 EZ223 

2003 EP16 2455964.39 2012 Feb. 6.89 0.09986 1opposition, 

arc = 21 days MPO 48333 2003 EP16 

2002 TZ66 2455976.13 2012 Feb. 18.63 0.1247 1opposition, 

arc = 23 days MPO 38456 2002 TZ66 

2000 ET70 2455977.36 2012 Feb. 19.86 


ET70 

2002 QC7 2455986.26 2012 Feb. 28.76 0.07196 1opposition, 

arc = 72 days MPO 38366 2002 QC7 


arc = 2 days MPO 77827 2005 EL70 

1999 RD32 2456000.94 2012 Mar. 14.44 


RD32 

2004 HD 2456004.07 2012 Mar. 17.57 0.08537 1opposition, 

arc = 16 days MPO 66364 2004 HD 

2001 QJ142 2456008.75 2012 Mar. 22.25 0.1863 1opposition, 

arc = 32 days MPO 18395 2001 QJ142 

1999 GS6 2456012.64 2012 Mar. 26.14 


GS6 

2004 FY1 2456021.84 2012 Apr. 4.34 0.1234 1opposition, 

arc = 2 days MPO 62536 2004 FY1 

2004 TB10 2456023.30 2012 Apr. 5.80 0.09171 1opposition, 

arc = 31 days MPO 74368 2004 TB10 

2003 UD22 2456024.30 2012 Apr. 6.80 0.1714 1opposition, 

arc = 59 days MPO 57989 2003 UD22 

1995 DW1 2456024.66 2012 Apr. 7.16 


DW1 


arc = 23 days MPO 70453 2004 RQ252 



2003 GQ22 2456032.22 2012 Apr. 14.72 0.1180 1opposition, 

arc = 24 days MPO 48364 2003 GQ22 

1996 SK 2456036.32 2012 Apr. 18.82 


SK 

2001 WC47 2456037.40 2012 Apr. 19.90 


WC47 

2003 WH166 2456041.25 2012 Apr. 23.75 0.05327 1opposition, 

arc = 52 days MPO 66319 2003 WH166 

2004 MD 2456048.84 2012 May 1.34 


MD 

2001 SZ269 2456050.20 2012 May 2.70 0.07579 1opposition, 

arc = 54 days MPO 57845 2001 SZ269 

1998 HE3 2456058.25 2012 May 10.75 


HE3 

2005 SQ9 2456059.81 2012 May 12.31 0.08210 1opposition, 

arc = 29 days E2005-W17 2005 SQ9 

2002 CQ11 2456059.89 2012 May 12.39 


CQ11 

2001 BA16 2456065.90 2012 May 18.40 0.1167 1opposition, 

arc = 40 days MPO 12273 2001 BA16 

(4183) Cuno 2456068.30 2012 May 20.80 0.1218 

13 oppositions, 1959-2002 MPO 38158 (4183) Cuno 

2002 VX94 2456073.76 2012 May 26.26 


VX94 

1994 NK 2456074.43 2012 May 26.93 0.1138 1opposition, 

arc = 51 days MPC 23983 1994 NK 

2002 AW 2456074.48 2012 May 26.98 


AW 

1998 KJ17 2456074.89 2012 May 27.39 0.03549 1opposition, 

arc = 8 days MPC 32089 1998 KJ17 

2001 CQ36 2456078.06 2012 May 30.56 0.02585 1opposition, 

arc = 28 days MPO 37540 2001 CQ36 

2002 OA22 2456079.15 2012 May 31.65 


OA22 

2001 LB 2456086.12 2012 June 7.62 0.07259 1- 



opposition, arc = 32 days MPO 16098 2001 LB 

2002 AC 2456094.81 2012 June 16.31 


AC 

1999 BJ8 2456094.98 2012 June 16.48 


BJ8 

1999 XL136 2456096.28 2012 June 17.78 0.08006 1opposition, 

arc = 28 days MPO 53633 1999 XL136 

2003 UQ12 2456097.03 2012 June 18.53 0.1161 1opposition, 

arc = 9 days MPO 62450 2003 UQ12 

2004 HB39 2456098.73 2012 June 20.23 0.1596 1opposition, 

arc = 91 days MPO 70365 2004 HB39 

2005 GO21 2456100.27 2012 June 21.77 0.04396 1opposition, 

arc = 48 days MPO 77859 2005 GO21 

2005 QQ30 2456114.72 2012 July 6.22 0.1763 1opposition, 

arc = 53 days E2005-U20 2005 QQ30 

2002 XH4 2456115.50 2012 July 7.00 


XH4 

2004 CL 2456115.69 2012 July 7.19 0.03042 1opposition, 

arc = 15 days MPO 62488 2004 CL 

2003 MK4 2456117.40 2012 July 8.90 


MK4 

1999 NW2 2456117.47 2012 July 8.97 0.08564 1opposition, 

arc = 28 days MPO 41580 1999 NW2 

2004 YG1 2456118.42 2012 July 9.92 0.1591 1opposition, 

arc = 2 days MPO 77796 2004 YG1 

P/2002 O5 (NEAT) 2456118.71 2012 July 10.21 

0.1739 MPC 51823 P/2002 O5 

(NEAT) 

2000 JB6 2456118.72 2012 July 10.22 


JB6 


arc = 53 days E2005-Q41 2005 NE21 

2003 KU2 2456123.87 2012 July 15.37 


KU2 

2004 EW9 2456125.40 2012 July 16.90 


EW9 



2002 AM31 2456131.49 2012 July 22.99 


AM31 

2004 TE10 2456139.23 2012 July 30.73 0.1603 1opposition, 

arc = 6 days MPO 70479 2004 TE10 

2001 AA50 2456139.89 2012 July 31.39 


AA50 

2000 RN77 2456143.21 2012 Aug. 3.71 


RN77 

2004 SB56 2456143.55 2012 Aug. 4.05 0.1394 1opposition, 

arc = 57 days MPO 74366 2004 SB56 

2000 SD8 2456143.75 2012 Aug. 4.25 


SD8 


arc = 13 days MPO 70475 2004 SC56 

2005 RK3 2456148.16 2012 Aug. 8.66 0.1846 1opposition, 

arc = 41 days E2005-W20 2005 RK3 

2005 WK4 2456148.63 2012 Aug. 9.13 0.1324 1opposition, 

arc = 5 days E2005-X13 2005 WK4 

(37655) Illapa 2456151.83 2012 Aug. 12.33 


Illapa 

2002 PD11 2456155.43 2012 Aug. 15.93 0.1186 1opposition, 

arc = 23 days MPO 62393 2002 PD11 

(4581) Asclepius 2456155.87 2012 Aug. 16.37 


Asclepius 

2000 ET70 2456160.57 2012 Aug. 21.07 


ET70 


arc = 10 days E2005-R57 2005 QQ87 

(66146) 1998 TU3 2456165.44 2012 Aug. 25.94 


TU3 

2003 BQ35 2456167.97 2012 Aug. 28.47 0.1512 1opposition, 

arc = 32 days MPO 48318 2003 BQ35 

(4769) Castalia 2456168.21 2012 Aug. 28.71 


Castalia 



1997 GD32 2456178.05 2012 Sept. 7.55 0.1202 1opposition, 

arc = 22 days MPC 29935 1997 GD32 

2002 SV 2456178.71 2012 Sept. 8.21 0.1056 1opposition, 

arc = 37 days MPO 62407 2002 SV 

2005 RZ2 2456179.98 2012 Sept. 9.48 0.1084 1opposition, 

arc = 5 days E2005-R36 2005 RZ2 

2003 UX34 2456185.18 2012 Sept.14.68 


UX34 

1998 QC1 2456185.56 2012 Sept.15.06 


QC1 

2002 EM6 2456186.19 2012 Sept.15.69 0.1834 1opposition, 

arc = 172 days MPO 35573 2002 EM6 


arc = 138 days MPO 62405 2002 RP137 

1998 FF14 2456189.80 2012 Sept.19.30 


FF14 

2005 FD 2456189.85 2012 Sept.19.35 


FD 

2002 EZ2 2456197.42 2012 Sept.26.92 


EZ2 

2002 TX55 2456197.56 2012 Sept.27.06 0.01562 1opposition, 

arc = 26 days MPO 74220 2002 TX55 


arc = 7 days MPO 38456 2002 TA67 

2005 JU1 2456201.78 2012 Oct. 1.28 0.06256 1opposition, 

arc = 23 days MPO 77878 2005 JU1 

1998 UO1 2456205.07 2012 Oct. 4.57 


UO1 

2005 PA17 2456207.38 2012 Oct. 6.88 0.04143 1opposition, 

arc = 3 days E2005-Q01 2005 PA17 

2004 UB 2456209.81 2012 Oct. 9.31 0.1934 1opposition, 

arc = 30 days MPO 74424 2004 UB 

2005 GQ21 2456213.21 2012 Oct. 12.71 


GQ21 


arc = 53 days E2005-W20 2005 ST1 



2004 RX10 2456215.89 2012 Oct. 15.39 0.07989 1opposition, 

arc = 30 days MPO 70398 2004 RX10 

1999 VP6 2456218.22 2012 Oct. 17.72 


VP6 

1998 ST49 2456218.74 2012 Oct. 18.24 


ST49 

2002 TR190 2456219.70 2012 Oct. 19.20 


TR190 

1998 XX2 2456221.10 2012 Oct. 20.60 


XX2 


arc = 34 days MPO 57985 2003 UC5 

2005 VK1 2456227.33 2012 Oct. 26.83 0.1460 1opposition, 

arc = 2 days E2005-V57 2005 VK1 

1991 VE 2456227.34 2012 Oct. 26.84 


VE 


arc = 33 days MPO 9844 2000 UR16 

2001 JW2 2456229.00 2012 Oct. 28.50 


JW2 

2000 EA14 2456230.24 2012 Oct. 29.74 


EA14 

(68216) 2001 CV26 2456230.53 2012 Oct. 30.03 


CV26 

2000 GU127 2456232.57 2012 Nov. 1.07 


GU127 

(99907) 1989 VA 2456235.90 2012 Nov. 4.40 


VA 

1990 UO 2456238.48 2012 Nov. 6.98 0.1954 1opposition, 

arc = 6 days MPO 47682 1990 UO 

2001 WN1 2456240.68 2012 Nov. 9.18 


WN1 



1999 SF10 2456241.48 2012 Nov. 9.98 0.03496 1opposition, 

arc = 9 days MPC 36570 1999 SF10 


arc = 13 days MPO 57680 1998 VE31 

2000 WN10 2456242.91 2012 Nov. 11.41 


WN10 

2001 YM2 2456250.26 2012 Nov. 18.76 0.1160 1opposition, 

arc = 57 days MPO 26095 2001 YM2 

2005 XN 2456254.32 2012 Nov. 22.82 0.1481 1opposition, 

arc = 3 days E2005-X18 2005 XN 

2005 XX 2456256.43 2012 Nov. 24.93 0.05806 1opposition, 

arc = 4 days E2005-X18 2005 XX 

1994 XD 2456259.01 2012 Nov. 27.51 


XD 


arc = 16 days MPO 74441 2004 XK3 


arc = 3 days E2005-W54 2005 WY1 

2001 QJ142 2456259.27 2012 Nov. 27.77 0.1748 1opposition, 

arc = 32 days MPO 18395 2001 QJ142 

(4179) Toutatis 2456273.78 2012 Dec. 12.28 


Toutatis 

2002 XQ40 2456275.44 2012 Dec. 13.94 0.03833 1opposition, 

arc = 28 days MPO 41888 2002 XQ40 

(88213) 2001 AF2 2456277.21 2012 Dec. 15.71 


AF2 

2004 YA5 2456279.02 2012 Dec. 17.52 0.05853 1opposition, 

arc = 13 days MPO 74468 2004 YA5 

1999 NW2 2456281.03 2012 Dec. 19.53 0.1696 1opposition, 

arc = 28 days MPO 41580 1999 NW2 


arc = 21 days MPO 74443 2004 XL14 

2002 AU4 2456282.69 2012 Dec. 21.19 


AU4 

2003 SD220 2456284.67 2012 Dec. 23.17 


SD220 

(33342) 1998 WT24 2456284.82 2012 Dec. 23.32 




WT24 

2001 LL5 2456285.71 2012 Dec. 24.21 


LL5 

2000 WL63 2456288.19 2012 Dec. 26.69 0.1770 1opposition, 

arc = 208 days MPO 15093 2000 WL63 

2003 UC20 2456291.31 2012 Dec. 29.81 


UC20 

2005 SC 2456297.00 2013 Jan. 4.50 0.1900 1opposition, 

arc = 13 days E2005-T60 2005 SC 

2005 DD 2456299.07 2013 Jan. 6.57 0.09965 1opposition, 

arc = 43 days MPO 77815 2005 DD 

2002 AY1 2456300.46 2013 Jan. 7.96 


AY1 

2000 DL8 2456301.65 2013 Jan. 9.15 0.1364 1opposition, 

arc = 16 days MPO 57752 2000 DL8 

(99942) Apophis 2456301.99 2013 Jan. 9.49 


Apophis 

2005 BD 2456302.05 2013 Jan. 9.55 0.04003 1opposition, 

arc = 4 days MPO 74483 2005 BD 

2003 YS17 2456303.37 2013 Jan. 10.87 0.1617 1opposition, 

arc = 28 days MPO 62459 2003 YS17 

1999 LS7 2456305.66 2013 Jan. 13.16 


LS7 

1999 UR 2456312.87 2013 Jan. 20.37 0.1948 1opposition, 

arc = 117 days MPC 38810 1999 UR 

2001 BE10 2456325.67 2013 Feb. 2.17 


BE10 

2003 EE16 2456325.93 2013 Feb. 2.43 


EE16 

2003 BN4 2456326.37 2013 Feb. 2.87 0.08406 1opposition, 

arc = 58 days MPO 48316 2003 BN4 

1999 HA2 2456329.34 2013 Feb. 5.84 0.1493 1opposition, 

arc = 55 days MPC 35096 1999 HA2 

2002 LY1 2456332.72 2013 Feb. 9.22 0.07962 1- 



opposition, arc = 12 days MPO 70351 2002 LY1 

(3752) Camillo 2456335.75 2013 Feb. 12.25 0.1478 

12 oppositions, 1976-2003 MPO 47596 (3752) Camillo 

1999 YK5 2456338.93 2013 Feb. 15.43 


YK5 


arc = 5 days E2005-R36 2005 RZ2 

2001 RN 2456343.91 2013 Feb. 20.41 


RN 


arc = 126 days MPO 48317 2003 BB21 


arc = 7 days MPO 77827 2005 ES70 

2000 ED14 2456363.94 2013 Mar. 12.44 


ED14 

(7888) 1993 UC 2456371.57 2013 Mar. 20.07 


UC 

2002 JW15 2456371.61 2013 Mar. 20.11 


JW15 


arc = 23 days MPO 48342 2003 FY6 

2005 EF 2456377.72 2013 Mar. 26.22 0.1774 1opposition, 

arc = 209 days E2005-S64 2005 EF 

(96315) 1997 AP10 2456379.70 2013 Mar. 28.20 


AP10 

1998 KG3 2456381.02 2013 Mar. 29.52 


KG3 

(4034) 1986 PA 2456384.46 2013 Apr. 1.96 


PA 

2005 TS15 2456390.00 2013 Apr. 7.50 0.03751 1opposition, 

arc = 54 days E2005-W84 2005 TS15 

2002 TR190 2456392.75 2013 Apr. 10.25 


TR190 

2003 EO16 2456403.50 2013 Apr. 21.00 0.1836 1- 



opposition, arc = 50 days MPO 50749 2003 EO16 


arc = 144 days MPO 12251 2000 UY33 

2004 RX164 2456411.34 2013 Apr. 28.84 0.1994 1opposition, 

arc = 25 days MPO 70434 2004 RX164 

2005 NZ6 2456411.88 2013 Apr. 29.38 0.06168 1opposition, 

arc = 53 days E2005-Q25 2005 NZ6 

1988 TA 2456421.64 2013 May 9.14 0.04225 1opposition, 

arc = 63 days MPC 38021 1988 TA 

2000 GD147 2456435.34 2013 May 22.84 


GD147 

2002 OD20 2456436.08 2013 May 23.58 


OD20 

2004 BV102 2456438.27 2013 May 25.77 


BV102 

1998 QE2 2456444.39 2013 May 31.89 


QE2 


arc = 16 days MPO 66383 2004 KH17 

1999 JV3 2456448.41 2013 June 4.91 


JV3 

2000 FM10 2456448.56 2013 June 5.06 


FM10 

2002 KL3 2456449.79 2013 June 6.29 


KL3 

2002 DU3 2456452.86 2013 June 9.36 


DU3 

(53550) 2000 BF19 2456455.02 2013 June 11.52 


BF19 

2005 TG50 2456455.42 2013 June 11.92 0.1536 1opposition, 

arc = 32 days E2005-V79 2005 TG50 

(17188) 1999 WC2 2456456.21 2013 June 12.71 


WC2 



2004 NF3 2456458.32 2013 June 14.82 0.1727 1opposition, 

arc = 11 days MPO 70368 2004 NF3 

2004 EW 2456467.19 2013 June 23.69 


EW 


arc = 36 days MPO 77603 2002 LT24 

2002 GT 2456470.05 2013 June 26.55 


GT 

2003 RU11 2456474.71 2013 July 1.21 0.1929 1opposition, 

arc = 4 days MPO 53765 2003 RU11 

2005 HN3 2456479.06 2013 July 5.56 0.1214 1opposition, 

arc = 36 days MPO 77877 2005 HN3 

(7753) 1988 XB 2456484.05 2013 July 10.55 


XB 

2001 PJ9 2456491.50 2013 July 18.00 


PJ9 

2003 DZ15 2456503.25 2013 July 29.75 0.02031 1opposition, 

arc = 25 days MPO 48329 2003 DZ15 

2001 SO73 2456504.06 2013 July 30.56 


SO73 

2005 EH94 2456510.53 2013 Aug. 6.03 0.06738 1opposition, 

arc = 2 days MPO 77831 2005 EH94 


arc = 5 days E2005-X13 2005 WK4 

2002 AV31 2456515.65 2013 Aug. 11.15 


AV31 

(6037) 1988 EG 2456516.67 2013 Aug. 12.17 


EG 

2004 EW 2456519.24 2013 Aug. 14.74 


EW 

2003 QK5 2456521.58 2013 Aug. 17.08 0.1792 1opposition, 

arc = 66 days MPO 62446 2003 QK5 

1972 RB 2456524.63 2013 Aug. 20.13 0.1108 1opposition, 

arc = 49 days MPO 47678 1972 RB 

1999 CF9 2456527.52 2013 Aug. 23.02 




CF9 

(52760) 1998 ML14 2456528.94 2013 Aug. 24.44 


ML14 


arc = 10 days E2005-R57 2005 QQ87 

2002 QZ6 2456529.37 2013 Aug. 24.87 0.1859 1opposition, 

arc = 73 days MPO 38366 2002 QZ6 

2004 AR1 2456529.61 2013 Aug. 25.11 


AR1 

(4581) Asclepius 2456530.13 2013 Aug. 25.63 


Asclepius 


arc = 239 days MPO 41765 2002 JR9 

1998 KY26 2456541.66 2013 Sept. 6.16 0.1172 1opposition, 

arc = 11 days MPO 38186 1998 KY26 

2005 EF 2456541.87 2013 Sept. 6.37 0.1874 1opposition, 

arc = 209 days E2005-S64 2005 EF 


arc = 20 days MPO 62365 2001 SQ263 

(39565) 1992 SL 2456558.94 2013 Sept.23.44 


SL 

1998 FW4 2456560.26 2013 Sept.24.76 


FW4 

1995 FJ 2456560.68 2013 Sept.25.18 


FJ 


arc = 4 days MPO 53798 2003 SW130 

2002 NV16 2456567.99 2013 Oct. 2.49 0.03524 1opposition, 

arc = 181 days MPO 41767 2002 NV16 

2002 OA22 2456568.03 2013 Oct. 2.53 


OA22 

2004 SB1 2456571.35 2013 Oct. 5.85 


SB1 

2002 AW 2456573.08 2013 Oct. 7.58 




AW 

2005 JA22 2456573.78 2013 Oct. 8.28 0.1920 1opposition, 

arc = 64 days MPO 77881 2005 JA22 


arc = 6 days E2005-V49 2005 JO3 

2003 UY12 2456579.76 2013 Oct. 14.26 0.1189 1opposition, 

arc = 8 days MPO 57987 2003 UY12 

2004 HX53 2456579.85 2013 Oct. 14.35 0.07583 1opposition, 

arc = 11 days MPO 66370 2004 HX53 

2003 UP25 2456585.62 2013 Oct. 20.12 0.1290 1opposition, 

arc = 12 days MPO 62450 2003 UP25 


arc = 29 days E2005-V70 2005 TR50 


arc = 19 days E2005-V79 2005 UL1 


arc = 15 days MPO 74443 2004 XK14 

2004 BH11 2456605.41 2013 Nov. 8.91 0.1528 1opposition, 

arc = 10 days MPO 58120 2004 BH11 

2002 RO28 2456605.47 2013 Nov. 8.97 0.1972 1opposition, 

arc = 90 days MPO 41777 2002 RO28 

1997 WQ23 2456605.83 2013 Nov. 9.33 0.04887 1opposition, 

arc = 34 days MPC 31152 1997 WQ23 

2000 DK79 2456606.73 2013 Nov. 10.23 


DK79 

2000 WN10 2456607.88 2013 Nov. 11.38 


WN10 

(6063) Jason 2456608.05 2013 Nov. 11.55 


Jason 

2005 TG50 2456608.40 2013 Nov. 11.90 0.04118 1opposition, 

arc = 32 days E2005-V79 2005 TG50 


arc = 22 days MPO 74439 2004 WK1 

2001 AV43 2456615.23 2013 Nov. 18.73 0.007469 1opposition, 

arc = 182 days MPO 48005 2001 AV43 

(85774) 1998 UT18 2456618.17 2013 Nov. 21.67 


UT18 

2000 KA 2456620.91 2013 Nov. 24.41 0.01902 1- 



opposition, arc = 24 days MPO 57779 2000 KA 

2001 WW1 2456621.92 2013 Nov. 25.42 


WW1 

1996 RG3 2456622.38 2013 Nov. 25.88 


RG3 

2000 WO107 2456633.25 2013 Dec. 6.75 


WO107 

(3361) Orpheus 2456633.51 2013 Dec. 7.01 


Orpheus 

1998 VD32 2456655.28 2013 Dec. 28.78 0.1631 1opposition, 

arc = 12 days MPC 33378 1998 VD32 

2000 WG63 2456657.98 2013 Dec. 31.48 0.1937 1opposition, 

arc = 16 days MPO 8545 2000 WG63 

2005 QZ151 2456661.00 2014 Jan. 3.50 0.1735 1opposition, 

arc = 40 days E2005-T65 2005 QZ151 

(2062) Aten 2456665.91 2014 Jan. 8.41 


Aten 

(85990) 1999 JV6 2456669.18 2014 Jan. 11.68 


JV6 

2004 XN14 2456673.51 2014 Jan. 16.01 


XN14 

2002 WQ4 2456688.28 2014 Jan. 30.78 


WQ4 

2005 AY28 2456695.83 2014 Feb. 7.33 0.03774 1opposition, 

arc = 18 days MPO 77801 2005 AY28 

2004 AS1 2456698.33 2014 Feb. 9.83 


AS1 

(85953) 1999 FK21 2456706.86 2014 Feb. 18.36 


FK21 

1999 SK10 2456709.62 2014 Feb. 21.12 0.1814 1opposition, 

arc = 190 days MPC 40375 1999 SK10 

2001 EB18 2456711.31 2014 Feb. 22.81 




EB18 


arc = 20 days MPC 32517 1995 CR 

2004 BY1 2456719.67 2014 Mar. 3.17 0.09288 1opposition, 

arc = 28 days MPO 62469 2004 BY1 

2000 EE14 2456723.40 2014 Mar. 6.90 


EE14 


arc = 16 days MPO 77816 2005 EA 

2005 EY95 2456725.54 2014 Mar. 9.04 


EY95 

2004 DA53 2456726.64 2014 Mar. 10.14 0.1219 1opposition, 

arc = 2 days MPO 62514 2004 DA53 

2000 RS11 2456727.89 2014 Mar. 11.39 


RS11 

2002 SZ 2456729.13 2014 Mar. 12.63 


SZ 

2001 SQ3 2456729.48 2014 Mar. 12.98 0.1861 1opposition, 

arc = 24 days MPO 20979 2001 SQ3 

2005 TH45 2456733.75 2014 Mar. 17.25 0.1716 1opposition, 

arc = 6 days E2005-TA1 2005 TH45 


arc = 1 days MPO 77855 2005 FN 

2004 YC 2456736.98 2014 Mar. 20.48 0.1049 1opposition, 

arc = 5 days MPO 74467 2004 YC 

2003 YX1 2456737.73 2014 Mar. 21.23 0.1653 1opposition, 

arc = 87 days MPO 62458 2003 YX1 

2001 CK32 2456737.75 2014 Mar. 21.25 


CK32 

2003 HT42 2456739.21 2014 Mar. 22.71 0.1099 1opposition, 

arc = 12 days MPO 48377 2003 HT42 

2003 QQ47 2456743.02 2014 Mar. 26.52 


QQ47 

2000 HO40 2456747.41 2014 Mar. 30.91 0.04403 1opposition, 

arc = 10 days MPO 57775 2000 HO40 

1995 SA 2456749.62 2014 Apr. 2.12 




SA 

2001 QC34 2456750.33 2014 Apr. 2.83 0.1082 1opposition, 

arc = 378 days MPO 35561 2001 QC34 

2002 LX 2456750.62 2014 Apr. 3.12 0.1656 1opposition, 

arc = 33 days MPO 34011 2002 LX 

(86878) 2000 HD24 2456752.45 2014 Apr. 4.95 


HD24 

2003 GS 2456759.55 2014 Apr. 12.05 


GS 

2002 FW1 2456765.32 2014 Apr. 17.82 0.1317 1opposition, 

arc = 21 days MPO 30729 2002 FW1 

2003 HM 2456767.91 2014 Apr. 20.41 0.04310 1opposition, 

arc = 8 days MPO 48369 2003 HM 

2000 HB24 2456775.20 2014 Apr. 27.70 0.03938 1opposition, 

arc = 10 days MPO 787 2000 HB24 

2003 MH4 2456781.86 2014 May 4.36 


MH4 


arc = 49 days MPO 66347 2004 FM17 

1996 XB27 2456797.74 2014 May 20.24 


XB27 

2005 UK1 2456798.24 2014 May 20.74 0.09419 1opposition, 

arc = 38 days E2005-X08 2005 UK1 

(21374) 1997 WS22 2456799.29 2014 May 21.79 


WS22 

2000 TL1 2456800.99 2014 May 23.49 


TL1 

2002 JC 2456801.86 2014 May 24.36 


JC 

2003 YH111 2456805.97 2014 May 28.47 0.1269 1opposition, 

arc = 2 days MPO 58105 2003 YH111 

2004 RK9 2456806.39 2014 May 28.89 0.1844 1opposition, 

arc = 37 days MPO 70397 2004 RK9 

P/2004 CB (LINEAR) 2456806.42 2014 May 28.92 

0.05093 MPC 52316 P/2004 CB 



(LINEAR) 

2002 SR41 2456817.74 2014 June 9.24 


SR41 


arc = 1 days MPO 66388 2004 MN1 

2001 BA40 2456834.77 2014 June 26.27 


BA40 

1994 CJ1 2456836.59 2014 June 28.09 


CJ1 

2003 EE16 2456840.43 2014 July 1.93 


EE16 

2004 NU7 2456843.68 2014 July 5.18 0.01122 1opposition, 

arc = 7 days MPO 70368 2004 NU7 


arc = 63 days MPO 20944 2001 RV17 

2004 EW 2456854.93 2014 July 16.43 


EW 

2002 JN97 2456871.90 2014 Aug. 2.40 


JN97 


arc = 26 days MPO 53654 2000 PN8 


arc = 5 days E2005-X13 2005 WK4 

2003 EG16 2456886.38 2014 Aug. 16.88 


EG16 

2001 RZ11 2456886.63 2014 Aug. 17.13 


RZ11 


arc = 28 days E2005-P32 2005 NW44 

2005 CD69 2456888.50 2014 Aug. 19.00 0.07978 1opposition, 

arc = 13 days MPO 77815 2005 CD69 


arc = 10 days E2005-R57 2005 QQ87 

2002 CU11 2456899.63 2014 Aug. 30.13 




CU11 

1998 HT31 2456904.88 2014 Sept. 4.38 0.1723 1opposition, 

arc = 19 days MPO 7464 1998 HT31 

2003 SU84 2456905.84 2014 Sept. 5.34 0.1342 1opposition, 

arc = 40 days MPO 62448 2003 SU84 

2002 CE26 2456909.69 2014 Sept. 9.19 


CE26 


arc = 7 days MPO 38453 2002 TZ57 

1993 GD 2456936.29 2014 Oct. 5.79 


GD 


arc = 3 days E2005-TA1 2005 TQ45 


arc = 62 days MPO 9839 2000 TH1 

(68267) 2001 EA16 2456937.52 2014 Oct. 7.02 


EA16 

(2340) Hathor 2456952.39 2014 Oct. 21.89 


Hathor 

(36017) 1999 ND43 2456960.43 2014 Oct. 29.93 


ND43 

2003 UC20 2456961.82 2014 Oct. 31.32 


UC20 

1987 WC 2456965.23 2014 Nov. 3.73 


WC 

2003 RX7 2456967.77 2014 Nov. 6.27 


RX7 


arc = 23 days MPO 57713 1999 VF22 

2001 WF49 2456971.84 2014 Nov. 10.34 0.1133 1opposition, 

arc = 11 days MPO 23941 2001 WF49 

2000 WN10 2456972.93 2014 Nov. 11.43 


WN10 

2000 LG6 2456975.72 2014 Nov. 14.22 0.1641 1- 



opposition, arc = 3 days MPO 1663 2000 LG6 

2000 WC1 2456976.98 2014 Nov. 15.48 0.1026 1opposition, 

arc = 36 days MPO 8536 2000 WC1 

2004 JN13 2456979.84 2014 Nov. 18.34 


JN13 

(85713) 1998 SS49 2456979.90 2014 Nov. 18.40 


SS49 

2004 XJ 2456982.36 2014 Nov. 20.86 0.1663 1opposition, 

arc = 14 days MPO 74440 2004 XJ 


arc = 64 days E2005-W84 2005 SX4 

2005 UH3 2456983.41 2014 Nov. 21.91 0.1069 1opposition, 

arc = 25 days E2005-W17 2005 UH3 

1998 XX2 2456995.42 2014 Dec. 3.92 


XX2 

2003 YP3 2457004.67 2014 Dec. 13.17 0.1983 1opposition, 

arc = 11 days MPO 58085 2003 YP3 

2003 YL 2457005.75 2014 Dec. 14.25 0.06808 1opposition, 

arc = 41 days MPO 62458 2003 YL 

2003 MM 2457005.99 2014 Dec. 14.49 


MM 


arc = 146 days MPO 30561 2001 XY10 

(85990) 1999 JV6 2457027.97 2015 Jan. 5.47 


JV6 

2004 XG 2457034.82 2015 Jan. 12.32 0.1025 1opposition, 

arc = 13 days MPO 74440 2004 XG 

2001 XU30 2457038.27 2015 Jan. 15.77 0.1303 1opposition, 

arc = 117 days MPO 30565 2001 XU30 

1991 VE 2457039.65 2015 Jan. 17.15 


VE 

2002 NW 2457046.10 2015 Jan. 23.60 0.09726 1opposition, 

arc = 6 days MPO 34020 2002 NW 

(2062) Aten 2457046.30 2015 Jan. 23.80 


Aten 



2004 BL86 2457049.25 2015 Jan. 26.75 0.008080 1opposition, 

arc = 118 days MPO 66328 2004 BL86 

2004 GB19 2457049.33 2015 Jan. 26.83 0.1234 1opposition, 

arc = 21 days MPO 66358 2004 GB19 

2002 EX11 2457065.02 2015 Feb. 11.52 0.1742 1opposition, 

arc = 85 days MPO 61221 2002 EX11 

2004 DH2 2457071.05 2015 Feb. 17.55 


DH2 

2000 AC6 2457071.46 2015 Feb. 17.96 


AC6 

2002 RQ25 2457073.80 2015 Feb. 20.30 0.05165 1opposition, 

arc = 55 days MPO 38378 2002 RQ25 

1998 GL10 2457075.63 2015 Feb. 22.13 0.1929 1opposition, 

arc = 55 days MPO 13563 1998 GL10 


arc = 21 days MPO 62482 2004 BG86 

2000 EE14 2457080.75 2015 Feb. 27.25 


EE14 

(90416) 2003 YK118 2457081.31 2015 Feb. 27.81 


YK118 


arc = 3 days MPO 62522 2004 EL20 


arc = 7 days MPO 77827 2005 ES70 


arc = 65 days MPO 66276 2002 GM2 

2005 BY2 2457086.34 2015 Mar. 4.84 


BY2 

2002 FG7 2457094.93 2015 Mar. 13.43 


FG7 


arc = 9 days MPO 70340 2002 EA 

2002 EX8 2457109.93 2015 Mar. 28.43 0.1127 1opposition, 

arc = 199 days MPO 38333 2002 EX8 


arc = 11 days MPO 62537 2004 FY3 

1998 DG16 2457114.43 2015 Apr. 1.93 




DG16 

(2063) Bacchus 2457120.30 2015 Apr. 7.80 


Bacchus 

2004 VC 2457120.75 2015 Apr. 8.25 


VC 

2004 MO3 2457124.66 2015 Apr. 12.16 0.1829 1opposition, 

arc = 22 days MPO 66388 2004 MO3 

2005 KA 2457125.91 2015 Apr. 13.41 0.02967 1opposition, 

arc = 13 days MPO 77902 2005 KA 

1998 HD14 2457127.33 2015 Apr. 14.83 


HD14 

2004 GD 2457128.45 2015 Apr. 15.95 0.1090 1opposition, 

arc = 11 days MPO 66355 2004 GD 

2005 SB71 2457150.57 2015 May 8.07 0.1693 1opposition, 

arc = 43 days E2005-V79 2005 SB71 


arc = 9 days MPO 77879 2005 JR5 

2002 JD9 2457156.48 2015 May 13.98 0.08390 1opposition, 

arc = 8 days MPO 74177 2002 JD9 

1999 FN53 2457156.97 2015 May 14.47 


FN53 


arc = 23 days MPO 48342 2003 FY6 

(5381) Sekhmet 2457159.86 2015 May 17.36 


Sekhmet 

1992 HF 2457166.59 2015 May 24.09 


HF 

2001 EC16 2457168.67 2015 May 26.17 0.1728 1opposition, 

arc = 56 days MPO 48015 2001 EC16 

2004 VJ1 2457178.61 2015 June 5.11 0.1911 1opposition, 

arc = 38 days MPO 74427 2004 VJ1 

2005 TE49 2457183.96 2015 June 10.46 0.1113 1opposition, 

arc = 4 days E2005-T81 2005 TE49 

2004 MO1 2457187.18 2015 June 13.68 0.07782 1opposition, 

arc = 2 days MPO 66388 2004 MO1 

1999 MN 2457187.47 2015 June 13.97 




MN 

(1566) Icarus 2457190.17 2015 June 16.67 0.05431 

14 oppositions, 1949-1982 MPO 53553 (1566) Icarus 


arc = 8 days MPO 34019 2002 MR3 

2004 UH1 2457197.14 2015 June 23.64 0.1284 1opposition, 

arc = 1 days MPO 74425 2004 UH1 

2004 MW2 2457198.84 2015 June 25.34 0.09330 1opposition, 

arc = 32 days MPO 70367 2004 MW2 


arc = 53 days MPO 77688 2003 BX33 

2003 HW10 2457201.43 2015 June 27.93 0.1830 1opposition, 

arc = 3 days MPO 48371 2003 HW10 

2005 AV27 2457206.72 2015 July 3.22 


AV27 

2005 VN5 2457211.20 2015 July 7.70 0.03264 1opposition, 

arc = 2 days E2005-V84 2005 VN5 

2001 SG10 2457214.85 2015 July 11.35 


SG10 

2004 EW 2457215.45 2015 July 11.95 


EW 

1994 AW1 2457219.10 2015 July 15.60 


AW1 

1998 OP4 2457221.44 2015 July 17.94 0.07344 1opposition, 

arc = 4 days MPC 32342 1998 OP4 

2003 NZ6 2457222.25 2015 July 18.75 


NZ6 

2005 WE 2457222.92 2015 July 19.42 0.1533 1opposition, 

arc = 11 days E2005-X08 2005 WE 

2002 EW11 2457227.08 2015 July 23.58 0.06754 1opposition, 

arc = 10 days MPO 74151 2002 EW11 

(85989) 1999 JD6 2457228.70 2015 July 25.20 


JD6 

2004 BG121 2457229.35 2015 July 25.85 0.1894 1opposition, 

arc = 15 days MPO 70365 2004 BG121 

2004 QD14 2457232.64 2015 July 29.14 




QD14 

2004 PS42 2457235.84 2015 Aug. 1.34 0.1760 1opposition, 

arc = 16 days MPO 70380 2004 PS42 

2002 SL 2457240.31 2015 Aug. 5.81 0.1570 1opposition, 

arc = 44 days MPO 62407 2002 SL 

2005 NZ6 2457241.05 2015 Aug. 6.55 0.1986 1opposition, 

arc = 53 days E2005-Q25 2005 NZ6 


arc = 83 days MPO 57919 2003 PN5 

2005 GO22 2457242.00 2015 Aug. 7.50 0.1756 1opposition, 

arc = 35 days E2005-U68 2005 GO22 

2002 AO11 2457244.26 2015 Aug. 9.76 0.1746 1opposition, 

arc = 3 days MPO 24033 2002 AO11 

2004 AS1 2457247.24 2015 Aug. 12.74 


AS1 

2004 AR1 2457248.16 2015 Aug. 13.66 


AR1 


arc = 5 days E2005-X13 2005 WK4 

2005 JF21 2457251.09 2015 Aug. 16.59 


JF21 

2001 XP88 2457253.51 2015 Aug. 19.01 


XP88 

2003 RB 2457256.63 2015 Aug. 22.13 


RB 

2001 EB18 2457257.93 2015 Aug. 23.43 


EB18 


arc = 10 days E2005-R57 2005 QQ87 

2004 TD10 2457266.58 2015 Sept. 1.08 0.07613 1opposition, 

arc = 23 days MPO 74368 2004 TD10 

(7822) 1991 CS 2457270.48 2015 Sept. 4.98 


CS 


arc = 75 days MPO 23849 2001 UZ16 



2004 TR12 2457280.60 2015 Sept.15.10 


TR12 

2005 TM 2457281.13 2015 Sept.15.63 0.1795 1opposition, 

arc = 6 days E2005-T51 2005 TM 


arc = 24 days MPO 20979 2001 SQ3 

2001 RB12 2457297.87 2015 Oct. 2.37 


RB12 

(86666) 2000 FL10 2457305.77 2015 Oct. 10.27 


FL10 


arc = 63 days MPO 20944 2001 RV17 

2000 DO1 2457316.56 2015 Oct. 21.06 0.05248 1opposition, 

arc = 24 days MPO 711 2000 DO1 

2001 UY4 2457316.59 2015 Oct. 21.09 


UY4 


arc = 8 days MPO 21049 2001 TD 


arc = 16 days MPO 57709 1999 UQ 

1998 XN2 2457321.13 2015 Oct. 25.63 


XN2 

2004 PP97 2457321.65 2015 Oct. 26.15 


PP97 

2004 QR4 2457324.33 2015 Oct. 28.83 0.1148 1opposition, 

arc = 3 days MPO 66419 2004 QR4 


arc = 29 days E2005-V70 2005 TR50 


arc = 2 days MPO 48380 2003 JX2 

2002 XY38 2457332.72 2015 Nov. 6.22 0.08307 1opposition, 

arc = 53 days MPO 43480 2002 XY38 

1999 TT16 2457336.60 2015 Nov. 10.10 0.03847 1opposition, 

arc = 24 days MPO 57699 1999 TT16 

2000 WN10 2457337.97 2015 Nov. 11.47 


WN10 



2005 UN 2457339.07 2015 Nov. 12.57 0.1470 1opposition, 

arc = 5 days E2005-U88 2005 UN 

2004 VJ1 2457339.36 2015 Nov. 12.86 0.09526 1opposition, 

arc = 38 days MPO 74427 2004 VJ1 


arc = 6 days E2005-V27 2005 UO5 

2000 WP19 2457343.08 2015 Nov. 16.58 


WP19 


arc = 24 days E2005-W20 2005 UL5 

2002 VV17 2457347.22 2015 Nov. 20.72 


VV17 

2005 UJ6 2457347.60 2015 Nov. 21.10 0.1609 1opposition, 

arc = 22 days E2005-W17 2005 UJ6 


arc = 23 days MPO 77841 2005 EW169 

2003 EB50 2457355.94 2015 Nov. 29.44 


EB50 


arc = 131 days MPC 40388 1999 VN6 


arc = 15 days MPO 74443 2004 XK14 

2005 TH50 2457359.38 2015 Dec. 2.88 0.04694 1opposition, 

arc = 4 days E2005-TA1 2005 TH50 

(52381) 1993 HA 2457359.99 2015 Dec. 3.49 


HA 

(33342) 1998 WT24 2457368.05 2015 Dec. 11.55 


WT24 

2005 LU3 2457377.45 2015 Dec. 20.95 0.1712 1opposition, 

arc = 4 days MPO 77906 2005 LU3 


arc = 27 days MPO 58107 2003 YL118 

2003 SD220 2457381.05 2015 Dec. 24.55 


SD220 

1995 YR1 2457381.06 2015 Dec. 24.56 0.02712 1opposition, 

arc = 30 days MPO 53578 1995 YR1 

2000 CH59 2457383.23 2015 Dec. 26.73 




CH59 


arc = 88 days MPO 30603 2002 AC5 

2001 WR5 2457384.87 2015 Dec. 28.37 0.09502 1opposition, 

arc = 84 days MPO 74109 2001 WR5 


arc = 3 days MPO 24033 2002 AO11 

2004 MQ1 2457390.13 2016 Jan. 2.63 


MQ1 

2003 JX2 2457391.15 2016 Jan. 3.65 0.1944 1opposition, 

arc = 2 days MPO 48380 2003 JX2 

2004 XO29 2457391.64 2016 Jan. 4.14 0.1611 1opposition, 

arc = 20 days MPO 74447 2004 XO29 

2002 AX1 2457392.98 2016 Jan. 5.48 


AX1 

(85990) 1999 JV6 2457393.55 2016 Jan. 6.05 


JV6 

2001 BB16 2457393.74 2016 Jan. 6.24 0.04745 1opposition, 

arc = 63 days MPO 12273 2001 BB16 

2001 WL15 2457402.04 2016 Jan. 14.54 


WL15 

2004 AE 2457402.70 2016 Jan. 15.20 0.1286 1opposition, 

arc = 86 days MPO 62467 2004 AE 

2003 WD158 2457404.12 2016 Jan. 16.62 


WD158 

(1685) Toro 2457409.80 2016 Jan. 22.30 0.1566 



arc = 3 days MPO 77805 2005 BS1 

2001 XR1 2457411.30 2016 Jan. 23.80 


XR1 

2000 BM19 2457412.03 2016 Jan. 24.53 


BM19 

2005 RR6 2457417.43 2016 Jan. 29.93 0.1239 1- 



opposition, arc = 32 days E2005-T45 2005 RR6 

(98378) 2000 TY27 2457422.20 2016 Feb. 3.70 


TY27 


arc = 38 days MPO 74427 2004 VJ1 

2002 CB26 2457429.11 2016 Feb. 10.61 0.02245 1opposition, 

arc = 4 days MPO 26156 2002 CB26 

1999 VF22 2457433.10 2016 Feb. 14.60 0.1880 1opposition, 

arc = 23 days MPO 57713 1999 VF22 

1999 YK5 2457438.33 2016 Feb. 19.83 


YK5 

(7822) 1991 CS 2457441.76 2016 Feb. 23.26 


CS 

2001 PL9 2457456.68 2016 Mar. 9.18 


PL9 

2003 UQ25 2457460.37 2016 Mar. 12.87 0.1500 1opposition, 

arc = 11 days MPO 62450 2003 UQ25 

2004 FB16 2457460.66 2016 Mar. 13.16 0.1388 1opposition, 

arc = 7 days MPO 62539 2004 FB16 


arc = 14 days MPO 48340 2003 EW59 

2005 PH2 2457462.16 2016 Mar. 14.66 0.1195 1opposition, 

arc = 14 days E2005-Q06 2005 PH2 

2000 ED14 2457463.55 2016 Mar. 16.05 


ED14 

P/2000 G1 (LINEAR) 2457470.18 2016 Mar. 22.68 

0.03169 MPC 45657 P/2000 G1 

(LINEAR) 

(7350) 1993 VA 2457470.76 2016 Mar. 23.26 


VA 


arc = 14 days MPO 77859 2005 GM22 

1994 UG 2457472.81 2016 Mar. 25.31 


UG 

2001 XD 2457476.30 2016 Mar. 28.80 




XD 

2002 AL31 2457482.17 2016 Apr. 3.67 0.1655 1opposition, 

arc = 8 days MPO 24038 2002 AL31 

2002 AJ29 2457484.53 2016 Apr. 6.03 


AJ29 

2002 EB3 2457487.27 2016 Apr. 8.77 


EB3 

1998 HD14 2457488.14 2016 Apr. 9.64 


HD14 


arc = 12 days MPO 77860 2005 GR33 

2004 HH20 2457493.18 2016 Apr. 14.68 0.1039 1opposition, 

arc = 4 days MPO 66366 2004 HH20 

2002 GG8 2457493.21 2016 Apr. 14.71 0.1012 1opposition, 

arc = 21 days MPO 30735 2002 GG8 

2001 BB16 2457501.06 2016 Apr. 22.56 0.1780 1opposition, 

arc = 63 days MPO 12273 2001 BB16 

2003 KO2 2457503.51 2016 Apr. 25.01 


KO2 

2001 VG5 2457507.44 2016 Apr. 28.94 


VG5 

2002 CX58 2457510.97 2016 May 2.47 0.04733 1opposition, 

arc = 55 days MPO 74137 2002 CX58 

2003 UM3 2457511.85 2016 May 3.35 0.02811 1opposition, 

arc = 1 days MPO 53840 2003 UM3 

1997 MW1 2457524.07 2016 May 15.57 


MW1 

2000 AF205 2457526.96 2016 May 18.46 0.1846 1opposition, 

arc = 53 days MPC 39582 2000 AF205 


arc = 10 days MPO 57775 2000 HO40 

2003 KV2 2457534.34 2016 May 25.84 0.07561 1opposition, 

arc = 6 days E2003-K48 2003 KV2 

2004 JX20 2457534.57 2016 May 26.07 


JX20 

2002 LT24 2457534.69 2016 May 26.19 0.1094 1- 



opposition, arc = 36 days MPO 77603 2002 LT24 

2004 KH17 2457539.51 2016 May 31.01 0.1306 1opposition, 

arc = 16 days MPO 66383 2004 KH17 

(35396) 1997 XF11 2457550.17 2016 June 10.67 


XF11 


arc = 10 days MPO 32041 2002 LZ45 


arc = 10 days MPO 32041 2002 LZ45 

2002 LY1 2457551.81 2016 June 12.31 0.05770 1opposition, 

arc = 12 days MPO 70351 2002 LY1 


arc = 39 days MPO 62391 2002 LT38 

2003 GY 2457556.04 2016 June 16.54 


GY 

2003 BM4 2457557.25 2016 June 17.75 0.1982 1opposition, 

arc = 7 days MPO 41922 2003 BM4 


arc = 6 days MPO 70479 2004 TE10 

2004 EW 2457575.89 2016 July 6.39 


EW 

1998 HL3 2457577.63 2016 July 8.13 


HL3 

2001 HY7 2457578.63 2016 July 9.13 


HY7 

1999 VT25 2457589.05 2016 July 19.55 


VT25 

2002 KL6 2457591.52 2016 July 22.02 


KL6 


arc = 28 days E2005-P32 2005 NW44 

2005 OH3 2457602.85 2016 Aug. 2.35 0.01423 1opposition, 

arc = 6 days E2005-P28 2005 OH3 

(3103) Eger 2457603.06 2016 Aug. 2.56 


Eger 



2005 LP40 2457605.26 2016 Aug. 4.76 0.1602 1opposition, 

arc = 126 days E2005-U13 2005 LP40 

2004 BM11 2457606.26 2016 Aug. 5.76 0.1841 1opposition, 

arc = 10 days MPO 58120 2004 BM11 

2001 TY1 2457607.34 2016 Aug. 6.84 0.1169 1opposition, 

arc = 40 days MPO 74102 2001 TY1 

2002 AV31 2457611.35 2016 Aug. 10.85 


AV31 

2001 JU2 2457611.49 2016 Aug. 10.99 


JU2 

2000 DP107 2457613.42 2016 Aug. 12.92 


DP107 

2000 SS43 2457617.33 2016 Aug. 16.83 0.1403 1opposition, 

arc = 66 days MPO 9818 2000 SS43 


arc = 10 days E2005-R57 2005 QQ87 

2002 RQ25 2457628.73 2016 Aug. 28.23 0.1563 1opposition, 

arc = 55 days MPO 38378 2002 RQ25 

1999 YR14 2457632.96 2016 Sept. 1.46 


YR14 

2001 YB5 2457636.61 2016 Sept. 5.11 0.08053 1opposition, 

arc = 11 days MPO 26095 2001 YB5 

2004 SW26 2457640.62 2016 Sept. 9.12 0.1555 1opposition, 

arc = 1 days MPO 70471 2004 SW26 

2003 QR79 2457646.58 2016 Sept.15.08 0.1838 1opposition, 

arc = 210 days MPO 62447 2003 QR79 

2001 RU17 2457647.37 2016 Sept.15.87 0.1465 1opposition, 

arc = 50 days MPO 57841 2001 RU17 

1998 SD15 2457650.29 2016 Sept.18.79 


SD15 


arc = 30 days MPO 62496 2004 CO49 

2005 PY16 2457656.97 2016 Sept.25.47 0.07480 1opposition, 

arc = 97 days E2005-V53 2005 PY16 

2003 EZ16 2457660.54 2016 Sept.29.04 0.1500 1opposition, 

arc = 21 days MPO 48333 2003 EZ16 

2003 SR15 2457663.59 2016 Oct. 2.09 0.1045 1opposition, 

arc = 214 days MPO 74273 2003 SR15 




arc = 214 days MPO 74273 2003 SR15 


arc = 30 days E2005-W50 2005 UO 

(2100) Ra-Shalom 2457671.09 2016 Oct. 9.59 0.1499 

11 oppositions, 1975-2000 MPO 57621 (2100) Ra-Shalom 

1999 SO5 2457674.70 2016 Oct. 13.20 0.1619 1opposition, 

arc = 36 days MPO 70227 1999 SO5 

2005 QC5 2457676.40 2016 Oct. 14.90 0.1818 1opposition, 

arc = 56 days E2005-U16 2005 QC5 

1999 AQ10 2457679.87 2016 Oct. 18.37 0.1443 1opposition, 

arc = 42 days MPO 1439 1999 AQ10 


arc = 8 days MPO 57987 2003 UY12 


arc = 62 days E2005-X08 2005 SE71 

2004 TN20 2457686.22 2016 Oct. 24.72 0.1846 1opposition, 

arc = 3 days MPO 70482 2004 TN20 

2002 TS69 2457686.49 2016 Oct. 24.99 0.1673 1opposition, 

arc = 111 days MPO 41808 2002 TS69 

2005 VN5 2457686.87 2016 Oct. 25.37 0.1044 1opposition, 

arc = 2 days E2005-V84 2005 VN5 

1991 VG 2457687.98 2016 Oct. 26.48 0.1684 1opposition, 

arc = 173 days MPC 28316 1991 VG 

2003 TL4 2457689.20 2016 Oct. 27.70 


TL4 

2005 UE1 2457690.39 2016 Oct. 28.89 0.1667 1opposition, 

arc = 2 days E2005-U68 2005 UE1 

1998 VR 2457692.50 2016 Oct. 31.00 


VR 

2003 YT1 2457692.89 2016 Oct. 31.39 


YT1 

2004 TL19 2457692.92 2016 Oct. 31.42 0.1975 1opposition, 

arc = 48 days MPO 74370 2004 TL19 

2005 CE41 2457694.60 2016 Nov. 2.10 0.06122 1opposition, 

arc = 30 days MPO 77812 2005 CE41 

2001 TX1 2457697.48 2016 Nov. 4.98 


TX1 

2004 JP1 2457699.84 2016 Nov. 7.34 0.1343 1- 



opposition, arc = 7 days MPO 66372 2004 JP1 

2000 EJ26 2457700.16 2016 Nov. 7.66 


EJ26 

2000 WN10 2457703.03 2016 Nov. 10.53 


WN10 

2004 KB 2457703.93 2016 Nov. 11.43 0.02244 1opposition, 

arc = 22 days MPO 66381 2004 KB 

2005 AY28 2457705.46 2016 Nov. 12.96 0.1261 1opposition, 

arc = 18 days MPO 77801 2005 AY28 

(96590) 1998 XB 2457708.22 2016 Nov. 15.72 


XB 

1998 VN 2457708.70 2016 Nov. 16.20 


VN 

2001 LL5 2457708.95 2016 Nov. 16.45 


LL5 

1992 BF 2457710.32 2016 Nov. 17.82 


BF 

1997 XR2 2457710.65 2016 Nov. 18.15 0.06690 1opposition, 

arc = 28 days MPO 53582 1997 XR2 

(68950) 2002 QF15 2457712.35 2016 Nov. 19.85 


QF15 

1998 MZ 2457712.53 2016 Nov. 20.03 


MZ 

2003 WU21 2457718.47 2016 Nov. 25.97 0.07945 1opposition, 

arc = 9 days MPO 58049 2003 WU21 

2005 TF 2457718.99 2016 Nov. 26.49 0.09390 1opposition, 

arc = 58 days E2005-W84 2005 TF 

(5143) Heracles 2457721.48 2016 Nov. 28.98 0.1470 

13 oppositions, 1953-2002 MPO 47604 (5143) Heracles 


arc = 11 days MPO 23941 2001 WF49 

2005 ML13 2457724.02 2016 Dec. 1.52 0.1188 1opposition, 

arc = 16 days E2005-N70 2005 ML13 


arc = 9 days E2005-X18 2005 WS3 



2005 BN1 2457728.38 2016 Dec. 5.88 0.1866 1opposition, 

arc = 18 days MPO 74484 2005 BN1 

2002 WP 2457730.34 2016 Dec. 7.84 


WP 

1994 XL1 2457732.08 2016 Dec. 9.58 


XL1 

2001 VD2 2457732.91 2016 Dec. 10.41 0.09221 1opposition, 

arc = 3 days MPO 21144 2001 VD2 

2004 AY1 2457737.30 2016 Dec. 14.80 0.1261 1opposition, 

arc = 28 days MPO 62467 2004 AY1 

2005 WF55 2457740.62 2016 Dec. 18.12 0.06840 1opposition, 

arc = 3 days E2005-X13 2005 WF55 


arc = 15 days MPO 24005 2001 YE4 

2002 XP37 2457746.60 2016 Dec. 24.10 


XP37 

1995 CR 2457750.25 2016 Dec. 27.75 0.09553 1opposition, 

arc = 20 days MPC 32517 1995 CR 

(2102) Tantalus 2457753.11 2016 Dec. 30.61 


Tantalus 

2003 UX34 2457756.01 2017 Jan. 2.51 


UX34 


arc = 2 days MPO 62541 2004 FG29 

2001 SQ263 2457758.26 2017 Jan. 4.76 0.1983 1opposition, 

arc = 20 days MPO 62365 2001 SQ263 

(85990) 1999 JV6 2457760.70 2017 Jan. 7.20 


JV6 

2004 LB2 2457766.45 2017 Jan. 12.95 0.1510 1opposition, 

arc = 4 days MPO 66384 2004 LB2 


arc = 39 days MPO 43505 2003 CR1 

2005 EE 2457768.79 2017 Jan. 15.29 


EE 

2002 LS32 2457778.29 2017 Jan. 24.79 




LS32 

(7341) 1991 VK 2457779.04 2017 Jan. 25.54 


VK 

2000 WN107 2457779.52 2017 Jan. 26.02 


WN107 

2003 EZ16 2457783.94 2017 Jan. 30.44 0.1651 1opposition, 

arc = 21 days MPO 48333 2003 EZ16 

1999 VG22 2457787.86 2017 Feb. 3.36 


VG22 

2005 VL1 2457788.73 2017 Feb. 4.23 0.02467 1opposition, 

arc = 17 days E2005-W20 2005 VL1 

2002 NW 2457790.56 2017 Feb. 6.06 0.1882 1opposition, 

arc = 6 days MPO 34020 2002 NW 

2000 UG11 2457791.03 2017 Feb. 6.53 0.1870 1opposition, 

arc = 19 days MPO 41675 2000 UG11 

45P/Honda-Mrkos-Pajdusak2457795.63 2017 Feb. 11.13 

0.08554 MPC 48383 45P/Honda- 

Mrkos-Pajdusak 

2001 QE34 2457806.05 2017 Feb. 21.55 0.1573 1opposition, 

arc = 36 days MPO 18371 2001 QE34 

2001 TD 2457806.16 2017 Feb. 21.66 0.1348 1opposition, 

arc = 8 days MPO 21049 2001 TD 

(5604) 1992 FE 2457808.92 2017 Feb. 24.42 


FE 

(10636) 1998 QK56 2457809.06 2017 Feb. 24.56 


QK56 

2005 QB5 2457810.71 2017 Feb. 26.21 0.08109 1opposition, 

arc = 14 days E2005-R45 2005 QB5 

2001 WT1 2457811.60 2017 Feb. 27.10 


WT1 


arc = 7 days MPO 77827 2005 ES70 

2000 CE59 2457817.36 2017 Mar. 4.86 


CE59 

2000 HA24 2457823.26 2017 Mar. 10.76 




HA24 


arc = 25 days MPO 30702 2002 EM7 

2001 WC47 2457835.66 2017 Mar. 23.16 


WC47 


arc = 23 days MPO 77864 2005 GO59 

41P/Tuttle-Giacobini-Kre2457838.57 2017 Mar. 26.07 

0.1350 MPC 48383 41P/Tuttle- 

Giacobini-Kre 


arc = 12 days MPO 62536 2004 FW1 

2003 HF2 2457841.30 2017 Mar. 28.80 


HF2 

2001 HZ7 2457843.61 2017 Mar. 31.11 0.08564 1opposition, 

arc = 28 days MPO 13851 2001 HZ7 

2002 TE66 2457846.43 2017 Apr. 2.93 


TE66 


arc = 31 days MPO 77870 2005 GB120 

2003 BD44 2457862.09 2017 Apr. 18.59 


BD44 

(22771) 1999 CU3 2457863.14 2017 Apr. 19.64 


CU3 

2004 JW20 2457867.83 2017 Apr. 24.33 


JW20 

2002 FW1 2457878.35 2017 May 4.85 0.1285 1opposition, 

arc = 21 days MPO 30729 2002 FW1 


arc = 6 days MPO 66383 2004 KG17 

2003 HT42 2457890.33 2017 May 16.83 0.09350 1opposition, 

arc = 12 days MPO 48377 2003 HT42 

2000 VJ61 2457898.45 2017 May 24.95 


VJ61 

2003 UD22 2457900.58 2017 May 27.08 0.1915 1- 



opposition, arc = 59 days MPO 57989 2003 UD22 


arc = 53 days MPC 39582 2000 AF205 

(6063) Jason 2457901.13 2017 May 27.63 


Jason 

(66391) 1999 KW4 2457905.12 2017 May 31.62 


KW4 

2004 HX53 2457909.32 2017 June 4.82 0.1565 1opposition, 

arc = 11 days MPO 66370 2004 HX53 

2003 WR21 2457912.30 2017 June 7.80 


WR21 

1998 VO 2457916.37 2017 June 11.87 0.1896 1opposition, 

arc = 37 days MPO 50397 1998 VO 

2004 MD6 2457916.69 2017 June 12.19 


MD6 

2000 HB24 2457919.66 2017 June 15.16 0.1440 1opposition, 

arc = 10 days MPO 787 2000 HB24 

(90075) 2002 VU94 2457922.78 2017 June 18.28 


VU94 

2004 LV 2457924.93 2017 June 20.43 0.1317 1opposition, 

arc = 3 days MPO 66384 2004 LV 


arc = 29 days MPO 77906 2005 LW3 

2004 JB12 2457940.30 2017 July 5.80 0.1751 1opposition, 

arc = 241 days MPO 74310 2004 JB12 

2005 UP156 2457943.22 2017 July 8.72 0.1320 1opposition, 

arc = 25 days E2005-W62 2005 UP156 

2000 SZ162 2457948.67 2017 July 14.17 0.05018 1opposition, 

arc = 8 days MPO 5115 2000 SZ162 

2001 PT9 2457953.66 2017 July 19.16 0.1111 1opposition, 

arc = 30 days MPO 18352 2001 PT9 

2004 BV1 2457954.99 2017 July 20.49 0.1231 1opposition, 

arc = 29 days MPO 62469 2004 BV1 

2002 FT6 2457960.74 2017 July 26.24 


FT6 

2000 CE59 2457961.51 2017 July 27.01 




CE59 

2003 AZ2 2457966.65 2017 Aug. 1.15 


AZ2 

2004 AR1 2457970.03 2017 Aug. 4.53 


AR1 

2002 CY58 2457972.08 2017 Aug. 6.58 0.08229 1opposition, 

arc = 21 days MPO 62387 2002 CY58 

1991 VG 2457972.99 2017 Aug. 7.49 0.05681 1opposition, 

arc = 173 days MPC 28316 1991 VG 

2003 OT13 2457973.53 2017 Aug. 8.03 0.1105 1opposition, 

arc = 21 days MPO 50775 2003 OT13 

2001 QP153 2457974.48 2017 Aug. 8.98 


QP153 

2000 GF2 2457977.34 2017 Aug. 11.84 


GF2 

2004 BG121 2457978.55 2017 Aug. 13.05 0.1672 1opposition, 

arc = 15 days MPO 70365 2004 BG121 

2003 MJ4 2457979.31 2017 Aug. 13.81 0.09764 1opposition, 

arc = 178 days MPO 57915 2003 MJ4 

2004 QG13 2457989.69 2017 Aug. 24.19 0.1101 1opposition, 

arc = 6 days MPO 70393 2004 QG13 


arc = 10 days E2005-R57 2005 QQ87 

2005 NE21 2457994.43 2017 Aug. 28.93 0.1828 1opposition, 

arc = 53 days E2005-Q41 2005 NE21 

(3122) Florence 2457998.00 2017 Sept. 1.50 0.04724 

14 oppositions, 1979-2003 MPO 47593 (3122) Florence 

2000 PD3 2458000.35 2017 Sept. 3.85 


PD3 

2002 GO5 2458001.40 2017 Sept. 4.90 


GO5 

2002 SV 2458003.51 2017 Sept. 7.01 0.1712 1opposition, 

arc = 37 days MPO 62407 2002 SV 

2005 SK26 2458006.34 2017 Sept. 9.84 0.1820 1opposition, 

arc = 3 days E2005-T15 2005 SK26 


arc = 138 days MPO 62405 2002 RP137 



2001 QL142 2458010.67 2017 Sept.14.17 


QL142 


arc = 172 days MPO 35573 2002 EM6 

1998 FW4 2458013.49 2017 Sept.16.99 


FW4 

2004 RY10 2458016.68 2017 Sept.20.18 0.07278 1opposition, 

arc = 17 days MPO 74325 2004 RY10 

1997 GL3 2458017.24 2017 Sept.20.74 0.04031 1opposition, 

arc = 29 days MPO 53581 1997 GL3 

2004 SS 2458021.36 2017 Sept.24.86 0.03658 1opposition, 

arc = 67 days MPO 74360 2004 SS 

(5189) 1990 UQ 2458023.25 2017 Sept.26.75 


UQ 

2000 TL1 2458023.35 2017 Sept.26.85 


TL1 

2004 RE84 2458023.82 2017 Sept.27.32 0.09189 1opposition, 

arc = 28 days MPO 70417 2004 RE84 

(2329) Orthos 2458027.04 2017 Sept.30.54 0.1582 

10 oppositions, 1976-1998 MPC 32295 (2329) Orthos 

2004 QA22 2458027.87 2017 Oct. 1.37 0.06533 1opposition, 

arc = 10 days MPO 70395 2004 QA22 

2003 EM1 2458029.17 2017 Oct. 2.67 0.1741 1opposition, 

arc = 8 days MPO 43514 2003 EM1 


arc = 23 days MPO 74368 2004 TD10 

1998 SB15 2458030.12 2017 Oct. 3.62 0.1659 1opposition, 

arc = 51 days MPO 6217 1998 SB15 

2002 QD7 2458035.56 2017 Oct. 9.06 0.1297 1opposition, 

arc = 173 days MPO 41774 2002 QD7 


arc = 15 days E2005-V72 2005 TD 


arc = 4 days E2005-T81 2005 TE49 

2002 RP28 2458042.01 2017 Oct. 15.51 0.1076 1opposition, 

arc = 110 days MPO 41777 2002 RP28 

(65679) 1989 UQ 2458042.59 2017 Oct. 16.09 


UQ 



2004 TA1 2458044.00 2017 Oct. 17.50 0.1538 1opposition, 

arc = 30 days MPO 74367 2004 TA1 

1991 TB2 2458048.50 2017 Oct. 22.00 0.1505 1opposition, 

arc = 21 days MPO 57655 1991 TB2 

2004 BW1 2458048.69 2017 Oct. 22.19 0.1900 1opposition, 

arc = 12 days MPO 58118 2004 BW1 

1999 VP11 2458048.96 2017 Oct. 22.46 


VP11 

2005 WG57 2458056.54 2017 Oct. 30.04 0.06345 1opposition, 

arc = 4 days E2005-X16 2005 WG57 

(66146) 1998 TU3 2458057.52 2017 Oct. 31.02 


TU3 

2003 UV11 2458057.63 2017 Oct. 31.13 


UV11 

2004 TW11 2458058.08 2017 Oct. 31.58 0.1232 1opposition, 

arc = 31 days MPO 74369 2004 TW11 

2005 TR50 2458059.28 2017 Nov. 1.78 0.1829 1opposition, 

arc = 29 days E2005-V70 2005 TR50 

1989 UP 2458060.18 2017 Nov. 2.68 


UP 

1991 VE 2458060.47 2017 Nov. 2.97 


VE 


arc = 11 days MPO 66355 2004 GD 

2000 WN10 2458068.15 2017 Nov. 10.65 


WN10 

(99907) 1989 VA 2458069.93 2017 Nov. 12.43 


VA 

2000 SJ344 2458071.41 2017 Nov. 13.91 0.07323 1opposition, 

arc = 200 days MPO 13780 2000 SJ344 


arc = 85 days MPO 9847 2000 UO30 

2004 VC17 2458077.51 2017 Nov. 20.01 0.1829 1opposition, 

arc = 36 days MPO 74429 2004 VC17 

2003 EB50 2458078.59 2017 Nov. 21.09 




EB50 


arc = 16 days MPO 47866 2000 EW70 

2001 WW1 2458083.11 2017 Nov. 25.61 


WW1 

(3361) Orpheus 2458083.19 2017 Nov. 25.69 


Orpheus 

2004 EU22 2458084.89 2017 Nov. 27.39 0.1887 1opposition, 

arc = 73 days MPO 77778 2004 EU22 

2004 XG 2458085.56 2017 Nov. 28.06 0.1600 1opposition, 

arc = 13 days MPO 74440 2004 XG 

2005 EQ95 2458088.33 2017 Nov. 30.83 0.1875 1opposition, 

arc = 2 days MPO 77831 2005 EQ95 

2005 WY 2458097.22 2017 Dec. 9.72 0.02793 1opposition, 

arc = 6 days E2005-W74 2005 WY 

2004 BL11 2458103.53 2017 Dec. 16.03 0.1488 1opposition, 

arc = 31 days MPO 62471 2004 BL11 

2003 YX1 2458103.56 2017 Dec. 16.06 0.1361 1opposition, 

arc = 87 days MPO 62458 2003 YX1 

(3200) Phaethon 2458104.46 2017 Dec. 16.96 0.06894 

13 oppositions, 1983-1999 MPO 73856 (3200) Phaethon 

2003 JO14 2458109.32 2017 Dec. 21.82 0.1484 1opposition, 

arc = 2 days MPO 48382 2003 JO14 

2002 AA 2458114.22 2017 Dec. 26.72 0.1191 1opposition, 

arc = 156 days MPO 38331 2002 AA 

2003 ME1 2458114.29 2017 Dec. 26.79 0.1806 1opposition, 

arc = 36 days MPO 53734 2003 ME1 

2005 GE60 2458115.44 2017 Dec. 27.94 0.1871 1opposition, 

arc = 31 days MPO 77864 2005 GE60 

2000 CK59 2458115.74 2017 Dec. 28.24 0.1644 1opposition, 

arc = 36 days MPC 39594 2000 CK59 

2001 SX169 2458116.70 2017 Dec. 29.20 


SX169 

2000 SZ162 2458119.18 2017 Dec. 31.68 0.1804 1opposition, 

arc = 8 days MPO 5115 2000 SZ162 


arc = 15 days MPO 74443 2004 XK14 


arc = 152 days MPC 34314 1999 AF4 



2005 AJ3 2458126.69 2018 Jan. 8.19 0.1553 1opposition, 

arc = 10 days MPO 74472 2005 AJ3 

2004 BW58 2458127.03 2018 Jan. 8.53 0.1836 1opposition, 

arc = 121 days MPO 66327 2004 BW58 

(85990) 1999 JV6 2458128.55 2018 Jan. 10.05 


JV6 

2004 FH 2458129.06 2018 Jan. 10.56 0.05182 1opposition, 

arc = 3 days MPO 62536 2004 FH 

2003 MD7 2458129.38 2018 Jan. 10.88 0.1638 1opposition, 

arc = 30 days MPO 62445 2003 MD7 


arc = 98 days MPO 62458 2003 YO3 

1993 VD 2458141.29 2018 Jan. 22.79 


VD 

2002 RM129 2458143.66 2018 Jan. 25.16 


RM129 

1999 AQ10 2458147.63 2018 Jan. 29.13 0.1403 1opposition, 

arc = 42 days MPO 1439 1999 AQ10 

2003 CA4 2458149.41 2018 Jan. 30.91 0.05431 1opposition, 

arc = 18 days MPO 43505 2003 CA4 

2004 YC 2458150.80 2018 Feb. 1.30 0.1765 1opposition, 

arc = 5 days MPO 74467 2004 YC 


arc = 29 days MPO 30639 2002 CB19 

2002 AJ129 2458154.39 2018 Feb. 4.89 


AJ129 

2004 BB 2458157.35 2018 Feb. 7.85 0.1173 1opposition, 

arc = 175 days MPO 66326 2004 BB 

2001 PJ9 2458159.58 2018 Feb. 10.08 


PJ9 

1991 VG 2458161.37 2018 Feb. 11.87 0.04711 1opposition, 

arc = 173 days MPC 28316 1991 VG 

2001 FD58 2458166.08 2018 Feb. 16.58 


FD58 

1997 TZ16 2458166.30 2018 Feb. 16.80 0.1132 1opposition, 

arc = 3 days MPC 30908 1997 TZ16 

(3752) Camillo 2458169.51 2018 Feb. 20.01 0.1378 



12 oppositions, 1976-2003 MPO 47596 (3752) Camillo 

2004 EK1 2458170.53 2018 Feb. 21.03 0.1136 1opposition, 

arc = 37 days MPO 62517 2004 EK1 

2002 CU46 2458173.99 2018 Feb. 24.49 0.1503 1opposition, 

arc = 21 days MPO 27831 2002 CU46 

2004 CK39 2458177.25 2018 Feb. 27.75 0.09767 1opposition, 

arc = 36 days MPO 62494 2004 CK39 

2005 BO1 2458177.66 2018 Feb. 28.16 0.1753 1opposition, 

arc = 23 days MPO 74484 2005 BO1 

1992 BF 2458181.01 2018 Mar. 3.51 


BF 

2004 QA22 2458182.45 2018 Mar. 4.95 0.1416 1opposition, 

arc = 10 days MPO 70395 2004 QA22 


arc = 8 days MPO 43514 2003 EM1 

2005 OX 2458185.48 2018 Mar. 7.98 0.06877 1opposition, 

arc = 10 days E2005-P25 2005 OX 


arc = 100 days MPO 77817 2005 EU2 

2003 DY15 2458187.32 2018 Mar. 9.82 0.04853 1opposition, 

arc = 5 days MPO 43512 2003 DY15 

(14402) 1991 DB 2458189.24 2018 Mar. 11.74 


DB 

2003 TR9 2458195.50 2018 Mar. 18.00 0.1745 1opposition, 

arc = 44 days MPO 57982 2003 TR9 

2004 TN20 2458196.47 2018 Mar. 18.97 0.1759 1opposition, 

arc = 3 days MPO 70482 2004 TN20 

(1981) Midas 2458199.39 2018 Mar. 21.89 0.08957 

11 oppositions, 1973-1999 MPO 38158 (1981) Midas 

2002 LX 2458200.85 2018 Mar. 23.35 0.1687 1opposition, 

arc = 33 days MPO 34011 2002 LX 

2004 EM20 2458201.08 2018 Mar. 23.58 


EM20 


arc = 23 days MPO 48342 2003 FY6 


arc = 73 days MPO 77778 2004 EU22 

1998 KG3 2458207.80 2018 Mar. 30.30 


KG3 




arc = 2 days MPO 62541 2004 FG29 

2004 FJ29 2458212.60 2018 Apr. 4.10 0.1929 1opposition, 

arc = 24 days MPO 66348 2004 FJ29 

(85953) 1999 FK21 2458215.24 2018 Apr. 6.74 


FK21 

2005 TC51 2458215.62 2018 Apr. 7.12 0.1979 1opposition, 

arc = 1 days E2005-T93 2005 TC51 

1994 RC 2458229.41 2018 Apr. 20.91 0.1802 1opposition, 

arc = 40 days MPC 30092 1994 RC 

2000 VE62 2458230.11 2018 Apr. 21.61 


VE62 

2005 NZ6 2458230.15 2018 Apr. 21.65 0.1240 1opposition, 

arc = 53 days E2005-Q25 2005 NZ6 

2005 UK1 2458232.77 2018 Apr. 24.27 0.1413 1opposition, 

arc = 38 days E2005-X08 2005 UK1 

2005 SE71 2458235.55 2018 Apr. 27.05 0.06186 1opposition, 

arc = 62 days E2005-X08 2005 SE71 

2001 SG276 2458235.76 2018 Apr. 27.26 


SG276 

2004 HQ1 2458236.72 2018 Apr. 28.22 0.1759 1opposition, 

arc = 30 days MPO 66364 2004 HQ1 

2002 JR100 2458238.40 2018 Apr. 29.90 0.02905 1opposition, 

arc = 16 days MPO 70351 2002 JR100 


arc = 18 days MPO 77892 2005 JU81 

1999 FN19 2458246.46 2018 May 7.96 0.02502 1opposition, 

arc = 32 days MPO 57686 1999 FN19 

2005 GL 2458250.42 2018 May 11.92 0.1847 1opposition, 

arc = 21 days MPO 77856 2005 GL 


arc = 5 days MPO 77910 2005 LO40 

2004 VA 2458251.06 2018 May 12.56 


VA 

1999 LK1 2458253.65 2018 May 15.15 0.03488 1opposition, 

arc = 14 days MPO 57688 1999 LK1 

2004 RO111 2458255.49 2018 May 16.99 0.1392 1opposition, 

arc = 9 days MPO 70424 2004 RO111 

2000 QK130 2458258.49 2018 May 19.99 




QK130 

1998 WM 2458262.29 2018 May 23.79 


WM 

(66391) 1999 KW4 2458266.06 2018 May 27.56 


KW4 

2002 UK11 2458266.08 2018 May 27.58 


UK11 

(68347) 2001 KB67 2458267.62 2018 May 29.12 


KB67 

1998 SH36 2458271.17 2018 June 1.67 


SH36 

2004 LB 2458275.45 2018 June 5.95 0.09198 1opposition, 

arc = 186 days MPO 74310 2004 LB 

2005 TB15 2458279.59 2018 June 10.09 0.1352 1opposition, 

arc = 59 days E2005-W93 2005 TB15 

2001 KR1 2458282.31 2018 June 12.81 


KR1 


arc = 4 days MPO 66384 2004 LO2 


arc = 28 days E2005-P32 2005 NW44 

2004 YA 2458290.84 2018 June 21.34 0.05440 1opposition, 

arc = 2 days MPO 74467 2004 YA 

(66400) 1999 LT7 2458297.15 2018 June 27.65 


LT7 

2004 RX10 2458297.74 2018 June 28.24 0.1536 1opposition, 

arc = 30 days MPO 70398 2004 RX10 

2005 MF5 2458302.65 2018 July 3.15 0.08378 1opposition, 

arc = 8 days E2005-N30 2005 MF5 

2002 FT6 2458321.24 2018 July 21.74 


FT6 


arc = 6 days E2005-T51 2005 TM 

2005 ET2 2458325.05 2018 July 25.55 0.1002 1- 



opposition, arc = 4 days MPO 77817 2005 ET2 

2000 PJ5 2458325.87 2018 July 26.37 


PJ5 

2002 TC70 2458325.89 2018 July 26.39 


TC70 

2001 OC36 2458327.08 2018 July 27.58 0.1630 1opposition, 

arc = 7 days MPO 16114 2001 OC36 

(13553) 1992 JE 2458327.56 2018 July 28.06 


JE 

2000 SD8 2458331.38 2018 July 31.88 


SD8 

2001 RT17 2458345.43 2018 Aug. 14.93 


RT17 

2002 PZ39 2458348.85 2018 Aug. 18.35 


PZ39 

2002 FG7 2458354.57 2018 Aug. 24.07 


FG7 


arc = 10 days E2005-R57 2005 QQ87 

2005 FG 2458357.47 2018 Aug. 26.97 0.07034 1opposition, 

arc = 30 days MPO 77855 2005 FG 

1998 SD9 2458358.90 2018 Aug. 28.40 0.01809 1opposition, 

arc = 4 days MPC 32779 1998 SD9 

1999 RB32 2458361.32 2018 Aug. 30.82 0.1494 1opposition, 

arc = 69 days MPC 38073 1999 RB32 

2001 QC96 2458361.50 2018 Aug. 31.00 


QC96 

2002 EC3 2458367.44 2018 Sept. 5.94 0.1633 1opposition, 

arc = 17 days MPO 30700 2002 EC3 

(99799) 2002 LJ3 2458368.29 2018 Sept. 6.79 


LJ3 

1998 HD14 2458368.92 2018 Sept. 7.42 


HD14 



2003 TL4 2458373.23 2018 Sept.11.73 


TL4 


arc = 46 days MPO 74366 2004 SV55 

2001 RQ17 2458377.88 2018 Sept.16.38 0.1474 1opposition, 

arc = 36 days MPO 74097 2001 RQ17 

2004 DV24 2458377.95 2018 Sept.16.45 


DV24 


arc = 6 days MPO 70467 2004 ST2 

2005 RB 2458381.51 2018 Sept.20.01 0.1681 1opposition, 

arc = 38 days E2005-W20 2005 RB 

1998 SJ70 2458381.71 2018 Sept.20.21 0.1448 1opposition, 

arc = 33 days MPC 33115 1998 SJ70 

1998 HT31 2458383.22 2018 Sept.21.72 0.07054 1opposition, 

arc = 19 days MPO 7464 1998 HT31 


arc = 4 days E2005-TA1 2005 TH50 

2004 HE 2458389.87 2018 Sept.28.37 0.08056 1opposition, 

arc = 1 days MPO 62569 2004 HE 

2002 TZ57 2458393.63 2018 Oct. 2.13 0.1560 1opposition, 

arc = 7 days MPO 38453 2002 TZ57 

2002 VV17 2458397.12 2018 Oct. 5.62 


VV17 


arc = 4 days E2005-U98 2005 UG5 


arc = 4 days MPO 53798 2003 SW130 

2003 TK1 2458412.17 2018 Oct. 20.67 0.1111 1opposition, 

arc = 46 days MPO 57981 2003 TK1 


arc = 1 days MPO 74425 2004 UH1 

2004 FM32 2458415.37 2018 Oct. 23.87 0.1328 1opposition, 

arc = 15 days MPO 62542 2004 FM32 

2004 QJ7 2458416.98 2018 Oct. 25.48 0.1870 1opposition, 

arc = 247 days MPO 77785 2004 QJ7 

2001 TD45 2458421.47 2018 Oct. 29.97 


TD45 

2005 VY1 2458425.16 2018 Nov. 2.66 0.02637 1- 



opposition, arc = 7 days E2005-X13 2005 VY1 

(54660) 2000 UJ1 2458425.79 2018 Nov. 3.29 


UJ1 


arc = 098 days E2005-V84 2002 VE68 

2004 TP20 2458428.59 2018 Nov. 6.09 0.1593 1opposition, 

arc = 209 days MPO 77788 2004 TP20 

2001 QA143 2458429.35 2018 Nov. 6.85 0.1986 1opposition, 

arc = 134 days MPO 57838 2001 QA143 

(65733) 1993 PC 2458432.34 2018 Nov. 9.84 


PC 

2000 WN10 2458433.35 2018 Nov. 10.85 


WN10 

(33342) 1998 WT24 2458433.93 2018 Nov. 11.43 


WT24 

2001 XT1 2458444.78 2018 Nov. 22.28 


XT1 

2000 UH1 2458446.77 2018 Nov. 24.27 


UH1 

2001 WO15 2458449.66 2018 Nov. 27.16 0.02086 1opposition, 

arc = 46 days MPO 74110 2001 WO15 

2002 XC91 2458449.78 2018 Nov. 27.28 0.1284 1opposition, 

arc = 30 days MPO 41898 2002 XC91 


arc = 30 days MPO 41898 2002 XC91 

(4953) 1990 MU 2458451.94 2018 Nov. 29.44 0.1068 

14 oppositions, 1974-2001 MPO 38159 (4953) 1990 MU 

2001 VC2 2458452.54 2018 Nov. 30.04 


VC2 

2005 UU3 2458452.87 2018 Nov. 30.37 0.1440 1opposition, 

arc = 31 days E2005-W93 2005 UU3 


arc = 28 days MPO 77683 2002 XQ90 

2004 LB 2458462.31 2018 Dec. 9.81 0.1217 1opposition, 

arc = 186 days MPO 74310 2004 LB 

2003 NW1 2458462.80 2018 Dec. 10.30 0.07006 1- 



opposition, arc = 257 days MPO 62445 2003 NW1 

2000 GB2 2458465.95 2018 Dec. 13.45 0.1197 1opposition, 

arc = 11 days MPO 57769 2000 GB2 


arc = 16 days MPO 41898 2002 XS90 

2004 QB17 2458466.77 2018 Dec. 14.27 0.1623 1opposition, 

arc = 191 days MPO 77785 2004 QB17 

46P/Wirtanen 2458468.42 2018 Dec. 15.92 

0.07565 MPC 54167 46P/ 

Wirtanen 

2005 EZ223 2458469.95 2018 Dec. 17.45 0.1762 1opposition, 

arc = 23 days MPO 77848 2005 EZ223 

1999 LP28 2458471.42 2018 Dec. 18.92 0.1753 1opposition, 

arc = 22 days MPO 57688 1999 LP28 

2003 SD220 2458474.55 2018 Dec. 22.05 


SD220 

2005 TA 2458478.42 2018 Dec. 25.92 0.1136 1opposition, 

arc = 4 days E2005-T40 2005 TA 

1999 AO10 2458480.38 2018 Dec. 27.88 0.1303 1opposition, 

arc = 33 days MPC 34039 1999 AO10 


arc = 25 days MPO 74451 2004 XK50 

2004 XP14 2458487.66 2019 Jan. 4.16 


XP14 

1996 GQ 2458489.88 2019 Jan. 6.38 0.1916 1opposition, 

arc = 14 days MPO 47702 1996 GQ 

2001 TP103 2458492.26 2019 Jan. 8.76 


TP103 

(2340) Hathor 2458497.25 2019 Jan. 13.75 


Hathor 


arc = 2 days MPO 74483 2005 BU 

2003 QZ30 2458501.88 2019 Jan. 18.38 


QZ30 

2005 GE60 2458508.51 2019 Jan. 25.01 0.1934 1opposition, 

arc = 31 days MPO 77864 2005 GE60 

2004 FM32 2458515.55 2019 Feb. 1.05 0.08246 1- 



opposition, arc = 15 days MPO 62542 2004 FM32 

1998 BR26 2458518.68 2019 Feb. 4.18 0.02185 1opposition, 

arc = 1 days MPC 31293 1998 BR26 

2001 XG1 2458526.51 2019 Feb. 12.01 0.1889 1opposition, 

arc = 22 days MPO 30560 2001 XG1 


arc = 23 days MPO 57713 1999 VF22 

2001 DZ76 2458531.50 2019 Feb. 17.00 0.03518 1opposition, 

arc = 3 days MPO 11062 2001 DZ76 

2005 UG5 2458536.60 2019 Feb. 22.10 0.1397 1opposition, 

arc = 4 days E2005-U98 2005 UG5 


arc = 7 days MPO 77827 2005 ES70 

2002 RZ125 2458544.93 2019 Mar. 2.43 0.1732 1opposition, 

arc = 20 days MPO 38401 2002 RZ125 

(86667) 2000 FO10 2458545.78 2019 Mar. 3.28 


FO10 

2001 QE71 2458547.60 2019 Mar. 5.10 0.1797 1opposition, 

arc = 25 days MPO 18380 2001 QE71 

(88254) 2001 FM129 2458555.89 2019 Mar. 13.39 


FM129 

2001 TE2 2458557.22 2019 Mar. 14.72 


TE2 

2000 AF6 2458560.62 2019 Mar. 18.12 


AF6 

(4581) Asclepius 2458564.87 2019 Mar. 22.37 


Asclepius 

2005 FC3 2458566.90 2019 Mar. 24.40 


FC3 

2004 TB10 2458569.75 2019 Mar. 27.25 0.1882 1opposition, 

arc = 31 days MPO 74368 2004 TB10 


arc = 28 days MPO 62469 2004 BY1 

2000 FP10 2458570.77 2019 Mar. 28.27 0.1933 1opposition, 

arc = 30 days MPO 57766 2000 FP10 

2005 QY151 2458571.43 2019 Mar. 28.93 




QY151 

2004 DA53 2458572.87 2019 Mar. 30.37 0.1710 1opposition, 

arc = 2 days MPO 62514 2004 DA53 

2002 AG29 2458573.81 2019 Mar. 31.31 


AG29 

2004 VB 2458582.46 2019 Apr. 8.96 


VB 

1999 TT16 2458582.83 2019 Apr. 9.33 0.1593 1opposition, 

arc = 24 days MPO 57699 1999 TT16 

(22771) 1999 CU3 2458586.16 2019 Apr. 12.66 


CU3 

1998 SC15 2458590.17 2019 Apr. 16.67 


SC15 

2001 HC 2458590.26 2019 Apr. 16.76 


HC 

2002 JW15 2458594.71 2019 Apr. 21.21 


JW15 

2000 EA107 2458602.88 2019 Apr. 29.38 


EA107 

2002 FV5 2458604.58 2019 May 1.08 


FV5 

2005 TC51 2458607.49 2019 May 3.99 0.1375 1opposition, 

arc = 1 days E2005-T93 2005 TC51 

2001 GP2 2458608.47 2019 May 4.97 0.1525 1opposition, 

arc = 27 days MPO 13848 2001 GP2 

2002 EZ11 2458609.08 2019 May 5.58 


EZ11 


arc = 49 days MPO 66347 2004 FM17 

2004 FA18 2458616.47 2019 May 12.97 


FA18 

(12538) 1998 OH 2458619.91 2019 May 16.41 




OH 

(68950) 2002 QF15 2458623.88 2019 May 20.38 


QF15 

2003 FF5 2458624.88 2019 May 21.38 0.1038 1opposition, 

arc = 213 days MPO 62443 2003 FF5 

(66391) 1999 KW4 2458629.46 2019 May 25.96 


KW4 

2003 LH 2458631.99 2019 May 28.49 0.04114 1opposition, 

arc = 59 days MPO 66313 2003 LH 

2000 LD3 2458632.07 2019 May 28.57 0.1320 1opposition, 

arc = 12 days MPO 57780 2000 LD3 


arc = 16 days MPO 66383 2004 KH17 

2005 WQ3 2458644.58 2019 June 10.08 0.1750 1opposition, 

arc = 6 days E2005-X08 2005 WQ3 

1997 VM4 2458650.00 2019 June 15.50 0.1665 1opposition, 

arc = 58 days MPC 31149 1997 VM4 


arc = 70 days MPO 77910 2005 LW39 

(5604) 1992 FE 2458652.85 2019 June 18.35 


FE 

2002 MY 2458653.99 2019 June 19.49 0.1588 1opposition, 

arc = 42 days MPO 34019 2002 MY 

(11500) 1989 UR 2458655.54 2019 June 21.04 


UR 

1999 AO10 2458656.05 2019 June 21.55 0.1788 1opposition, 

arc = 33 days MPC 34039 1999 AO10 

2002 WX12 2458656.27 2019 June 21.77 0.1314 1opposition, 

arc = 14 days MPO 57909 2002 WX12 

2001 TO48 2458659.58 2019 June 25.08 0.1636 1opposition, 

arc = 31 days MPO 21062 2001 TO48 

(90403) 2003 YE45 2458663.39 2019 June 28.89 


YE45 

2002 EW 2458668.15 2019 July 3.65 0.1349 1opposition, 

arc = 31 days MPO 61221 2002 EW 

2000 AD205 2458670.86 2019 July 6.36 0.1745 1opposition, 

arc = 51 days MPC 39582 2000 AD205 

(10145) 1994 CK1 2458671.16 2019 July 6.66 




CK1 


arc = 53 days E2005-Q41 2005 NE21 

2003 MD7 2458674.82 2019 July 10.32 0.1107 1opposition, 

arc = 30 days MPO 62445 2003 MD7 

2001 NH6 2458680.71 2019 July 16.21 


NH6 

2002 FT6 2458681.69 2019 July 17.19 


FT6 

2005 GK 2458689.92 2019 July 25.42 


GK 

2003 QA31 2458692.08 2019 July 27.58 


QA31 

2003 RP8 2458692.22 2019 July 27.72 0.1090 1opposition, 

arc = 94 days MPO 57934 2003 RP8 

2000 RV37 2458692.79 2019 July 28.29 


RV37 

2004 JN13 2458694.88 2019 July 30.38 


JN13 

2001 RP3 2458703.55 2019 Aug. 8.05 0.1201 1opposition, 

arc = 33 days MPO 57841 2001 RP3 

2005 CL7 2458706.25 2019 Aug. 10.75 0.06781 1opposition, 

arc = 232 days MPO 77809 2005 CL7 

2002 AV31 2458707.00 2019 Aug. 11.50 


AV31 

2002 HK12 2458712.53 2019 Aug. 17.03 


HK12 

2000 YV137 2458715.20 2019 Aug. 19.70 


YV137 

2002 LS24 2458717.70 2019 Aug. 22.20 0.1875 1opposition, 

arc = 113 days MPO 38337 2002 LS24 


arc = 10 days E2005-R57 2005 QQ87 



2004 MR1 2458720.76 2019 Aug. 25.26 0.04840 1opposition, 

arc = 1 days MPO 66388 2004 MR1 

2003 YG136 2458720.94 2019 Aug. 25.44 0.04821 1opposition, 

arc = 4 days MPO 58111 2003 YG136 

(66146) 1998 TU3 2458720.98 2019 Aug. 25.48 


TU3 

2001 WN5 2458722.80 2019 Aug. 27.30 


WN5 


arc = 16 days MPO 70351 2002 JR100 

2001 KM20 2458725.11 2019 Aug. 29.61 0.08898 1opposition, 

arc = 13 days MPO 14443 2001 KM20 

(1620) Geographos 2458727.22 2019 Aug. 31.72 0.1373 


2002 CF26 2458731.86 2019 Sept. 5.36 


CF26 

2004 SA20 2458733.43 2019 Sept. 6.93 0.1506 1opposition, 

arc = 17 days MPO 70469 2004 SA20 

2005 RB3 2458735.19 2019 Sept. 8.69 0.1438 1opposition, 

arc = 7 days E2005-R55 2005 RB3 

2004 AD1 2458737.35 2019 Sept.10.85 0.09032 1opposition, 

arc = 35 days MPO 62467 2004 AD1 

(99248) 2001 KY66 2458740.07 2019 Sept.13.57 


KY66 

2000 QW7 2458741.51 2019 Sept.15.01 


QW7 

1999 GS6 2458741.91 2019 Sept.15.41 


GS6 

2003 YS17 2458745.00 2019 Sept.18.50 0.1339 1opposition, 

arc = 28 days MPO 62459 2003 YS17 

2000 SP43 2458746.87 2019 Sept.20.37 


SP43 

(2100) Ra-Shalom 2458748.34 2019 Sept.21.84 0.1797 


1998 FF14 2458750.81 2019 Sept.24.31 




FF14 


arc = 5 days MPO 38454 2002 TZ59 

2001 RB18 2458754.34 2019 Sept.27.84 0.09562 1opposition, 

arc = 186 days MPO 57841 2001 RB18 

2005 TC 2458755.44 2019 Sept.28.94 0.1986 1opposition, 

arc = 6 days E2005-U16 2005 TC 

1999 AJ39 2458756.12 2019 Sept.29.62 


AJ39 

2002 SQ 2458758.55 2019 Oct. 2.05 


SQ 

2003 WT153 2458761.99 2019 Oct. 5.49 0.05081 1opposition, 

arc = 3 days MPO 58075 2003 WT153 


arc = 53 days E2005-W20 2005 ST1 

2004 SY4 2458773.78 2019 Oct. 17.28 0.05367 1opposition, 

arc = 15 days MPO 70467 2004 SY4 

1998 HL1 2458782.22 2019 Oct. 25.72 


HL1 


arc = 23 days MPO 74368 2004 TD10 

2005 PA17 2458790.07 2019 Nov. 2.57 0.1746 1opposition, 

arc = 3 days E2005-Q01 2005 PA17 

(85236) 1993 KH 2458795.63 2019 Nov. 8.13 


KH 

2000 WN10 2458798.55 2019 Nov. 11.05 


WN10 


arc = 8 days MPO 57987 2003 UY12 

1994 WR12 2458810.32 2019 Nov. 22.82 0.1311 1opposition, 

arc = 33 days MPO 57659 1994 WR12 


arc = 36 days MPO 8536 2000 WC1 


arc = 3 days E2005-W54 2005 WY1 

2000 YS134 2458817.00 2019 Nov. 29.50 0.1522 1opposition, 

arc = 60 days MPO 11023 2000 YS134 

1998 WT7 2458817.00 2019 Nov. 29.50 




WT7 

2000 VM2 2458820.82 2019 Dec. 3.32 


VM2 

2004 KH15 2458830.57 2019 Dec. 13.07 


KH15 

2000 AZ93 2458834.35 2019 Dec. 16.85 


AZ93 

2000 CH59 2458843.83 2019 Dec. 26.33 


CH59 

2000 WP19 2458844.06 2019 Dec. 26.56 


WP19 

2001 AD2 2458845.04 2019 Dec. 27.54 


AD2 

(86450) 2000 CK33 2458856.55 2020 Jan. 8.05 


CK33 


arc = 147 days MPO 62453 2003 WY25 

2004 BT58 2458858.97 2020 Jan. 10.47 


BT58 

2003 XV 2458859.59 2020 Jan. 11.09 0.1247 1opposition, 

arc = 5 days MPO 58079 2003 XV 

(90367) 2003 LC5 2458862.25 2020 Jan. 13.75 


LC5 

1996 AE2 2458863.28 2020 Jan. 14.78 0.1949 1opposition, 

arc = 32 days MPC 26749 1996 AE2 

2003 WT153 2458868.61 2020 Jan. 20.11 0.1623 1opposition, 

arc = 3 days MPO 58075 2003 WT153 

2002 RS129 2458874.38 2020 Jan. 25.88 0.1095 1opposition, 

arc = 18 days MPO 62405 2002 RS129 

2002 DQ3 2458876.64 2020 Jan. 28.14 0.1637 1opposition, 

arc = 60 days MPO 30697 2002 DQ3 

2001 BO61 2458880.60 2020 Feb. 1.10 




BO61 


arc = 232 days MPO 77809 2005 CL7 

2003 SS84 2458883.64 2020 Feb. 4.14 


SS84 

2005 AC 2458884.37 2020 Feb. 4.87 


AC 

(40267) 1999 GJ4 2458888.77 2020 Feb. 9.27 


GJ4 

2000 BD19 2458889.46 2020 Feb. 9.96 


BD19 

2003 BM4 2458892.28 2020 Feb. 12.78 0.1393 1opposition, 

arc = 7 days MPO 41922 2003 BM4 

2002 PZ39 2458894.96 2020 Feb. 15.46 


PZ39 

2005 EA94 2458895.04 2020 Feb. 15.54 0.1689 1opposition, 

arc = 88 days MPO 77831 2005 EA94 

2001 GP2 2458898.38 2020 Feb. 18.88 0.1235 1opposition, 

arc = 27 days MPO 13848 2001 GP2 

2004 ST2 2458904.22 2020 Feb. 24.72 0.1956 1opposition, 

arc = 6 days MPO 70467 2004 ST2 

2004 MD 2458908.07 2020 Feb. 28.57 


MD 


arc = 5 days E2005-R36 2005 RZ2 

2001 QC34 2458915.21 2020 Mar. 6.71 0.1099 1opposition, 

arc = 378 days MPO 35561 2001 QC34 

1990 UN 2458916.01 2020 Mar. 7.51 0.02790 1opposition, 

arc = 15 days MPO 77350 1990 UN 

2001 BB16 2458917.00 2020 Mar. 8.50 0.09130 1opposition, 

arc = 63 days MPO 12273 2001 BB16 

2004 EV9 2458918.72 2020 Mar. 10.22 


EV9 

2000 BO28 2458929.63 2020 Mar. 21.13 




BO28 


arc = 16 days MPO 47866 2000 EW70 


arc = 3 days MPO 77854 2005 FC 

2002 TB70 2458931.90 2020 Mar. 23.40 


TB70 

(4581) Asclepius 2458934.12 2020 Mar. 25.62 


Asclepius 


arc = 12 days MPO 77860 2005 GP33 

2001 GS2 2458944.66 2020 Apr. 5.16 0.1545 1opposition, 

arc = 49 days MPO 14427 2001 GS2 

(65690) 1991 DG 2458945.61 2020 Apr. 6.11 


DG 

2005 GE60 2458949.48 2020 Apr. 9.98 0.1720 1opposition, 

arc = 31 days MPO 77864 2005 GE60 


arc = 36 days MPO 77877 2005 HN3 

2004 SR 2458964.82 2020 Apr. 25.32 0.1275 1opposition, 

arc = 18 days MPO 70466 2004 SR 

2002 VR85 2458968.15 2020 Apr. 28.65 0.02710 1opposition, 

arc = 29 days MPO 66293 2002 VR85 

(52768) 1998 OR2 2458968.91 2020 Apr. 29.41 


OR2 

2005 UV64 2458973.06 2020 May 3.56 0.1267 1opposition, 

arc = 6 days E2005-V53 2005 UV64 

(85184) 1991 JG1 2458974.13 2020 May 4.63 


JG1 

2003 OC3 2458976.60 2020 May 7.10 0.1960 1opposition, 

arc = 29 days MPO 62446 2003 OC3 


arc = 9 days MPO 77879 2005 JR5 


arc = 1 days E2005-T93 2005 TC51 


arc = 21 days MPO 30729 2002 FW1 

1997 BQ 2458991.41 2020 May 21.91 




BQ 


arc = 28 days MPO 41888 2002 XQ40 

(66391) 1999 KW4 2458996.22 2020 May 26.72 


KW4 

2002 JB9 2459000.00 2020 May 30.50 


JB9 

1999 JV3 2459002.75 2020 June 2.25 


JV3 

(65733) 1993 PC 2459005.02 2020 June 4.52 


PC 


arc = 66 days MPO 61231 2002 NN4 

2004 UT1 2459009.30 2020 June 8.80 0.05985 1opposition, 

arc = 4 days MPO 74425 2004 UT1 

2004 KH15 2459010.02 2020 June 9.52 


KH15 

2004 EW9 2459010.39 2020 June 9.89 


EW9 

2001 VC2 2459010.96 2020 June 10.46 


VC2 


arc = 89 days E2005-S35 2005 MR5 

2003 ME1 2459017.10 2020 June 16.60 0.09065 1opposition, 

arc = 36 days MPO 53734 2003 ME1 

2001 RE8 2459018.64 2020 June 18.14 


RE8 


arc = 11 days E2005-X08 2005 WE 

2004 JO20 2459024.99 2020 June 24.49 0.1977 1opposition, 

arc = 3 days MPO 66376 2004 JO20 

1999 MN 2459025.56 2020 June 25.06 


MN 



2003 MS2 2459036.29 2020 July 5.79 


MS2 

2005 NB56 2459036.48 2020 July 5.98 0.01857 1opposition, 

arc = 6 days E2005-O02 2005 NB56 

2004 XP14 2459037.20 2020 July 6.70 


XP14 

2004 QY2 2459038.98 2020 July 8.48 


QY2 


arc = 10 days MPO 787 2000 HB24 

2003 QH5 2459044.35 2020 July 13.85 0.09384 1opposition, 

arc = 65 days MPO 62446 2003 QH5 

(85989) 1999 JD6 2459051.04 2020 July 20.54 


JD6 

2002 BF25 2459051.63 2020 July 21.13 0.02414 1opposition, 

arc = 45 days MPO 74133 2002 BF25 

(8014) 1990 MF 2459054.46 2020 July 23.96 


MF 

2004 KG1 2459069.07 2020 Aug. 7.57 0.1064 1opposition, 

arc = 10 days MPO 66381 2004 KG1 

(9162) 1987 OA 2459069.17 2020 Aug. 7.67 


OA 

1997 WB21 2459071.35 2020 Aug. 9.85 


WB21 

2004 LU3 2459081.25 2020 Aug. 19.75 0.1110 1opposition, 

arc = 171 days MPO 74310 2004 LU3 

2004 QX2 2459084.88 2020 Aug. 23.38 0.1087 1opposition, 

arc = 17 days MPO 70391 2004 QX2 


arc = 10 days E2005-R57 2005 QQ87 

2001 QE71 2459085.98 2020 Aug. 24.48 0.1659 1opposition, 

arc = 25 days MPO 18380 2001 QE71 

(85275) 1994 LY 2459086.31 2020 Aug. 24.81 


LY 

2001 QK153 2459088.47 2020 Aug. 26.97 0.1427 1- 



opposition, arc = 45 days MPO 62342 2001 QK153 

2004 AD 2459101.10 2020 Sept. 8.60 0.1532 1opposition, 

arc = 26 days MPO 58114 2004 AD 

2002 JE9 2459106.17 2020 Sept.13.67 0.07883 1opposition, 

arc = 83 days MPO 33996 2002 JE9 

2004 RO111 2459107.85 2020 Sept.15.35 0.1705 1opposition, 

arc = 9 days MPO 70424 2004 RO111 


arc = 4 days MPO 18509 2001 SP263 

2004 FX1 2459114.79 2020 Sept.22.29 0.07261 1opposition, 

arc = 2 days MPO 62536 2004 FX1 

2001 SG286 2459116.25 2020 Sept.23.75 0.1253 1opposition, 

arc = 55 days MPO 57845 2001 SG286 

2002 EN7 2459122.35 2020 Sept.29.85 0.1900 1opposition, 

arc = 24 days MPO 57851 2002 EN7 

2005 UA6 2459123.25 2020 Sept.30.75 0.09365 1opposition, 

arc = 28 days E2005-W93 2005 UA6 

2001 GP2 2459126.19 2020 Oct. 3.69 0.007977 1opposition, 

arc = 27 days MPO 13848 2001 GP2 


arc = 33 days MPO 57989 2003 UG22 


arc = 3 days MPC 30908 1997 TZ16 

2003 FB 2459135.98 2020 Oct. 13.48 


FB 

(5645) 1990 SP 2459140.12 2020 Oct. 17.62 


SP 

1999 AP10 2459142.22 2020 Oct. 19.72 


AP10 


arc = 30 days MPO 6414 2000 TU28 


arc = 6 days E2005-V53 2005 UV64 


arc = 53 days MPO 74425 2004 UR1 

2003 YN1 2459148.09 2020 Oct. 25.59 0.1574 1opposition, 

arc = 12 days MPO 58085 2003 YN1 


arc = 24 days MPO 74425 2004 US1 

1997 GC32 2459148.74 2020 Oct. 26.24 0.1109 1- 



opposition, arc = 44 days MPC 30293 1997 GC32 

1999 VS6 2459156.43 2020 Nov. 2.93 


VS6 

2000 WN10 2459163.77 2020 Nov. 10.27 


WN10 

2005 AZ28 2459163.80 2020 Nov. 10.30 0.03548 1opposition, 

arc = 2 days MPO 74477 2005 AZ28 

2003 LH 2459165.00 2020 Nov. 11.50 0.09779 1opposition, 

arc = 59 days MPO 66313 2003 LH 

2005 GL 2459166.79 2020 Nov. 13.29 0.1559 1opposition, 

arc = 21 days MPO 77856 2005 GL 


arc = 6 days E2005-V27 2005 UO5 

2004 FE31 2459167.26 2020 Nov. 13.76 


FE31 

2005 JT108 2459169.19 2020 Nov. 15.69 0.1332 1opposition, 

arc = 20 days MPO 77897 2005 JT108 

2004 HM 2459172.49 2020 Nov. 18.99 0.1760 1opposition, 

arc = 30 days MPO 66364 2004 HM 

1998 VF32 2459174.50 2020 Nov. 21.00 


VF32 

(7753) 1988 XB 2459176.20 2020 Nov. 22.70 


XB 

2003 WJ98 2459178.53 2020 Nov. 25.03 0.1550 1opposition, 

arc = 23 days MPO 58065 2003 WJ98 

2002 VU114 2459180.66 2020 Nov. 27.16 0.1396 1opposition, 

arc = 21 days MPO 74240 2002 VU114 

2000 WO107 2459182.71 2020 Nov. 29.21 


WO107 

2000 YH4 2459190.23 2020 Dec. 6.73 


YH4 

2003 YJ 2459196.79 2020 Dec. 13.29 0.1617 1opposition, 

arc = 27 days MPO 58084 2003 YJ 

2001 YV3 2459197.15 2020 Dec. 13.65 


YV3 



2002 GZ8 2459200.55 2020 Dec. 17.05 0.1328 1opposition, 

arc = 238 days MPO 66276 2002 GZ8 


arc = 13 days MPO 74468 2004 YA5 

2000 AF205 2459201.61 2020 Dec. 18.11 0.08415 1opposition, 

arc = 53 days MPC 39582 2000 AF205 


arc = 6 days MPO 58085 2003 YR1 

(90147) 2002 YK14 2459207.52 2020 Dec. 24.02 


YK14 

2005 BD 2459210.71 2020 Dec. 27.21 0.09743 1opposition, 

arc = 4 days MPO 74483 2005 BD 

1999 JU3 2459212.53 2020 Dec. 29.03 


JU3 


arc = 109 days MPO 48309 2003 AK18 


arc = 46 days MPO 43486 2003 AF23 


arc = 7 days MPO 41901 2002 YC12 

(86450) 2000 CK33 2459225.50 2021 Jan. 11.00 


CK33 

(65717) 1993 BX3 2459231.86 2021 Jan. 17.36 


BX3 

2005 OU2 2459239.29 2021 Jan. 24.79 0.1470 1opposition, 

arc = 84 days E2005-U20 2005 OU2 

2000 MU1 2459240.79 2021 Jan. 26.29 


MU1 

2004 JN1 2459242.28 2021 Jan. 27.78 0.08585 1opposition, 

arc = 37 days MPO 66372 2004 JN1 

2001 DQ8 2459244.07 2021 Jan. 29.57 0.1579 1opposition, 

arc = 25 days MPO 57802 2001 DQ8 

2002 CY9 2459245.91 2021 Jan. 31.41 0.1423 1opposition, 

arc = 33 days MPO 50589 2002 CY9 


arc = 28 days MPO 37540 2001 CQ36 

2002 CC19 2459249.76 2021 Feb. 4.26 




CC19 


arc = 21 days MPO 48333 2003 EP16 

(5879) Almeria 2459259.99 2021 Feb. 14.49 


Almeria 

(85953) 1999 FK21 2459261.74 2021 Feb. 16.24 


FK21 

2004 FH 2459269.65 2021 Feb. 24.15 0.06330 1opposition, 

arc = 3 days MPO 62536 2004 FH 

2004 QD3 2459269.87 2021 Feb. 24.37 0.1360 1opposition, 

arc = 239 days MPO 77785 2004 QD3 


arc = 7 days MPO 77827 2005 ES70 

2000 SM10 2459271.65 2021 Feb. 26.15 0.1626 1opposition, 

arc = 7 days MPO 5065 2000 SM10 

1999 RM45 2459276.34 2021 Mar. 2.84 


RM45 

2000 PE3 2459277.49 2021 Mar. 3.99 0.1601 1opposition, 

arc = 32 days MPO 3960 2000 PE3 


arc = 4 days MPO 77816 2005 EP1 

(99942) Apophis 2459279.56 2021 Mar. 6.06 


Apophis 

2000 EE14 2459280.36 2021 Mar. 6.86 


EE14 

2005 UF 2459282.53 2021 Mar. 9.03 0.1667 1opposition, 

arc = 1 days E2005-U42 2005 UF 

2004 FX31 2459284.70 2021 Mar. 11.20 


FX31 


arc = 24 days MPO 20979 2001 SQ3 

1998 FL5 2459291.66 2021 Mar. 18.16 0.1873 1opposition, 

arc = 70 days MPC 32062 1998 FL5 

2002 FT5 2459294.01 2021 Mar. 20.51 0.1642 1opposition, 

arc = 43 days MPO 30730 2002 FT5 

2001 FO32 2459295.17 2021 Mar. 21.67 




FO32 

2005 TE15 2459297.03 2021 Mar. 23.53 0.06463 1opposition, 

arc = 52 days E2005-W62 2005 TE15 


arc = 30 days MPO 57667 1998 BY7 


arc = 10 days MPO 57775 2000 HO40 

2003 FG 2459308.10 2021 Apr. 3.60 


FG 

2000 YF29 2459308.25 2021 Apr. 3.75 


YF29 

2002 TC9 2459311.33 2021 Apr. 6.83 


TC9 

2004 TP1 2459312.05 2021 Apr. 7.55 0.04471 1opposition, 

arc = 26 days MPO 74367 2004 TP1 

2001 YU3 2459312.49 2021 Apr. 7.99 0.1886 1opposition, 

arc = 157 days MPO 57848 2001 YU3 

(66400) 1999 LT7 2459315.80 2021 Apr. 11.30 


LT7 

2004 CC 2459316.48 2021 Apr. 11.98 0.1798 1opposition, 

arc = 5 days MPO 62488 2004 CC 

2003 YP17 2459323.94 2021 Apr. 19.44 0.1762 1opposition, 

arc = 176 days MPO 66320 2003 YP17 

2000 SL10 2459334.83 2021 Apr. 30.33 0.1701 1opposition, 

arc = 69 days MPO 8496 2000 SL10 

2003 KO2 2459335.25 2021 Apr. 30.75 


KO2 


arc = 31 days MPO 77864 2005 GE60 

2002 OD20 2459337.81 2021 May 3.31 


OD20 

2002 VX94 2459340.19 2021 May 5.69 


VX94 

(5189) 1990 UQ 2459341.13 2021 May 6.63 




UQ 

2004 FH29 2459343.18 2021 May 8.68 0.1528 1opposition, 

arc = 11 days MPO 62541 2004 FH29 


arc = 1 days E2005-T93 2005 TC51 

2005 TG50 2459355.98 2021 May 21.48 0.1773 1opposition, 

arc = 32 days E2005-V79 2005 TG50 

(87024) 2000 JS66 2459356.37 2021 May 21.87 


JS66 


arc = 83 days MPO 77905 2005 LW 

2001 SX169 2459361.69 2021 May 27.19 


SX169 

2004 LJ 2459362.99 2021 May 28.49 


LJ 


arc = 31 days MPO 66372 2004 JQ1 


arc = 7 days MPO 50767 2003 LW2 

2002 UK11 2459376.82 2021 June 11.32 


UK11 

1998 BR26 2459380.81 2021 June 15.31 0.1781 1opposition, 

arc = 1 days MPC 31293 1998 BR26 

2003 WD158 2459380.91 2021 June 15.41 


WD158 

2004 JN1 2459391.64 2021 June 26.14 0.1964 1opposition, 

arc = 37 days MPO 66372 2004 JN1 

2001 TX1 2459392.18 2021 June 26.68 


TX1 

(89958) 2002 LY45 2459394.33 2021 June 28.83 


LY45 

2002 QG46 2459394.98 2021 June 29.48 0.1645 1opposition, 

arc = 228 days MPO 38372 2002 QG46 

2001 MY7 2459402.22 2021 July 6.72 0.1021 1opposition, 

arc = 91 days MPO 18322 2001 MY7 

2003 XK 2459402.55 2021 July 7.05 0.1581 1- 



opposition, arc = 3 days MPO 58079 2003 XK 


arc = 63 days MPO 20944 2001 RV17 


arc = 16 days E2005-N70 2005 ML13 


arc = 36 days MPO 77603 2002 LT24 

2003 HA22 2459410.42 2021 July 14.92 0.1623 1opposition, 

arc = 166 days MPO 66312 2003 HA22 

2005 FA 2459415.71 2021 July 20.21 0.06029 1opposition, 

arc = 3 days MPO 77854 2005 FA 

1983 LC 2459415.99 2021 July 20.49 


LC 

2003 TK2 2459416.19 2021 July 20.69 0.1746 1opposition, 

arc = 56 days MPO 57981 2003 TK2 

2005 BC 2459416.37 2021 July 20.87 0.1415 1opposition, 

arc = 84 days MPO 77805 2005 BC 

2005 SO1 2459417.12 2021 July 21.62 0.1171 1opposition, 

arc = 14 days E2005-T51 2005 SO1 

2000 PQ9 2459417.31 2021 July 21.81 


PQ9 

2001 JV1 2459417.32 2021 July 21.82 0.07435 1opposition, 

arc = 134 days MPO 41683 2001 JV1 

2003 HB6 2459428.01 2021 Aug. 1.51 0.1685 1opposition, 

arc = 207 days MPO 53734 2003 HB6 

2002 AL14 2459434.55 2021 Aug. 8.05 


AL14 

(37655) Illapa 2459434.82 2021 Aug. 8.32 


Illapa 

2005 UE1 2459439.36 2021 Aug. 12.86 0.1055 1opposition, 

arc = 2 days E2005-U68 2005 UE1 


arc = 26 days MPO 53654 2000 PN8 

2004 UT1 2459448.19 2021 Aug. 21.69 0.1835 1opposition, 

arc = 4 days MPO 74425 2004 UT1 


arc = 35 days MPO 53748 2003 QA30 

2005 RO33 2459450.78 2021 Aug. 24.28 0.1736 1opposition, 

arc = 67 days E2005-W18 2005 RO33 




arc = 10 days E2005-R57 2005 QQ87 

(7822) 1991 CS 2459452.32 2021 Aug. 25.82 


CS 

2000 RE52 2459453.63 2021 Aug. 27.13 0.1324 1opposition, 

arc = 15 days MPO 57782 2000 RE52 

2005 OG3 2459467.93 2021 Sept.10.43 0.1349 1opposition, 

arc = 93 days E2005-V01 2005 OG3 

2004 RW2 2459468.15 2021 Sept.10.65 0.04565 1opposition, 

arc = 11 days MPO 70396 2004 RW2 

2002 CF26 2459468.49 2021 Sept.10.99 


CF26 

2001 EC 2459471.09 2021 Sept.13.59 0.05586 1opposition, 

arc = 56 days MPO 57806 2001 EC 

1991 TF3 2459474.98 2021 Sept.17.48 


TF3 

2000 HA24 2459477.65 2021 Sept.20.15 


HA24 


arc = 9 days MPO 70424 2004 RO111 

1998 FW4 2459481.28 2021 Sept.23.78 


FW4 

2003 QQ47 2459481.46 2021 Sept.23.96 


QQ47 


arc = 30 days E2005-U42 2005 SQ1 

2004 RN251 2459487.83 2021 Sept.30.33 0.08956 1opposition, 

arc = 2 days MPO 70453 2004 RN251 


arc = 6 days E2005-V49 2005 JO3 

2004 SA 2459492.53 2021 Oct. 5.03 0.1992 1opposition, 

arc = 1 days MPO 70466 2004 SA 

2002 RO137 2459492.82 2021 Oct. 5.32 0.1982 1opposition, 

arc = 86 days MPO 41788 2002 RO137 


arc = 4 days MPC 32779 1998 SD9 

1998 ST27 2459494.54 2021 Oct. 7.04 




ST27 

2001 TW1 2459497.46 2021 Oct. 9.96 


TW1 

1999 FJ21 2459504.52 2021 Oct. 17.02 0.05990 1opposition, 

arc = 62 days MPC 35087 1999 FJ21 

2003 GG21 2459512.99 2021 Oct. 25.49 0.1459 1opposition, 

arc = 29 days MPO 48363 2003 GG21 

(87024) 2000 JS66 2459515.00 2021 Oct. 27.50 


JS66 

2004 FW1 2459518.02 2021 Oct. 30.52 0.1115 1opposition, 

arc = 12 days MPO 62536 2004 FW1 

(2340) Hathor 2459519.58 2021 Nov. 1.08 


Hathor 


arc = 19 days E2005-V79 2005 UL1 

2005 VL1 2459521.36 2021 Nov. 2.86 0.03607 1opposition, 

arc = 17 days E2005-W20 2005 VL1 

2004 LJ1 2459521.85 2021 Nov. 3.35 


LJ1 

2000 WN10 2459528.99 2021 Nov. 10.49 


WN10 

2001 BA16 2459530.49 2021 Nov. 11.99 0.1759 1opposition, 

arc = 40 days MPO 12273 2001 BA16 

2004 UE 2459532.45 2021 Nov. 13.95 0.03247 1opposition, 

arc = 144 days MPO 77791 2004 UE 

2005 VK1 2459532.72 2021 Nov. 14.22 0.1171 1opposition, 

arc = 2 days E2005-V57 2005 VK1 

2004 XJ29 2459537.06 2021 Nov. 18.56 0.07409 1opposition, 

arc = 36 days MPO 74447 2004 XJ29 

1998 XE12 2459537.95 2021 Nov. 19.45 


XE12 

2002 VS85 2459538.96 2021 Nov. 20.46 0.1117 1opposition, 

arc = 3 days MPO 62430 2002 VS85 

2002 TP69 2459539.47 2021 Nov. 20.97 0.05355 1opposition, 

arc = 131 days MPO 66284 2002 TP69 

(3361) Orpheus 2459540.31 2021 Nov. 21.81 




Orpheus 

2004 VM24 2459540.64 2021 Nov. 22.14 0.1593 1opposition, 

arc = 3 days MPO 74430 2004 VM24 

2005 TG50 2459540.98 2021 Nov. 22.48 0.06334 1opposition, 

arc = 32 days E2005-V79 2005 TG50 

1994 WR12 2459542.44 2021 Nov. 23.94 0.006124 1opposition, 

arc = 33 days MPO 57659 1994 WR12 


arc = 124 days MPO 12253 2000 WY28 

2001 WW1 2459544.28 2021 Nov. 25.78 


WW1 

2000 AC6 2459547.83 2021 Nov. 29.33 


AC6 

2004 YD 2459548.72 2021 Nov. 30.22 0.1020 1opposition, 

arc = 9 days MPO 74467 2004 YD 

2002 XM14 2459551.83 2021 Dec. 3.33 0.1670 1opposition, 

arc = 55 days MPO 41881 2002 XM14 

2002 XM14 2459551.83 2021 Dec. 3.33 0.1670 1opposition, 

arc = 55 days MPO 41881 2002 XM14 

1998 XX2 2459553.39 2021 Dec. 4.89 


XX2 

2005 FN 2459553.89 2021 Dec. 5.39 0.1829 1opposition, 

arc = 1 days MPO 77855 2005 FN 

2002 XB 2459554.76 2021 Dec. 6.26 0.1674 1opposition, 

arc = 60 days MPO 77681 2002 XB 

2003 XJ7 2459557.70 2021 Dec. 9.20 0.06103 1opposition, 

arc = 1 days MPO 58081 2003 XJ7 

(4660) Nereus 2459560.08 2021 Dec. 11.58 


Nereus 


arc = 9 days E2005-X18 2005 WS3 


arc = 15 days MPO 24005 2001 YE4 

2004 YC 2459563.72 2021 Dec. 15.22 0.03876 1opposition, 

arc = 5 days MPO 74467 2004 YC 

2002 DB4 2459564.10 2021 Dec. 15.60 


DB4 



2003 SD220 2459566.24 2021 Dec. 17.74 


SD220 

2002 AB2 2459568.61 2021 Dec. 20.11 0.1951 1opposition, 

arc = 11 days MPO 24030 2002 AB2 


arc = 55 days MPO 30604 2002 AC9 


arc = 27 days MPO 58107 2003 YL118 

2003 MS2 2459576.26 2021 Dec. 27.76 


MS2 

2000 LG6 2459577.15 2021 Dec. 28.65 0.1655 1opposition, 

arc = 3 days MPO 1663 2000 LG6 

2000 JH5 2459578.48 2021 Dec. 29.98 


JH5 

2003 UC20 2459580.56 2022 Jan. 1.06 


UC20 

2004 SW55 2459587.37 2022 Jan. 7.87 0.1368 1opposition, 

arc = 161 days MPO 77787 2004 SW55 

2004 WH1 2459588.54 2022 Jan. 9.04 0.04289 1opposition, 

arc = 2 days MPO 74439 2004 WH1 

2002 BF25 2459592.27 2022 Jan. 12.77 0.1227 1opposition, 

arc = 45 days MPO 74133 2002 BF25 

(7482) 1994 PC1 2459598.41 2022 Jan. 18.91 


PC1 

1996 FO3 2459599.48 2022 Jan. 19.98 


FO3 

2002 AU5 2459600.89 2022 Jan. 21.39 


AU5 

(7341) 1991 VK 2459605.21 2022 Jan. 25.71 


VK 

2000 AZ93 2459607.34 2022 Jan. 27.84 


AZ93 

2002 AL14 2459607.71 2022 Jan. 28.21 




AL14 

2001 QC96 2459614.19 2022 Feb. 3.69 


QC96 

1997 CD17 2459615.49 2022 Feb. 4.99 0.09702 1opposition, 

arc = 2 days MPC 29128 1997 CD17 

2004 TR12 2459620.19 2022 Feb. 9.69 


TR12 

2001 CK32 2459626.00 2022 Feb. 15.50 


CK32 


arc = 23 days MPO 57713 1999 VF22 

2002 XP40 2459629.56 2022 Feb. 19.06 


XP40 

2000 EE14 2459637.45 2022 Feb. 26.95 


EE14 

2001 SN263 2459639.18 2022 Feb. 28.68 


SN263 

2001 CB21 2459642.83 2022 Mar. 4.33 


CB21 

2004 VP 2459644.11 2022 Mar. 5.61 0.1903 1opposition, 

arc = 28 days MPO 74426 2004 VP 

2002 LX 2459645.72 2022 Mar. 7.22 0.1535 1opposition, 

arc = 33 days MPO 34011 2002 LX 


arc = 8 days MPO 48340 2003 FK1 

1999 HF1 2459654.56 2022 Mar. 16.06 


HF1 


arc = 5 days MPO 50748 2003 EP4 

2001 BA16 2459661.34 2022 Mar. 22.84 0.1204 1opposition, 

arc = 40 days MPO 12273 2001 BA16 

2003 GP51 2459664.53 2022 Mar. 26.03 0.05571 1opposition, 

arc = 21 days MPO 48368 2003 GP51 

2002 RQ25 2459667.27 2022 Mar. 28.77 0.1767 1- 



opposition, arc = 55 days MPO 38378 2002 RQ25 

2004 FE5 2459668.56 2022 Mar. 30.06 0.1341 1opposition, 

arc = 47 days MPO 66346 2004 FE5 

2002 DJ5 2459669.83 2022 Mar. 31.33 


DJ5 

2003 AK18 2459672.92 2022 Apr. 3.42 0.1318 1opposition, 

arc = 109 days MPO 48309 2003 AK18 

2004 HC2 2459673.89 2022 Apr. 4.39 0.1543 1opposition, 

arc = 38 days MPO 66364 2004 HC2 

2002 AW 2459674.81 2022 Apr. 5.31 


AW 

2001 WM15 2459676.17 2022 Apr. 6.67 0.1138 1opposition, 

arc = 4 days MPO 23932 2001 WM15 

2003 EO16 2459676.42 2022 Apr. 6.92 0.1394 1opposition, 

arc = 50 days MPO 50749 2003 EO16 

2003 GF21 2459677.70 2022 Apr. 8.20 0.01743 1opposition, 

arc = 3 days MPO 48363 2003 GF21 

2003 LN6 2459691.13 2022 Apr. 21.63 0.08466 1opposition, 

arc = 15 days MPO 50767 2003 LN6 

2003 JO14 2459693.87 2022 Apr. 24.37 0.09992 1opposition, 

arc = 2 days MPO 48382 2003 JO14 


arc = 34 days MPO 57915 2003 HN16 

2000 HP40 2459702.04 2022 May 2.54 0.1483 1opposition, 

arc = 14 days MPO 57775 2000 HP40 

2004 JO12 2459703.28 2022 May 3.78 0.1916 1opposition, 

arc = 9 days MPO 66374 2004 JO12 

1996 FG3 2459703.41 2022 May 3.91 


FG3 

2005 FK 2459704.96 2022 May 5.46 0.1352 1opposition, 

arc = 11 days MPO 77855 2005 FK 

2005 GC120 2459709.25 2022 May 9.75 


GC120 

1998 VD32 2459712.13 2022 May 12.63 0.1273 1opposition, 

arc = 12 days MPC 33378 1998 VD32 

2000 WM63 2459715.04 2022 May 15.54 0.1742 1opposition, 

arc = 383 days MPO 23612 2000 WM63 


arc = 1 days E2005-T93 2005 TC51 



1996 TP6 2459720.55 2022 May 21.05 0.1444 1opposition, 

arc = 12 days MPO 62217 1996 TP6 


arc = 16 days MPO 66383 2004 KH17 

(7335) 1989 JA 2459727.10 2022 May 27.60 


JA 

(5693) 1993 EA 2459727.71 2022 May 28.21 


EA 


arc = 28 days MPO 37540 2001 CQ36 

2003 CY18 2459731.69 2022 June 1.19 


CY18 

2005 KA 2459732.91 2022 June 2.41 0.2000 1opposition, 

arc = 13 days MPO 77902 2005 KA 

2004 JX20 2459733.51 2022 June 3.01 


JX20 

2001 SG10 2459733.81 2022 June 3.31 


SG10 


arc = 34 days MPO 77892 2005 JQ81 

2000 FM10 2459739.72 2022 June 9.22 


FM10 

2005 CD69 2459742.15 2022 June 11.65 0.1319 1opposition, 

arc = 13 days MPO 77815 2005 CD69 

1999 LV7 2459747.24 2022 June 16.74 0.1807 1opposition, 

arc = 27 days MPO 53597 1999 LV7 

2000 XJ44 2459747.56 2022 June 17.06 0.1578 1opposition, 

arc = 21 days MPO 57789 2000 XJ44 

1999 CG9 2459752.93 2022 June 22.43 0.1354 1opposition, 

arc = 24 days MPC 34320 1999 CG9 

2001 BA16 2459753.89 2022 June 23.39 0.1190 1opposition, 

arc = 40 days MPO 12273 2001 BA16 

(66400) 1999 LT7 2459762.50 2022 July 2.00 


LT7 

(10302) 1989 ML 2459762.93 2022 July 2.43 




ML 

1998 HL3 2459762.94 2022 July 2.44 


HL3 

1997 NC1 2459765.50 2022 July 5.00 


NC1 

1994 AW1 2459770.06 2022 July 9.56 


AW1 

2002 TX55 2459773.05 2022 July 12.55 0.1479 1opposition, 

arc = 26 days MPO 74220 2002 TX55 

(12711) 1991 BB 2459775.94 2022 July 15.44 


BB 

(23606) 1996 AS1 2459779.21 2022 July 18.71 


AS1 

2005 GZ110 2459784.68 2022 July 24.18 0.1876 1opposition, 

arc = 21 days MPO 77869 2005 GZ110 

2000 QS7 2459793.08 2022 Aug. 1.58 0.1986 1opposition, 

arc = 119 days MPO 8480 2000 QS7 

2003 DY15 2459796.16 2022 Aug. 4.66 0.06549 1opposition, 

arc = 5 days MPO 43512 2003 DY15 

2002 AA 2459798.59 2022 Aug. 7.09 0.1627 1opposition, 

arc = 156 days MPO 38331 2002 AA 

2002 AV31 2459802.47 2022 Aug. 10.97 


AV31 

2002 OA22 2459803.23 2022 Aug. 11.73 


OA22 

2003 QU5 2459807.27 2022 Aug. 15.77 0.1048 1opposition, 

arc = 9 days MPO 62446 2003 QU5 

2005 SQ 2459810.49 2022 Aug. 18.99 0.08624 1opposition, 

arc = 36 days E2005-W17 2005 SQ 


arc = 10 days E2005-R57 2005 QQ87 

(2100) Ra-Shalom 2459823.23 2022 Aug. 31.73 0.1873 


1978 CA 2459823.79 2022 Sept. 1.29 


CA 



2002 AO11 2459826.04 2022 Sept. 3.54 0.1904 1opposition, 

arc = 3 days MPO 24033 2002 AO11 

1999 ED5 2459827.24 2022 Sept. 4.74 0.1768 1opposition, 

arc = 219 days MPC 38068 1999 ED5 

2001 BO61 2459834.16 2022 Sept.11.66 


BO61 

2000 BO28 2459836.16 2022 Sept.13.66 


BO28 


arc = 75 days MPO 23849 2001 UZ16 


arc = 172 days MPO 35573 2002 EM6 

2005 CD69 2459837.60 2022 Sept.15.10 0.1876 1opposition, 

arc = 13 days MPO 77815 2005 CD69 

1999 VX25 2459839.07 2022 Sept.16.57 0.1926 1opposition, 

arc = 5 days MPC 36941 1999 VX25 

2002 XY38 2459842.28 2022 Sept.19.78 0.1996 1opposition, 

arc = 53 days MPO 43480 2002 XY38 

1998 MW5 2459844.33 2022 Sept.21.83 


MW5 

2003 DG6 2459849.12 2022 Sept.26.62 0.1837 1opposition, 

arc = 29 days MPO 53733 2003 DG6 

1998 HT31 2459856.04 2022 Oct. 3.54 0.1693 1opposition, 

arc = 19 days MPO 7464 1998 HT31 

(65803) Didymos 2459856.90 2022 Oct. 4.40 


Didymos 

(65803) Didymos 2459856.91 2022 Oct. 4.41 


Didymos 

2004 HK33 2459860.26 2022 Oct. 7.76 


HK33 

2002 RR25 2459863.86 2022 Oct. 11.36 


RR25 


arc = 13 days MPO 53842 2003 UC10 


arc = 63 days MPO 20944 2001 RV17 




arc = 6 days E2005-T51 2005 TM 

2001 WS1 2459870.02 2022 Oct. 17.52 


WS1 

1995 EK1 2459870.81 2022 Oct. 18.31 


EK1 

2005 TS15 2459871.10 2022 Oct. 18.60 0.1899 1opposition, 

arc = 54 days E2005-W84 2005 TS15 


arc = 4 days MPO 47682 1990 UP 

2001 UY4 2459874.70 2022 Oct. 22.20 


UY4 

2001 RA18 2459876.96 2022 Oct. 24.46 0.1498 1opposition, 

arc = 113 days MPO 57841 2001 RA18 

2004 RU331 2459878.55 2022 Oct. 26.05 0.1061 1opposition, 

arc = 215 days MPO 77787 2004 RU331 

2004 UT1 2459881.83 2022 Oct. 29.33 0.01018 1opposition, 

arc = 4 days MPO 74425 2004 UT1 

2004 FE31 2459883.26 2022 Oct. 30.76 


FE31 

2005 VG7 2459883.57 2022 Oct. 31.07 0.05519 1opposition, 

arc = 10 days E2005-W50 2005 VG7 

1999 CQ2 2459893.49 2022 Nov. 9.99 0.09789 1opposition, 

arc = 6 days MPC 34046 1999 CQ2 

2000 WN10 2459894.26 2022 Nov. 10.76 


WN10 

2003 YQ117 2459896.29 2022 Nov. 12.79 


YQ117 


arc = 9 days E2005-X18 2005 WS3 

2005 KR 2459902.52 2022 Nov. 19.02 0.1863 1opposition, 

arc = 18 days MPO 77903 2005 KR 

(99907) 1989 VA 2459903.83 2022 Nov. 20.33 


VA 

1990 HA 2459903.88 2022 Nov. 20.38 




HA 

(85713) 1998 SS49 2459905.21 2022 Nov. 21.71 


SS49 


arc = 218 days MPO 66315 2003 UX5 


arc = 29 days MPO 77906 2005 LW3 

1994 XL1 2459914.26 2022 Nov. 30.76 


XL1 

1999 LP28 2459919.49 2022 Dec. 5.99 0.1909 1opposition, 

arc = 22 days MPO 57688 1999 LP28 

1979 XB 2459920.27 2022 Dec. 6.77 0.1501 1opposition, 

arc = 4 days MPO 70208 1979 XB 

2000 LB16 2459923.10 2022 Dec. 9.60 


LB16 

2003 XZ12 2459927.05 2022 Dec. 13.55 0.07769 1opposition, 

arc = 10 days MPO 58082 2003 XZ12 

2003 YS70 2459930.85 2022 Dec. 17.35 0.01633 1opposition, 

arc = 5 days MPO 58099 2003 YS70 

2004 YA 2459932.37 2022 Dec. 18.87 0.1953 1opposition, 

arc = 2 days MPO 74467 2004 YA 


arc = 53 days MPO 43480 2002 XY38 


arc = 28 days MPO 41888 2002 XQ40 

2004 XD51 2459937.60 2022 Dec. 24.10 0.02815 1opposition, 

arc = 5 days MPO 74451 2004 XD51 

2000 AF6 2459938.93 2022 Dec. 25.43 


AF6 


arc = 88 days MPO 30603 2002 AC5 

2002 CA10 2459940.26 2022 Dec. 26.76 


CA10 

2003 UR25 2459946.20 2023 Jan. 1.70 0.1274 1opposition, 

arc = 0 days MPO 53847 2003 UR25 

2003 MK4 2459952.49 2023 Jan. 7.99 




MK4 

2003 BN4 2459952.91 2023 Jan. 8.41 0.1921 1opposition, 

arc = 58 days MPO 48316 2003 BN4 

2003 YX1 2459953.59 2023 Jan. 9.09 0.1210 1opposition, 

arc = 87 days MPO 62458 2003 YX1 

1998 LE 2459953.78 2023 Jan. 9.28 0.1932 1opposition, 

arc = 6 days MPC 32337 1998 LE 

2003 WR21 2459954.08 2023 Jan. 9.58 


WR21 

2004 CL 2459957.17 2023 Jan. 12.67 0.1333 1opposition, 

arc = 15 days MPO 62488 2004 CL 

2000 BM19 2459958.13 2023 Jan. 13.63 


BM19 

2005 EE 2459959.41 2023 Jan. 14.91 


EE 

2003 QB30 2459975.41 2023 Jan. 30.91 0.1525 1opposition, 

arc = 3 days MPO 50790 2003 QB30 


arc = 18 days MPO 77801 2005 AY28 

1999 JA11 2459979.45 2023 Feb. 3.95 


JA11 

2002 EZ11 2459987.71 2023 Feb. 12.21 


EZ11 

2004 EU9 2459992.53 2023 Feb. 17.03 


EU9 

(37638) 1993 VB 2459997.29 2023 Feb. 21.79 


VB 


arc = 7 days MPO 77827 2005 ES70 

2001 SO73 2460000.74 2023 Feb. 25.24 


SO73 


arc = 126 days MPO 48317 2003 BB21 

(86667) 2000 FO10 2460006.28 2023 Mar. 2.78 




FO10 


arc = 1 days MPO 77855 2005 FN 

2000 YA 2460008.33 2023 Mar. 4.83 0.1512 1opposition, 

arc = 6 days MPO 41676 2000 YA 

2004 BE86 2460012.97 2023 Mar. 9.47 0.1134 1opposition, 

arc = 140 days MPO 66328 2004 BE86 

2003 XF11 2460017.14 2023 Mar. 13.64 0.1277 1opposition, 

arc = 43 days MPO 58082 2003 XF11 

2005 EY95 2460018.16 2023 Mar. 14.66 


EY95 


arc = 16 days MPO 57662 1996 RY3 

2004 KZ14 2460023.61 2023 Mar. 20.11 0.1270 1opposition, 

arc = 31 days MPO 66383 2004 KZ14 

(98943) 2001 CC21 2460024.72 2023 Mar. 21.22 


CC21 

2004 QV16 2460025.95 2023 Mar. 22.45 0.1517 1opposition, 

arc = 108 days MPO 74322 2004 QV16 

2004 GA 2460035.05 2023 Mar. 31.55 0.08302 1opposition, 

arc = 71 days MPO 66355 2004 GA 


arc = 23 days MPO 48342 2003 FY6 

1998 KG3 2460040.74 2023 Apr. 6.24 


KG3 

2005 EZ29 2460041.18 2023 Apr. 6.68 0.1941 1opposition, 

arc = 121 days MPO 77821 2005 EZ29 

1999 RR28 2460041.25 2023 Apr. 6.75 


RR28 

2003 YL 2460042.15 2023 Apr. 7.65 0.1539 1opposition, 

arc = 41 days MPO 62458 2003 YL 

2002 EB3 2460042.15 2023 Apr. 7.65 


EB3 

2002 JE9 2460042.61 2023 Apr. 8.11 0.1754 1opposition, 

arc = 83 days MPO 33996 2002 JE9 

(4486) Mithra 2460046.20 2023 Apr. 11.70 0.1627 


2003 MT9 2460050.92 2023 Apr. 16.42 0.05477 1- 



opposition, arc = 15 days MPO 50770 2003 MT9 

2005 TF49 2460051.73 2023 Apr. 17.23 0.1084 1opposition, 

arc = 35 days E2005-V77 2005 TF49 


arc = 38 days MPO 66364 2004 HC 

2000 SL 2460058.06 2023 Apr. 23.56 


SL 

2004 HG12 2460061.52 2023 Apr. 27.02 0.1347 1opposition, 

arc = 14 days MPO 66365 2004 HG12 

2004 MP1 2460062.65 2023 Apr. 28.15 0.1301 1opposition, 

arc = 7 days MPO 66388 2004 MP1 

2003 JX2 2460063.93 2023 Apr. 29.43 0.03146 1opposition, 

arc = 2 days MPO 48380 2003 JX2 

2001 VG5 2460064.77 2023 Apr. 30.27 


VG5 

2004 HS56 2460065.89 2023 May 1.39 0.04872 1opposition, 

arc = 9 days MPO 66371 2004 HS56 

2005 VE7 2460073.17 2023 May 8.67 0.1280 1opposition, 

arc = 22 days E2005-X18 2005 VE7 

2003 UX26 2460081.97 2023 May 17.47 0.1894 1opposition, 

arc = 8 days MPO 53847 2003 UX26 


arc = 10 days MPO 57775 2000 HO40 

2004 KZ 2460085.30 2023 May 20.80 0.05852 1opposition, 

arc = 2 days MPO 66381 2004 KZ 


arc = 24 days MPO 57779 2000 KA 


arc = 1 days E2005-T93 2005 TC51 


arc = 21 days MPO 30729 2002 FW1 

2002 JX8 2460092.50 2023 May 28.00 


JX8 

2001 YV3 2460096.05 2023 May 31.55 


YV3 

2004 XO 2460100.20 2023 June 4.70 0.09476 1opposition, 

arc = 14 days MPO 74440 2004 XO 

1998 MZ 2460103.13 2023 June 7.63 




MZ 


arc = 32 days MPO 16098 2001 LB 

1994 XD 2460107.53 2023 June 12.03 


XD 

2002 SR41 2460110.31 2023 June 14.81 


SR41 

2000 WM63 2460111.42 2023 June 15.92 0.1632 1opposition, 

arc = 383 days MPO 23612 2000 WM63 

2004 HB 2460118.21 2023 June 22.71 0.1759 1opposition, 

arc = 2 days MPO 62569 2004 HB 


arc = 8 days E2005-N30 2005 MF5 


arc = 39 days MPO 62391 2002 LT38 

2001 HY7 2460133.17 2023 July 7.67 


HY7 

2004 CZ1 2460133.39 2023 July 7.89 0.1127 1opposition, 

arc = 12 days MPO 62488 2004 CZ1 

2001 VB 2460139.47 2023 July 13.97 0.1721 1opposition, 

arc = 8 days MPO 21144 2001 VB 


arc = 5 days E2005-X18 2005 WJ56 

(88264) 2001 KN20 2460145.33 2023 July 19.83 


KN20 

2002 PM6 2460153.76 2023 July 28.26 


PM6 

2004 BM11 2460154.13 2023 July 28.63 0.06440 1opposition, 

arc = 10 days MPO 58120 2004 BM11 

2002 NW16 2460156.42 2023 July 30.92 


NW16 

2005 EA94 2460159.39 2023 Aug. 2.89 0.09367 1opposition, 

arc = 88 days MPO 77831 2005 EA94 

2002 KL6 2460161.78 2023 Aug. 5.28 


KL6 

(68548) 2001 XR31 2460162.23 2023 Aug. 5.73 




XR31 

2002 CB19 2460162.65 2023 Aug. 6.15 0.09502 1opposition, 

arc = 29 days MPO 30639 2002 CB19 

2004 KG1 2460163.59 2023 Aug. 7.09 0.04633 1opposition, 

arc = 10 days MPO 66381 2004 KG1 


arc = 94 days E2005-W84 2005 QA5 

2004 PG20 2460171.89 2023 Aug. 15.39 0.1074 1opposition, 

arc = 32 days MPO 70376 2004 PG20 

2000 GV147 2460173.98 2023 Aug. 17.48 


GV147 


arc = 9 days MPO 70340 2002 EA 

(4769) Castalia 2460178.89 2023 Aug. 22.39 


Castalia 

(6037) 1988 EG 2460179.85 2023 Aug. 23.35 


EG 


arc = 10 days E2005-R57 2005 QQ87 

2005 EK70 2460183.66 2023 Aug. 27.16 


EK70 

2002 CY46 2460188.86 2023 Sept. 1.36 


CY46 

2002 TG66 2460194.04 2023 Sept. 6.54 0.1089 1opposition, 

arc = 10 days MPO 74220 2002 TG66 

2004 BH11 2460199.91 2023 Sept.12.41 0.1198 1opposition, 

arc = 10 days MPO 58120 2004 BH11 


arc = 30 days MPO 74367 2004 TA1 


arc = 1 days MPO 70471 2004 SW26 

2004 FX31 2460206.03 2023 Sept.18.53 


FX31 

2004 TO20 2460206.04 2023 Sept.18.54 0.1385 1opposition, 

arc = 26 days MPO 74371 2004 TO20 

2003 ED50 2460208.42 2023 Sept.20.92 




ED50 

2002 EY 2460211.64 2023 Sept.24.14 0.1348 1opposition, 

arc = 44 days MPO 30700 2002 EY 

2002 AW 2460211.86 2023 Sept.24.36 


AW 

1996 EO 2460218.23 2023 Sept.30.73 0.1667 1opposition, 

arc = 39 days MPO 73928 1996 EO 

1998 SH36 2460224.85 2023 Oct. 7.35 


SH36 

2004 VZ14 2460226.51 2023 Oct. 9.01 0.1875 1opposition, 

arc = 9 days MPO 74429 2004 VZ14 

2000 EE104 2460232.81 2023 Oct. 15.31 


EE104 

1998 HH49 2460234.52 2023 Oct. 17.02 


HH49 


arc = 16 days MPO 57709 1999 UQ 

2000 JJ5 2460239.15 2023 Oct. 21.65 0.1435 1opposition, 

arc = 45 days MPO 57777 2000 JJ5 

2005 TF49 2460239.23 2023 Oct. 21.73 0.1419 1opposition, 

arc = 35 days E2005-V77 2005 TF49 

(4544) Xanthus 2460239.36 2023 Oct. 21.86 


Xanthus 

2004 HQ1 2460243.50 2023 Oct. 26.00 0.1440 1opposition, 

arc = 30 days MPO 66364 2004 HQ1 

2001 TD45 2460244.46 2023 Oct. 26.96 


TD45 

(65733) 1993 PC 2460246.92 2023 Oct. 29.42 


PC 

2004 UU1 2460247.74 2023 Oct. 30.24 0.02877 1opposition, 

arc = 52 days MPO 74425 2004 UU1 


arc = 13 days MPO 77363 1997 UA11 

2003 UQ12 2460249.59 2023 Nov. 1.09 0.1851 1opposition, 

arc = 9 days MPO 62450 2003 UQ12 



1996 GD1 2460250.90 2023 Nov. 2.40 


GD1 

2003 UC20 2460251.16 2023 Nov. 2.66 


UC20 

2003 YT1 2460252.02 2023 Nov. 3.52 


YT1 

2003 SW130 2460254.07 2023 Nov. 5.57 0.1691 1opposition, 

arc = 4 days MPO 53798 2003 SW130 

2000 WN10 2460259.52 2023 Nov. 11.02 


WN10 

2004 RH340 2460259.81 2023 Nov. 11.31 0.1804 1opposition, 

arc = 95 days E2005-Q28 2004 RH340 

2005 JU81 2460260.23 2023 Nov. 11.73 0.07323 1opposition, 

arc = 18 days MPO 77892 2005 JU81 

(7350) 1993 VA 2460263.41 2023 Nov. 14.91 


VA 


arc = 64 days E2005-W84 2005 SX4 

2000 EE104 2460270.53 2023 Nov. 22.03 


EE104 


arc = 256 days MPO 77791 2004 UV1 


arc = 33 days MPO 57659 1994 WR12 

2004 XO 2460280.53 2023 Dec. 2.03 0.1693 1opposition, 

arc = 14 days MPO 74440 2004 XO 

2001 QQ142 2460285.38 2023 Dec. 6.88 


QQ142 

2002 WP 2460288.57 2023 Dec. 10.07 


WP 

2000 YS134 2460303.64 2023 Dec. 25.14 0.05839 1opposition, 

arc = 60 days MPO 11023 2000 YS134 

2000 CH59 2460305.34 2023 Dec. 26.84 


CH59 




arc = 4 days MPO 58111 2003 YG136 

2004 XY60 2460307.68 2023 Dec. 29.18 


XY60 

2003 SR84 2460312.89 2024 Jan. 3.39 0.1332 1opposition, 

arc = 7 days MPO 53788 2003 SR84 

1989 DA 2460317.68 2024 Jan. 8.18 


DA 

2002 AY1 2460318.26 2024 Jan. 8.76 


AY1 

2004 XD6 2460321.01 2024 Jan. 11.51 0.09895 1opposition, 

arc = 24 days MPO 74441 2004 XD6 

2005 AX28 2460323.49 2024 Jan. 13.99 0.06234 1opposition, 

arc = 4 days MPO 74477 2005 AX28 

2005 AD13 2460324.28 2024 Jan. 14.78 0.1328 1opposition, 

arc = 95 days MPO 77799 2005 AD13 


arc = 14 days MPO 74472 2005 AK3 


arc = 39 days MPO 43505 2003 CR1 

(1685) Toro 2460330.37 2024 Jan. 20.87 0.1331 


1998 XE12 2460337.53 2024 Jan. 28.03 


XE12 

1999 RA32 2460347.84 2024 Feb. 7.34 0.1494 1opposition, 

arc = 326 days MPO 3918 1999 RA32 

1992 BF 2460349.70 2024 Feb. 9.20 


BF 

2004 RN251 2460353.35 2024 Feb. 12.85 0.1645 1opposition, 

arc = 2 days MPO 70453 2004 RN251 

2005 EM169 2460353.42 2024 Feb. 12.92 0.1931 1opposition, 

arc = 5 days MPO 77841 2005 EM169 

2000 WP19 2460353.96 2024 Feb. 13.46 


WP19 

1995 FO 2460357.68 2024 Feb. 17.18 0.1342 1opposition, 

arc = 28 days MPO 47695 1995 FO 



2005 EK70 2460360.60 2024 Feb. 20.10 


EK70 

2000 ET70 2460363.02 2024 Feb. 22.52 


ET70 

2004 FM4 2460371.06 2024 Mar. 1.56 0.08600 1opposition, 

arc = 12 days MPO 62537 2004 FM4 

2001 CP36 2460372.39 2024 Mar. 2.89 0.1860 1opposition, 

arc = 7 days MPO 41678 2001 CP36 


arc = 11 days MPO 77821 2005 EO30 

2005 NG 2460384.38 2024 Mar. 14.88 0.1440 1opposition, 

arc = 9 days E2005-N63 2005 NG 

1999 TB10 2460386.50 2024 Mar. 17.00 


TB10 

2004 FH 2460392.09 2024 Mar. 22.59 0.09299 1opposition, 

arc = 3 days MPO 62536 2004 FH 

2004 EH1 2460394.03 2024 Mar. 24.53 0.06450 1opposition, 

arc = 26 days MPO 66339 2004 EH1 

2003 DX10 2460394.21 2024 Mar. 24.71 


DX10 

2001 SH276 2460394.24 2024 Mar. 24.74 


SH276 


arc = 17 days MPO 30700 2002 EC3 


arc = 12 days MPO 62536 2004 FK2 

2005 GB120 2460397.39 2024 Mar. 27.89 0.1229 1opposition, 

arc = 31 days MPO 77870 2005 GB120 

2005 TU50 2460398.83 2024 Mar. 29.33 0.07532 1opposition, 

arc = 22 days E2005-W20 2005 TU50 

(2063) Bacchus 2460400.61 2024 Mar. 31.11 


Bacchus 

2004 BY1 2460401.54 2024 Apr. 1.04 0.1362 1opposition, 

arc = 28 days MPO 62469 2004 BY1 

1998 WB2 2460401.61 2024 Apr. 1.11 0.02803 1opposition, 

arc = 15 days MPC 33380 1998 WB2 

2004 HM 2460402.08 2024 Apr. 1.58 0.1287 1- 



opposition, arc = 30 days MPO 66364 2004 HM 

(25330) 1999 KV4 2460404.58 2024 Apr. 4.08 


KV4 

2005 FG 2460407.21 2024 Apr. 6.71 0.03284 1opposition, 

arc = 30 days MPO 77855 2005 FG 

2001 KO41 2460409.58 2024 Apr. 9.08 0.1574 1opposition, 

arc = 26 days MPO 57827 2001 KO41 

2003 XV10 2460415.95 2024 Apr. 15.45 


XV10 

2004 DA53 2460417.70 2024 Apr. 17.20 0.1861 1opposition, 

arc = 2 days MPO 62514 2004 DA53 

2005 EB30 2460417.77 2024 Apr. 17.27 0.1645 1opposition, 

arc = 2 days MPO 77821 2005 EB30 

2000 WQ148 2460419.28 2024 Apr. 18.78 0.1339 1opposition, 

arc = 12 days MPO 11005 2000 WQ148 

2004 SB1 2460427.39 2024 Apr. 26.89 


SB1 

(53550) 2000 BF19 2460433.08 2024 May 2.58 


BF19 

2005 HN3 2460437.05 2024 May 6.55 0.1130 1opposition, 

arc = 36 days MPO 77877 2005 HN3 


arc = 49 days MPO 66347 2004 FM17 

2001 QJ142 2460444.41 2024 May 13.91 0.06082 1opposition, 

arc = 32 days MPO 18395 2001 QJ142 

2003 UM3 2460446.28 2024 May 15.78 0.1047 1opposition, 

arc = 1 days MPO 53840 2003 UM3 

(86667) 2000 FO10 2460446.40 2024 May 15.90 


FO10 

2004 AE6 2460448.58 2024 May 18.08 0.1053 1opposition, 

arc = 17 days MPO 58116 2004 AE6 

2004 VZ 2460451.22 2024 May 20.72 0.1862 1opposition, 

arc = 4 days MPO 74426 2004 VZ 

(21374) 1997 WS22 2460452.04 2024 May 21.54 


WS22 

2001 JW1 2460452.79 2024 May 22.29 




JW1 

1998 LD 2460458.75 2024 May 28.25 


LD 

2000 LL 2460460.57 2024 May 30.07 


LL 

1998 KY26 2460463.15 2024 June 1.65 0.03079 1opposition, 

arc = 11 days MPO 38186 1998 KY26 

(14827) Hypnos 2460464.37 2024 June 2.87 


Hypnos 

1998 KM3 2460467.06 2024 June 5.56 


KM3 

2004 LB2 2460469.39 2024 June 7.89 0.1932 1opposition, 

arc = 4 days MPO 66384 2004 LB2 

2005 WC1 2460470.29 2024 June 8.79 0.1798 1opposition, 

arc = 14 days E2005-X18 2005 WC1 

2005 WR2 2460478.77 2024 June 17.27 0.1670 1opposition, 

arc = 11 days E2005-X18 2005 WR2 

2005 UJ159 2460481.31 2024 June 19.81 0.1247 1opposition, 

arc = 35 days E2005-X18 2005 UJ159 

2002 MN 2460481.93 2024 June 20.43 0.04345 1opposition, 

arc = 53 days MPO 34019 2002 MN 


arc = 167 days MPO 50612 2002 KH3 

2005 BG14 2460485.84 2024 June 24.34 0.1280 1opposition, 

arc = 41 days MPO 77807 2005 BG14 


arc = 53 days MPO 77688 2003 BX33 


arc = 36 days MPO 77603 2002 LT24 

2003 XB22 2460491.61 2024 June 30.11 0.1947 1opposition, 

arc = 26 days MPO 66320 2003 XB22 

2002 XT90 2460500.46 2024 July 8.96 


XT90 

2005 JS108 2460506.17 2024 July 14.67 


JS108 

2000 SD8 2460508.24 2024 July 16.74 




SD8 

2000 RN77 2460509.34 2024 July 17.84 


RN77 

2004 NU7 2460509.83 2024 July 18.33 0.04240 1opposition, 

arc = 7 days MPO 70368 2004 NU7 


arc = 3 days E2005-O02 2005 ND63 

2005 EG94 2460521.36 2024 July 29.86 0.1239 1opposition, 

arc = 38 days MPO 77831 2005 EG94 

2000 UK11 2460522.12 2024 July 30.62 0.09560 1opposition, 

arc = 8 days MPO 41675 2000 UK11 

2002 QY6 2460525.74 2024 Aug. 3.24 


QY6 

2000 ET70 2460526.86 2024 Aug. 4.36 


ET70 

2003 MJ4 2460532.61 2024 Aug. 10.11 0.1044 1opposition, 

arc = 178 days MPO 57915 2003 MJ4 

2004 PT42 2460537.88 2024 Aug. 15.38 0.1797 1opposition, 

arc = 174 days MPO 74315 2004 PT42 

2002 DU3 2460544.86 2024 Aug. 22.36 


DU3 

2005 SM25 2460546.10 2024 Aug. 23.60 0.1808 1opposition, 

arc = 118 days E2005-W50 2005 SM25 


arc = 10 days E2005-R57 2005 QQ87 

2005 QB5 2460546.78 2024 Aug. 24.28 0.09121 1opposition, 

arc = 14 days E2005-R45 2005 QB5 

2002 RS129 2460549.11 2024 Aug. 26.61 0.1622 1opposition, 

arc = 18 days MPO 62405 2002 RS129 


arc = 53 days E2005-Q41 2005 NE21 

2003 WE 2460552.76 2024 Aug. 30.26 0.1329 1opposition, 

arc = 11 days MPO 58044 2003 WE 

2005 LQ40 2460553.45 2024 Aug. 30.95 0.1855 1opposition, 

arc = 21 days MPO 77910 2005 LQ40 

2005 EU95 2460559.32 2024 Sept. 5.82 0.1373 1opposition, 

arc = 3 days MPO 77831 2005 EU95 

2002 XG84 2460559.48 2024 Sept. 5.98 




XG84 

1999 AJ39 2460562.68 2024 Sept. 9.18 


AJ39 

2002 CE26 2460565.09 2024 Sept.11.59 


CE26 

2001 QJ142 2460567.46 2024 Sept.13.96 0.09833 1opposition, 

arc = 32 days MPO 18395 2001 QJ142 

1989 AZ 2460568.66 2024 Sept.15.16 


AZ 


arc = 3 days E2005-R45 2005 RX3 


arc = 6 days E2005-TA1 2005 TH45 

2001 QF96 2460582.02 2024 Sept.28.52 0.06116 1opposition, 

arc = 26 days MPO 57837 2001 QF96 

1999 RA32 2460587.30 2024 Oct. 3.80 0.1510 1opposition, 

arc = 326 days MPO 3918 1999 RA32 

2004 FE31 2460590.41 2024 Oct. 6.91 


FE31 


arc = 44 days MPO 57982 2003 TR9 

1998 ST27 2460595.58 2024 Oct. 12.08 


ST27 

(65679) 1989 UQ 2460599.17 2024 Oct. 15.67 


UQ 

2002 NV16 2460609.66 2024 Oct. 26.16 0.03200 1opposition, 

arc = 181 days MPO 41767 2002 NV16 

2004 XZ130 2460610.25 2024 Oct. 26.75 


XZ130 

2004 EK1 2460612.14 2024 Oct. 28.64 0.1846 1opposition, 

arc = 37 days MPO 62517 2004 EK1 

2003 UV11 2460616.82 2024 Nov. 2.32 


UV11 


arc = 15 days MPO 74443 2004 XK14 




arc = 2 days E2005-V42 2005 VO 

(66146) 1998 TU3 2460620.32 2024 Nov. 5.82 


TU3 

2004 UL 2460620.39 2024 Nov. 5.89 


UL 

2000 EE104 2460620.81 2024 Nov. 6.31 


EE104 

2001 VH5 2460622.67 2024 Nov. 8.17 


VH5 

2000 WN10 2460624.83 2024 Nov. 10.33 


WN10 

2005 WF 2460626.29 2024 Nov. 11.79 0.1217 1opposition, 

arc = 3 days E2005-X04 2005 WF 

2003 WW87 2460626.94 2024 Nov. 12.44 


WW87 

(36183) 1999 TX16 2460628.04 2024 Nov. 13.54 


TX16 

2005 WA 2460631.73 2024 Nov. 17.23 0.06368 1opposition, 

arc = 14 days E2005-X04 2005 WA 

2000 WX28 2460636.47 2024 Nov. 21.97 0.1786 1opposition, 

arc = 121 days MPO 57786 2000 WX28 

2000 WM63 2460638.45 2024 Nov. 23.95 0.1654 1opposition, 

arc = 383 days MPO 23612 2000 WM63 


arc = 1 days E2005-W33 2005 WC 

1996 FG3 2460640.18 2024 Nov. 25.68 


FG3 

2004 XO 2460645.17 2024 Nov. 30.67 0.1723 1opposition, 

arc = 14 days MPO 74440 2004 XO 

2003 SD220 2460647.06 2024 Dec. 2.56 


SD220 

2004 CO49 2460654.54 2024 Dec. 10.04 0.1491 1opposition, 

arc = 30 days MPO 62496 2004 CO49 




arc = 208 days MPO 15093 2000 WL63 

2002 WQ4 2460672.50 2024 Dec. 28.00 


WQ4 


arc = 4 days MPO 58111 2003 YG136 

2003 UX34 2460682.50 2025 Jan. 7.00 


UX34 


arc = 98 days MPO 62458 2003 YO3 

(887) Alinda 2460684.07 2025 Jan. 8.57 0.08220 

24 oppositions, 1918-2004 MPO 65987 (887) Alinda 

2005 NX55 2460684.70 2025 Jan. 9.20 0.03562 1opposition, 

arc = 1 days E2005-O25 2005 NX55 


arc = 5 days E2005-X18 2005 WJ56 

2002 AL31 2460686.64 2025 Jan. 11.14 0.1914 1opposition, 

arc = 8 days MPO 24038 2002 AL31 

2003 UW29 2460687.63 2025 Jan. 12.13 0.06532 1opposition, 

arc = 35 days MPO 57991 2003 UW29 


arc = 121 days MPO 66327 2004 BW58 

2004 EK1 2460700.65 2025 Jan. 25.15 0.1914 1opposition, 

arc = 37 days MPO 62517 2004 EK1 

1998 HE3 2460709.93 2025 Feb. 3.43 


HE3 


arc = 7 days MPO 74134 2002 CC14 

(6239) Minos 2460711.90 2025 Feb. 5.40 


Minos 

2003 AC23 2460716.62 2025 Feb. 10.12 0.05008 1opposition, 

arc = 21 days MPO 41910 2003 AC23 

2004 XG 2460722.69 2025 Feb. 16.19 0.04643 1opposition, 

arc = 13 days MPO 74440 2004 XG 


arc = 23 days MPO 57713 1999 VF22 

2002 SQ 2460731.22 2025 Feb. 24.72 




SQ 


arc = 24 days MPO 62386 2002 CN15 

2005 HC4 2460742.52 2025 Mar. 8.02 0.1454 1opposition, 

arc = 12 days MPO 77877 2005 HC4 

1999 CF9 2460742.57 2025 Mar. 8.07 


CF9 

2005 TE15 2460743.18 2025 Mar. 8.68 0.1854 1opposition, 

arc = 52 days E2005-W62 2005 TE15 

(66008) 1998 QH2 2460744.43 2025 Mar. 9.93 


QH2 

2000 UG11 2460746.79 2025 Mar. 12.29 0.1553 1opposition, 

arc = 19 days MPO 41675 2000 UG11 


arc = 25 days MPO 30702 2002 EM7 

2004 SU26 2460750.86 2025 Mar. 16.36 0.08762 1opposition, 

arc = 1 days MPO 70470 2004 SU26 

2001 XQ30 2460752.58 2025 Mar. 18.08 


XQ30 


arc = 8 days MPO 48340 2003 FK1 

2005 BY2 2460753.26 2025 Mar. 18.76 


BY2 

2003 FJ8 2460755.07 2025 Mar. 20.57 0.03213 1opposition, 

arc = 5 days MPO 48342 2003 FJ8 

1999 RA32 2460756.83 2025 Mar. 22.33 0.09186 1opposition, 

arc = 326 days MPO 3918 1999 RA32 

1999 GS6 2460760.32 2025 Mar. 25.82 


GS6 

2004 CZ1 2460762.85 2025 Mar. 28.35 0.1412 1opposition, 

arc = 12 days MPO 62488 2004 CZ1 

(4034) 1986 PA 2460766.92 2025 Apr. 1.42 


PA 

2005 SL 2460768.47 2025 Apr. 2.97 0.06683 1opposition, 

arc = 10 days E2005-T15 2005 SL 


arc = 36 days MPO 70227 1999 SO5 




arc = 24 days MPO 48364 2003 GQ22 

(85953) 1999 FK21 2460773.74 2025 Apr. 8.24 


FK21 


arc = 8 days MPO 48369 2003 HM 

(9058) 1992 JB 2460787.44 2025 Apr. 21.94 


JB 

2003 UB10 2460788.68 2025 Apr. 23.18 


UB10 

2003 SL36 2460789.71 2025 Apr. 24.21 0.1262 1opposition, 

arc = 8 days MPO 53777 2003 SL36 

2000 JZ8 2460793.43 2025 Apr. 27.93 0.1377 1opposition, 

arc = 60 days MPO 2777 2000 JZ8 


arc = 10 days MPO 787 2000 HB24 

2005 TB 2460794.74 2025 Apr. 29.24 


TB 


arc = 35 days MPO 70367 2004 MO7 


arc = 28 days E2005-O34 2005 MO13 

1998 VE31 2460796.27 2025 Apr. 30.77 0.1612 1opposition, 

arc = 13 days MPO 57680 1998 VE31 

2003 GS 2460802.24 2025 May 6.74 


GS 

2002 JX8 2460804.97 2025 May 9.47 


JX8 

2002 SY50 2460811.27 2025 May 15.77 


SY50 

2002 XS40 2460814.07 2025 May 18.57 


XS40 

2002 JW15 2460815.67 2025 May 20.17 


JW15 



(65733) 1993 PC 2460818.57 2025 May 23.07 


PC 


arc = 16 days MPO 66383 2004 KH17 

2003 MH4 2460820.08 2025 May 24.58 


MH4 


arc = 63 days MPO 50761 2003 HB 

2005 WB1 2460827.69 2025 June 1.19 0.1567 1opposition, 

arc = 11 days E2005-X08 2005 WB1 


arc = 11 days E2005-X08 2005 WE 

1995 HM 2460829.89 2025 June 3.39 0.1296 1opposition, 

arc = 55 days MPC 26191 1995 HM 


arc = 4 days E2005-N08 2005 ME5 

1996 JG 2460832.00 2025 June 5.50 


JG 

1997 XR2 2460835.52 2025 June 9.02 0.08095 1opposition, 

arc = 28 days MPO 53582 1997 XR2 

2003 EB50 2460836.64 2025 June 10.14 


EB50 

2004 VZ14 2460840.81 2025 June 14.31 0.1854 1opposition, 

arc = 9 days MPO 74429 2004 VZ14 


arc = 4 days MPO 66384 2004 LO2 

2001 WH1 2460841.90 2025 June 15.40 0.1442 1opposition, 

arc = 24 days MPO 23929 2001 WH1 

2000 LF3 2460844.30 2025 June 17.80 0.04700 1opposition, 

arc = 12 days MPO 41656 2000 LF3 

2001 BD16 2460847.07 2025 June 20.57 


BD16 

2002 LD31 2460847.86 2025 June 21.36 0.1722 1opposition, 

arc = 52 days MPO 34015 2002 LD31 

2003 AY2 2460849.23 2025 June 22.73 


AY2 

1999 MN 2460862.15 2025 July 5.65 




MN 

2000 EZ148 2460867.32 2025 July 10.82 


EZ148 

2001 UP 2460871.15 2025 July 14.65 0.1714 1opposition, 

arc = 4 days MPO 38327 2001 UP 

2002 NX 2460874.85 2025 July 18.35 0.1908 1opposition, 

arc = 155 days MPO 41766 2002 NX 

2001 YN2 2460882.64 2025 July 26.14 0.07380 1opposition, 

arc = 21 days MPO 24004 2001 YN2 

2004 QD14 2460889.57 2025 Aug. 2.07 


QD14 

(35107) 1991 VH 2460889.64 2025 Aug. 2.14 


VH 

2004 AS1 2460898.84 2025 Aug. 11.34 


AS1 

(2100) Ra-Shalom 2460900.15 2025 Aug. 12.65 0.1729 



arc = 28 days E2005-P32 2005 NW44 

2005 TM 2460907.06 2025 Aug. 19.56 0.1776 1opposition, 

arc = 6 days E2005-T51 2005 TM 

1997 QK1 2460907.93 2025 Aug. 20.43 


QK1 


arc = 10 days E2005-R57 2005 QQ87 

1999 RA32 2460912.97 2025 Aug. 25.47 0.1136 1opposition, 

arc = 326 days MPO 3918 1999 RA32 

2000 RF52 2460915.29 2025 Aug. 27.79 0.09656 1opposition, 

arc = 87 days MPO 9810 2000 RF52 

(98943) 2001 CC21 2460915.51 2025 Aug. 28.01 


CC21 

2002 RS129 2460918.15 2025 Aug. 30.65 0.1229 1opposition, 

arc = 18 days MPO 62405 2002 RS129 

2003 SU84 2460926.55 2025 Sept. 8.05 0.1642 1opposition, 

arc = 40 days MPO 62448 2003 SU84 

2004 SV55 2460931.64 2025 Sept.13.14 0.09636 1- 



opposition, arc = 46 days MPO 74366 2004 SV55 

2004 SU55 2460933.68 2025 Sept.15.18 0.1502 1opposition, 

arc = 50 days MPO 74366 2004 SU55 


arc = 20 days MPO 62365 2001 SQ263 

1998 SD15 2460937.59 2025 Sept.19.09 


SD15 

2005 EJ225 2460940.23 2025 Sept.21.73 


EJ225 

2002 TX59 2460942.02 2025 Sept.23.52 0.09222 1opposition, 

arc = 7 days MPO 38454 2002 TX59 

2000 EA14 2460943.67 2025 Sept.25.17 


EA14 

1998 FW4 2460948.29 2025 Sept.29.79 


FW4 

2002 QY6 2460953.51 2025 Oct. 5.01 


QY6 

2001 SD170 2460964.82 2025 Oct. 16.32 


SD170 

2005 JB22 2460965.55 2025 Oct. 17.05 0.1183 1opposition, 

arc = 7 days MPO 77881 2005 JB22 

2004 VG64 2460971.58 2025 Oct. 23.08 


VG64 

(99907) 1989 VA 2460973.50 2025 Oct. 25.00 


VA 

1998 VR 2460975.22 2025 Oct. 26.72 


VR 

2003 HG2 2460976.26 2025 Oct. 27.76 0.04354 1opposition, 

arc = 61 days MPO 50761 2003 HG2 

2001 ND13 2460979.19 2025 Oct. 30.69 0.1450 1opposition, 

arc = 19 days MPO 57831 2001 ND13 

2004 XZ130 2460980.46 2025 Oct. 31.96 


XZ130 



2005 EZ223 2460984.79 2025 Nov. 5.29 0.04557 1opposition, 

arc = 23 days MPO 77848 2005 EZ223 

2000 EE104 2460986.11 2025 Nov. 6.61 


EE104 

2004 VZ 2460987.20 2025 Nov. 7.70 0.05485 1opposition, 

arc = 4 days MPO 74426 2004 VZ 

2004 FN18 2460987.21 2025 Nov. 7.71 


FN18 

2000 WN10 2460990.21 2025 Nov. 10.71 


WN10 


arc = 18 days MPO 77801 2005 AY28 

(3361) Orpheus 2460998.56 2025 Nov. 19.06 


Orpheus 

2005 WA1 2461003.99 2025 Nov. 24.49 0.1571 1opposition, 

arc = 21 days E2005-X16 2005 WA1 

2004 HF12 2461005.97 2025 Nov. 26.47 0.1830 1opposition, 

arc = 48 days MPO 66365 2004 HF12 

2004 GB19 2461007.19 2025 Nov. 27.69 0.06934 1opposition, 

arc = 21 days MPO 66358 2004 GB19 

2002 VV17 2461013.98 2025 Dec. 4.48 


VV17 

1993 RA 2461014.77 2025 Dec. 5.27 


RA 

2000 SP43 2461018.02 2025 Dec. 8.52 


SP43 


arc = 33 days MPO 57659 1994 WR12 


arc = 33 days MPO 41899 2002 YG4 

1999 SF10 2461025.61 2025 Dec. 16.11 0.01771 1opposition, 

arc = 9 days MPC 36570 1999 SF10 


arc = 27 days MPO 77687 2003 AK73 

2005 GN59 2461034.04 2025 Dec. 24.54 0.1081 1opposition, 

arc = 81 days MPO 77864 2005 GN59 



2004 VA 2461040.08 2025 Dec. 30.58 


VA 


arc = 2 days MPO 62541 2004 FG29 

2000 AC6 2461042.36 2026 Jan. 1.86 


AC6 

(67381) 2000 OL8 2461044.53 2026 Jan. 4.03 


OL8 

(26663) 2000 XK47 2461047.88 2026 Jan. 7.38 


XK47 

2003 BA21 2461048.69 2026 Jan. 8.19 


BA21 

2005 UK1 2461052.70 2026 Jan. 12.20 0.08054 1opposition, 

arc = 38 days E2005-X08 2005 UK1 

(2340) Hathor 2461057.97 2026 Jan. 17.47 


Hathor 

2000 BH19 2461059.08 2026 Jan. 18.58 


BH19 


arc = 109 days MPO 48309 2003 AK18 

2004 MO3 2461070.21 2026 Jan. 29.71 0.08597 1opposition, 

arc = 22 days MPO 66388 2004 MO3 

2001 DQ8 2461072.90 2026 Feb. 1.40 0.1177 1opposition, 

arc = 25 days MPO 57802 2001 DQ8 

2004 EL20 2461076.45 2026 Feb. 4.95 0.09600 1opposition, 

arc = 3 days MPO 62522 2004 EL20 


arc = 32 days MPC 39601 2000 CP101 

1997 XE10 2461077.30 2026 Feb. 5.80 0.1736 1opposition, 

arc = 8 days MPC 31155 1997 XE10 

2002 AJ129 2461081.25 2026 Feb. 9.75 


AJ129 

1999 AO10 2461082.03 2026 Feb. 10.53 0.02677 1opposition, 

arc = 33 days MPC 34039 1999 AO10 



2001 FD58 2461086.09 2026 Feb. 14.59 


FD58 

2004 DH2 2461086.78 2026 Feb. 15.28 


DH2 


arc = 378 days MPO 35561 2001 QC34 

2001 EC 2461088.46 2026 Feb. 16.96 0.1033 1opposition, 

arc = 56 days MPO 57806 2001 EC 

2002 SR 2461090.04 2026 Feb. 18.54 0.1939 1opposition, 

arc = 198 days MPO 77648 2002 SR 

2002 LX 2461097.22 2026 Feb. 25.72 0.1313 1opposition, 

arc = 33 days MPO 34011 2002 LX 

(52340) 1992 SY 2461098.64 2026 Feb. 27.14 


SY 

(52340) 1992 SY 2461098.64 2026 Feb. 27.14 


SY 

2001 PT9 2461101.55 2026 Mar. 2.05 0.03703 1opposition, 

arc = 30 days MPO 18352 2001 PT9 

2003 KN18 2461104.49 2026 Mar. 4.99 


KN18 


arc = 4 days MPO 77816 2005 EP1 

2000 RE52 2461110.01 2026 Mar. 10.51 0.07283 1opposition, 

arc = 15 days MPO 57782 2000 RE52 


arc = 56 days MPO 48015 2001 EC16 

2001 QM163 2461112.99 2026 Mar. 13.49 0.1648 1opposition, 

arc = 31 days MPO 57838 2001 QM163 

1999 GY5 2461136.06 2026 Apr. 5.56 


GY5 

2003 FH 2461138.03 2026 Apr. 7.53 


FH 

2002 TB70 2461138.29 2026 Apr. 7.79 


TB70 

2003 GX 2461141.61 2026 Apr. 11.11 0.07822 1- 



opposition, arc = 18 days MPO 48360 2003 GX 

2005 TE 2461143.16 2026 Apr. 12.66 0.1129 1opposition, 

arc = 6 days E2005-T51 2005 TE 

2003 SF 2461145.30 2026 Apr. 14.80 0.1289 1opposition, 

arc = 13 days MPO 53769 2003 SF 

2004 GD 2461145.55 2026 Apr. 15.05 0.1288 1opposition, 

arc = 11 days MPO 66355 2004 GD 

(90416) 2003 YK118 2461150.38 2026 Apr. 19.88 


YK118 

2004 PJ2 2461152.51 2026 Apr. 22.01 


PJ2 

2003 HG2 2461153.24 2026 Apr. 22.74 0.1537 1opposition, 

arc = 61 days MPO 50761 2003 HG2 

(54071) 2000 GQ146 2461153.47 2026 Apr. 22.97 


GQ146 

2004 VY14 2461157.36 2026 Apr. 26.86 0.07294 1opposition, 

arc = 16 days MPO 74429 2004 VY14 

(88710) 2001 SL9 2461157.47 2026 Apr. 26.97 


SL9 

1998 KJ17 2461158.36 2026 Apr. 27.86 0.1622 1opposition, 

arc = 8 days MPC 32089 1998 KJ17 


arc = 16 days MPO 70351 2002 JR100 

2004 US1 2461164.56 2026 May 4.06 0.1240 1opposition, 

arc = 24 days MPO 74425 2004 US1 

1998 HJ3 2461169.61 2026 May 9.11 0.1778 1opposition, 

arc = 13 days MPO 57669 1998 HJ3 

2002 VU114 2461169.98 2026 May 9.48 0.1599 1opposition, 

arc = 21 days MPO 74240 2002 VU114 

1998 HE3 2461171.02 2026 May 10.52 


HE3 

2005 AH14 2461172.72 2026 May 12.22 


AH14 

2002 EZ11 2461176.86 2026 May 16.36 


EZ11 

1999 AM10 2461179.23 2026 May 18.73 0.1371 1- 



opposition, arc = 11 days MPC 34039 1999 AM10 

1997 MW1 2461181.79 2026 May 21.29 


MW1 

2004 HW 2461182.49 2026 May 21.99 


HW 


arc = 21 days MPO 30729 2002 FW1 

2003 XJ7 2461188.60 2026 May 28.10 0.1891 1opposition, 

arc = 1 days MPO 58081 2003 XJ7 

(1943) Anteros 2461190.85 2026 May 30.35 0.1322 

11 oppositions, 1973-1997 MPC 32295 (1943) Anteros 

2001 KU66 2461192.07 2026 May 31.57 0.03299 1opposition, 

arc = 4 days MPO 14449 2001 KU66 

1999 MN 2461194.77 2026 June 3.27 


MN 

2005 UU3 2461195.90 2026 June 4.40 0.1584 1opposition, 

arc = 31 days E2005-W93 2005 UU3 


arc = 38 days MPO 74427 2004 VJ1 


arc = 15 days MPO 50767 2003 LN6 

(17182) 1999 VU 2461210.83 2026 June 19.33 


VU 


arc = 4 days MPO 74450 2004 XB45 

2002 EM7 2461218.50 2026 June 27.00 0.1106 1opposition, 

arc = 25 days MPO 30702 2002 EM7 

1997 NC1 2461218.97 2026 June 27.47 


NC1 


arc = 53 days E2005-Q41 2005 NE21 

2005 UR 2461224.76 2026 July 3.26 0.1626 1opposition, 

arc = 5 days E2005-U88 2005 UR 

1996 MQ 2461230.21 2026 July 8.71 0.02959 1opposition, 

arc = 23 days MPC 27563 1996 MQ 

2005 UY6 2461232.52 2026 July 11.02 0.1800 1opposition, 

arc = 29 days E2005-W78 2005 UY6 

2005 VN5 2461234.37 2026 July 12.87 0.1948 1- 



opposition, arc = 2 days E2005-V84 2005 VN5 

2004 BK86 2461234.53 2026 July 13.03 0.1031 1opposition, 

arc = 1 days MPO 58137 2004 BK86 

2004 KG1 2461238.27 2026 July 16.77 0.1352 1opposition, 

arc = 10 days MPO 66381 2004 KG1 

2002 KJ3 2461241.85 2026 July 20.35 0.1873 1opposition, 

arc = 175 days MPO 57867 2002 KJ3 

2002 TC70 2461245.16 2026 July 23.66 


TC70 

2004 OT11 2461248.42 2026 July 26.92 


OT11 

2000 YV137 2461261.72 2026 Aug. 9.22 


YV137 

169P/NEAT 2461264.31 2026 Aug. 11.81 

0.1672 MPC 54701 169P/ 

NEAT 

(1620) Geographos 2461264.86 2026 Aug. 12.36 0.1704 


2004 TF10 2461266.38 2026 Aug. 13.88 0.07093 1opposition, 

arc = 33 days MPO 74368 2004 TF10 

2005 EG94 2461273.91 2026 Aug. 21.41 0.08369 1opposition, 

arc = 38 days MPO 77831 2005 EG94 


arc = 10 days E2005-R57 2005 QQ87 

(66146) 1998 TU3 2461279.19 2026 Aug. 26.69 


TU3 

2005 PJ2 2461280.03 2026 Aug. 27.53 0.04474 1opposition, 

arc = 37 days E2005-S25 2005 PJ2 

2002 GQ5 2461280.68 2026 Aug. 28.18 0.1157 1opposition, 

arc = 26 days MPO 30734 2002 GQ5 

2004 FE31 2461290.05 2026 Sept. 6.55 


FE31 

1999 FA 2461296.23 2026 Sept.12.73 


FA 

2004 FX1 2461306.03 2026 Sept.22.53 0.1799 1opposition, 

arc = 2 days MPO 62536 2004 FX1 

2001 RY47 2461309.52 2026 Sept.26.02 




RY47 

1998 FF14 2461312.06 2026 Sept.28.56 


FF14 

2001 CB21 2461312.80 2026 Sept.29.30 


CB21 

2005 VS 2461317.17 2026 Oct. 3.67 0.1401 1opposition, 

arc = 28 days E2005-X08 2005 VS 

2001 SH276 2461318.66 2026 Oct. 5.16 


SH276 

2004 GU9 2461325.85 2026 Oct. 12.35 


GU9 


arc = 53 days E2005-W20 2005 ST1 


arc = 8 days MPO 57987 2003 UY12 

2000 SZ162 2461329.95 2026 Oct. 16.45 0.03792 1opposition, 

arc = 8 days MPO 5115 2000 SZ162 

2004 VG64 2461330.57 2026 Oct. 17.07 


VG64 

2004 HX53 2461338.15 2026 Oct. 24.65 0.09185 1opposition, 

arc = 11 days MPO 66370 2004 HX53 


arc = 172 days MPO 48284 2002 TA69 


arc = 26 days MPO 74367 2004 TP1 


arc = 098 days E2005-V84 2002 VE68 

2005 GU 2461347.39 2026 Nov. 2.89 


GU 

2004 XZ130 2461348.50 2026 Nov. 4.00 


XZ130 

2001 KF54 2461350.33 2026 Nov. 5.83 


KF54 

2000 EE104 2461352.85 2026 Nov. 8.35 




EE104 

2000 WN10 2461355.58 2026 Nov. 11.08 


WN10 


arc = 38 days MPO 74427 2004 VJ1 


arc = 13 days MPO 57680 1998 VE31 

2001 VB 2461357.25 2026 Nov. 12.75 0.1893 1opposition, 

arc = 8 days MPO 21144 2001 VB 

2005 JE46 2461358.33 2026 Nov. 13.83 


JE46 

2001 XV266 2461358.65 2026 Nov. 14.15 


XV266 

2005 UJ6 2461365.08 2026 Nov. 20.58 0.1945 1opposition, 

arc = 22 days E2005-W17 2005 UJ6 


arc = 15 days MPO 74443 2004 XK14 


arc = 3 days E2005-W54 2005 WY1 

1990 HA 2461372.61 2026 Nov. 28.11 


HA 


arc = 15 days MPO 24005 2001 YE4 

2004 JQ1 2461383.75 2026 Dec. 9.25 0.07051 1opposition, 

arc = 31 days MPO 66372 2004 JQ1 

(88213) 2001 AF2 2461389.21 2026 Dec. 14.71 


AF2 

1999 AQ10 2461395.70 2026 Dec. 21.20 0.1991 1opposition, 

arc = 42 days MPO 1439 1999 AQ10 


arc = 6 days MPO 58085 2003 YR1 

(33342) 1998 WT24 2461398.82 2026 Dec. 24.32 


WT24 

2000 WQ148 2461399.69 2026 Dec. 25.19 0.06217 1opposition, 

arc = 12 days MPO 11005 2000 WQ148 

2003 JC13 2461402.15 2026 Dec. 27.65 




JC13 

(5693) 1993 EA 2461404.93 2026 Dec. 30.43 


EA 

2002 XT90 2461411.17 2027 Jan. 5.67 


XT90 

1999 HA2 2461415.96 2027 Jan. 10.46 0.1992 1opposition, 

arc = 55 days MPC 35096 1999 HA2 

2003 TH2 2461418.52 2027 Jan. 13.02 0.1544 1opposition, 

arc = 25 days MPO 57981 2003 TH2 

2004 ER21 2461425.62 2027 Jan. 20.12 0.1384 1opposition, 

arc = 8 days MPO 62522 2004 ER21 

(7341) 1991 VK 2461427.63 2027 Jan. 22.13 


VK 

1993 VD 2461429.60 2027 Jan. 24.10 


VD 

1997 WT22 2461432.32 2027 Jan. 26.82 


WT22 

2000 EF104 2461440.58 2027 Feb. 4.08 


EF104 


arc = 38 days MPO 74427 2004 VJ1 

2000 UR16 2461445.66 2027 Feb. 9.16 0.1987 1opposition, 

arc = 33 days MPO 9844 2000 UR16 

2002 LY1 2461447.13 2027 Feb. 10.63 0.1063 1opposition, 

arc = 12 days MPO 70351 2002 LY1 

2002 EY 2461450.23 2027 Feb. 13.73 0.1817 1opposition, 

arc = 44 days MPO 30700 2002 EY 

(31669) 1999 JT6 2461454.90 2027 Feb. 18.40 


JT6 


arc = 20 days MPC 32517 1995 CR 

2001 CP36 2461467.39 2027 Mar. 2.89 0.08406 1opposition, 

arc = 7 days MPO 41678 2001 CP36 

1999 FA 2461468.71 2027 Mar. 4.21 




FA 

1997 WT22 2461472.12 2027 Mar. 7.62 


WT22 

2001 SN289 2461476.88 2027 Mar. 12.38 


SN289 

2004 OW10 2461482.08 2027 Mar. 17.58 0.04484 1opposition, 

arc = 14 days MPO 66397 2004 OW10 

2001 SY169 2461486.37 2027 Mar. 21.87 0.1405 1opposition, 

arc = 22 days MPO 57844 2001 SY169 

2002 DJ5 2461488.07 2027 Mar. 23.57 


DJ5 


arc = 3 days MPO 77854 2005 FC 

2000 RS11 2461491.20 2027 Mar. 26.70 


RS11 

(52750) 1998 KK17 2461499.61 2027 Apr. 4.11 


KK17 

(4769) Castalia 2461499.65 2027 Apr. 4.15 


Castalia 

2000 FN10 2461502.27 2027 Apr. 6.77 


FN10 

2002 GR 2461503.40 2027 Apr. 7.90 0.1665 1opposition, 

arc = 48 days MPO 31990 2002 GR 

2000 FK10 2461503.48 2027 Apr. 7.98 


FK10 

2001 XV266 2461503.67 2027 Apr. 8.17 


XV266 

2000 QK130 2461504.14 2027 Apr. 8.64 


QK130 


arc = 12 days MPO 77860 2005 GR33 

2002 JX8 2461511.26 2027 Apr. 15.76 




JX8 

2004 WG1 2461511.27 2027 Apr. 15.77 0.08253 1opposition, 

arc = 58 days MPO 74439 2004 WG1 

2002 CW11 2461511.99 2027 Apr. 16.49 0.09800 1opposition, 

arc = 14 days MPO 26152 2002 CW11 

2002 QW47 2461513.43 2027 Apr. 17.93 


QW47 

2001 WM15 2461516.34 2027 Apr. 20.84 0.07387 1opposition, 

arc = 4 days MPO 23932 2001 WM15 

2002 HE8 2461520.75 2027 Apr. 25.25 0.1284 1opposition, 

arc = 48 days MPO 32011 2002 HE8 

1998 YM4 2461523.42 2027 Apr. 27.92 0.1205 1opposition, 

arc = 21 days MPO 57683 1998 YM4 

2002 VS85 2461539.51 2027 May 14.01 0.06607 1opposition, 

arc = 3 days MPO 62430 2002 VS85 

1996 GD1 2461541.67 2027 May 16.17 


GD1 

(85818) 1998 XM4 2461543.81 2027 May 18.31 


XM4 

2002 JD9 2461543.93 2027 May 18.43 0.08905 1opposition, 

arc = 9 days MPO 74177 2002 JD9 

1991 JW 2461545.20 2027 May 19.70 


JW 

2003 UB10 2461547.73 2027 May 22.23 


UB10 

1994 UG 2461551.99 2027 May 26.49 


UG 


arc = 36 days MPO 77603 2002 LT24 

2005 AX28 2461560.23 2027 June 3.73 0.1223 1opposition, 

arc = 4 days MPO 74477 2005 AX28 

2003 EB50 2461561.28 2027 June 4.78 


EB50 

(4953) 1990 MU 2461563.45 2027 June 6.95 0.03084 

14 oppositions, 1974-2001 MPO 38159 (4953) 1990 MU 



2004 JC 2461566.66 2027 June 10.16 0.1849 1opposition, 

arc = 21 days MPO 66372 2004 JC 


arc = 4 days E2005-T81 2005 TE49 

(20236) 1998 BZ7 2461568.96 2027 June 12.46 


BZ7 


arc = 48 days MPO 77859 2005 GO21 


arc = 111 days E2005-W17 2005 LW19 

2004 BB103 2461580.92 2027 June 24.42 0.05722 1opposition, 

arc = 27 days MPO 62485 2004 BB103 

2005 WC 2461587.65 2027 July 1.15 0.1021 1opposition, 

arc = 1 days E2005-W33 2005 WC 

2003 FF5 2461588.36 2027 July 1.86 0.1144 1opposition, 

arc = 213 days MPO 62443 2003 FF5 


arc = 4 days MPO 74487 2005 BG28 

(17511) 1992 QN 2461598.70 2027 July 12.20 


QN 

2003 HF2 2461603.52 2027 July 17.02 


HF2 

2001 BA40 2461603.89 2027 July 17.39 


BA40 

2005 OK3 2461603.95 2027 July 17.45 0.1856 1opposition, 

arc = 74 days E2005-T93 2005 OK3 

2003 NZ6 2461604.30 2027 July 17.80 


NZ6 

1998 CS1 2461605.50 2027 July 19.00 


CS1 


arc = 28 days E2005-P32 2005 NW44 

2000 PJ5 2461613.76 2027 July 27.26 


PJ5 

2004 MX2 2461613.92 2027 July 27.42 




MX2 

1996 XB27 2461616.00 2027 July 29.50 


XB27 

1990 OS 2461616.40 2027 July 29.90 


OS 

2002 QY6 2461619.51 2027 Aug. 2.01 


QY6 

1999 AN10 2461624.79 2027 Aug. 7.29 


AN10 


arc = 126 days E2005-U13 2005 LP40 

2002 CU46 2461626.83 2027 Aug. 9.33 0.1216 1opposition, 

arc = 21 days MPO 27831 2002 CU46 

2004 RU10 2461628.01 2027 Aug. 10.51 


RU10 

2004 EO20 2461629.77 2027 Aug. 12.27 0.1775 1opposition, 

arc = 30 days MPO 62522 2004 EO20 

2001 RZ11 2461630.47 2027 Aug. 12.97 


RZ11 

2002 EU11 2461633.77 2027 Aug. 16.27 0.06063 1opposition, 

arc = 13 days MPO 30703 2002 EU11 

2002 GT 2461634.39 2027 Aug. 16.89 


GT 

2001 FC58 2461634.73 2027 Aug. 17.23 


FC58 


arc = 10 days E2005-R57 2005 QQ87 


arc = 16 days MPO 70351 2002 JR100 

2003 HW10 2461647.57 2027 Aug. 30.07 0.06059 1opposition, 

arc = 3 days MPO 48371 2003 HW10 

2005 OH3 2461653.36 2027 Sept. 4.86 0.1445 1opposition, 

arc = 6 days E2005-P28 2005 OH3 

(11066) Sigurd 2461657.10 2027 Sept. 8.60 




Sigurd 

2005 VN5 2461658.53 2027 Sept.10.03 0.1616 1opposition, 

arc = 2 days E2005-V84 2005 VN5 

2005 TD49 2461659.87 2027 Sept.11.37 0.1336 1opposition, 

arc = 12 days E2005-U10 2005 TD49 


arc = 172 days MPO 35573 2002 EM6 

(87684) 2000 SY2 2461665.52 2027 Sept.17.02 


SY2 

2002 EN7 2461666.16 2027 Sept.17.66 0.06447 1opposition, 

arc = 24 days MPO 57851 2002 EN7 

2001 WT1 2461675.44 2027 Sept.26.94 


WT1 

2003 UD22 2461678.36 2027 Sept.29.86 0.1875 1opposition, 

arc = 59 days MPO 57989 2003 UD22 

2001 SH276 2461678.42 2027 Sept.29.92 


SH276 

(68267) 2001 EA16 2461680.71 2027 Oct. 2.21 


EA16 

2004 VC 2461681.04 2027 Oct. 2.54 


VC 


arc = 30 days E2005-W50 2005 UO 

2003 SQ222 2461686.11 2027 Oct. 7.61 0.1645 1opposition, 

arc = 4 days MPO 53820 2003 SQ222 

1998 ST27 2461687.93 2027 Oct. 9.43 


ST27 


arc = 3 days MPO 70482 2004 TN20 

2004 GU9 2461693.31 2027 Oct. 14.81 


GU9 

2004 RX10 2461694.34 2027 Oct. 15.84 0.09523 1opposition, 

arc = 30 days MPO 70398 2004 RX10 


arc = 35 days MPO 57991 2003 UW29 

2004 QT24 2461703.09 2027 Oct. 24.59 




QT24 

1998 QQ63 2461704.69 2027 Oct. 26.19 


QQ63 


arc = 56 days E2005-U16 2005 QC5 

2005 EA 2461708.92 2027 Oct. 30.42 0.1981 1opposition, 

arc = 16 days MPO 77816 2005 EA 

2005 UW3 2461710.51 2027 Nov. 1.01 0.1531 1opposition, 

arc = 5 days E2005-V01 2005 UW3 

1997 WB21 2461712.42 2027 Nov. 2.92 


WB21 

(5011) Ptah 2461713.50 2027 Nov. 4.00 


Ptah 


arc = 11 days MPO 23941 2001 WF49 


arc = 4 days MPO 74439 2004 WC1 

2005 SE71 2461718.39 2027 Nov. 8.89 0.1923 1opposition, 

arc = 62 days E2005-X08 2005 SE71 

2000 EE104 2461719.01 2027 Nov. 9.51 


EE104 

2005 BO1 2461720.81 2027 Nov. 11.31 0.1706 1opposition, 

arc = 23 days MPO 74484 2005 BO1 

2000 WN10 2461721.06 2027 Nov. 11.56 


WN10 

2003 BR47 2461722.26 2027 Nov. 12.76 


BR47 

2003 SD220 2461722.29 2027 Nov. 12.79 


SD220 

2003 MM 2461728.72 2027 Nov. 19.22 


MM 

2005 WN3 2461729.28 2027 Nov. 19.78 0.1495 1opposition, 

arc = 1 days E2005-W74 2005 WN3 

2002 XC91 2461729.97 2027 Nov. 20.47 0.1635 1- 



opposition, arc = 30 days MPO 41898 2002 XC91 


arc = 30 days MPO 41898 2002 XC91 


arc = 16 days MPO 47866 2000 EW70 

2005 LU3 2461731.90 2027 Nov. 22.40 0.03746 1opposition, 

arc = 4 days MPO 77906 2005 LU3 

2002 XB 2461736.26 2027 Nov. 26.76 0.1411 1opposition, 

arc = 60 days MPO 77681 2002 XB 

2004 QD14 2461738.25 2027 Nov. 28.75 


QD14 


arc = 9 days E2005-X18 2005 WS3 

2004 FF29 2461739.94 2027 Nov. 30.44 0.1834 1opposition, 

arc = 54 days MPO 66348 2004 FF29 

2004 XG 2461749.12 2027 Dec. 9.62 0.06672 1opposition, 

arc = 13 days MPO 74440 2004 XG 

1994 XL1 2461751.10 2027 Dec. 11.60 


XL1 

2005 TF 2461751.71 2027 Dec. 12.21 0.1341 1opposition, 

arc = 58 days E2005-W84 2005 TF 

2005 EJ169 2461752.25 2027 Dec. 12.75 0.1520 1opposition, 

arc = 21 days MPO 77841 2005 EJ169 

2002 AU4 2461757.24 2027 Dec. 17.74 


AU4 


arc = 146 days MPO 30561 2001 XY10 

2000 CH59 2461767.09 2027 Dec. 27.59 


CH59 


arc = 27 days MPO 58107 2003 YL118 


arc = 33 days MPO 57659 1994 WR12 

2004 AD 2461772.47 2028 Jan. 1.97 0.02545 1opposition, 

arc = 26 days MPO 58114 2004 AD 

2004 AE 2461780.84 2028 Jan. 10.34 0.1843 1opposition, 

arc = 86 days MPO 62467 2004 AE 

2001 XU30 2461789.80 2028 Jan. 19.30 0.1450 1- 



opposition, arc = 117 days MPO 30565 2001 XU30 

2005 CU38 2461791.70 2028 Jan. 21.20 0.1194 1opposition, 

arc = 10 days MPO 74495 2005 CU38 

2000 GP82 2461795.72 2028 Jan. 25.22 


GP82 


arc = 198 days MPO 62386 2002 BG25 

(52762) 1998 MT24 2461811.23 2028 Feb. 9.73 


MT24 


arc = 7 days MPO 74134 2002 CC14 


arc = 60 days MPO 11023 2000 YS134 

(85953) 1999 FK21 2461818.01 2028 Feb. 16.51 


FK21 

(27002) 1998 DV9 2461819.20 2028 Feb. 17.70 


DV9 


arc = 23 days MPO 57713 1999 VF22 

2003 XV 2461827.37 2028 Feb. 25.87 0.1132 1opposition, 

arc = 5 days MPO 58079 2003 XV 

2003 CG11 2461830.05 2028 Feb. 28.55 0.1949 1opposition, 

arc = 267 days MPO 62442 2003 CG11 

2001 EB18 2461830.88 2028 Feb. 29.38 


EB18 

2000 EE14 2461837.36 2028 Mar. 6.86 


EE14 

1978 CA 2461837.89 2028 Mar. 7.39 


CA 

(88254) 2001 FM129 2461843.07 2028 Mar. 12.57 


FM129 


arc = 9 days MPO 70340 2002 EA 


arc = 24 days MPO 20979 2001 SQ3 



2002 AN129 2461850.82 2028 Mar. 20.32 0.1269 1opposition, 

arc = 2 days MPO 24052 2002 AN129 

2003 YX1 2461851.04 2028 Mar. 20.54 0.1036 1opposition, 

arc = 87 days MPO 62458 2003 YX1 

2002 GQ5 2461853.13 2028 Mar. 22.63 0.1090 1opposition, 

arc = 26 days MPO 30734 2002 GQ5 

2002 FG7 2461853.31 2028 Mar. 22.81 


FG7 


arc = 31 days MPO 77831 2005 ER95 


arc = 8 days MPO 48340 2003 FK1 


arc = 10 days MPO 57775 2000 HO40 

2004 FN8 2461860.36 2028 Mar. 29.86 0.02954 1opposition, 

arc = 6 days MPO 62537 2004 FN8 

(86878) 2000 HD24 2461862.37 2028 Mar. 31.87 


HD24 

2004 TD18 2461865.93 2028 Apr. 4.43 0.1608 1opposition, 

arc = 35 days MPO 74370 2004 TD18 


arc = 23 days MPO 48342 2003 FY6 

2002 FD6 2461876.23 2028 Apr. 14.73 0.09978 1opposition, 

arc = 15 days MPO 41765 2002 FD6 

2001 HC 2461878.34 2028 Apr. 16.84 


HC 

1998 KG3 2461878.35 2028 Apr. 16.85 


KG3 


arc = 12 days MPO 48377 2003 HT42 

2003 UX26 2461879.69 2028 Apr. 18.19 0.01657 1opposition, 

arc = 8 days MPO 53847 2003 UX26 

2001 TE2 2461883.00 2028 Apr. 21.50 


TE2 

2004 XA45 2461883.36 2028 Apr. 21.86 0.1699 1opposition, 

arc = 127 days MPO 77794 2004 XA45 

2002 SQ41 2461887.72 2028 Apr. 26.22 0.1548 1opposition, 

arc = 22 days MPO 66282 2002 SQ41 



2005 FD 2461891.23 2028 Apr. 29.73 


FD 

2005 JB22 2461891.44 2028 Apr. 29.94 0.02873 1opposition, 

arc = 7 days MPO 77881 2005 JB22 

2005 GD60 2461895.66 2028 May 4.16 0.08320 1opposition, 

arc = 33 days MPO 77864 2005 GD60 

2000 SG344 2461898.65 2028 May 7.15 


SG344 

2000 HB24 2461900.55 2028 May 9.05 0.1114 1opposition, 

arc = 10 days MPO 787 2000 HB24 

2004 EW9 2461910.24 2028 May 18.74 


EW9 

(86667) 2000 FO10 2461910.30 2028 May 18.80 


FO10 

2001 SG286 2461913.55 2028 May 22.05 0.01729 1opposition, 

arc = 55 days MPO 57845 2001 SG286 

2005 ER70 2461920.03 2028 May 28.53 0.1254 1opposition, 

arc = 11 days MPO 77827 2005 ER70 


arc = 31 days MPO 77910 2005 LX36 

2004 JX20 2461932.91 2028 June 10.41 


JX20 

2001 NY1 2461933.11 2028 June 10.61 0.1328 1opposition, 

arc = 71 days MPO 20845 2001 NY1 

(11500) 1989 UR 2461934.30 2028 June 11.80 


UR 

2003 KZ18 2461938.02 2028 June 15.52 0.1861 1opposition, 

arc = 31 days MPO 50767 2003 KZ18 

2005 HN3 2461944.55 2028 June 22.05 0.1099 1opposition, 

arc = 36 days MPO 77877 2005 HN3 

2001 WN5 2461948.73 2028 June 26.23 


WN5 

2004 UH1 2461950.00 2028 June 27.50 0.1513 1opposition, 

arc = 1 days MPO 74425 2004 UH1 

1998 HL3 2461950.50 2028 June 28.00 




HL3 


arc = 63 days MPO 20944 2001 RV17 

2005 EY95 2461965.79 2028 July 13.29 


EY95 

2003 NL7 2461968.61 2028 July 16.11 0.1824 1opposition, 

arc = 109 days MPO 62445 2003 NL7 


arc = 104 days E2005-U16 2005 NX44 

2001 OF25 2461974.25 2028 July 21.75 0.1017 1opposition, 

arc = 58 days MPO 20851 2001 OF25 

(52760) 1998 ML14 2461975.05 2028 July 22.55 


ML14 


arc = 4 days MPO 74487 2005 BG28 

2001 RT17 2461997.45 2028 Aug. 13.95 


RT17 

2004 AF 2462004.09 2028 Aug. 20.59 


AF 


arc = 10 days E2005-R57 2005 QQ87 


arc = 4 days MPC 32779 1998 SD9 

2001 FC58 2462009.42 2028 Aug. 25.92 


FC58 

2000 SJ344 2462013.03 2028 Aug. 29.53 0.08997 1opposition, 

arc = 200 days MPO 13780 2000 SJ344 

2004 TD10 2462016.13 2028 Sept. 1.63 0.1813 1opposition, 

arc = 23 days MPO 74368 2004 TD10 

2002 CD14 2462020.64 2028 Sept. 6.14 


CD14 

2004 VV 2462024.22 2028 Sept. 9.72 0.1957 1opposition, 

arc = 77 days MPO 74426 2004 VV 

(9856) 1991 EE 2462024.51 2028 Sept.10.01 


EE 

2005 RB3 2462025.31 2028 Sept.10.81 0.08983 1- 



opposition, arc = 7 days E2005-R55 2005 RB3 


arc = 212 days MPO 3927 2000 CO101 

2000 YL29 2462030.23 2028 Sept.15.73 


YL29 

1999 VX25 2462030.47 2028 Sept.15.97 0.04328 1opposition, 

arc = 5 days MPC 36941 1999 VX25 

2003 YS17 2462032.82 2028 Sept.18.32 0.1560 1opposition, 

arc = 28 days MPO 62459 2003 YS17 

2001 FA58 2462034.59 2028 Sept.20.09 0.09229 1opposition, 

arc = 36 days MPO 12323 2001 FA58 


arc = 26 days MPO 41806 2002 TA60 

2001 KM20 2462042.61 2028 Sept.28.11 0.05455 1opposition, 

arc = 13 days MPO 14443 2001 KM20 

2005 EG94 2462044.67 2028 Sept.30.17 0.1771 1opposition, 

arc = 38 days MPO 77831 2005 EG94 

2005 RA3 2462044.74 2028 Sept.30.24 0.08084 1opposition, 

arc = 49 days E2005-U20 2005 RA3 

2004 OB 2462045.11 2028 Sept.30.61 


OB 

2002 QY6 2462045.31 2028 Sept.30.81 


QY6 


arc = 23 days MPO 38456 2002 TZ66 


arc = 8 days MPO 21049 2001 TD 

2004 CK39 2462060.12 2028 Oct. 15.62 0.1870 1opposition, 

arc = 36 days MPO 62494 2004 CK39 

2004 GU9 2462060.83 2028 Oct. 16.33 


GU9 

2001 TD45 2462069.07 2028 Oct. 24.57 


TD45 

(35396) 1997 XF11 2462070.78 2028 Oct. 26.28 


XF11 

2005 VT7 2462072.32 2028 Oct. 27.82 0.02510 1opposition, 

arc = 20 days E2005-X18 2005 VT7 



(68950) 2002 QF15 2462075.57 2028 Oct. 31.07 


QF15 


arc = 65 days E2005-X18 2005 SD71 


arc = 99 days MPC 38073 1999 RQ28 

1985 WA 2462077.11 2028 Nov. 1.61 


WA 


arc = 11 days MPO 66355 2004 GD 


arc = 2 days E2005-V84 2005 VN5 


arc = 2 days E2005-V57 2005 VK1 

2000 EE104 2462085.14 2028 Nov. 9.64 


EE104 


arc = 2 days MPO 48380 2003 JX2 


arc = 177 days MPO 57847 2001 UX16 

(52381) 1993 HA 2462095.04 2028 Nov. 19.54 


HA 

1991 BN 2462095.34 2028 Nov. 19.84 


BN 

2002 UR3 2462097.59 2028 Nov. 22.09 


UR3 

2003 SW130 2462098.95 2028 Nov. 23.45 0.1620 1opposition, 

arc = 4 days MPO 53798 2003 SW130 

1998 XX2 2462103.56 2028 Nov. 28.06 


XX2 

2005 TH50 2462105.68 2028 Nov. 30.18 0.02370 1opposition, 

arc = 4 days E2005-TA1 2005 TH50 

1991 JW 2462106.36 2028 Nov. 30.86 


JW 

2005 WH4 2462111.51 2028 Dec. 6.01 0.1978 1- 



opposition, arc = 8 days E2005-X16 2005 WH4 

2004 KZ 2462111.71 2028 Dec. 6.21 0.1905 1opposition, 

arc = 2 days MPO 66381 2004 KZ 

2005 WZ55 2462112.35 2028 Dec. 6.85 0.1476 1opposition, 

arc = 4 days E2005-X13 2005 WZ55 

2004 XN50 2462113.36 2028 Dec. 7.86 0.1161 1opposition, 

arc = 80 days MPO 77794 2004 XN50 


arc = 13 days MPO 74468 2004 YA5 

1990 UN 2462130.23 2028 Dec. 24.73 0.1798 1opposition, 

arc = 15 days MPO 77350 1990 UN 

(66407) 1999 LQ28 2462131.16 2028 Dec. 25.66 


LQ28 

2004 YD 2462132.05 2028 Dec. 26.55 0.07820 1opposition, 

arc = 9 days MPO 74467 2004 YD 

2004 XK14 2462137.66 2029 Jan. 1.16 0.07987 1opposition, 

arc = 15 days MPO 74443 2004 XK14 

2004 BV102 2462139.28 2029 Jan. 2.78 


BV102 

2001 SQ263 2462145.29 2029 Jan. 8.79 0.1120 1opposition, 

arc = 20 days MPO 62365 2001 SQ263 

2005 EE 2462146.77 2029 Jan. 10.27 


EE 

2002 AB2 2462150.51 2029 Jan. 14.01 0.1106 1opposition, 

arc = 11 days MPO 24030 2002 AB2 

2005 BH14 2462151.00 2029 Jan. 14.50 0.08494 1opposition, 

arc = 17 days MPO 74486 2005 BH14 

(67381) 2000 OL8 2462151.92 2029 Jan. 15.42 


OL8 

2001 OC36 2462158.56 2029 Jan. 22.06 0.1508 1opposition, 

arc = 7 days MPO 16114 2001 OC36 

2002 EV 2462161.46 2029 Jan. 24.96 0.1997 1opposition, 

arc = 58 days MPO 30700 2002 EV 

1999 VX25 2462178.06 2029 Feb. 10.56 0.1638 1opposition, 

arc = 5 days MPC 36941 1999 VX25 

2000 BD19 2462181.27 2029 Feb. 13.77 


BD19 



2000 LG6 2462181.49 2029 Feb. 13.99 0.1353 1opposition, 

arc = 3 days MPO 1663 2000 LG6 

2001 EB16 2462183.54 2029 Feb. 16.04 


EB16 

2000 SG344 2462183.86 2029 Feb. 16.36 


SG344 

2000 MU1 2462187.28 2029 Feb. 19.78 


MU1 

2002 MN 2462193.95 2029 Feb. 26.45 0.1877 1opposition, 

arc = 53 days MPO 34019 2002 MN 

2000 EE14 2462194.17 2029 Feb. 26.67 


EE14 

2000 DO1 2462198.96 2029 Mar. 3.46 0.1381 1opposition, 

arc = 24 days MPO 711 2000 DO1 

2004 CE39 2462200.33 2029 Mar. 4.83 


CE39 

2000 CO101 2462204.69 2029 Mar. 9.19 0.1115 1opposition, 

arc = 212 days MPO 3927 2000 CO101 

2002 DU3 2462208.19 2029 Mar. 12.69 


DU3 

2000 ED14 2462211.77 2029 Mar. 16.27 


ED14 

2004 FE5 2462213.91 2029 Mar. 18.41 0.1948 1opposition, 

arc = 47 days MPO 66346 2004 FE5 

2002 OD20 2462214.28 2029 Mar. 18.78 


OD20 


arc = 14 days MPC 40488 2000 EZ106 


arc = 3 days MPO 62522 2004 EL20 


arc = 23 days MPO 77864 2005 GO59 

2001 AD2 2462231.17 2029 Apr. 4.67 


AD2 



1995 DW1 2462233.29 2029 Apr. 6.79 


DW1 

2004 HF12 2462235.13 2029 Apr. 8.63 0.02622 1opposition, 

arc = 48 days MPO 66365 2004 HF12 

2002 TZ66 2462236.33 2029 Apr. 9.83 0.1658 1opposition, 

arc = 23 days MPO 38456 2002 TZ66 

2005 QP11 2462237.73 2029 Apr. 11.23 0.07340 1opposition, 

arc = 9 days E2005-S25 2005 QP11 

(99942) Apophis 2462240.41 2029 Apr. 13.91 


Apophis 

2002 JC9 2462243.91 2029 Apr. 17.41 0.1859 1opposition, 

arc = 31 days MPO 32014 2002 JC9 


arc = 28 days E2005-O34 2005 MO13 

1998 MW5 2462254.14 2029 Apr. 27.64 


MW5 

(88959) 2001 TZ44 2462254.63 2029 Apr. 28.13 


TZ44 

2000 JE5 2462259.03 2029 May 2.53 


JE5 

2001 SG10 2462259.64 2029 May 3.14 


SG10 


arc = 49 days MPO 66347 2004 FM17 

1998 HH49 2462265.78 2029 May 9.28 


HH49 

2003 HN 2462266.94 2029 May 10.44 0.1671 1opposition, 

arc = 181 days MPO 77694 2003 HN 

2004 DA53 2462268.83 2029 May 12.33 0.1630 1opposition, 

arc = 2 days MPO 62514 2004 DA53 

2004 DC 2462270.28 2029 May 13.78 


DC 

2003 GY 2462273.85 2029 May 17.35 


GY 



2005 WY55 2462273.97 2029 May 17.47 0.1306 1opposition, 

arc = 7 days E2005-X16 2005 WY55 

2002 ES11 2462274.71 2029 May 18.21 0.1391 1opposition, 

arc = 87 days MPO 38333 2002 ES11 

2004 TN 2462278.58 2029 May 22.08 0.1856 1opposition, 

arc = 68 days MPO 74367 2004 TN 

2000 SL10 2462278.87 2029 May 22.37 0.04344 1opposition, 

arc = 69 days MPO 8496 2000 SL10 

2002 XC91 2462285.36 2029 May 28.86 0.1838 1opposition, 

arc = 30 days MPO 41898 2002 XC91 


arc = 30 days MPO 41898 2002 XC91 

2005 GB120 2462286.85 2029 May 30.35 0.1727 1opposition, 

arc = 31 days MPO 77870 2005 GB120 

2005 WC1 2462287.45 2029 May 30.95 0.1307 1opposition, 

arc = 14 days E2005-X18 2005 WC1 

2005 UW6 2462290.85 2029 June 3.35 0.01645 1opposition, 

arc = 21 days E2005-W17 2005 UW6 

(22099) 2000 EX106 2462293.69 2029 June 6.19 


EX106 


arc = 66 days MPO 61231 2002 NN4 

(52761) 1998 MN14 2462294.84 2029 June 7.34 


MN14 


arc = 28 days E2005-P32 2005 NW44 

2003 UB10 2462303.56 2029 June 16.06 


UB10 

2000 LB16 2462304.37 2029 June 16.87 


LB16 

2005 LV3 2462305.01 2029 June 17.51 0.1942 1opposition, 

arc = 11 days MPO 77906 2005 LV3 

2004 GC19 2462305.03 2029 June 17.53 0.1486 1opposition, 

arc = 10 days MPO 62560 2004 GC19 

2004 MD6 2462306.83 2029 June 19.33 


MD6 

2004 KG1 2462307.59 2029 June 20.09 0.1491 1opposition, 

arc = 10 days MPO 66381 2004 KG1 




arc = 48 days MPO 77859 2005 GO21 


arc = 29 days MPO 77906 2005 LW3 

2002 KM3 2462317.24 2029 June 29.74 0.1828 1opposition, 

arc = 18 days MPO 62391 2002 KM3 

2003 SD170 2462317.41 2029 June 29.91 0.1520 1opposition, 

arc = 37 days MPO 62448 2003 SD170 


arc = 26 days MPO 66320 2003 XB22 

2000 LG6 2462325.47 2029 July 7.97 0.1065 1opposition, 

arc = 3 days MPO 1663 2000 LG6 

(7753) 1988 XB 2462327.46 2029 July 9.96 


XB 

2001 YN2 2462328.34 2029 July 10.84 0.1304 1opposition, 

arc = 21 days MPO 24004 2001 YN2 

2001 QE71 2462328.37 2029 July 10.87 0.09244 1opposition, 

arc = 25 days MPO 18380 2001 QE71 

2004 QY2 2462333.26 2029 July 15.76 


QY2 

2003 AK73 2462341.37 2029 July 23.87 0.05941 1opposition, 

arc = 27 days MPO 77687 2003 AK73 

2001 WA25 2462343.00 2029 July 25.50 0.1370 1opposition, 

arc = 102 days MPO 30554 2001 WA25 

2000 SG344 2462345.96 2029 July 28.46 


SG344 

2001 OT 2462350.53 2029 Aug. 2.03 0.1186 1opposition, 

arc = 26 days MPO 70298 2001 OT 

2000 UK11 2462350.65 2029 Aug. 2.15 0.02034 1opposition, 

arc = 8 days MPO 41675 2000 UK11 

2001 EC16 2462352.23 2029 Aug. 3.73 0.06196 1opposition, 

arc = 56 days MPO 48015 2001 EC16 

2001 HB 2462355.14 2029 Aug. 6.64 


HB 

2004 QB3 2462365.67 2029 Aug. 17.17 0.04564 1opposition, 

arc = 13 days MPO 70391 2004 QB3 

1999 AJ39 2462369.46 2029 Aug. 20.96 


AJ39 



2004 QF14 2462375.60 2029 Aug. 27.10 0.09368 1opposition, 

arc = 41 days MPO 70393 2004 QF14 


arc = 67 days E2005-W18 2005 RO33 

2001 EB18 2462381.66 2029 Sept. 2.16 


EB18 

2005 RV24 2462387.45 2029 Sept. 7.95 0.1265 1opposition, 

arc = 28 days E2005-U16 2005 RV24 

2005 WG57 2462391.92 2029 Sept.12.42 0.07113 1opposition, 

arc = 4 days E2005-X16 2005 WG57 


arc = 4 days MPO 53765 2003 RU11 


arc = 75 days MPO 23849 2001 UZ16 

2001 QO142 2462406.93 2029 Sept.27.43 


QO142 

1998 FW4 2462409.52 2029 Sept.30.02 


FW4 


arc = 2 days MPO 70470 2004 SE26 


arc = 214 days MPO 74273 2003 SR15 


arc = 214 days MPO 74273 2003 SR15 


arc = 4 days E2005-T81 2005 TE49 


arc = 63 days MPO 20944 2001 RV17 

2005 GQ21 2462426.54 2029 Oct. 17.04 


GQ21 

2004 GU9 2462427.56 2029 Oct. 18.06 


GU9 

2003 TG2 2462427.59 2029 Oct. 18.09 0.1945 1opposition, 

arc = 18 days MPO 53835 2003 TG2 

2002 RB182 2462431.30 2029 Oct. 21.80 0.07871 1opposition, 

arc = 1 days MPO 77644 2002 RB182 

2001 UY4 2462432.33 2029 Oct. 22.83 




UY4 


arc = 14 days MPO 38507 2002 UV36 

2003 FH 2462435.54 2029 Oct. 26.04 


FH 

2003 TL4 2462436.15 2029 Oct. 26.65 


TL4 

2005 EO33 2462436.79 2029 Oct. 27.29 0.07860 1opposition, 

arc = 26 days MPO 77822 2005 EO33 


arc = 19 days E2005-V79 2005 UL1 

1998 MQ 2462442.05 2029 Nov. 1.55 


MQ 


arc = 8 days MPO 57987 2003 UY12 

2000 EE104 2462451.14 2029 Nov. 10.64 


EE104 

2002 VR14 2462451.47 2029 Nov. 10.97 0.1525 1opposition, 

arc = 7 days MPO 38512 2002 VR14 


arc = 28 days MPO 62467 2004 AY1 

(3361) Orpheus 2462455.40 2029 Nov. 14.90 


Orpheus 

2000 SG344 2462462.21 2029 Nov. 21.71 


SG344 


arc = 11 days MPO 23941 2001 WF49 

2001 AV43 2462463.74 2029 Nov. 23.24 0.01025 1opposition, 

arc = 182 days MPO 48005 2001 AV43 

(33342) 1998 WT24 2462466.65 2029 Nov. 26.15 


WT24 

2003 WU21 2462466.90 2029 Nov. 26.40 0.08801 1opposition, 

arc = 9 days MPO 58049 2003 WU21 


arc = 64 days MPO 27787 2001 XK105 

(96590) 1998 XB 2462469.13 2029 Nov. 28.63 




XB 

2001 WK15 2462472.00 2029 Dec. 1.50 0.1777 1opposition, 

arc = 196 days MPO 31958 2001 WK15 

1992 BF 2462478.99 2029 Dec. 8.49 


BF 

(5731) Zeus 2462479.11 2029 Dec. 8.61 


Zeus 

2005 JT108 2462482.41 2029 Dec. 11.91 0.1749 1opposition, 

arc = 20 days MPO 77897 2005 JT108 

(85628) 1998 KV2 2462486.49 2029 Dec. 15.99 


KV2 

2002 MR3 2462486.72 2029 Dec. 16.22 0.07596 1opposition, 

arc = 8 days MPO 34019 2002 MR3 

2005 LV30 2462490.25 2029 Dec. 19.75 0.1999 1opposition, 

arc = 22 days MPO 77910 2005 LV30 

2005 UK1 2462494.67 2029 Dec. 24.17 0.1563 1opposition, 

arc = 38 days E2005-X08 2005 UK1 

2001 YO2 2462495.07 2029 Dec. 24.57 0.1558 1opposition, 

arc = 24 days MPO 24004 2001 YO2 

2003 YJ 2462495.56 2029 Dec. 25.06 0.1209 1opposition, 

arc = 27 days MPO 58084 2003 YJ 


arc = 88 days MPO 30603 2002 AC5 

2001 TD 2462504.94 2030 Jan. 3.44 0.1984 1opposition, 

arc = 8 days MPO 21049 2001 TD 


arc = 46 days MPO 43486 2003 AF23 

2003 YS17 2462505.91 2030 Jan. 4.41 0.1313 1opposition, 

arc = 28 days MPO 62459 2003 YS17 

1994 AW1 2462510.62 2030 Jan. 9.12 


AW1 

1994 WR12 2462511.26 2030 Jan. 9.76 0.09445 1opposition, 

arc = 33 days MPO 57659 1994 WR12 

2000 BM19 2462511.62 2030 Jan. 10.12 


BM19 

2001 WR5 2462512.94 2030 Jan. 11.44 0.1550 1- 



opposition, arc = 84 days MPO 74109 2001 WR5 

2004 XM29 2462513.36 2030 Jan. 11.86 0.09457 1opposition, 

arc = 21 days MPO 74447 2004 XM29 


arc = 7 days MPO 41901 2002 YC12 

2001 WL15 2462519.16 2030 Jan. 17.66 


WL15 

(24761) Ahau 2462519.24 2030 Jan. 17.74 


Ahau 

1999 CV8 2462524.32 2030 Jan. 22.82 


CV8 

2005 WY 2462533.94 2030 Feb. 1.44 0.01291 1opposition, 

arc = 6 days E2005-W74 2005 WY 


arc = 25 days MPO 48329 2003 DZ15 

2000 SM10 2462536.10 2030 Feb. 3.60 0.1029 1opposition, 

arc = 7 days MPO 5065 2000 SM10 

1990 SM 2462538.05 2030 Feb. 5.55 


SM 

2003 BR47 2462538.06 2030 Feb. 5.56 


BR47 


arc = 21 days MPO 48333 2003 EP16 

2001 CK32 2462539.89 2030 Feb. 7.39 


CK32 

(5011) Ptah 2462544.01 2030 Feb. 11.51 


Ptah 


arc = 4 days MPO 26156 2002 CB26 

1998 HE3 2462547.95 2030 Feb. 15.45 


HE3 

2005 QP11 2462548.28 2030 Feb. 15.78 0.1427 1opposition, 

arc = 9 days E2005-S25 2005 QP11 

2000 AC6 2462553.85 2030 Feb. 21.35 




AC6 


arc = 53 days MPO 43480 2002 XY38 

2002 EZ11 2462555.40 2030 Feb. 22.90 


EZ11 


arc = 7 days MPO 41678 2001 CP36 

2004 TN20 2462559.39 2030 Feb. 26.89 0.1984 1opposition, 

arc = 3 days MPO 70482 2004 TN20 


arc = 33 days MPO 34011 2002 LX 

2005 QK76 2462564.43 2030 Mar. 3.93 0.1125 1opposition, 

arc = 2 days E2005-R41 2005 QK76 

2003 DF6 2462564.45 2030 Mar. 3.95 0.1767 1opposition, 

arc = 179 days MPO 50746 2003 DF6 

2003 ED50 2462569.41 2030 Mar. 8.91 


ED50 


arc = 13 days MPO 77815 2005 CD69 

2003 GS 2462578.86 2030 Mar. 18.36 


GS 

2002 VX94 2462580.64 2030 Mar. 20.14 


VX94 

1998 VN 2462582.11 2030 Mar. 21.61 


VN 

2001 TD 2462593.19 2030 Apr. 1.69 0.1505 1opposition, 

arc = 8 days MPO 21049 2001 TD 

2005 TS15 2462594.40 2030 Apr. 2.90 0.07958 1opposition, 

arc = 54 days E2005-W84 2005 TS15 

2005 TH45 2462599.00 2030 Apr. 7.50 0.1672 1opposition, 

arc = 6 days E2005-TA1 2005 TH45 

2004 TP13 2462600.92 2030 Apr. 9.42 0.1677 1opposition, 

arc = 7 days MPO 70480 2004 TP13 

2002 SM 2462601.69 2030 Apr. 10.19 


SM 

2004 HE 2462606.06 2030 Apr. 14.56 0.06997 1opposition, 

arc = 1 days MPO 62569 2004 HE 



2001 VG5 2462606.56 2030 Apr. 15.06 


VG5 

2005 GL 2462608.09 2030 Apr. 16.59 0.1965 1opposition, 

arc = 21 days MPO 77856 2005 GL 


arc = 38 days MPO 66364 2004 HC 

2002 AJ29 2462615.09 2030 Apr. 23.59 


AJ29 

2004 JW20 2462618.79 2030 Apr. 27.29 


JW20 

2001 SG276 2462619.60 2030 Apr. 28.10 


SG276 

1998 MW5 2462626.07 2030 May 4.57 


MW5 

2004 JN1 2462628.37 2030 May 6.87 0.05964 1opposition, 

arc = 37 days MPO 66372 2004 JN1 


arc = 23 days MPO 77878 2005 JU1 


arc = 10 days MPO 57775 2000 HO40 

1999 LJ1 2462639.20 2030 May 17.70 0.1613 1opposition, 

arc = 28 days MPO 53597 1999 LJ1 

2000 GV147 2462640.44 2030 May 18.94 


GV147 

2001 WK15 2462648.33 2030 May 26.83 0.1464 1opposition, 

arc = 196 days MPO 31958 2001 WK15 


arc = 28 days MPO 41888 2002 XQ40 

2001 XR30 2462650.52 2030 May 29.02 


XR30 

2005 QP11 2462653.61 2030 June 1.11 0.1395 1opposition, 

arc = 9 days E2005-S25 2005 QP11 

2003 SL36 2462655.27 2030 June 2.77 0.1512 1opposition, 

arc = 8 days MPO 53777 2003 SL36 

2003 MM 2462656.25 2030 June 3.75 




MM 

2004 QA22 2462658.73 2030 June 6.23 0.1478 1opposition, 

arc = 10 days MPO 70395 2004 QA22 

2005 LU3 2462662.00 2030 June 9.50 0.1116 1opposition, 

arc = 4 days MPO 77906 2005 LU3 

2002 LY1 2462663.97 2030 June 11.47 0.1096 1opposition, 

arc = 12 days MPO 70351 2002 LY1 

2002 AL31 2462668.10 2030 June 15.60 0.09059 1opposition, 

arc = 8 days MPO 24038 2002 AL31 

2003 WR21 2462672.71 2030 June 20.21 


WR21 

2002 EW11 2462673.35 2030 June 20.85 0.1293 1opposition, 

arc = 10 days MPO 74151 2002 EW11 

1997 NC1 2462676.39 2030 June 23.89 


NC1 

2004 MO3 2462678.36 2030 June 25.86 0.1022 1opposition, 

arc = 22 days MPO 66388 2004 MO3 

2004 NK8 2462678.93 2030 June 26.43 0.1596 1opposition, 

arc = 28 days MPO 66390 2004 NK8 

2005 LD 2462679.22 2030 June 26.72 0.04879 1opposition, 

arc = 33 days MPO 77905 2005 LD 


arc = 15 days MPO 50767 2003 LN6 


arc = 39 days MPO 62391 2002 LT38 

1994 NK 2462681.80 2030 June 29.30 0.1868 1opposition, 

arc = 51 days MPC 23983 1994 NK 

2005 OU1 2462684.97 2030 July 2.47 0.1821 1opposition, 

arc = 87 days E2005-U16 2005 OU1 


arc = 1 days E2005-O25 2005 NX55 

2003 WT153 2462689.78 2030 July 7.28 0.1908 1opposition, 

arc = 3 days MPO 58075 2003 WT153 

2002 MQ3 2462694.00 2030 July 11.50 


MQ3 

1999 MN 2462694.38 2030 July 11.88 


MN 

2005 FC3 2462694.47 2030 July 11.97 




FC3 


arc = 4 days MPO 38327 2001 UP 

2005 EK94 2462698.55 2030 July 16.05 0.1594 1opposition, 

arc = 176 days E2005-U68 2005 EK94 

2001 NH6 2462700.57 2030 July 18.07 


NH6 

2004 PB97 2462711.33 2030 July 28.83 0.1363 1opposition, 

arc = 4 days MPO 66416 2004 PB97 

1999 MM 2462711.95 2030 July 29.45 


MM 


arc = 24 days MPO 57787 2000 WJ107 

2002 NW16 2462712.15 2030 July 29.65 


NW16 

2002 KL6 2462715.79 2030 Aug. 2.29 


KL6 

2004 QJ13 2462716.65 2030 Aug. 3.15 0.08422 1opposition, 

arc = 2 days MPO 66420 2004 QJ13 

2002 AC9 2462736.04 2030 Aug. 22.54 0.1140 1opposition, 

arc = 55 days MPO 30604 2002 AC9 

2004 QG13 2462736.69 2030 Aug. 23.19 0.1543 1opposition, 

arc = 6 days MPO 70393 2004 QG13 

2002 BF25 2462745.86 2030 Sept. 1.36 0.1508 1opposition, 

arc = 45 days MPO 74133 2002 BF25 

2005 WA 2462748.27 2030 Sept. 3.77 0.1891 1opposition, 

arc = 14 days E2005-X04 2005 WA 

(41429) 2000 GE2 2462753.85 2030 Sept. 9.35 


GE2 

2004 TD10 2462755.51 2030 Sept.11.01 0.06523 1opposition, 

arc = 23 days MPO 74368 2004 TD10 

2002 NN4 2462755.55 2030 Sept.11.05 0.1325 1opposition, 

arc = 66 days MPO 61231 2002 NN4 

2000 SG344 2462767.41 2030 Sept.22.91 


SG344 

2000 SP43 2462768.64 2030 Sept.24.14 




SP43 

2003 QW30 2462769.29 2030 Sept.24.79 


QW30 

2004 RV164 2462772.80 2030 Sept.28.30 0.1431 1opposition, 

arc = 25 days MPO 70434 2004 RV164 

2003 TM1 2462774.24 2030 Sept.29.74 0.05811 1opposition, 

arc = 23 days MPO 53834 2003 TM1 


arc = 1 days MPO 70471 2004 SW26 

2003 EZ16 2462775.53 2030 Oct. 1.03 0.07882 1opposition, 

arc = 21 days MPO 48333 2003 EZ16 

(1917) Cuyo 2462780.80 2030 Oct. 6.30 0.08966 

14 oppositions, 1954-2001 MPO 38158 (1917) Cuyo 


arc = 5 days E2005-T45 2005 TP15 

2004 TL10 2462790.30 2030 Oct. 15.80 0.1034 1opposition, 

arc = 44 days MPO 74368 2004 TL10 

2004 SS 2462791.63 2030 Oct. 17.13 0.1651 1opposition, 

arc = 67 days MPO 74360 2004 SS 

2004 GU9 2462794.08 2030 Oct. 19.58 


GU9 

2005 EA 2462796.03 2030 Oct. 21.53 0.1902 1opposition, 

arc = 16 days MPO 77816 2005 EA 

2005 VD7 2462803.17 2030 Oct. 28.67 0.04010 1opposition, 

arc = 5 days E2005-W17 2005 VD7 

(99907) 1989 VA 2462803.44 2030 Oct. 28.94 


VA 


arc = 30 days MPO 74367 2004 TA1 


arc = 30 days MPO 66364 2004 HQ1 

1996 RG3 2462807.71 2030 Nov. 2.21 


RG3 

2003 YT1 2462811.38 2030 Nov. 5.88 


YT1 


arc = 22 days MPO 74439 2004 WK1 

2002 QE15 2462813.18 2030 Nov. 7.68 




QE15 

2000 EE104 2462817.03 2030 Nov. 11.53 


EE104 

2000 WP19 2462822.43 2030 Nov. 16.93 


WP19 

2005 EG94 2462824.11 2030 Nov. 18.61 0.1849 1opposition, 

arc = 38 days MPO 77831 2005 EG94 

2005 FN 2462824.85 2030 Nov. 19.35 0.1066 1opposition, 

arc = 1 days MPO 77855 2005 FN 

2005 UG5 2462825.98 2030 Nov. 20.48 0.1616 1opposition, 

arc = 4 days E2005-U98 2005 UG5 

2004 QA22 2462826.18 2030 Nov. 20.68 0.06063 1opposition, 

arc = 10 days MPO 70395 2004 QA22 

(85713) 1998 SS49 2462828.34 2030 Nov. 22.84 


SS49 

2000 UQ30 2462828.52 2030 Nov. 23.02 0.04485 1opposition, 

arc = 52 days MPO 8517 2000 UQ30 

2003 WT153 2462832.45 2030 Nov. 26.95 0.02438 1opposition, 

arc = 3 days MPO 58075 2003 WT153 

(37638) 1993 VB 2462833.19 2030 Nov. 27.69 


VB 

2001 TY44 2462838.61 2030 Dec. 3.11 0.1506 1opposition, 

arc = 146 days MPO 27775 2001 TY44 

1990 HA 2462844.62 2030 Dec. 9.12 


HA 

2000 CL33 2462854.39 2030 Dec. 18.89 


CL33 

2005 QP11 2462857.31 2030 Dec. 21.81 0.1868 1opposition, 

arc = 9 days E2005-S25 2005 QP11 

2002 XP37 2462860.13 2030 Dec. 24.63 


XP37 


arc = 9 days MPO 74177 2002 JD9 

1998 BB10 2462869.00 2031 Jan. 2.50 




BB10 

2003 YH111 2462869.58 2031 Jan. 3.08 0.05514 1opposition, 

arc = 2 days MPO 58105 2003 YH111 

2003 EZ16 2462871.24 2031 Jan. 4.74 0.1244 1opposition, 

arc = 21 days MPO 48333 2003 EZ16 

2000 AZ93 2462872.75 2031 Jan. 6.25 


AZ93 

2005 BC 2462875.74 2031 Jan. 9.24 0.1815 1opposition, 

arc = 84 days MPO 77805 2005 BC 


arc = 39 days MPO 43505 2003 CR1 

1997 AC11 2462888.01 2031 Jan. 21.51 0.1554 1opposition, 

arc = 17 days MPO 70213 1997 AC11 

2002 AF3 2462893.55 2031 Jan. 27.05 


AF3 

2002 RM129 2462895.88 2031 Jan. 29.38 


RM129 


arc = 28 days MPO 37540 2001 CQ36 

2002 NP1 2462899.89 2031 Feb. 2.39 


NP1 


arc = 25 days MPO 57802 2001 DQ8 

2000 WO107 2462903.84 2031 Feb. 6.34 


WO107 

2002 GR 2462907.74 2031 Feb. 10.24 0.1054 1opposition, 

arc = 48 days MPO 31990 2002 GR 

2004 FK5 2462909.70 2031 Feb. 12.20 0.1817 1opposition, 

arc = 3 days MPO 62537 2004 FK5 


arc = 72 days MPO 38366 2002 QC7 


arc = 23 days MPO 57713 1999 VF22 

1999 AM10 2462924.23 2031 Feb. 26.73 0.1550 1opposition, 

arc = 11 days MPC 34039 1999 AM10 

(4660) Nereus 2462927.83 2031 Mar. 2.33 




Nereus 

2002 CZ9 2462929.72 2031 Mar. 4.22 


CZ9 

1996 FR3 2462933.71 2031 Mar. 8.21 


FR3 

2005 TF45 2462937.35 2031 Mar. 11.85 0.1732 1opposition, 

arc = 20 days E2005-U20 2005 TF45 


arc = 50 days MPO 50749 2003 EO16 

1999 DY2 2462940.31 2031 Mar. 14.81 0.1842 1opposition, 

arc = 56 days MPC 34607 1999 DY2 

2000 GD2 2462940.49 2031 Mar. 14.99 


GD2 

2004 YC 2462944.57 2031 Mar. 19.07 0.1516 1opposition, 

arc = 5 days MPO 74467 2004 YC 

2003 QQ47 2462944.73 2031 Mar. 19.23 


QQ47 

1998 FN9 2462944.95 2031 Mar. 19.45 


FN9 

(11885) 1990 SS 2462945.89 2031 Mar. 20.39 


SS 

2005 SL 2462946.29 2031 Mar. 20.79 0.08467 1opposition, 

arc = 10 days E2005-T15 2005 SL 

2003 AK18 2462947.21 2031 Mar. 21.71 0.1794 1opposition, 

arc = 109 days MPO 48309 2003 AK18 

2004 TP13 2462951.49 2031 Mar. 25.99 0.1983 1opposition, 

arc = 7 days MPO 70480 2004 TP13 

2000 TU28 2462961.16 2031 Apr. 4.66 0.1770 1opposition, 

arc = 30 days MPO 6414 2000 TU28 

2003 GD42 2462964.10 2031 Apr. 7.60 0.01273 1opposition, 

arc = 6 days MPO 48367 2003 GD42 

2002 CW11 2462969.77 2031 Apr. 13.27 0.05079 1opposition, 

arc = 14 days MPO 26152 2002 CW11 


arc = 7 days MPO 23896 2001 VE2 

(38239) 1999 OR3 2462972.55 2031 Apr. 16.05 




OR3 

2004 FN17 2462973.24 2031 Apr. 16.74 0.1385 1opposition, 

arc = 120 days MPO 66347 2004 FN17 

1999 UQ 2462978.65 2031 Apr. 22.15 0.1708 1opposition, 

arc = 16 days MPO 57709 1999 UQ 

2000 JG5 2462991.08 2031 May 4.58 


JG5 

2001 JM1 2462998.67 2031 May 12.17 


JM1 

(68950) 2002 QF15 2462999.02 2031 May 12.52 


QF15 


arc = 5 days MPO 77910 2005 LO40 

1998 FR11 2463000.39 2031 May 13.89 


FR11 

1999 JE1 2463000.68 2031 May 14.18 


JE1 

1999 FN53 2463004.65 2031 May 18.15 


FN53 

(52768) 1998 OR2 2463004.79 2031 May 18.29 


OR2 

2004 QQ 2463009.74 2031 May 23.24 


QQ 

2004 FJ11 2463009.85 2031 May 23.35 


FJ11 

2001 XX103 2463015.08 2031 May 28.58 0.04051 1opposition, 

arc = 5 days MPO 23969 2001 XX103 

2003 QC10 2463016.21 2031 May 29.71 0.1824 1opposition, 

arc = 21 days MPO 53744 2003 QC10 

2004 OW10 2463016.78 2031 May 30.28 0.09124 1opposition, 

arc = 14 days MPO 66397 2004 OW10 

2002 LK 2463017.39 2031 May 30.89 0.04572 1opposition, 

arc = 6 days MPO 38336 2002 LK 

2005 VR7 2463019.43 2031 June 1.93 0.1942 1- 



opposition, arc = 22 days E2005-X13 2005 VR7 

1999 MN 2463019.53 2031 June 2.03 


MN 

2002 OA22 2463019.72 2031 June 2.22 


OA22 

2002 JC 2463020.46 2031 June 2.96 


JC 

2002 JW15 2463020.79 2031 June 3.29 


JW15 

2000 TL1 2463022.29 2031 June 4.79 


TL1 

2004 EO20 2463024.60 2031 June 7.10 0.1613 1opposition, 

arc = 30 days MPO 62522 2004 EO20 

2004 PJ 2463028.39 2031 June 10.89 0.1527 1opposition, 

arc = 18 days MPO 66397 2004 PJ 


arc = 89 days E2005-S35 2005 MR5 

2001 MT18 2463036.45 2031 June 18.95 


MT18 

1998 MV5 2463045.23 2031 June 27.73 0.1407 1opposition, 

arc = 9 days MPC 32338 1998 MV5 

2004 CL 2463048.96 2031 July 1.46 0.1136 1opposition, 

arc = 15 days MPO 62488 2004 CL 


arc = 10 days MPO 787 2000 HB24 

2005 NG 2463053.45 2031 July 5.95 0.08842 1opposition, 

arc = 9 days E2005-N63 2005 NG 

2005 MF5 2463054.05 2031 July 6.55 0.1758 1opposition, 

arc = 8 days E2005-N30 2005 MF5 

2005 OU1 2463054.91 2031 July 7.41 0.1429 1opposition, 

arc = 87 days E2005-U16 2005 OU1 

2005 SV4 2463066.95 2031 July 19.45 0.1267 1opposition, 

arc = 27 days E2005-U20 2005 SV4 

2004 PJ2 2463073.59 2031 July 26.09 


PJ2 

1998 HG49 2463075.47 2031 July 27.97 




HG49 

2003 RS1 2463075.87 2031 July 28.37 0.07372 1opposition, 

arc = 112 days MPO 77704 2003 RS1 

2003 MJ4 2463078.10 2031 July 30.60 0.1658 1opposition, 

arc = 178 days MPO 57915 2003 MJ4 

1987 SF3 2463079.25 2031 July 31.75 0.06791 1opposition, 

arc = 51 days MPC 25648 1987 SF3 

(86819) 2000 GK137 2463083.53 2031 Aug. 5.03 


GK137 

2005 QP11 2463086.94 2031 Aug. 8.44 0.1071 1opposition, 

arc = 9 days E2005-S25 2005 QP11 

2001 JU2 2463087.92 2031 Aug. 9.42 


JU2 

(6239) Minos 2463088.07 2031 Aug. 9.57 


Minos 

2004 DF2 2463097.95 2031 Aug. 19.45 0.1068 1opposition, 

arc = 3 days MPO 62506 2004 DF2 

(10115) 1992 SK 2463103.80 2031 Aug. 25.30 


SK 


arc = 53 days E2005-Q41 2005 NE21 

2002 FG7 2463113.83 2031 Sept. 4.33 


FG7 

2001 RU17 2463115.26 2031 Sept. 5.76 0.1809 1opposition, 

arc = 50 days MPO 57841 2001 RU17 

2003 TL4 2463115.52 2031 Sept. 6.02 


TL4 


arc = 77 days MPO 74426 2004 VV 

2005 SQ9 2463117.43 2031 Sept. 7.93 0.1006 1opposition, 

arc = 29 days E2005-W17 2005 SQ9 

2001 QL142 2463118.46 2031 Sept. 8.96 


QL142 

1995 YR1 2463120.65 2031 Sept.11.15 0.1681 1opposition, 

arc = 30 days MPO 53578 1995 YR1 



2002 JE9 2463121.25 2031 Sept.11.75 0.1026 1opposition, 

arc = 83 days MPO 33996 2002 JE9 

(87684) 2000 SY2 2463122.55 2031 Sept.13.05 


SY2 

(2063) Bacchus 2463124.15 2031 Sept.14.65 


Bacchus 

2000 SG344 2463125.82 2031 Sept.16.32 


SG344 

2000 QU7 2463127.22 2031 Sept.17.72 


QU7 

2002 VV17 2463127.54 2031 Sept.18.04 


VV17 

2005 QP87 2463129.34 2031 Sept.19.84 0.03755 1opposition, 

arc = 29 days E2005-S77 2005 QP87 

2004 SR 2463129.81 2031 Sept.20.31 0.1646 1opposition, 

arc = 18 days MPO 70466 2004 SR 

1998 SD9 2463133.74 2031 Sept.24.24 0.04872 1opposition, 

arc = 4 days MPC 32779 1998 SD9 

1991 TF3 2463134.13 2031 Sept.24.63 


TF3 


arc = 4 days E2005-TA1 2005 TH50 

2002 HP11 2463138.55 2031 Sept.29.05 0.1180 1opposition, 

arc = 23 days MPO 62390 2002 HP11 

2004 JP12 2463140.99 2031 Oct. 1.49 0.1041 1opposition, 

arc = 8 days MPO 66374 2004 JP12 

2005 QP11 2463147.13 2031 Oct. 7.63 0.1303 1opposition, 

arc = 9 days E2005-S25 2005 QP11 


arc = 7 days MPO 70480 2004 TP13 

(65679) 1989 UQ 2463152.14 2031 Oct. 12.64 


UQ 

2005 MA 2463159.24 2031 Oct. 19.74 0.08379 1opposition, 

arc = 5 days MPO 77910 2005 MA 

2001 TB2 2463159.44 2031 Oct. 19.94 0.1537 1opposition, 

arc = 38 days MPO 21049 2001 TB2 



2002 TR190 2463159.72 2031 Oct. 20.22 


TR190 


arc = 1 days MPO 74425 2004 UH1 

2004 GU9 2463160.37 2031 Oct. 20.87 


GU9 

2005 QE30 2463165.58 2031 Oct. 26.08 


QE30 

2005 WZ 2463167.32 2031 Oct. 27.82 0.09219 1opposition, 

arc = 9 days E2005-X04 2005 WZ 

2004 EK1 2463171.35 2031 Oct. 31.85 0.1966 1opposition, 

arc = 37 days MPO 62517 2004 EK1 

2003 WH98 2463172.21 2031 Nov. 1.71 0.04912 1opposition, 

arc = 4 days MPO 58065 2003 WH98 


arc = 144 days MPO 12251 2000 UY33 

2001 TX1 2463175.06 2031 Nov. 4.56 


TX1 

2005 TV51 2463175.35 2031 Nov. 4.85 0.08340 1opposition, 

arc = 4 days E2005-U10 2005 TV51 

2003 UV11 2463176.05 2031 Nov. 5.55 


UV11 

(66146) 1998 TU3 2463178.06 2031 Nov. 7.56 


TU3 

(5645) 1990 SP 2463181.21 2031 Nov. 10.71 


SP 

2000 EE104 2463183.01 2031 Nov. 12.51 


EE104 

2002 JQ9 2463187.93 2031 Nov. 17.43 


JQ9 

1998 VF32 2463190.59 2031 Nov. 20.09 


VF32 

2004 HT59 2463194.44 2031 Nov. 23.94 0.1027 1- 



opposition, arc = 1 days MPO 62577 2004 HT59 

2002 TD60 2463194.90 2031 Nov. 24.40 0.1218 1opposition, 

arc = 128 days MPO 43473 2002 TD60 


arc = 4 days MPO 74439 2004 WC1 

2001 YE4 2463200.52 2031 Nov. 30.02 0.07158 1opposition, 

arc = 15 days MPO 24005 2001 YE4 

1999 AP10 2463202.13 2031 Dec. 1.63 


AP10 

(85628) 1998 KV2 2463217.87 2031 Dec. 17.37 


KV2 

2000 AF6 2463222.01 2031 Dec. 21.51 


AF6 

2004 XB45 2463222.69 2031 Dec. 22.19 0.06595 1opposition, 

arc = 4 days MPO 74450 2004 XB45 

2002 AU4 2463227.07 2031 Dec. 26.57 


AU4 

2000 CH59 2463229.04 2031 Dec. 28.54 


CH59 


arc = 98 days MPO 62458 2003 YO3 

2001 VB76 2463231.98 2031 Dec. 31.48 


VB76 

2001 VB76 2463231.98 2031 Dec. 31.48 


VB76 

2004 TB18 2463234.24 2032 Jan. 2.74 


TB18 

2003 MK4 2463236.26 2032 Jan. 4.76 


MK4 

2000 YF29 2463236.89 2032 Jan. 5.39 


YF29 

2002 CQ11 2463244.53 2032 Jan. 13.03 




CQ11 

(7341) 1991 VK 2463248.22 2032 Jan. 16.72 


VK 

2000 PD3 2463248.25 2032 Jan. 16.75 


PD3 


arc = 33 days MPO 57659 1994 WR12 

2001 BA16 2463249.15 2032 Jan. 17.65 0.02162 1opposition, 

arc = 40 days MPO 12273 2001 BA16 

1998 GL10 2463249.34 2032 Jan. 17.84 0.1709 1opposition, 

arc = 55 days MPO 13563 1998 GL10 

2002 XR14 2463249.67 2032 Jan. 18.17 


XR14 

(1685) Toro 2463252.11 2032 Jan. 20.61 0.1288 


2002 VR14 2463253.95 2032 Jan. 22.45 0.1803 1opposition, 

arc = 7 days MPO 38512 2002 VR14 

(52387) 1993 OM7 2463255.04 2032 Jan. 23.54 


OM7 


arc = 4 days MPO 26156 2002 CA26 

2005 BG28 2463260.46 2032 Jan. 28.96 0.01079 1opposition, 

arc = 4 days MPO 74487 2005 BG28 


arc = 121 days MPO 66327 2004 BW58 


arc = 378 days MPO 35561 2001 QC34 

(85585) Mjolnir 2463293.21 2032 Mar. 1.71 


Mjolnir 

(29075) 1950 DA 2463293.78 2032 Mar. 2.28 


DA 


arc = 8 days MPO 43514 2003 EM1 

2003 SY17 2463299.42 2032 Mar. 7.92 0.05807 1opposition, 

arc = 42 days MPO 62447 2003 SY17 

P/2000 G1 (LINEAR) 2463304.44 2032 Mar. 12.94 



0.06886 MPC 45657 P/2000 G1 

(LINEAR) 

1999 TB10 2463307.57 2032 Mar. 16.07 


TB10 

2003 SK84 2463309.92 2032 Mar. 18.42 0.05486 1opposition, 

arc = 16 days MPO 53788 2003 SK84 

(89958) 2002 LY45 2463317.28 2032 Mar. 25.78 


LY45 

2002 AW 2463321.47 2032 Mar. 29.97 


AW 


arc = 2 days MPO 62541 2004 FG29 

2005 UG5 2463324.63 2032 Apr. 2.13 0.1132 1opposition, 

arc = 4 days E2005-U98 2005 UG5 

2002 TC9 2463324.70 2032 Apr. 2.20 


TC9 

(85953) 1999 FK21 2463330.45 2032 Apr. 7.95 


FK21 

1998 DG16 2463331.01 2032 Apr. 8.51 


DG16 

2002 TR190 2463332.10 2032 Apr. 9.60 


TR190 


arc = 35 days MPO 70367 2004 MO7 

2005 ND63 2463346.91 2032 Apr. 24.41 0.1461 1opposition, 

arc = 3 days E2005-O02 2005 ND63 

2001 RB12 2463348.68 2032 Apr. 26.18 


RB12 

2004 VD17 2463354.44 2032 May 1.94 


VD17 

2005 HC4 2463359.08 2032 May 6.58 0.1874 1opposition, 

arc = 12 days MPO 77877 2005 HC4 

2003 JY2 2463359.64 2032 May 7.14 0.1789 1opposition, 

arc = 4 days MPO 53734 2003 JY2 



2001 FO127 2463360.15 2032 May 7.65 0.1199 1opposition, 

arc = 19 days MPO 13842 2001 FO127 

2003 UT55 2463363.10 2032 May 10.60 0.1431 1opposition, 

arc = 0 days MPO 53851 2003 UT55 

2000 DP107 2463365.20 2032 May 12.70 


DP107 

(86667) 2000 FO10 2463371.43 2032 May 18.93 


FO10 


arc = 13 days MPO 77902 2005 KA 


arc = 10 days MPO 66381 2004 KG1 


arc = 28 days MPO 37540 2001 CQ36 

(20429) 1998 YN1 2463385.03 2032 June 1.53 


YN1 

(5693) 1993 EA 2463386.71 2032 June 3.21 


EA 


arc = 186 days MPO 74310 2004 LB 

2003 YP3 2463394.94 2032 June 11.44 0.09378 1opposition, 

arc = 11 days MPO 58085 2003 YP3 

2005 AV27 2463402.53 2032 June 19.03 


AV27 

2002 KK8 2463404.61 2032 June 21.11 0.1959 1opposition, 

arc = 63 days MPO 34010 2002 KK8 

2003 GA 2463412.28 2032 June 28.78 0.07975 1opposition, 

arc = 179 days MPO 53734 2003 GA 

2001 JW2 2463415.75 2032 July 2.25 


JW2 

2005 HN3 2463418.22 2032 July 4.72 0.1921 1opposition, 

arc = 36 days MPO 77877 2005 HN3 

2004 JA27 2463424.36 2032 July 10.86 


JA27 

2005 JT1 2463424.49 2032 July 10.99 0.01938 1opposition, 

arc = 6 days MPO 77878 2005 JT1 



2004 JA27 2463424.58 2032 July 11.08 0.09731 1opposition, 

arc = 174 days MPO 77783 2004 JA27 

2003 NZ6 2463425.82 2032 July 12.32 


NZ6 


arc = 36 days MPO 77603 2002 LT24 

2000 AA6 2463427.86 2032 July 14.36 0.1943 1opposition, 

arc = 10 days MPC 38174 2000 AA6 

2000 PP9 2463435.54 2032 July 22.04 0.1701 1opposition, 

arc = 144 days MPO 13677 2000 PP9 

2002 AM31 2463442.64 2032 July 29.14 


AM31 

2001 BA16 2463446.73 2032 Aug. 2.23 0.1800 1opposition, 

arc = 40 days MPO 12273 2001 BA16 

2003 CG11 2463448.97 2032 Aug. 4.47 0.01914 1opposition, 

arc = 267 days MPO 62442 2003 CG11 

2005 CV25 2463451.26 2032 Aug. 6.76 0.1767 1opposition, 

arc = 28 days MPO 77811 2005 CV25 

2002 OY21 2463453.78 2032 Aug. 9.28 0.1016 1opposition, 

arc = 13 days MPO 34034 2002 OY21 

2001 HB 2463454.38 2032 Aug. 9.88 


HB 

2001 OG25 2463461.48 2032 Aug. 16.98 


OG25 

2004 RN111 2463461.71 2032 Aug. 17.21 0.1321 1opposition, 

arc = 6 days MPO 70424 2004 RN111 

1998 XN2 2463469.97 2032 Aug. 25.47 


XN2 

2001 BW15 2463471.27 2032 Aug. 26.77 


BW15 


arc = 28 days MPO 41580 1999 NW2 

1994 CC 2463476.87 2032 Sept. 1.37 


CC 

2005 QP11 2463479.08 2032 Sept. 3.58 0.09104 1opposition, 

arc = 9 days E2005-S25 2005 QP11 



(4450) Pan 2463479.24 2032 Sept. 3.74 0.06290 


2005 UE1 2463482.63 2032 Sept. 7.13 0.08700 1opposition, 

arc = 2 days E2005-U68 2005 UE1 

2003 EM1 2463483.70 2032 Sept. 8.20 0.09683 1opposition, 

arc = 8 days MPO 43514 2003 EM1 


arc = 46 days MPO 74366 2004 SV55 


arc = 172 days MPO 35573 2002 EM6 

1999 GS6 2463489.56 2032 Sept.14.06 


GS6 

(1981) Midas 2463490.12 2032 Sept.14.62 0.08635 

11 oppositions, 1973-1999 MPO 38158 (1981) Midas 

2004 RQ10 2463490.30 2032 Sept.14.80 0.1294 1opposition, 

arc = 72 days MPO 74325 2004 RQ10 

1999 AO10 2463490.93 2032 Sept.15.43 0.1852 1opposition, 

arc = 33 days MPC 34039 1999 AO10 

2002 FD6 2463492.59 2032 Sept.17.09 0.07487 1opposition, 

arc = 15 days MPO 41765 2002 FD6 

1988 TA 2463492.88 2032 Sept.17.38 0.1037 1opposition, 

arc = 63 days MPC 38021 1988 TA 

(41429) 2000 GE2 2463494.12 2032 Sept.18.62 


GE2 

2003 SR84 2463495.38 2032 Sept.19.88 0.07167 1opposition, 

arc = 7 days MPO 53788 2003 SR84 

(2329) Orthos 2463495.89 2032 Sept.20.39 0.09496 

10 oppositions, 1976-1998 MPC 32295 (2329) Orthos 


arc = 6 days MPO 70467 2004 ST2 

2001 RY47 2463498.26 2032 Sept.22.76 


RY47 

(12923) Zephyr 2463498.38 2032 Sept.22.88 


Zephyr 


arc = 43 days E2005-V79 2005 SB71 

2002 OA22 2463507.55 2032 Oct. 2.05 


OA22 




arc = 7 days MPO 70480 2004 TP13 

2001 RU17 2463511.60 2032 Oct. 6.10 0.1641 1opposition, 

arc = 50 days MPO 57841 2001 RU17 


arc = 6 days E2005-T51 2005 TM 

2002 RP28 2463514.47 2032 Oct. 8.97 0.1230 1opposition, 

arc = 110 days MPO 41777 2002 RP28 

2004 GU9 2463526.19 2032 Oct. 20.69 


GU9 

2005 EZ223 2463526.29 2032 Oct. 20.79 0.1896 1opposition, 

arc = 23 days MPO 77848 2005 EZ223 

2005 ML13 2463527.85 2032 Oct. 22.35 0.1530 1opposition, 

arc = 16 days E2005-N70 2005 ML13 

1999 NW2 2463528.42 2032 Oct. 22.92 0.1844 1opposition, 

arc = 28 days MPO 41580 1999 NW2 

2004 VA1 2463530.23 2032 Oct. 24.73 


VA1 


arc = 23 days MPO 74368 2004 TD10 

2004 HT59 2463535.71 2032 Oct. 30.21 0.1510 1opposition, 

arc = 1 days MPO 62577 2004 HT59 


arc = 35 days MPO 57991 2003 UW29 

2005 TB15 2463538.25 2032 Nov. 1.75 0.08364 1opposition, 

arc = 59 days E2005-W93 2005 TB15 

2004 VM24 2463540.10 2032 Nov. 3.60 0.1939 1opposition, 

arc = 3 days MPO 74430 2004 VM24 

2002 EB3 2463541.70 2032 Nov. 5.20 


EB3 

1996 FT1 2463542.33 2032 Nov. 5.83 0.09157 1opposition, 

arc = 9 days MPO 47702 1996 FT1 

2000 EE104 2463549.21 2032 Nov. 12.71 


EE104 

2005 WB1 2463553.93 2032 Nov. 17.43 0.1669 1opposition, 

arc = 11 days E2005-X08 2005 WB1 

1996 GD1 2463554.44 2032 Nov. 17.94 


GD1 



1999 GL4 2463560.95 2032 Nov. 24.45 


GL4 

2003 UC20 2463567.59 2032 Dec. 1.09 


UC20 

2004 LV 2463569.60 2032 Dec. 3.10 0.08942 1opposition, 

arc = 3 days MPO 66384 2004 LV 


arc = 21 days MPO 57848 2001 YO3 

2004 LB 2463576.65 2032 Dec. 10.15 0.1485 1opposition, 

arc = 186 days MPO 74310 2004 LB 


arc = 9 days E2005-X18 2005 WS3 

1998 YM4 2463582.36 2032 Dec. 15.86 0.1270 1opposition, 

arc = 21 days MPO 57683 1998 YM4 

2001 UA5 2463584.15 2032 Dec. 17.65 


UA5 

(35670) 1998 SU27 2463587.80 2032 Dec. 21.30 


SU27 


arc = 8 days MPO 74177 2002 JD9 

(2062) Aten 2463598.37 2032 Dec. 31.87 


Aten 


arc = 18 days MPO 43505 2003 CA4 

2001 DR8 2463603.09 2033 Jan. 5.59 0.09631 1opposition, 

arc = 28 days MPO 53678 2001 DR8 


arc = 7 days E2005-X16 2005 WY55 

2002 CQ11 2463608.75 2033 Jan. 11.25 


CQ11 

(2340) Hathor 2463611.07 2033 Jan. 13.57 


Hathor 

2003 WD158 2463618.68 2033 Jan. 21.18 


WD158 



2004 BK86 2463623.10 2033 Jan. 25.60 0.1274 1opposition, 

arc = 1 days MPO 58137 2004 BK86 

2004 CC 2463624.20 2033 Jan. 26.70 0.1562 1opposition, 

arc = 5 days MPO 62488 2004 CC 

2005 VL1 2463631.38 2033 Feb. 2.88 0.03087 1opposition, 

arc = 17 days E2005-W20 2005 VL1 


arc = 7 days MPO 41678 2001 CP36 

2004 CO49 2463640.83 2033 Feb. 12.33 0.1509 1opposition, 

arc = 30 days MPO 62496 2004 CO49 

2004 TR12 2463644.17 2033 Feb. 15.67 


TR12 

2005 EQ95 2463648.47 2033 Feb. 19.97 0.04540 1opposition, 

arc = 2 days MPO 77831 2005 EQ95 

2005 UT64 2463651.05 2033 Feb. 22.55 0.1007 1opposition, 

arc = 17 days E2005-W17 2005 UT64 

2004 ER21 2463656.53 2033 Feb. 28.03 0.08489 1opposition, 

arc = 8 days MPO 62522 2004 ER21 

2005 ET70 2463659.37 2033 Mar. 2.87 0.09531 1opposition, 

arc = 24 days MPO 77827 2005 ET70 

2004 FX1 2463661.70 2033 Mar. 5.20 0.1897 1opposition, 

arc = 2 days MPO 62536 2004 FX1 

2002 TY59 2463666.82 2033 Mar. 10.32 0.1063 1opposition, 

arc = 26 days MPO 77658 2002 TY59 

2002 DY3 2463667.27 2033 Mar. 10.77 


DY3 

2000 GD2 2463672.00 2033 Mar. 15.50 


GD2 

2005 PH2 2463672.98 2033 Mar. 16.48 0.1082 1opposition, 

arc = 14 days E2005-Q06 2005 PH2 

1999 AO10 2463673.58 2033 Mar. 17.08 0.1573 1opposition, 

arc = 33 days MPC 34039 1999 AO10 

2001 SB170 2463676.31 2033 Mar. 19.81 0.05487 1opposition, 

arc = 23 days MPO 57844 2001 SB170 

2002 LE31 2463679.04 2033 Mar. 22.54 


LE31 

(25143) Itokawa 2463680.16 2033 Mar. 23.66 


Itokawa 



2000 CH59 2463683.63 2033 Mar. 27.13 


CH59 

2002 DC3 2463684.33 2033 Mar. 27.83 0.1670 1opposition, 

arc = 48 days MPO 30697 2002 DC3 

2003 TT9 2463686.60 2033 Mar. 30.10 0.1112 1opposition, 

arc = 14 days MPO 53836 2003 TT9 

2003 WQ7 2463690.71 2033 Apr. 3.21 0.1913 1opposition, 

arc = 184 days MPO 62453 2003 WQ7 

2003 DY15 2463691.58 2033 Apr. 4.08 0.1518 1opposition, 

arc = 5 days MPO 43512 2003 DY15 

2004 BL11 2463692.75 2033 Apr. 5.25 0.1608 1opposition, 

arc = 31 days MPO 62471 2004 BL11 

1998 HD14 2463692.82 2033 Apr. 5.32 


HD14 

2003 QW30 2463693.54 2033 Apr. 6.04 


QW30 


arc = 28 days E2005-O34 2005 MO13 


arc = 23 days MPO 48342 2003 FY6 

2004 BF68 2463702.48 2033 Apr. 14.98 


BF68 

1999 BJ8 2463707.29 2033 Apr. 19.79 


BJ8 

2003 WW26 2463709.29 2033 Apr. 21.79 0.05952 1opposition, 

arc = 23 days MPO 58050 2003 WW26 

2003 UT55 2463709.97 2033 Apr. 22.47 0.09955 1opposition, 

arc = 0 days MPO 53851 2003 UT55 

2004 GD2 2463710.73 2033 Apr. 23.23 0.05215 1opposition, 

arc = 20 days MPO 66355 2004 GD2 

1998 KG3 2463718.30 2033 Apr. 30.80 


KG3 

2005 UK 2463718.35 2033 Apr. 30.85 0.1572 1opposition, 

arc = 40 days E2005-X04 2005 UK 

1998 XD12 2463724.49 2033 May 6.99 0.1363 1opposition, 

arc = 10 days MPO 57682 1998 XD12 

2004 JP1 2463733.38 2033 May 15.88 0.04942 1- 



opposition, arc = 7 days MPO 66372 2004 JP1 

2004 XM29 2463734.92 2033 May 17.42 0.1714 1opposition, 

arc = 21 days MPO 74447 2004 XM29 

2001 JW1 2463739.51 2033 May 22.01 


JW1 

2002 QG24 2463749.39 2033 May 31.89 


QG24 

2004 UR1 2463751.46 2033 June 2.96 0.1957 1opposition, 

arc = 53 days MPO 74425 2004 UR1 

2004 LB1 2463755.51 2033 June 7.01 0.1220 1opposition, 

arc = 9 days MPO 66384 2004 LB1 

2005 AH14 2463758.96 2033 June 10.46 


AH14 

2003 CA4 2463760.73 2033 June 12.23 0.1995 1opposition, 

arc = 18 days MPO 43505 2003 CA4 

2003 YM137 2463772.37 2033 June 23.87 


YM137 


arc = 53 days MPO 77688 2003 BX33 

2004 RX10 2463775.59 2033 June 27.09 0.1319 1opposition, 

arc = 30 days MPO 70398 2004 RX10 

2005 NE21 2463776.31 2033 June 27.81 0.07145 1opposition, 

arc = 53 days E2005-Q41 2005 NE21 

2005 TF50 2463782.58 2033 July 4.08 0.1901 1opposition, 

arc = 26 days E2005-V84 2005 TF50 

2001 PT9 2463783.89 2033 July 5.39 0.1689 1opposition, 

arc = 30 days MPO 18352 2001 PT9 

2001 LD6 2463790.36 2033 July 11.86 0.1768 1opposition, 

arc = 162 days MPO 57829 2001 LD6 

2003 BM4 2463792.55 2033 July 14.05 0.07370 1opposition, 

arc = 7 days MPO 41922 2003 BM4 

2005 GK 2463793.15 2033 July 14.65 


GK 

2004 NK8 2463796.30 2033 July 17.80 0.1808 1opposition, 

arc = 28 days MPO 66390 2004 NK8 

1998 BB10 2463799.98 2033 July 21.48 


BB10 



2005 CP38 2463802.86 2033 July 24.36 0.1992 1opposition, 

arc = 8 days MPO 77812 2005 CP38 


arc = 57 days MPO 74366 2004 SB56 

2005 CL7 2463807.50 2033 July 29.00 0.1951 1opposition, 

arc = 232 days MPO 77809 2005 CL7 

1998 EP4 2463809.87 2033 July 31.37 


EP4 

2001 QP153 2463816.81 2033 Aug. 7.31 


QP153 

2001 RA12 2463818.21 2033 Aug. 8.71 


RA12 

2005 NJ1 2463821.61 2033 Aug. 12.11 0.1215 1opposition, 

arc = 143 days E2005-W45 2005 NJ1 

2004 BH11 2463822.19 2033 Aug. 12.69 0.03691 1opposition, 

arc = 10 days MPO 58120 2004 BH11 

2004 RU10 2463822.52 2033 Aug. 13.02 


RU10 

2002 AW 2463825.73 2033 Aug. 16.23 


AW 

1999 YR14 2463826.74 2033 Aug. 17.24 


YR14 

(85275) 1994 LY 2463835.60 2033 Aug. 26.10 


LY 

(66146) 1998 TU3 2463841.79 2033 Sept. 1.29 


TU3 

(8566) 1996 EN 2463849.11 2033 Sept. 8.61 


EN 

2004 RC80 2463849.69 2033 Sept. 9.19 0.04416 1opposition, 

arc = 10 days MPO 70416 2004 RC80 

2002 VU17 2463854.55 2033 Sept.14.05 0.08928 1opposition, 

arc = 29 days MPO 41849 2002 VU17 

2002 SZ 2463858.42 2033 Sept.17.92 




SZ 

2004 RY109 2463860.12 2033 Sept.19.62 0.1610 1opposition, 

arc = 94 days MPO 74338 2004 RY109 

(5590) 1990 VA 2463876.56 2033 Oct. 6.06 


VA 

2004 VC 2463877.95 2033 Oct. 7.45 


VC 

1999 VO6 2463880.97 2033 Oct. 10.47 


VO6 

2003 JY2 2463881.29 2033 Oct. 10.79 0.08194 1opposition, 

arc = 4 days MPO 53734 2003 JY2 


arc = 53 days E2005-W20 2005 ST1 

1998 FW4 2463882.04 2033 Oct. 11.54 


FW4 

2002 SP 2463883.13 2033 Oct. 12.63 0.1985 1opposition, 

arc = 40 days MPO 41791 2002 SP 

(52750) 1998 KK17 2463890.86 2033 Oct. 20.36 


KK17 

2004 GU9 2463892.18 2033 Oct. 21.68 


GU9 


arc = 161 days MPO 77787 2004 SW55 

1999 UR 2463897.02 2033 Oct. 26.52 0.02693 1opposition, 

arc = 117 days MPC 38810 1999 UR 

2003 YQ94 2463897.11 2033 Oct. 26.61 0.1629 1opposition, 

arc = 146 days MPO 62462 2003 YQ94 

1999 VP6 2463897.81 2033 Oct. 27.31 


VP6 

1991 VE 2463899.64 2033 Oct. 29.14 


VE 


arc = 4 days E2005-V34 2005 US64 

2004 QT24 2463902.32 2033 Oct. 31.82 




QT24 


arc = 2 days E2005-V01 2005 UV6 

(3361) Orpheus 2463911.56 2033 Nov. 10.06 


Orpheus 

2000 EE104 2463915.64 2033 Nov. 14.14 


EE104 

2004 VH1 2463916.49 2033 Nov. 14.99 0.1567 1opposition, 

arc = 17 days MPO 74427 2004 VH1 


arc = 9 days E2005-X18 2005 WS3 


arc = 36 days MPO 8536 2000 WC1 


arc = 1 days E2005-W33 2005 WC 


arc = 52 days MPO 58076 2003 WC158 

2004 FM32 2463919.80 2033 Nov. 18.30 0.05516 1opposition, 

arc = 15 days MPO 62542 2004 FM32 

(11311) Peleus 2463924.82 2033 Nov. 23.32 


Peleus 

2001 XU1 2463930.12 2033 Nov. 28.62 


XU1 

2002 MX 2463930.85 2033 Nov. 29.35 0.02109 1opposition, 

arc = 19 days MPO 34019 2002 MX 

2002 EZ16 2463932.22 2033 Nov. 30.72 


EZ16 

1994 XL1 2463934.52 2033 Dec. 3.02 


XL1 

2003 AB23 2463935.74 2033 Dec. 4.24 


AB23 

2005 WY1 2463939.58 2033 Dec. 8.08 0.1280 1opposition, 

arc = 3 days E2005-W54 2005 WY1 

2002 CD 2463940.08 2033 Dec. 8.58 


CD 



2003 SW130 2463944.71 2033 Dec. 13.21 0.1281 1opposition, 

arc = 4 days MPO 53798 2003 SW130 

2003 YQ1 2463947.16 2033 Dec. 15.66 0.1685 1opposition, 

arc = 23 days MPO 58085 2003 YQ1 

1998 WZ1 2463947.36 2033 Dec. 15.86 0.1131 1opposition, 

arc = 188 days MPC 35079 1998 WZ1 

2005 GE60 2463948.49 2033 Dec. 16.99 0.09130 1opposition, 

arc = 31 days MPO 77864 2005 GE60 

(85628) 1998 KV2 2463949.16 2033 Dec. 17.66 


KV2 

1999 JU3 2463952.75 2033 Dec. 21.25 


JU3 


arc = 27 days MPO 58107 2003 YL118 

1998 XA5 2463961.89 2033 Dec. 30.39 


XA5 

2002 AA 2463963.09 2033 Dec. 31.59 0.1848 1opposition, 

arc = 156 days MPO 38331 2002 AA 


arc = 33 days MPO 57659 1994 WR12 

2000 YA 2463981.36 2034 Jan. 18.86 0.1369 1opposition, 

arc = 6 days MPO 41676 2000 YA 

(2062) Aten 2463983.42 2034 Jan. 20.92 


Aten 

(85182) 1991 AQ 2463983.82 2034 Jan. 21.32 


AQ 

2003 MA3 2463988.14 2034 Jan. 25.64 


MA3 


arc = 6 days MPC 34046 1999 CQ2 

2002 CB19 2463991.73 2034 Jan. 29.23 0.1138 1opposition, 

arc = 29 days MPO 30639 2002 CB19 

2005 AC 2463994.29 2034 Jan. 31.79 


AC 

1999 CG9 2463999.66 2034 Feb. 6.16 0.04552 1- 



opposition, arc = 24 days MPC 34320 1999 CG9 


arc = 232 days MPO 77809 2005 CL7 

2005 UF 2464000.51 2034 Feb. 7.01 0.1586 1opposition, 

arc = 1 days E2005-U42 2005 UF 

2001 FD58 2464007.14 2034 Feb. 13.64 


FD58 

(4450) Pan 2464008.86 2034 Feb. 15.36 0.06489 



arc = 25 days MPO 48329 2003 DZ15 


arc = 23 days MPO 57713 1999 VF22 

2002 CU46 2464017.00 2034 Feb. 23.50 0.1506 1opposition, 

arc = 21 days MPO 27831 2002 CU46 

2005 UW5 2464017.22 2034 Feb. 23.72 0.05821 1opposition, 

arc = 3 days E2005-W17 2005 UW5 


arc = 33 days MPO 34011 2002 LX 

(5604) 1992 FE 2464022.30 2034 Feb. 28.80 


FE 

2001 GN2 2464027.74 2034 Mar. 6.24 


GN2 

2003 SM84 2464034.08 2034 Mar. 12.58 0.1647 1opposition, 

arc = 57 days MPO 57947 2003 SM84 

(20429) 1998 YN1 2464035.05 2034 Mar. 13.55 


YN1 

2001 UX16 2464035.92 2034 Mar. 14.42 0.1440 1opposition, 

arc = 177 days MPO 57847 2001 UX16 

2000 CE59 2464038.06 2034 Mar. 16.56 


CE59 

2000 HA24 2464040.38 2034 Mar. 18.88 


HA24 

2002 TY59 2464041.87 2034 Mar. 20.37 0.07451 1opposition, 

arc = 26 days MPO 77658 2002 TY59 

2005 FA 2464043.97 2034 Mar. 22.47 0.02455 1opposition, 

arc = 3 days MPO 77854 2005 FA 



2003 CR20 2464045.43 2034 Mar. 23.93 


CR20 

2005 LC 2464057.18 2034 Apr. 4.68 0.1318 1opposition, 

arc = 7 days MPO 77905 2005 LC 

2002 VR14 2464059.13 2034 Apr. 6.63 0.1879 1opposition, 

arc = 7 days MPO 38512 2002 VR14 


arc = 33 days MPO 48341 2003 FU3 

2003 UL9 2464061.22 2034 Apr. 8.72 0.1735 1opposition, 

arc = 6 days MPO 62449 2003 UL9 

2004 XD51 2464063.99 2034 Apr. 11.49 0.1605 1opposition, 

arc = 5 days MPO 74451 2004 XD51 


arc = 36 days MPO 70227 1999 SO5 


arc = 24 days MPO 48364 2003 GQ22 

2005 GU 2464073.12 2034 Apr. 20.62 


GU 

2003 QO104 2464073.47 2034 Apr. 20.97 


QO104 

2005 OR2 2464074.11 2034 Apr. 21.61 0.05997 1opposition, 

arc = 4 days E2005-Q56 2005 OR2 

2003 KO2 2464078.09 2034 Apr. 25.59 


KO2 

2003 RU11 2464082.78 2034 Apr. 30.28 0.1811 1opposition, 

arc = 4 days MPO 53765 2003 RU11 

(89136) 2001 US16 2464086.47 2034 May 3.97 


US16 

2004 JA 2464087.90 2034 May 5.40 


JA 


arc = 49 days MPO 66347 2004 FM17 


arc = 12 days MPO 32016 2002 JU15 

2004 RO111 2464098.50 2034 May 16.00 0.05973 1opposition, 

arc = 9 days MPO 70424 2004 RO111 

2005 JN3 2464099.15 2034 May 16.65 0.1176 1- 



opposition, arc = 2 days E2005-V27 2005 JN3 

(21374) 1997 WS22 2464104.67 2034 May 22.17 


WS22 

2004 VM24 2464105.22 2034 May 22.72 0.1446 1opposition, 

arc = 3 days MPO 74430 2004 VM24 

1999 JE1 2464106.31 2034 May 23.81 


JE1 

1988 TA 2464108.45 2034 May 25.95 0.1106 1opposition, 

arc = 63 days MPC 38021 1988 TA 

2002 JC 2464108.90 2034 May 26.40 


JC 

2002 CZ9 2464109.11 2034 May 26.61 


CZ9 

(66391) 1999 KW4 2464116.24 2034 June 2.74 


KW4 

2005 SZ70 2464116.73 2034 June 3.23 0.1799 1opposition, 

arc = 28 days E2005-V72 2005 SZ70 

2004 DA53 2464118.24 2034 June 4.74 0.09975 1opposition, 

arc = 2 days MPO 62514 2004 DA53 

2002 JR100 2464118.75 2034 June 5.25 0.1740 1opposition, 

arc = 16 days MPO 70351 2002 JR100 


arc = 32 days MPO 16098 2001 LB 


arc = 31 days MPO 66372 2004 JQ1 

2004 JX20 2464129.27 2034 June 15.77 


JX20 

1998 KH9 2464131.23 2034 June 17.73 


KH9 

2002 EM7 2464140.70 2034 June 27.20 0.1498 1opposition, 

arc = 25 days MPO 30702 2002 EM7 


arc = 26 days MPO 66320 2003 XB22 

2005 MA 2464145.27 2034 July 1.77 0.06343 1opposition, 

arc = 5 days MPO 77910 2005 MA 

1998 HL3 2464145.33 2034 July 1.83 




HL3 

1994 CJ1 2464150.58 2034 July 7.08 


CJ1 

2003 OS13 2464150.77 2034 July 7.27 


OS13 


arc = 10 days MPO 787 2000 HB24 

2005 JE46 2464155.81 2034 July 12.31 


JE46 

2005 BC 2464160.58 2034 July 17.08 0.04631 1opposition, 

arc = 84 days MPO 77805 2005 BC 

(5143) Heracles 2464162.07 2034 July 18.57 0.1675 

13 oppositions, 1953-2002 MPO 47604 (5143) Heracles 

2002 TC70 2464167.83 2034 July 24.33 


TC70 

2005 LC 2464173.63 2034 July 30.13 0.1516 1opposition, 

arc = 7 days MPO 77905 2005 LC 

1999 AN10 2464174.52 2034 July 31.02 


AN10 

2000 SZ162 2464177.05 2034 Aug. 2.55 0.06588 1opposition, 

arc = 8 days MPO 5115 2000 SZ162 

(13651) 1997 BR 2464177.22 2034 Aug. 2.72 


BR 

1999 AJ39 2464178.42 2034 Aug. 3.92 


AJ39 

2005 VA2 2464178.47 2034 Aug. 3.97 0.1373 1opposition, 

arc = 3 days E2005-V72 2005 VA2 

2005 MR1 2464179.40 2034 Aug. 4.90 0.08561 1opposition, 

arc = 97 days MPO 77911 2005 MR1 

2004 WS2 2464180.35 2034 Aug. 5.85 


WS2 

15P/Finlay 2464188.04 2034 Aug. 13.54 

0.1863 MPC 54169 15P/ 

Finlay 



2003 RE2 2464189.57 2034 Aug. 15.07 0.1536 1opposition, 

arc = 46 days MPO 53764 2003 RE2 

2003 SA85 2464196.41 2034 Aug. 21.91 0.1091 1opposition, 

arc = 37 days MPO 53788 2003 SA85 

2005 RJ 2464197.63 2034 Aug. 23.13 0.1835 1opposition, 

arc = 7 days E2005-R59 2005 RJ 

2001 YB5 2464206.17 2034 Aug. 31.67 0.1159 1opposition, 

arc = 11 days MPO 26095 2001 YB5 


arc = 77 days MPO 74426 2004 VV 

2005 RD34 2464212.13 2034 Sept. 6.63 0.1535 1opposition, 

arc = 27 days E2005-T90 2005 RD34 

2003 KU2 2464215.88 2034 Sept.10.38 


KU2 

2000 UK11 2464217.21 2034 Sept.11.71 0.09717 1opposition, 

arc = 8 days MPO 41675 2000 UK11 

2005 CU38 2464222.96 2034 Sept.17.46 0.09767 1opposition, 

arc = 10 days MPO 74495 2005 CU38 


arc = 4 days MPO 53765 2003 RU11 

1997 RT 2464224.42 2034 Sept.18.92 0.1692 1opposition, 

arc = 68 days MPC 31010 1997 RT 


arc = 30 days MPO 70398 2004 RX10 

1998 SD15 2464225.12 2034 Sept.19.62 


SD15 

2004 MR1 2464225.85 2034 Sept.20.35 0.09187 1opposition, 

arc = 1 days MPO 66388 2004 MR1 


arc = 33 days E2005-V70 2005 SP9 


arc = 23 days MPO 62390 2002 HP11 

2002 SR 2464228.05 2034 Sept.22.55 0.1828 1opposition, 

arc = 198 days MPO 77648 2002 SR 

2001 FA7 2464229.15 2034 Sept.23.65 


FA7 

(41429) 2000 GE2 2464230.85 2034 Sept.25.35 


GE2 

1999 VX25 2464231.42 2034 Sept.25.92 0.02483 1- 



opposition, arc = 5 days MPC 36941 1999 VX25 

2005 TA 2464234.20 2034 Sept.28.70 0.02694 1opposition, 

arc = 4 days E2005-T40 2005 TA 

2005 EM30 2464236.85 2034 Oct. 1.35 


EM30 


arc = 22 days E2005-W20 2005 TU50 

2001 FR128 2464240.04 2034 Oct. 4.54 0.1397 1opposition, 

arc = 27 days MPO 13842 2001 FR128 

2003 TT9 2464240.93 2034 Oct. 5.43 0.07826 1opposition, 

arc = 14 days MPO 53836 2003 TT9 

2002 PY39 2464242.35 2034 Oct. 6.85 0.09746 1opposition, 

arc = 145 days MPO 41769 2002 PY39 

(5590) 1990 VA 2464242.40 2034 Oct. 6.90 


VA 


arc = 33 days E2005-V70 2005 TP45 

2004 VY14 2464243.95 2034 Oct. 8.45 0.1204 1opposition, 

arc = 16 days MPO 74429 2004 VY14 


arc = 4 days MPC 32779 1998 SD9 

2005 GD60 2464245.35 2034 Oct. 9.85 0.1211 1opposition, 

arc = 33 days MPO 77864 2005 GD60 

2005 UH 2464252.24 2034 Oct. 16.74 0.1358 1opposition, 

arc = 30 days E2005-W33 2005 UH 

1999 VP11 2464253.05 2034 Oct. 17.55 


VP11 

2004 GB2 2464255.52 2034 Oct. 20.02 0.1360 1opposition, 

arc = 41 days MPO 66355 2004 GB2 

2004 GU9 2464257.70 2034 Oct. 22.20 


GU9 

2003 FC5 2464258.76 2034 Oct. 23.26 


FC5 

2003 UX26 2464260.37 2034 Oct. 24.87 0.03024 1opposition, 

arc = 8 days MPO 53847 2003 UX26 


arc = 0 days MPO 53851 2003 UT55 

1993 VD 2464262.42 2034 Oct. 26.92 




VD 

2002 CD 2464264.08 2034 Oct. 28.58 


CD 


arc = 098 days E2005-V84 2002 VE68 

2004 FU4 2464269.79 2034 Nov. 3.29 0.1460 1opposition, 

arc = 79 days MPO 66346 2004 FU4 

2004 UL 2464270.59 2034 Nov. 4.09 


UL 

(3838) Epona 2464274.13 2034 Nov. 7.63 


Epona 

2005 ST4 2464278.84 2034 Nov. 12.34 0.1054 1opposition, 

arc = 52 days E2005-W17 2005 ST4 

2002 UK11 2464280.29 2034 Nov. 13.79 


UK11 

2000 EE104 2464282.22 2034 Nov. 15.72 


EE104 

2003 UP12 2464285.97 2034 Nov. 19.47 0.1568 1opposition, 

arc = 5 days MPO 53843 2003 UP12 

1999 JZ10 2464287.27 2034 Nov. 20.77 0.1242 1opposition, 

arc = 20 days MPC 35101 1999 JZ10 


arc = 24 days E2005-W20 2005 UL5 

2003 QU5 2464290.91 2034 Nov. 24.41 0.1647 1opposition, 

arc = 9 days MPO 62446 2003 QU5 

1998 XN17 2464291.87 2034 Nov. 25.37 


XN17 


arc = 29 days MPO 77906 2005 LW3 

1997 UR 2464297.22 2034 Nov. 30.72 0.03937 1opposition, 

arc = 21 days MPO 73932 1997 UR 


arc = 145 days MPO 77794 2004 XL35 

2000 WP19 2464310.40 2034 Dec. 13.90 


WP19 



2001 XU 2464311.50 2034 Dec. 15.00 0.01787 1opposition, 

arc = 26 days MPO 23941 2001 XU 

2003 ME1 2464311.74 2034 Dec. 15.24 0.09016 1opposition, 

arc = 36 days MPO 53734 2003 ME1 

(85585) Mjolnir 2464312.18 2034 Dec. 15.68 


Mjolnir 

2005 GH81 2464312.78 2034 Dec. 16.28 0.1997 1opposition, 

arc = 24 days MPO 77866 2005 GH81 

2004 LV3 2464315.16 2034 Dec. 18.66 


LV3 

2000 SZ162 2464315.35 2034 Dec. 18.85 0.1648 1opposition, 

arc = 8 days MPO 5115 2000 SZ162 


arc = 28 days MPO 77683 2002 XQ90 

2005 EE 2464325.40 2034 Dec. 28.90 


EE 


arc = 109 days MPO 48309 2003 AK18 

2005 ES1 2464328.55 2035 Jan. 1.05 0.03209 1opposition, 

arc = 4 days MPO 77816 2005 ES1 

2001 PJ29 2464331.52 2035 Jan. 4.02 0.1550 1opposition, 

arc = 15 days MPO 70298 2001 PJ29 

2002 AX1 2464332.56 2035 Jan. 5.06 


AX1 

2001 BB16 2464334.16 2035 Jan. 6.66 0.03802 1opposition, 

arc = 63 days MPO 12273 2001 BB16 

2002 AY1 2464336.05 2035 Jan. 8.55 


AY1 

2000 UL11 2464343.18 2035 Jan. 15.68 


UL11 

2002 CD 2464347.74 2035 Jan. 20.24 


CD 

1999 VX25 2464349.15 2035 Jan. 21.65 0.1367 1opposition, 

arc = 5 days MPC 36941 1999 VX25 

2003 AY2 2464358.39 2035 Jan. 30.89 




AY2 

2004 PR92 2464359.88 2035 Feb. 1.38 0.1595 1opposition, 

arc = 8 days MPO 66416 2004 PR92 

2000 CM33 2464360.72 2035 Feb. 2.22 


CM33 

(7350) 1993 VA 2464360.75 2035 Feb. 2.25 


VA 

2004 AE6 2464362.30 2035 Feb. 3.80 0.1272 1opposition, 

arc = 17 days MPO 58116 2004 AE6 

2004 TD18 2464367.29 2035 Feb. 8.79 0.1824 1opposition, 

arc = 35 days MPO 74370 2004 TD18 

2002 SR 2464368.49 2035 Feb. 9.99 0.05142 1opposition, 

arc = 198 days MPO 77648 2002 SR 

2000 DO8 2464368.74 2035 Feb. 10.24 0.1763 1opposition, 

arc = 5 days MPC 39604 2000 DO8 

2004 AS1 2464374.83 2035 Feb. 16.33 


AS1 

(85953) 1999 FK21 2464375.95 2035 Feb. 17.45 


FK21 

2000 ET70 2464378.37 2035 Feb. 19.87 


ET70 

2005 QK76 2464380.18 2035 Feb. 21.68 0.1056 1opposition, 

arc = 2 days E2005-R41 2005 QK76 

2004 YC 2464386.98 2035 Feb. 28.48 0.1549 1opposition, 

arc = 5 days MPO 74467 2004 YC 

2000 EE14 2464394.44 2035 Mar. 7.94 


EE14 

2000 RM12 2464399.92 2035 Mar. 13.42 


RM12 

2002 DO3 2464400.43 2035 Mar. 13.93 0.1254 1opposition, 

arc = 29 days MPO 30697 2002 DO3 

2000 GD2 2464405.42 2035 Mar. 18.92 


GD2 

2001 FC58 2464408.15 2035 Mar. 21.65 




FC58 

2003 ED50 2464409.42 2035 Mar. 22.92 


ED50 


arc = 24 days MPO 20979 2001 SQ3 

2003 TJ2 2464412.06 2035 Mar. 25.56 0.1485 1opposition, 

arc = 65 days MPO 57981 2003 TJ2 

2001 HY7 2464414.69 2035 Mar. 28.19 


HY7 

2004 GZ14 2464414.94 2035 Mar. 28.44 0.1893 1opposition, 

arc = 8 days MPO 66357 2004 GZ14 

2002 CW11 2464417.16 2035 Mar. 30.66 0.06206 1opposition, 

arc = 14 days MPO 26152 2002 CW11 


arc = 10 days MPO 57775 2000 HO40 

2005 BY2 2464421.06 2035 Apr. 3.56 


BY2 

2001 FZ 2464428.40 2035 Apr. 10.90 0.09847 1opposition, 

arc = 202 days MPO 20837 2001 FZ 

2004 EO20 2464429.51 2035 Apr. 12.01 0.1924 1opposition, 

arc = 30 days MPO 62522 2004 EO20 

2005 EE224 2464433.50 2035 Apr. 16.00 0.1193 1opposition, 

arc = 108 days MPO 77848 2005 EE224 

2003 UL9 2464434.53 2035 Apr. 17.03 0.1761 1opposition, 

arc = 6 days MPO 62449 2003 UL9 


arc = 12 days MPO 77860 2005 GP33 


arc = 49 days MPO 77877 2005 HB4 

1998 EP4 2464449.67 2035 May 2.17 


EP4 

2004 HL 2464449.91 2035 May 2.41 0.03622 1opposition, 

arc = 1 days MPO 62569 2004 HL 

2002 VU114 2464450.58 2035 May 3.08 0.06474 1opposition, 

arc = 21 days MPO 74240 2002 VU114 

1996 FG3 2464452.93 2035 May 5.43 


FG3 



1994 RC 2464462.70 2035 May 15.20 0.08983 1opposition, 

arc = 40 days MPC 30092 1994 RC 

2002 GQ 2464464.24 2035 May 16.74 0.1659 1opposition, 

arc = 7 days MPO 30733 2002 GQ 


arc = 10 days MPO 66381 2004 KG1 


arc = 20 days MPO 66372 2004 JO1 

1991 TB2 2464471.30 2035 May 23.80 0.1302 1opposition, 

arc = 21 days MPO 57655 1991 TB2 

2005 WB1 2464471.96 2035 May 24.46 0.09205 1opposition, 

arc = 11 days E2005-X08 2005 WB1 

(68347) 2001 KB67 2464475.36 2035 May 27.86 


KB67 

(66391) 1999 KW4 2464476.75 2035 May 29.25 


KW4 

2004 FP4 2464481.39 2035 June 2.89 0.1430 1opposition, 

arc = 121 days MPO 66346 2004 FP4 

1998 SH36 2464483.28 2035 June 4.78 


SH36 

(35396) 1997 XF11 2464487.72 2035 June 9.22 


XF11 

2003 KF4 2464491.05 2035 June 12.55 0.1529 1opposition, 

arc = 10 days MPO 50766 2003 KF4 

1998 MV5 2464495.14 2035 June 16.64 0.08021 1opposition, 

arc = 9 days MPC 32338 1998 MV5 

2005 UV64 2464501.90 2035 June 23.40 0.09045 1opposition, 

arc = 6 days E2005-V53 2005 UV64 

2005 NB56 2464503.73 2035 June 25.23 0.08829 1opposition, 

arc = 6 days E2005-O02 2005 NB56 


arc = 36 days MPO 77603 2002 LT24 

2003 YG118 2464517.94 2035 July 9.44 


YG118 


arc = 63 days MPO 20944 2001 RV17 

1999 MN 2464521.33 2035 July 12.83 




MN 

2003 SN214 2464525.43 2035 July 16.93 0.1554 1opposition, 

arc = 34 days MPO 62448 2003 SN214 

2004 MO4 2464525.91 2035 July 17.41 0.02363 1opposition, 

arc = 32 days MPO 66388 2004 MO4 

2005 UA6 2464532.19 2035 July 23.69 0.1060 1opposition, 

arc = 28 days E2005-W93 2005 UA6 

2003 RP8 2464532.36 2035 July 23.86 0.1315 1opposition, 

arc = 94 days MPO 57934 2003 RP8 

2003 FF5 2464532.78 2035 July 24.28 0.1267 1opposition, 

arc = 213 days MPO 62443 2003 FF5 

2004 OW10 2464533.29 2035 July 24.79 0.08872 1opposition, 

arc = 14 days MPO 66397 2004 OW10 


arc = 6 days E2005-T51 2005 TM 


arc = 4 days MPO 38327 2001 UP 

2001 OC36 2464538.90 2035 July 30.40 0.1190 1opposition, 

arc = 7 days MPO 16114 2001 OC36 

2002 XG84 2464542.09 2035 Aug. 2.59 


XG84 

2003 AB23 2464544.88 2035 Aug. 5.38 


AB23 

2001 DF47 2464546.95 2035 Aug. 7.45 


DF47 

2001 PG14 2464550.54 2035 Aug. 11.04 0.07787 1opposition, 

arc = 30 days MPO 18354 2001 PG14 

2003 SL36 2464551.49 2035 Aug. 11.99 0.1546 1opposition, 

arc = 8 days MPO 53777 2003 SL36 

2001 HB 2464553.44 2035 Aug. 13.94 


HB 

2003 QA31 2464555.07 2035 Aug. 15.57 


QA31 

1999 CV8 2464563.01 2035 Aug. 23.51 


CV8 

2005 FD 2464564.62 2035 Aug. 25.12 




FD 

2001 QC96 2464567.47 2035 Aug. 27.97 


QC96 

2002 DU3 2464568.08 2035 Aug. 28.58 


DU3 

(87684) 2000 SY2 2464581.15 2035 Sept.10.65 


SY2 

2004 DV24 2464581.34 2035 Sept.10.84 


DV24 

2004 SA1 2464581.79 2035 Sept.11.29 0.1324 1opposition, 

arc = 6 days MPO 70467 2004 SA1 

2001 SY169 2464582.40 2035 Sept.11.90 0.1273 1opposition, 

arc = 22 days MPO 57844 2001 SY169 

1999 AQ10 2464584.20 2035 Sept.13.70 0.1813 1opposition, 

arc = 42 days MPO 1439 1999 AQ10 

2001 WT1 2464586.39 2035 Sept.15.89 


WT1 

2002 CD 2464587.64 2035 Sept.17.14 


CD 

1991 BN 2464587.66 2035 Sept.17.16 


BN 

2004 HK33 2464588.82 2035 Sept.18.32 


HK33 

2005 JS108 2464592.46 2035 Sept.21.96 


JS108 

2000 SG8 2464596.92 2035 Sept.26.42 


SG8 

(2061) Anza 2464598.09 2035 Sept.27.59 


Anza 

2004 SC56 2464610.08 2035 Oct. 9.58 0.1365 1opposition, 

arc = 13 days MPO 70475 2004 SC56 

2004 RQ252 2464611.93 2035 Oct. 11.43 0.07596 1- 



opposition, arc = 23 days MPO 70453 2004 RQ252 

2002 RV112 2464613.05 2035 Oct. 12.55 


RV112 

(5590) 1990 VA 2464614.51 2035 Oct. 14.01 


VA 

(2100) Ra-Shalom 2464615.51 2035 Oct. 15.01 0.1906 


2002 DJ5 2464618.28 2035 Oct. 17.78 


DJ5 

2004 GU9 2464623.01 2035 Oct. 22.51 


GU9 

2004 VZ60 2464626.90 2035 Oct. 26.40 0.09328 1opposition, 

arc = 40 days MPO 74435 2004 VZ60 


arc = 0 days MPO 53851 2003 UT55 


arc = 2 days E2005-V57 2005 VK1 

1998 XX2 2464634.54 2035 Nov. 3.04 


XX2 


arc = 147 days MPO 62453 2003 WY25 

(99907) 1989 VA 2464636.27 2035 Nov. 4.77 


VA 

2002 XY38 2464639.03 2035 Nov. 7.53 0.1498 1opposition, 

arc = 53 days MPO 43480 2002 XY38 

2004 VZ 2464639.35 2035 Nov. 7.85 0.1200 1opposition, 

arc = 4 days MPO 74426 2004 VZ 

2004 FF29 2464642.37 2035 Nov. 10.87 0.09909 1opposition, 

arc = 54 days MPO 66348 2004 FF29 

(96590) 1998 XB 2464645.42 2035 Nov. 13.92 


XB 

1999 AQ10 2464645.95 2035 Nov. 14.45 0.1779 1opposition, 

arc = 42 days MPO 1439 1999 AQ10 

2000 EE104 2464649.12 2035 Nov. 17.62 


EE104 



1998 HG49 2464650.14 2035 Nov. 18.64 


HG49 

1998 VD32 2464656.49 2035 Nov. 24.99 0.04714 1opposition, 

arc = 12 days MPC 33378 1998 VD32 

1997 XR2 2464657.87 2035 Nov. 26.37 0.1425 1opposition, 

arc = 28 days MPO 53582 1997 XR2 

2001 XT1 2464659.12 2035 Nov. 27.62 


XT1 

1998 XN17 2464660.37 2035 Nov. 28.87 


XN17 

2001 QJ142 2464662.75 2035 Dec. 1.25 0.1763 1opposition, 

arc = 32 days MPO 18395 2001 QJ142 

2001 VC2 2464663.78 2035 Dec. 2.28 


VC2 


arc = 4 days MPO 74439 2004 WC1 

(85628) 1998 KV2 2464679.99 2035 Dec. 18.49 


KV2 

2001 KO20 2464686.78 2035 Dec. 25.28 


KO20 

(17182) 1999 VU 2464687.49 2035 Dec. 25.99 


VU 

2000 SB45 2464690.89 2035 Dec. 29.39 0.1058 1opposition, 

arc = 3 days MPO 5076 2000 SB45 

2000 CH59 2464691.52 2035 Dec. 30.02 


CH59 

1995 CR 2464692.12 2035 Dec. 30.62 0.06279 1opposition, 

arc = 20 days MPC 32517 1995 CR 

(6611) 1993 VW 2464695.38 2036 Jan. 2.88 


VW 

2001 XR30 2464698.71 2036 Jan. 6.21 


XR30 



2001 BD16 2464699.83 2036 Jan. 7.33 


BD16 

2003 WR21 2464702.73 2036 Jan. 10.23 


WR21 

2004 BT58 2464702.88 2036 Jan. 10.38 


BT58 

1991 VE 2464711.79 2036 Jan. 19.29 


VE 

1993 VD 2464713.90 2036 Jan. 21.40 


VD 

2001 CP36 2464724.20 2036 Jan. 31.70 0.08077 1opposition, 

arc = 7 days MPO 41678 2001 CP36 

1999 VG22 2464727.03 2036 Feb. 3.53 


VG22 


arc = 5 days MPO 58099 2003 YS70 

2004 CQ 2464729.42 2036 Feb. 5.92 0.05745 1opposition, 

arc = 16 days MPO 62488 2004 CQ 


arc = 25 days MPO 57802 2001 DQ8 

(2101) Adonis 2464730.76 2036 Feb. 7.26 


Adonis 


arc = 18 days MPO 77801 2005 AY28 

2005 CE41 2464746.30 2036 Feb. 22.80 0.1809 1opposition, 

arc = 30 days MPO 77812 2005 CE41 

2000 EE14 2464750.84 2036 Feb. 27.34 


EE14 

2005 UV64 2464751.43 2036 Feb. 27.93 0.1578 1opposition, 

arc = 6 days E2005-V53 2005 UV64 


arc = 14 days E2005-R45 2005 QB5 

2002 PZ39 2464756.74 2036 Mar. 4.24 


PZ39 



2002 CD 2464756.83 2036 Mar. 4.33 


CD 

2001 SN263 2464758.78 2036 Mar. 6.28 


SN263 

1999 GL4 2464760.38 2036 Mar. 7.88 


GL4 

2002 QC7 2464761.20 2036 Mar. 8.70 0.1826 1opposition, 

arc = 72 days MPO 38366 2002 QC7 

2002 JW15 2464765.46 2036 Mar. 12.96 


JW15 


arc = 16 days MPO 57662 1996 RY3 

2001 XG1 2464766.99 2036 Mar. 14.49 0.1496 1opposition, 

arc = 22 days MPO 30560 2001 XG1 

2000 QK130 2464768.10 2036 Mar. 15.60 


QK130 

2003 XF11 2464769.54 2036 Mar. 17.04 0.1476 1opposition, 

arc = 43 days MPO 58082 2003 XF11 

1996 XB27 2464770.61 2036 Mar. 18.11 


XB27 

2003 XV 2464773.08 2036 Mar. 20.58 0.08954 1opposition, 

arc = 5 days MPO 58079 2003 XV 

2002 AG29 2464779.38 2036 Mar. 26.88 


AG29 

2001 FC58 2464781.02 2036 Mar. 28.52 


FC58 

2003 SK84 2464781.63 2036 Mar. 29.13 0.1427 1opposition, 

arc = 16 days MPO 53788 2003 SK84 

2003 JX2 2464787.77 2036 Apr. 4.27 0.1518 1opposition, 

arc = 2 days MPO 48380 2003 JX2 


arc = 31 days MPO 77870 2005 GB120 

2003 UD22 2464793.26 2036 Apr. 9.76 0.1546 1opposition, 

arc = 59 days MPO 57989 2003 UD22 

(66400) 1999 LT7 2464795.06 2036 Apr. 11.56 




LT7 

2005 TF45 2464796.85 2036 Apr. 13.35 0.08815 1opposition, 

arc = 20 days E2005-U20 2005 TF45 

2004 HD2 2464798.66 2036 Apr. 15.16 0.1199 1opposition, 

arc = 20 days MPO 66364 2004 HD2 

1998 YM4 2464799.74 2036 Apr. 16.24 0.1455 1opposition, 

arc = 21 days MPO 57683 1998 YM4 


arc = 8 days MPO 48369 2003 HM 

2001 SG10 2464805.71 2036 Apr. 22.21 


SG10 

1998 VO 2464805.92 2036 Apr. 22.42 0.1549 1opposition, 

arc = 37 days MPO 50397 1998 VO 


arc = 1 days MPO 62577 2004 HT59 

2005 DO 2464807.38 2036 Apr. 23.88 0.1186 1opposition, 

arc = 96 days MPO 77816 2005 DO 

2003 XV10 2464808.15 2036 Apr. 24.65 


XV10 

2004 SR 2464812.96 2036 Apr. 29.46 0.1838 1opposition, 

arc = 18 days MPO 70466 2004 SR 

2002 FV5 2464813.68 2036 Apr. 30.18 


FV5 


arc = 31 days MPO 77864 2005 GE60 


arc = 12 days MPO 62557 2004 GE2 

2002 YP2 2464827.96 2036 May 14.46 


YP2 

(86667) 2000 FO10 2464830.69 2036 May 17.19 


FO10 

2002 XS40 2464831.11 2036 May 17.61 


XS40 

1999 RK45 2464832.33 2036 May 18.83 


RK45 




arc = 63 days MPO 50761 2003 HB 

1998 KD3 2464836.81 2036 May 23.31 0.07304 1opposition, 

arc = 28 days MPO 53586 1998 KD3 

2003 MH4 2464836.88 2036 May 23.38 


MH4 

(66391) 1999 KW4 2464839.07 2036 May 25.57 


KW4 

2003 DW10 2464841.61 2036 May 28.11 0.04385 1opposition, 

arc = 161 days MPO 50746 2003 DW10 


arc = 20 days MPO 66372 2004 JO1 

1997 MW1 2464842.52 2036 May 29.02 


MW1 

2004 BV102 2464842.93 2036 May 29.43 


BV102 

2003 LH 2464846.02 2036 June 1.52 0.1010 1opposition, 

arc = 59 days MPO 66313 2003 LH 

2004 HC39 2464846.92 2036 June 2.42 0.1255 1opposition, 

arc = 17 days MPO 66368 2004 HC39 

2005 WA 2464848.11 2036 June 3.61 0.09720 1opposition, 

arc = 14 days E2005-X04 2005 WA 

1999 MN 2464848.49 2036 June 3.99 


MN 

2004 KH15 2464853.34 2036 June 8.84 


KH15 

P/2005 JQ5 (Catalina) 2464853.66 2036 June 9.16 

0.05076 MPC 54365 P/2005 JQ5 

(Catalina) 

(25143) Itokawa 2464856.25 2036 June 11.75 


Itokawa 

2005 WC 2464865.60 2036 June 21.10 0.1662 1opposition, 

arc = 1 days E2005-W33 2005 WC 

2003 MS2 2464866.11 2036 June 21.61 


MS2 



2000 LG6 2464866.99 2036 June 22.49 0.02339 1opposition, 

arc = 3 days MPO 1663 2000 LG6 

(5604) 1992 FE 2464867.01 2036 June 22.51 


FE 

2001 TX1 2464872.15 2036 June 27.65 


TX1 


arc = 8 days E2005-N30 2005 MF5 

2002 LH3 2464887.95 2036 July 13.45 


LH3 

2004 FY1 2464892.47 2036 July 17.97 0.1738 1opposition, 

arc = 2 days MPO 62536 2004 FY1 

2001 WA25 2464892.79 2036 July 18.29 0.09892 1opposition, 

arc = 102 days MPO 30554 2001 WA25 

1997 WQ23 2464896.30 2036 July 21.80 0.03913 1opposition, 

arc = 34 days MPC 31152 1997 WQ23 

2004 QD14 2464900.11 2036 July 25.61 


QD14 

(4486) Mithra 2464900.76 2036 July 26.26 0.1558 


2000 RV37 2464901.33 2036 July 26.83 


RV37 


arc = 19 days E2005-W17 2005 UA1 

(5660) 1974 MA 2464909.58 2036 Aug. 4.08 


MA 

2002 HK12 2464915.69 2036 Aug. 10.19 


HK12 

2005 SZ70 2464916.90 2036 Aug. 11.40 0.1191 1opposition, 

arc = 28 days E2005-V72 2005 SZ70 

2005 TG50 2464923.39 2036 Aug. 17.89 0.1523 1opposition, 

arc = 32 days E2005-V79 2005 TG50 


arc = 28 days E2005-P32 2005 NW44 


arc = 9 days MPO 70340 2002 EA 



1998 HD14 2464926.73 2036 Aug. 21.23 


HD14 

2002 SZ 2464940.61 2036 Sept. 4.11 


SZ 

2000 SF8 2464950.98 2036 Sept.14.48 


SF8 

(99942) Apophis 2464951.54 2036 Sept.15.04 


Apophis 


arc = 30 days MPO 74367 2004 TA1 


arc = 23 days MPO 57844 2001 SB170 

2005 WK56 2464955.78 2036 Sept.19.28 0.1484 1opposition, 

arc = 4 days E2005-X18 2005 WK56 


arc = 5 days MPO 38454 2002 TZ59 

(41429) 2000 GE2 2464964.80 2036 Sept.28.30 


GE2 

1993 GD 2464964.94 2036 Sept.28.44 


GD 

2000 GW127 2464968.22 2036 Oct. 1.72 0.1428 1opposition, 

arc = 20 days MPO 57773 2000 GW127 

2004 JP12 2464976.77 2036 Oct. 10.27 0.1118 1opposition, 

arc = 8 days MPO 66374 2004 JP12 


arc = 8 days MPO 57987 2003 UY12 


arc = 30 days MPO 74367 2004 TN1 

2002 AV 2464981.18 2036 Oct. 14.68 


AV 


arc = 63 days MPO 20944 2001 RV17 

2005 AZ28 2464987.93 2036 Oct. 21.43 0.02736 1opposition, 

arc = 2 days MPO 74477 2005 AZ28 

2004 GU9 2464988.34 2036 Oct. 21.84 




GU9 

2001 UY4 2464989.18 2036 Oct. 22.68 


UY4 

2000 UW13 2464995.46 2036 Oct. 28.96 


UW13 

1994 CN2 2465000.74 2036 Nov. 3.24 


CN2 

2002 JQ9 2465004.69 2036 Nov. 7.19 


JQ9 

2005 TP 2465006.77 2036 Nov. 9.27 0.1013 1opposition, 

arc = 35 days E2005-V53 2005 TP 


arc = 6 days E2005-V53 2005 UV64 


arc = 26 days MPO 62379 2001 VJ5 

2000 EE104 2465016.08 2036 Nov. 18.58 


EE104 

(7753) 1988 XB 2465018.25 2036 Nov. 20.75 


XB 

2001 YE4 2465023.91 2036 Nov. 26.41 0.08842 1opposition, 

arc = 15 days MPO 24005 2001 YE4 

2000 AC6 2465025.94 2036 Nov. 28.44 


AC6 

2003 JO14 2465028.56 2036 Dec. 1.06 0.04476 1opposition, 

arc = 2 days MPO 48382 2003 JO14 


arc = 62 days MPO 30592 2001 YA1 

1998 XD12 2465031.99 2036 Dec. 4.49 0.03032 1opposition, 

arc = 10 days MPO 57682 1998 XD12 

2001 WH1 2465035.94 2036 Dec. 8.44 0.1006 1opposition, 

arc = 24 days MPO 23929 2001 WH1 

2002 HW 2465037.40 2036 Dec. 9.90 


HW 

141P/Machholz 2465044.04 2036 Dec. 16.54 

0.1251 MPC 53951 141P/ 



Machholz 

2003 YX1 2465044.33 2036 Dec. 16.83 0.03120 1opposition, 

arc = 87 days MPO 62458 2003 YX1 


arc = 13 days MPO 74468 2004 YA5 

(24475) 2000 VN2 2465048.77 2036 Dec. 21.27 


VN2 

2000 WM10 2465049.62 2036 Dec. 22.12 0.08690 1opposition, 

arc = 15 days MPO 7641 2000 WM10 

2001 XG105 2465049.71 2036 Dec. 22.21 0.1103 1opposition, 

arc = 63 days MPO 27787 2001 XG105 

2003 LH 2465049.87 2036 Dec. 22.37 0.1734 1opposition, 

arc = 59 days MPO 66313 2003 LH 

2001 AD2 2465049.93 2036 Dec. 22.43 


AD2 

1998 XN17 2465052.74 2036 Dec. 25.24 


XN17 

2001 XX103 2465054.28 2036 Dec. 26.78 0.09834 1opposition, 

arc = 5 days MPO 23969 2001 XX103 


arc = 208 days MPO 15093 2000 WL63 


arc = 15 days MPO 58107 2003 YR117 

1994 BB 2465058.71 2036 Dec. 31.21 0.1826 1opposition, 

arc = 15 days MPO 47690 1994 BB 


arc = 88 days MPO 30603 2002 AC5 

2004 LB2 2465062.67 2037 Jan. 4.17 0.06156 1opposition, 

arc = 4 days MPO 66384 2004 LB2 

(5693) 1993 EA 2465063.46 2037 Jan. 4.96 


EA 

2004 MO3 2465069.66 2037 Jan. 11.16 0.1384 1opposition, 

arc = 22 days MPO 66388 2004 MO3 

(7341) 1991 VK 2465070.33 2037 Jan. 11.83 


VK 

1999 MM 2465074.89 2037 Jan. 16.39 




MM 

2003 CA 2465077.46 2037 Jan. 18.96 


CA 

2002 AQ2 2465078.49 2037 Jan. 19.99 0.1720 1opposition, 

arc = 107 days MPO 30603 2002 AQ2 

2004 EL20 2465081.51 2037 Jan. 23.01 0.1492 1opposition, 

arc = 3 days MPO 62522 2004 EL20 

2003 UO12 2465083.14 2037 Jan. 24.64 0.1400 1opposition, 

arc = 30 days MPO 62450 2003 UO12 

2002 OD20 2465090.17 2037 Jan. 31.67 


OD20 

2005 SL 2465092.48 2037 Feb. 2.98 0.1901 1opposition, 

arc = 10 days E2005-T15 2005 SL 

2002 CC19 2465095.57 2037 Feb. 6.07 


CC19 

2000 QV7 2465099.83 2037 Feb. 10.33 


QV7 

2000 CT101 2465099.95 2037 Feb. 10.45 


CT101 

1999 RQ36 2465101.06 2037 Feb. 11.56 


RQ36 

2005 BU 2465101.59 2037 Feb. 12.09 0.1775 1opposition, 

arc = 2 days MPO 74483 2005 BU 

2004 DH2 2465103.10 2037 Feb. 13.60 


DH2 

1999 AQ10 2465105.54 2037 Feb. 16.04 0.1239 1opposition, 

arc = 42 days MPO 1439 1999 AQ10 


arc = 53 days MPO 43480 2002 XY38 


arc = 23 days MPO 57713 1999 VF22 

2003 OC3 2465115.08 2037 Feb. 25.58 0.07744 1opposition, 

arc = 29 days MPO 62446 2003 OC3 

2004 CS 2465118.40 2037 Feb. 28.90 0.1625 1opposition, 

arc = 82 days MPO 66330 2004 CS 

1992 BF 2465118.45 2037 Feb. 28.95 




BF 

2000 AF6 2465120.80 2037 Mar. 3.30 


AF6 

2000 QW69 2465129.57 2037 Mar. 12.07 


QW69 

(88254) 2001 FM129 2465130.78 2037 Mar. 13.28 


FM129 

2005 TG50 2465130.83 2037 Mar. 13.33 0.1942 1opposition, 

arc = 32 days E2005-V79 2005 TG50 

1998 HL49 2465131.72 2037 Mar. 14.22 


HL49 

2000 GD2 2465140.37 2037 Mar. 22.87 


GD2 

2003 HF2 2465143.11 2037 Mar. 25.61 


HF2 

(4034) 1986 PA 2465145.94 2037 Mar. 28.44 


PA 

2000 CH59 2465146.28 2037 Mar. 28.78 


CH59 

1998 EP4 2465147.32 2037 Mar. 29.82 


EP4 

2005 GZ110 2465154.84 2037 Apr. 6.34 0.1908 1opposition, 

arc = 21 days MPO 77869 2005 GZ110 

2001 FO127 2465155.38 2037 Apr. 6.88 0.04020 1opposition, 

arc = 19 days MPO 13842 2001 FO127 

2000 JJ5 2465156.55 2037 Apr. 8.05 0.1508 1opposition, 

arc = 45 days MPO 57777 2000 JJ5 


arc = 28 days E2005-O34 2005 MO13 

2002 CD 2465160.03 2037 Apr. 11.53 


CD 

2004 GD 2465164.54 2037 Apr. 16.04 0.1046 1- 



opposition, arc = 11 days MPO 66355 2004 GD 

2001 HC 2465166.51 2037 Apr. 18.01 


HC 


arc = 38 days MPO 66364 2004 HC 

2004 HC33 2465170.18 2037 Apr. 21.68 0.03184 1opposition, 

arc = 4 days MPO 62575 2004 HC33 


arc = 23 days MPO 70453 2004 RQ252 


arc = 1 days MPO 62577 2004 HT59 

1998 WM 2465180.25 2037 May 1.75 


WM 


arc = 10 days MPO 57775 2000 HO40 

2002 GQ 2465184.93 2037 May 6.43 0.1301 1opposition, 

arc = 7 days MPO 30733 2002 GQ 

1999 LK1 2465194.18 2037 May 15.68 0.05054 1opposition, 

arc = 14 days MPO 57688 1999 LK1 


arc = 83 days MPO 77905 2005 LW 

2005 NL1 2465204.60 2037 May 26.10 0.09910 1opposition, 

arc = 55 days E2005-Q33 2005 NL1 

(66391) 1999 KW4 2465204.66 2037 May 26.16 


KW4 


arc = 53 days MPC 39582 2000 AF205 

1998 VD32 2465208.75 2037 May 30.25 0.04856 1opposition, 

arc = 12 days MPC 33378 1998 VD32 

(11500) 1989 UR 2465209.39 2037 May 30.89 


UR 

(90416) 2003 YK118 2465218.28 2037 June 8.78 


YK118 

2001 VC2 2465219.09 2037 June 9.59 


VC2 


arc = 38 days MPO 74427 2004 VJ1 



1999 FN19 2465230.02 2037 June 20.52 0.1268 1opposition, 

arc = 32 days MPO 57686 1999 FN19 

2002 AP3 2465231.66 2037 June 22.16 


AP3 

2003 OS13 2465234.00 2037 June 24.50 


OS13 

2003 MW7 2465235.41 2037 June 25.91 0.09182 1opposition, 

arc = 9 days MPO 50769 2003 MW7 


arc = 39 days MPO 62391 2002 LT38 


arc = 33 days E2005-P20 2005 MN13 

(66400) 1999 LT7 2465240.48 2037 June 30.98 


LT7 

2005 QC5 2465241.41 2037 July 1.91 0.1380 1opposition, 

arc = 56 days E2005-U16 2005 QC5 


arc = 16 days E2005-N70 2005 ML13 

2002 MQ3 2465252.10 2037 July 12.60 


MQ3 

2000 RN77 2465257.85 2037 July 18.35 


RN77 

2005 EY95 2465259.50 2037 July 20.00 


EY95 

2002 CZ9 2465263.25 2037 July 23.75 


CZ9 

2002 NW16 2465268.60 2037 July 29.10 


NW16 


arc = 57 days MPO 74366 2004 SB56 

2002 KL6 2465270.98 2037 July 31.48 


KL6 

(65690) 1991 DG 2465272.24 2037 Aug. 1.74 




DG 

2001 TE2 2465273.15 2037 Aug. 2.65 


TE2 

2001 RW17 2465279.36 2037 Aug. 8.86 0.07138 1opposition, 

arc = 36 days MPO 20944 2001 RW17 

2004 MB6 2465281.55 2037 Aug. 11.05 


MB6 

2003 DY15 2465282.11 2037 Aug. 11.61 0.09968 1opposition, 

arc = 5 days MPO 43512 2003 DY15 

2000 SL10 2465288.97 2037 Aug. 18.47 0.06937 1opposition, 

arc = 69 days MPO 8496 2000 SL10 

(85182) 1991 AQ 2465290.22 2037 Aug. 19.72 


AQ 


arc = 90 days MPO 41777 2002 RO28 

2005 TR45 2465299.64 2037 Aug. 29.14 0.1463 1opposition, 

arc = 204 days E2005-W18 2005 TR45 


arc = 67 days E2005-W18 2005 RO33 

2000 CP101 2465303.99 2037 Sept. 2.49 0.1490 1opposition, 

arc = 32 days MPC 39601 2000 CP101 

2005 FG 2465304.33 2037 Sept. 2.83 0.02816 1opposition, 

arc = 30 days MPO 77855 2005 FG 

2002 RT 2465309.96 2037 Sept. 8.46 0.1845 1opposition, 

arc = 31 days MPO 66281 2002 RT 


arc = 23 days MPO 62390 2002 HP11 


arc = 172 days MPO 35573 2002 EM6 

2003 CY18 2465315.68 2037 Sept.14.18 


CY18 

2003 GY 2465319.01 2037 Sept.17.51 


GY 

1999 PS3 2465320.18 2037 Sept.18.68 0.09918 1opposition, 

arc = 57 days MPC 38070 1999 PS3 

1996 EO 2465323.97 2037 Sept.22.47 0.08779 1opposition, 

arc = 39 days MPO 73928 1996 EO 

2001 RB18 2465327.05 2037 Sept.25.55 0.09725 1- 



opposition, arc = 186 days MPO 57841 2001 RB18 


arc = 9 days MPO 70424 2004 RO111 


arc = 23 days MPO 38456 2002 TZ66 

2000 SB45 2465339.34 2037 Oct. 7.84 0.001418 1opposition, 

arc = 3 days MPO 5076 2000 SB45 


arc = 1 days MPO 70471 2004 SW26 

2001 KM20 2465340.43 2037 Oct. 8.93 0.1796 1opposition, 

arc = 13 days MPO 14443 2001 KM20 

2004 SC56 2465340.90 2037 Oct. 9.40 0.02931 1opposition, 

arc = 13 days MPO 70475 2004 SC56 

(22753) 1998 WT 2465344.66 2037 Oct. 13.16 


WT 

(85585) Mjolnir 2465349.06 2037 Oct. 17.56 


Mjolnir 

2004 GU9 2465353.15 2037 Oct. 21.65 


GU9 

2003 LH 2465353.71 2037 Oct. 22.21 0.1722 1opposition, 

arc = 59 days MPO 66313 2003 LH 


arc = 33 days MPO 9844 2000 UR16 

2005 RK3 2465357.50 2037 Oct. 26.00 0.1929 1opposition, 

arc = 41 days E2005-W20 2005 RK3 


arc = 15 days MPO 77350 1990 UN 

2005 GJ8 2465359.60 2037 Oct. 28.10 0.1245 1opposition, 

arc = 33 days MPO 77857 2005 GJ8 


arc = 62 days E2005-X08 2005 SE71 


arc = 30 days MPO 66364 2004 HQ1 

2005 UH5 2465364.16 2037 Nov. 1.66 0.1207 1opposition, 

arc = 3 days E2005-V97 2005 UH5 


arc = 38 days MPO 74427 2004 VJ1 


arc = 37 days MPO 50397 1998 VO 

2005 VL1 2465366.18 2037 Nov. 3.68 0.04210 1- 



opposition, arc = 17 days E2005-W20 2005 VL1 

(22099) 2000 EX106 2465372.90 2037 Nov. 10.40 


EX106 

2002 JV15 2465373.20 2037 Nov. 10.70 


JV15 

1998 VO33 2465376.68 2037 Nov. 14.18 


VO33 

1999 JZ10 2465378.47 2037 Nov. 15.97 0.05418 1opposition, 

arc = 20 days MPC 35101 1999 JZ10 

2000 UP30 2465380.02 2037 Nov. 17.52 0.1854 1opposition, 

arc = 61 days MPO 8517 2000 UP30 


arc = 15 days MPO 74443 2004 XK14 

1996 FG3 2465384.71 2037 Nov. 22.21 


FG3 

2001 JW1 2465388.19 2037 Nov. 25.69 


JW1 


arc = 16 days MPO 47866 2000 EW70 

2003 AJ69 2465393.55 2037 Dec. 1.05 0.02470 1opposition, 

arc = 13 days MPO 41918 2003 AJ69 

2005 UW6 2465394.76 2037 Dec. 2.26 0.1505 1opposition, 

arc = 21 days E2005-W17 2005 UW6 

2002 LK 2465398.57 2037 Dec. 6.07 0.1323 1opposition, 

arc = 6 days MPO 38336 2002 LK 


arc = 37 days MPO 66372 2004 JN1 


arc = 16 days MPO 41898 2002 XS90 

(85628) 1998 KV2 2465410.52 2037 Dec. 18.02 


KV2 


arc = 32 days MPO 50765 2003 JN14 

2004 BY1 2465423.58 2037 Dec. 31.08 0.1090 1opposition, 

arc = 28 days MPO 62469 2004 BY1 

2003 MS2 2465424.24 2037 Dec. 31.74 




MS2 

2003 TO9 2465424.66 2038 Jan. 1.16 0.1078 1opposition, 

arc = 132 days MPO 57982 2003 TO9 

2003 JC13 2465432.37 2038 Jan. 8.87 


JC13 

2004 FH 2465434.20 2038 Jan. 10.70 0.1458 1opposition, 

arc = 3 days MPO 62536 2004 FH 


arc = 3 days MPO 24033 2002 AO11 


arc = 39 days MPO 43505 2003 CR1 


arc = 17 days MPO 70213 1997 AC11 

1998 XE12 2465449.17 2038 Jan. 25.67 


XE12 

1998 WB2 2465454.49 2038 Jan. 30.99 0.1716 1opposition, 

arc = 15 days MPC 33380 1998 WB2 

2002 NP1 2465455.76 2038 Feb. 1.26 


NP1 

1998 QC1 2465457.29 2038 Feb. 2.79 


QC1 


arc = 378 days MPO 35561 2001 QC34 

2001 CK32 2465462.85 2038 Feb. 8.35 


CK32 

2002 NY40 2465465.59 2038 Feb. 11.09 


NY40 


arc = 3 days MPO 50790 2003 QB30 

2004 XG 2465470.38 2038 Feb. 15.88 0.02374 1opposition, 

arc = 13 days MPO 74440 2004 XG 

2003 AL18 2465470.68 2038 Feb. 16.18 


AL18 


arc = 38 days MPO 74427 2004 VJ1 



2000 CM33 2465476.05 2038 Feb. 21.55 


CM33 

2001 DV8 2465477.19 2038 Feb. 22.69 


DV8 


arc = 33 days MPO 34011 2002 LX 

2004 FX31 2465485.28 2038 Mar. 2.78 


FX31 


arc = 13 days MPO 77815 2005 CD69 

2001 QE71 2465495.74 2038 Mar. 13.24 0.02483 1opposition, 

arc = 25 days MPO 18380 2001 QE71 

2001 FR85 2465503.72 2038 Mar. 21.22 0.1947 1opposition, 

arc = 8 days MPO 41679 2001 FR85 


arc = 13 days MPO 30703 2002 EU11 

1999 GS6 2465507.65 2038 Mar. 25.15 


GS6 

2003 TJ2 2465512.05 2038 Mar. 29.55 0.1977 1opposition, 

arc = 65 days MPO 57981 2003 TJ2 

(6178) 1986 DA 2465520.53 2038 Apr. 7.03 


DA 


arc = 7 days MPO 23896 2001 VE2 

(68372) 2001 PM9 2465521.32 2038 Apr. 7.82 


PM9 

2003 CC 2465521.59 2038 Apr. 8.09 


CC 


arc = 12 days MPO 77860 2005 GR33 

2004 VW 2465531.37 2038 Apr. 17.87 0.09913 1opposition, 

arc = 3 days MPO 74426 2004 VW 

1999 VS6 2465534.11 2038 Apr. 20.61 


VS6 

2003 FY6 2465535.62 2038 Apr. 22.12 0.1626 1- 



opposition, arc = 23 days MPO 48342 2003 FY6 

2002 DB4 2465536.49 2038 Apr. 22.99 


DB4 


arc = 33 days MPO 48341 2003 FU3 


arc = 144 days MPO 12251 2000 UY33 

2001 LL5 2465541.15 2038 Apr. 27.65 


LL5 

2002 CD 2465547.00 2038 May 3.50 


CD 

2002 YP2 2465553.17 2038 May 9.67 


YP2 


arc = 30 days MPO 41898 2002 XC91 


arc = 30 days MPO 41898 2002 XC91 


arc = 8 days MPO 70481 2004 TC18 

(5381) Sekhmet 2465564.36 2038 May 20.86 


Sekhmet 

(4544) Xanthus 2465565.84 2038 May 22.34 


Xanthus 

(1943) Anteros 2465566.89 2038 May 23.39 0.06641 

11 oppositions, 1973-1997 MPC 32295 (1943) Anteros 

1999 RK45 2465568.18 2038 May 24.68 


RK45 

2002 LK 2465568.48 2038 May 24.98 0.1577 1opposition, 

arc = 6 days MPO 38336 2002 LK 

2004 LJ 2465570.03 2038 May 26.53 


LJ 


arc = 36 days MPO 77603 2002 LT24 

2000 LD3 2465570.60 2038 May 27.10 0.1265 1opposition, 

arc = 12 days MPO 57780 2000 LD3 



2001 LE6 2465584.47 2038 June 9.97 


LE6 


arc = 66 days MPO 61231 2002 NN4 

(16960) 1998 QS52 2465585.49 2038 June 10.99 


QS52 

2005 SQ9 2465592.64 2038 June 18.14 0.1016 1opposition, 

arc = 29 days E2005-W17 2005 SQ9 

2004 FA 2465596.36 2038 June 21.86 0.1799 1opposition, 

arc = 10 days MPO 66346 2004 FA 


arc = 36 days MPO 53734 2003 ME1 

2003 WD158 2465601.24 2038 June 26.74 


WD158 


arc = 28 days E2005-P32 2005 NW44 

2002 QW47 2465623.21 2038 July 18.71 


QW47 

2002 AA 2465624.07 2038 July 19.57 0.08945 1opposition, 

arc = 156 days MPO 38331 2002 AA 

2004 QY2 2465627.01 2038 July 22.51 


QY2 

2000 JO78 2465630.06 2038 July 25.56 


JO78 

2005 VN5 2465630.41 2038 July 25.91 0.1111 1opposition, 

arc = 2 days E2005-V84 2005 VN5 

2005 VA2 2465630.42 2038 July 25.92 0.09728 1opposition, 

arc = 3 days E2005-V72 2005 VA2 


arc = 13 days MPO 77363 1997 UA11 

1994 UG 2465635.75 2038 July 31.25 


UG 

2001 OT 2465636.30 2038 July 31.80 0.07713 1opposition, 

arc = 26 days MPO 70298 2001 OT 

(65996) 1998 MX5 2465639.42 2038 Aug. 3.92 




MX5 

2003 SV159 2465642.89 2038 Aug. 7.39 0.1062 1opposition, 

arc = 32 days MPO 57957 2003 SV159 


arc = 126 days E2005-U13 2005 LP40 

2001 BJ16 2465649.14 2038 Aug. 13.64 


BJ16 

2001 RT17 2465649.63 2038 Aug. 14.13 


RT17 

2001 HB 2465652.72 2038 Aug. 17.22 


HB 

2001 QP153 2465654.27 2038 Aug. 18.77 


QP153 

2005 OV1 2465654.54 2038 Aug. 19.04 0.1536 1opposition, 

arc = 124 days E2005-W93 2005 OV1 


arc = 53 days E2005-Q41 2005 NE21 


arc = 4 days MPC 32779 1998 SD9 

2001 ND13 2465667.10 2038 Aug. 31.60 0.1303 1opposition, 

arc = 19 days MPO 57831 2001 ND13 

2000 EA14 2465677.17 2038 Sept.10.67 


EA14 

2004 XN14 2465682.70 2038 Sept.16.20 


XN14 

2004 XJ29 2465685.76 2038 Sept.19.26 0.1028 1opposition, 

arc = 36 days MPO 74447 2004 XJ29 


arc = 212 days MPO 3927 2000 CO101 

2000 SP43 2465687.17 2038 Sept.20.67 


SP43 

2005 EM30 2465687.76 2038 Sept.21.26 


EM30 

2005 EU95 2465690.72 2038 Sept.24.22 0.1717 1opposition, 

arc = 3 days MPO 77831 2005 EU95 




arc = 33 days E2005-V70 2005 SP9 

2000 HA24 2465694.36 2038 Sept.27.86 


HA24 

(65679) 1989 UQ 2465696.20 2038 Sept.29.70 


UQ 

(41429) 2000 GE2 2465698.10 2038 Oct. 1.60 


GE2 

2001 QP142 2465701.12 2038 Oct. 4.62 0.1645 1opposition, 

arc = 26 days MPO 18395 2001 QP142 

(2100) Ra-Shalom 2465702.18 2038 Oct. 5.68 0.1553 


2003 SF 2465703.47 2038 Oct. 6.97 0.1058 1opposition, 

arc = 13 days MPO 53769 2003 SF 

2001 SY269 2465705.18 2038 Oct. 8.68 


SY269 

2002 TY59 2465707.12 2038 Oct. 10.62 0.1593 1opposition, 

arc = 26 days MPO 77658 2002 TY59 

2004 RW2 2465707.24 2038 Oct. 10.74 0.1189 1opposition, 

arc = 11 days MPO 70396 2004 RW2 

2005 SZ70 2465710.50 2038 Oct. 14.00 0.1953 1opposition, 

arc = 28 days E2005-V72 2005 SZ70 


arc = 6 days MPO 62449 2003 UL9 

2004 HZ 2465716.52 2038 Oct. 20.02 0.02680 1opposition, 

arc = 18 days MPO 66364 2004 HZ 

1994 CN2 2465716.64 2038 Oct. 20.14 


CN2 

2004 GU9 2465717.97 2038 Oct. 21.47 


GU9 


arc = 56 days E2005-U16 2005 QC5 

(2340) Hathor 2465719.87 2038 Oct. 23.37 


Hathor 

(87024) 2000 JS66 2465720.29 2038 Oct. 23.79 




JS66 

(68347) 2001 KB67 2465722.34 2038 Oct. 25.84 


KB67 

2004 KB 2465733.29 2038 Nov. 5.79 0.1045 1opposition, 

arc = 22 days MPO 66381 2004 KB 

(66146) 1998 TU3 2465734.10 2038 Nov. 6.60 


TU3 


arc = 1 days E2005-W17 2005 VN1 

1991 VG 2465735.04 2038 Nov. 7.54 0.07033 1opposition, 

arc = 173 days MPC 28316 1991 VG 


arc = 18 days MPO 77801 2005 AY28 

2004 LJ1 2465744.07 2038 Nov. 16.57 


LJ1 

1998 VF32 2465745.04 2038 Nov. 17.54 


VF32 

(85713) 1998 SS49 2465749.25 2038 Nov. 21.75 


SS49 


arc = 9 days E2005-X18 2005 WS3 

2002 VV17 2465753.09 2038 Nov. 25.59 


VV17 


arc = 84 days MPO 43479 2002 WY12 

2004 YD 2465754.66 2038 Nov. 27.16 0.1808 1opposition, 

arc = 9 days MPO 74467 2004 YD 

2001 XU1 2465755.07 2038 Nov. 27.57 


XU1 

2004 QD14 2465756.87 2038 Nov. 29.37 


QD14 

2005 UW5 2465764.67 2038 Dec. 7.17 0.1278 1opposition, 

arc = 3 days E2005-W17 2005 UW5 

2005 WK56 2465767.92 2038 Dec. 10.42 0.1360 1opposition, 

arc = 4 days E2005-X18 2005 WK56 



1994 XL1 2465769.42 2038 Dec. 11.92 


XL1 

2001 BP61 2465777.15 2038 Dec. 19.65 


BP61 

2005 RJ 2465782.92 2038 Dec. 25.42 0.1187 1opposition, 

arc = 7 days E2005-R59 2005 RJ 

(2102) Tantalus 2465784.82 2038 Dec. 27.32 


Tantalus 

2003 SW130 2465785.62 2038 Dec. 28.12 0.07430 1opposition, 

arc = 4 days MPO 53798 2003 SW130 


arc = 28 days MPO 53633 1999 XL136 

This list was last updated on 2005 Dec. 5. 

Back to minor planet lists 

MPC 


Potentially Hazardous Asteroids 

Table Of Contents 

What Is A PHA? 

PHA Earth Close-Approach Tables 

PHA Orbital Elements 


Asteroid 1999 AN10 

Asteroid 1997 XF11 

Related Websites 

WHAT IS A PHA? 


Potentially Hazardous Asteroids (PHAs) are currently defined based on parameters that measure the asteroid's potential to make 

threatening close approaches to the Earth. Specifically, all asteroids with an Earth Minimum Orbit Intersection Distance (MOID) of 

0.05 AU or less and an absolute magnitude (H) of 22.0 or less are considered PHAs. In other words, asteroids that can't get any 

closer to the Earth (i.e. MOID) than 0.05 AU (roughly 7,480,000 km or 4,650,000 mi) or are smaller than about 150 m (500 ft) in 

diameter (i.e. H = 22.0 with assumed albedo of 13%) are not considered PHAs. 

There are currently 747 known PHAs. 

This ``potential'' to make close Earth approaches does not mean a PHA will impact the Earth. It only means there is a possibility for 

such a threat. By monitoring these PHAs and updating their orbits as new observations become available, we can better predict the 

close-approach statistics and thus their Earth-impact threat. 

To learn more about the Earth impact threat, visit the NASA Ames Asteroid and Comet Impact Hazards site. 

PHA EARTH CLOSE-APPROACH TABLES 

Tables (updated daily) are available showing future and past PHA Earth closeapproach 

data including uncertainties. Earth close-approach tables for all NEOs 

are also available. More information about the uncertainties used in these tables is 

available. 

PHA ORBITAL ELEMENTS 

The PHA Orbital Elements Table (updated daily) contains data from the latest orbit solutions for each PHA. In addition to standard 

asteroid osculating elements obtained from orbit solutions using up-to-date data, this table contains perihelion distance (q), aphelion 

distance (Q), orbital period (P), absolute magnitude (H), and the number and length of the data used in each orbit solution. 

http://neo.jpl.nasa.gov/neo/pha.html (1 of 2)12/5/2005 4:28:46 PM 

TORINO IMPACT SCALE


Planetary scientists have developed a new means of conveying the risks associated with asteroids and comets that might collide with 

the Earth. 

A risk-assessment scale, similar to the Richter scale used for earthquakes, will assign values to celestial objects moving near Earth. 

The scale will run from zero to 10. An object with a value of zero or one will have virtually no chance of causing damage on Earth; a 

10 means a certain global climatic catastrophe. 

RELATED WEBSITES 

More Info 

● List of the PHAs (IAU: Minor Planet Center) 

● Asteroid Observing Services (Lowell Observatory) 

● Asteroid and Comet Impact Hazards (NASA Ames Space Science Division) 

● Earth Impact Possibilities (NEODys) 

● Small Asteroids Encounters List (Sormano Astronomical Observatory) 

http://neo.jpl.nasa.gov/neo/pha.html (2 of 2)12/5/2005 4:28:46 PM 





Update On Asteroid 1999 AN10 


JPL Near-Earth Object Program Office 

July 13, 1999 

As announced in MPEC 1999-N21, a trail of asteroid 1999 AN10 was discovered on plates taken in 

1955 from the Palomar Sky Survey. The nominal and minimum-possible close-approach distance 

for the 2027 Earth encounter are now 0.00260 AU and 0.00258 AU respectively (about 389,000 

km). Preliminary analyses indicate that the 2044 and 2046 impacting key-holes are well outside the 

current 2027 impact-plane error ellipse. This implies that those previously highly unlikely impacts 

are now virtually impossible. The next Earth close-approach is in 2076 and will likely be between 

0.046 and 0.009 AU (6,900,000 and 1,300,000 km). 

http://neo.jpl.nasa.gov/neo/1999an10.html (1 of 2)12/5/2005 4:29:07 PM 

28K 

Asteroid 1999 AN10 

January 26, 1955 

Prediscovery image of 

asteroid 1999 AN10 taken 

from the Palomar Digital Sky 

Survey. The faint streak is the 

trail left by the asteroid. The 

image has been contrastenhanced.


Related Articles: 

● Finding 1999 AN10 Pre-discovery Observations with SkyMorph (JPL - July 16, 1999) 

● Amateurs Prove Doomsday Asteroid Is Harmless (ScienceNow - July 14, 1999) 

● Another Asteroid Threat Defused (MSNBC - July 13, 1999) 

● Near-Earth Asteroid No Longer A Collision Threat (SpaceViews - July 13, 1999) 

● Asteroid 1999 AN10 Ephemeris (JPL - June 14, 1999) 

● Close-Call Asteroid Coming (Sky & Telescope - May 28, 1999) 

● Earth's Close Shave With An Asteroid (MSNBC - May 24, 1999) 

● Rambling Asteroid To Pass Close In '27 (San Jose Mercury News - May 21, 1999) 

● The Continuing Story Of Asteroid 1999 AN10 (JPL - May 18, 1999) 

● Some Comments On 1999 AN10 (JPL - April 21, 1999) 

● The Case Of 1999 AN10 (Ames Research Center - April 21, 1999) 

● Asteroid Poses Little Danger To Earth In Near Future (SpaceViews - April 15, 1999) 

● 40-Year Asteroid Warning: Scientists Say Rock Could Pass Near Earth (Associated Press - April 14, 1999) 

● Asteroid's Path May Be Distastrous (Albuquerque Journal - April 14, 1999) 

● Scientists Say Asteroid May Tango With Earth (Boston Globe - April 14, 1999) 

● Published Threat Of Possible Asteroid Impact Stirs Controversy (Explorezone.com - April 13, 1999) 

http://neo.jpl.nasa.gov/neo/1999an10.html (2 of 2)12/5/2005 4:29:07 PM 




Asteroid 1997 XF11 (Earth Close-Approach) 


● Summary of 2028 Earth close-approach 

● Orbit plot of 1997 XF11 

● Plots showing possible positions of 1997 XF11 in the Earth target-plane at closest-approach 

● Table of all Earth close-approaches between 1990-Mar and 2029-Feb 

● Geocentric ephemerides for 1997 XF11 

Summary 

This page is part of JPL's Solar System Dynamics Home Page. 

On October 26, 2028, the near-Earth asteroid 1997 XF11 will make a close approach to Earth. Although 

initial reports indicated an extremely close passage, the current analyses predict an approach distance of 

0.00636 AU (951,000 km, 591,000 mi) or about 2.5 times farther than the moon. The probability that the 

asteroid will impact the Earth is effectively zero. (See JPL's press release.) 

1997 XF11, an Apollo type asteroid, was discovered by Jim Scotti of the Spacewatch group at the 

University of Arizona's Lunar and Planetary Laboratory. The asteroid's orbit was derived from about 

100 observations taken since that time as well as 4 pre-discovery observations taken in 1990 by Eleanor 

Helin, Ken Lawrence, and Brian Roman as a part of the Palomar Planet Crossing Asteroid Survey. 

Key points: 

● probability of Earth impact is zero with and without the 1990 pre-discovery observations 

● effect of the 1990 pre-discovery observations moved the 2028 close-approach distance farther 

away and reduced the approach distance uncertainties 

● the same uncertainty analysis used here for 1997 XF11 was used for the Galileo spacecraft flybys 

of asteroids 951 Gaspra and 243 Ida --- at encounter, both asteroids were found to lie well within 

their error ellipsoids. 

Orbit Plot 

The orbit of 1997 XF11 and the inner planets is shown below (all bodies are orbiting counter-clockwise 

http://ssd.jpl.nasa.gov/ca_97xf11.html (1 of 9)12/5/2005 4:29:17 PM


in this ecliptic projection). From the time of the plot (March 12, 1998), the Earth and 1997 XF11 will 

orbit the sun approximately 31 and 18 times, respectively, prior to their close-approach on October 26, 

2028. 

The line of nodes is the intersection of 1997 XF11's orbit plane with the orbit plane of the Earth. Notice 

that the asteroid passes across the line of nodes (descending through the Earth's orbital plane) at a point 

very near the Earth's orbit track. 

Figure 0. This plot shows orbits of 1997 XF11, Mars, Earth, Venus, and Mercury projected on the 

ecliptic plane on March 12, 1998. The original full-size plot (created by Paul Chodas, 1998-May-20) is 

also available as a PostScript file. 



Earth Target-Plane Position Plots 

This section illustrates the uncertainties in the close approach predictions and how they are affected by 

the inclusion of the pre-discovery observations. These uncertainties are depicted in the "Earth targetplane" 

which is the plane perpendicular to the geocentric velocity vector of the asteroid at the time of 

closest approach on October 26, 2028. The error ellipse (show on the following plots) encloses all the 

points though which the asteroid is likely (i.e. with 99% probability) to pass. The view in these plots is 

from the approaching asteroid and about 5 degrees below Earth's equatorial plane with North up. The 

asteroid passes at right angles through these plots. Note that the error ellipses (shown in red) are so 

narrow that they appear as lines. 

It is important to understand that the position uncertainties associated with any of the orbit solutions 

used in this analysis constrain the asteroid to pass within the position error ellipses shown below (i.e. 

99% probability of being within the error ellipse). In other words, even though we can not say exactly 

where 1997 XF11 will be on 2028-Oct-26, we can say that it will be somewhere within the position error 

ellipse. This is what allows us to say that the probability of Earth impact is zero. 

Solution using 1990 pre-discovery observations 

● Based on the current solution for 1997 XF11. 

● Most likely miss distance is 951,000 km (591,000 mi). 

● Minimum miss distance is 865,000 km (537,000 mi). 

● Probability of Earth impact is zero. 



Figure 1. This plot shows the position error ellipse based on an orbit solution which includes the 1990 

pre-discovery observations. Note that the error ellipse shown above is contained within the error ellipse 

associated with the solution excluding the pre-discovery observations (see Fig. 2). The original full-size 

plot (created by Paul Chodas, 1998-May-20) is also available as a PostScript file. 

1997 XF11 orbit solution used in the above analysis 

(includes 1990 pre-discovery observations) 

Solution Reference: JPL#10 

102 Observations spanning 1990-Mar-22 to 1998-Mar-04 

RMS residual = 0.644 arcsec 



Epoch = 1998 Mar 30.0 TDB 

e = 0.48374055 

q = 0.74443182 AU 

Tp = 1997-Jul-01.191519 TDB 

Node = 214.12725759 deg (J2000) 

w = 102.47227749 deg (J2000) 

i = 4.09477290 deg (J2000) 

a = 1.441752196 AU 

M = 154.75017350 deg 

Solution excluding pre-discovery observations 

● Error ellipse is much longer because the observational time span is much shorter (3 months 

versus 8 years). 

● Most likely miss distance is 86,000 km (54,000 mi). 

● Minimum miss distance is 28,000 km (17,000 mi). 

● Probability of Earth impact is zero. 



Figure 2. This plot shows the position error ellipse based on the original orbit solution not including the 

pre-discovery observations. The original full-size plot (created by Paul Chodas, 1998-May-20) is also 

available as a PostScript file. A closeup of this plot is shown below in Figure 3. 



Figure 3. This plot shows a zoomed view of the previous plot (Fig. 2) near the Earth. The Earth is 

shown to scale. The original full-size plot (created by Paul Chodas, 1998-May-20) is also available as a 

PostScript file. 

1997 XF11 orbit solution used in the above analysis 

(excludes 1990 pre-discovery observations) 

Solution Reference: JPL#08 

98 Observations spanning 1997-Dec-06 to 1998-Mar-04 

RMS residual = 0.608 arcsec 

Epoch = 1998 Mar 30.0 TDB 



e = 0.48377234 

q = 0.74429096 AU 

Tp = 1997-Jul-01.196199 TDB 

Node = 214.12415280 deg (J2000) 

w = 102.47682505 deg (J2000) 

i = 4.09477745 deg (J2000) 

a = 1.441788212 AU 

M = 154.74171751 deg 

Table of Earth Close-Approaches by 1997 XF11 

The following table shows the closest Earth approach distances for the near-Earth asteroid 1997 XF11 

from 1990-Mar to 2029-Feb. Tables of past and future Earth close-approaches by other small-bodies are 

available in JPL's Solar System Dynamics Web Site. 

Date of Close Approach Distance 

Earth Approach (AU) (km) 

----------------- ----------------- 

1990-Jul-05 19:16 0.244 36,480,000 

1997-May-08 21:59 0.156 23,270,000 

2002-Oct-31 00:33 0.064 9,510,000 

2009-Aug-27 14:21 0.262 39,170,000 

2016-Jun-10 15:30 0.180 26,910,000 

2021-Nov-18 23:24 0.443 66,340,000 

2023-May-05 07:26 0.242 36,190,000 

2028-Oct-26 06:26 0.006 954,000 

Geocentric Ephemerides for 1997 XF11 

Geocentric ephemerides are available for 1997 XF11 during the following time periods (1 hour output 

intervals): 

● 1998-Mar-11 to 1998-Apr-01 

● 2002-Oct-15 to 2002-Nov-15 

● 2028-Oct-10 to 2028-Nov-20 



These ephemerides were computed using the HORIZONS system. If you need information at times not 

covered by these ephemerides, the HORIZONS ephemeris generator can be used to generate custom 

ephemerides for 1997 XF11 (and other solar system bodies). 

A table of osculating orbital elements is also available for 1997 XF11 during the period 1998-Mar-11 to 

2029-Jan-01 at 90 day intervals. 

Credits/Awards 

This page written by Alan B. Chamberlin and Paul W. Chodas 

Solar System Dynamics Group, JPL 

Contact: Webmaster (webmaster@ssd.jpl.nasa.gov) 


Related Links 

12/5/2005 

Related Links 

Near Earth Objects Dynamic Site (NEODyS) 

Web-based listing by Andrea Milani of the known orbital and physical properties 

of all NEAs, together with information for calculating their future close 

approaches to the Earth. Updated daily. 

NASA NEO Program Office website at JPL 

This Program Office was established in mid-1998 to help coordinate, and 

provide a focal point for, the study of those comets and asteroids that can 

approach the Earth's orbit. 

Tunguska: The Cosmic Mystery of the Century 

This site contains Documents, a Bulletin Board, Links and a Photo Gallery all 

dealing with the Tunguska event. 

LONEOS: The Lowell Observatory Near-Earth Object Search 

LONEOS, operated by Ted Bowell at Lowell Observatory, is a system designed 

to find NEOs as part of the Spaceguard Survey. 

http://impact.arc.nasa.gov/materials_main.cfm (1 of 4)12/5/2005 4:29:48 PM

Related Links 

Space Resources 

This is on Space Resources, which is not directly our subject, but it looks like a 

good page for general NEO stuff. 

Near-Earth Asteroid Tracking (NEAT) 

NEAT is an autonomous celestial observatory located at the USAF/Groundbased 

Electro-Optical Deep Space Surveillance (GEODSS) site on Haleakala, 

Maui, Hawaii. NEAT is a cooperative effort of NASA, JPL, and the USAF. 

Spaceguard UK 

Spaceguard UK is a private organization that serves as the national focus in the 

UK for studies of the impact hazard. 

The Spaceguard Foundation 

An association aimed at the protection of the Earth environment against the 

bombardment of objects of the solar system (comets and asteroids). 

The Minor Planet Center 

"The MPC is responsible for the collection and dissemination of astrometric 

observations and orbits for minor planets and comets." 

The European Asteroid Research Node (EARN) 

"EARN is an informal association of European research groups active in 

asteroid research. The idea behind this service is to provide a means for easy 

and fast communication, exchange of data and other information in both 

observational and theoretical research on asteroids." 

Space Telescope Science Institute 

"Comet Shoemaker-Levy 9 Encounters Jupiter" 

http://impact.arc.nasa.gov/materials_main.cfm (2 of 4)12/5/2005 4:29:48 PM 

"..... includes data from the Hubble Space Telescope and other 

observatories as well as other materials such as simulations and text."

Related Links 

The Spacewatch Project 

Under the direction of Tom Gehrels and Bob McMillan, the University of 

Arizona's 

Spacewatch Observatory pioneered in the automated discovery of NEAs. 

Tumbling Stone 

A popular-level web-based magazine about NEAs published in Italy by the 

Spaceguard Foundation. 

Space Mechanics Group: Near Earth Objects 

"....The objects (asteroids, comets, meteoroids) whose orbits cross the orbit of 

the Earth are studied from different points of view." 

UK Government website on NEOs 

UK Government website on NEOs, including the official government report on 

the impact risk and many related stories 

NEAR-Shoemaker 

NEAR-Shoemaker, the NASA space mission that orbited an asteroid for a year 

and then landed on the surface. 

IAU Working Group on NEOs 

The International Astronomical Union helps coordinate astronomers world-wide 

in discovery and research on Near Earth Objects. 

LINEAR 

LINEAR, the NASA-USAF search project that is leading the way in the 

Spaceguard Survey. 

http://impact.arc.nasa.gov/materials_main.cfm (3 of 4)12/5/2005 4:29:48 PM

Related Links 

Impact Hazard: A Systems Approach 

White paper on public policy issues associated with the impact hazard, by C. 

Chapman, D. Durda & R. Gold (February 24, 2001) 

Dealing with the Impact Hazard 

Comprehensive technical summary by David Morrison and colleagues of the 

asteroid impact hazard as of mid-2002. 

Is the Sky Falling? 

Article by David Morrison in Skeptical Inquirer (1997) 

OECD Report 2003 

Organisation for Economic Co-operation and Development (OECD), Global 

Science Forum -- Workshop on Near Earth Objects: Risks, Policies and 

Actions (Final Report) 

http://impact.arc.nasa.gov/materials_main.cfm (4 of 4)12/5/2005 4:29:48 PM 




Documents 

Tunguska 

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THE TUNGUSKA METEORITE PROBLEM TODAY 

Comission On Meteorites and Cosmic Dust, 

Siberian Branch of the Russian Academy of Sciences, 

Tomsk University, Tomsk, Russia, 

Kharkov Mechnikov Institute for Microbiology and Immunology, Kharkov, 

Ukraine 

by Academician N.V. Vasilyev 

"The Sky Has Split Apart!" 

The Cosmic Mystery of the Century 

by Professor Roy A. Gallant 

Southworth Planetarium 

University of Southern Maine 

Report on the Tunguska International Workshop 

Bologna, Italy, July 14-17, 1996 

(This article was originally prepared for and published by the magazine 

Meteorite!) 

Roy A. Gallant 

GEOMAGNETIC EFFECTS AS ONE ASPECT OF THE TUNGUSKA 

EVENT 

by Victor Zhuravlev 

Paper delivered at the International Workshop Tunguska -'96 Bologna, Italy 

THREE STAGES IN METEORITE RESEARCH 

by D.V.Djomin and V.K.Zhuravlyov 

For comments and suggestions about this site, please send e-mail to 

rgal@megalink.net 

http://www.galisteo.com/tunguska/docs/12/5/2005 4:30:16 PM


Tunguska Home 

Documents Index 


Comission On Meteorites and Cosmic Dust, Siberian Branch of the Russian Academy of Sciences, 

Tomsk University, Tomsk, Russia, Kharkov Mechnikov Institute for Microbiology and Immunology, 

Kharkov, Ukraine 

by Academician N.V. Vasilyev 

I. INTRODUCTION 

Today the Tunguska Meteorite problem can be considered as an important part of the larger problem of 

the possible collision of Earth with those cosmic bodies called Near Earth Objects (NEO). To estimate 

the scale of collision danger threatening our planet, one should base research not only on the calculations 

of collisions probability, but also on the investigative results of such events in the history of the Earth. 

Information about the Tunguska Event obtained during approximately 90 years of investigations is 

enormous. However, most of it derives from work done after 1945 and is published in Russian science 

literature in the Russian language and, therefore, has not not been available to scientists of the West. We 

consider it important to present a brief overview of the exsisting Tunguska information and to discuss its 

more important aspects, which may play a key role in a final solution to the problem. 

The term "Tunguska Event" refers to the cosmic phenomenon that was observed on June 30, 1908 in 

Central Siberia over the Krasnoyarsk Territory, Irkutsk Region, and Yakutiya (Kulik, L.A., 1933, 1939; 

Krinov, E.L., 1979). The most remarkable feature of the event was the explosion of a space object of 

unknown origin. The event had been observed in many settlements of the region (Astapovich, I.S., 1951; 

Vasilyev N.V. et al., 1981; Vasilyev, N.V., 1984, 1986, 1988). The flight of the object was accompanied 

by sound, seismic, and electrophonic effects, which covered a vast territory. The scale of these effects 

indicates the size of a bolide from - 22 to -17 magnitude. Its brighthness was comparable to that of the 

Sun. Many eyewitnesses observed a trail of iridescent bands resembling a rainbow. 

When the body reached an altitude of 2.5 to 9.0 km over the area (60ø 53' N, 101ø 54' E), there occurred 

an explosion-like energy release. The TNT equivalent of the effect is estimated at 10 to 20 (possibly up 

to 40) megatons, the estimated energy being 4.2x1023 to 1.7x1024 ergs (Stanyukovich, K.P., Bronshten 

V.A., 1961; Maslov, E.V., 1963; Boyarkina, A.P., Bronshten, V.A., 1975; Bronshten, V.A., Boyarkina, 

A.P., 1975; Ben-Menahem A. 1975, Pasechnik, I.P., 1976, Zolotov, A.V., 1969; Zotkin, I.T., Tsikulin, 

M.A., 1968; Korobeynikov, V.P., 1974; 1974 a; 1976; 1980; 1984, Goldin, V.D., 1986). There is some 

evidence suggesting that after the explosion-like energy release at least a part of the Tunguska Cosmic 

http://www.galisteo.com/tunguska/docs/tmpt.html (1 of 14)12/5/2005 4:30:26 PM


Body (TCB) continued to move in the "pre-explosion" direction upwards (Fast, V.G. et al., 1976, 

Plekhanov, G.F., in press). 

The TCB "explosion" initiated a seismic wave that was recorded in the cities of Irkutsk, Tashkent, 

Tbilisi and Jena. There also were pressure disturbances (Astapovich, I.S., 1933; Whipple, F.W.,1934) 

5.9 ??( 0.9 minutes (or, according to another estimate, 6.6 ??(0.2 min.) after the explosion. Additionally, 

a local magnetic storm was registered and persisted for more than four hours and caused geomagnetic 

disturbances in the atmosphere similar to those that follow nuclear explosions (Pasechnik, I.P., 1976; 

Ivanov, K.G., 1961). In Antarctica near the volcano Erebus on June 30, 1908 they observed abnormal 

aurorae which may have been induced by the Tunguska Event (Steel D., Ferguson, R., 1993). 

The shock wave of the Tunguska explosion devastated 2,150 ??(25 km2 of the taiga forest (Fast, V.G. et 

al., 1967; 1967 a; 1976; 1983), and the flash burned vegetation over an area of about 200 km2 (Zenkin, 

G.M., Ilyin, A.G., 1964; Ilyin, A.G., et al., 1963; 1966; Vorobyev, V.A., 1967; L'vov, Yu.A., Vasilyev, 

N.V., 1976) . The Tunguska explosion resulted in a major forest fire covering an area comparable to that 

of the devestated forest (Kulik, L.A., 1976; Kurbatsky, N.P., 1964; 1975). The abnormalities of 

paleomagnetic properties of soils in the region, likely to be related to this event, are described (Sydoras, 

S.D., Boyarkina, A.P., 1976). 

The explosion on the Podkamennaya Tunguska River was the most striking event in the several 

anomalies that occurred during that summer of 1908. Starting on June 23, 1908 bright twilights were 

observed in some locations of Western Europe, the European part of Russia, and in Western Siberia. 

They increased in intensity until June 29, reaching their peak on the evening of June 30. These 

anomalies included unprecedental formation of mesospheric clouds, bright "volcanic" twilights, 

disturbances of atmospheric polarization, and intense solar halos. After July 1 these effects weakened 

exponentially; some after-effects were observed until late July (Zotkin, I.T., 1961; 1966; Vasilyev, N.V., 

Zhuravlev, V.K., Zhuravleva, R.K. et al., 1965; Vasilyev, N.V., Fast, N.P., 1972; 1976). 

The area where these phenomena were observed is bound by the Yenisey River in the East, by the 

latitude of Tashkent-Stavropol-Sevastopol-Bordeaux in the South, and by the Atlantic coast in the West. 

In August in the Western Hemisphere, the Mount Wilson Observatory reported a decrease in the air 

transparency, which could be explained by the circulation of Tunguska explosion products in the 

atmosphere (Fesenkov, V.G., 1978). Concurrent with the Tunguska aerosol cloud, there were products 

of another large bolide which entered the Earth's atmosphere in May 1908 (Kondratyev, K.Ya. et. al., 

1988). It also has been suggested that the Tunguska Event influenced the ozone layer (Turco, et al., 

1982; Kondratyev, K. Ya. et al., 1988). Soon after the Tunguska expolosion an effect similar to the wellknown 

Bowen effect that follows meteor showers was registered (Fast, N.P., Zalevskaya, V.V., 1970). 

It should also be noted that the summer of 1908 was quite rich in bright bolides (Vasilyev, N.V., 

Zhuravlev V.K. et al.,1965; Anfinogenov, D.F., Budaeva L.I., 1984). 

Neither expeditions to the Tunguska site prior to World War II that were headed by L.A. Kulik, nor the 



post-war field work under supervision of Florensky, Plekhanov, Zolotov and Vassilyev, found any 

explosion or impact astroblems (??) or large fragments of the TCB (Florenskiy, K.P.et al.,1960; 

Plekhanov, G.F., 1963; L'vov, Yu.A. et al.,1963; 1963 a ). Search for finely-dispersed cosmic matter in 

the soils and peat of the catastrophe area, over 10, 000 km2 (Kirova, O.A., 1961; Florensky, K.P., 1963; 

Florensky, K.P., Ivanov, A.V. et al., 1968; Glass, B.P., 1969; 1976; Vasilyev, N.V. et al., 1971; 1973; 

1974; 1974 a; 1983; Vypadenie ... 1975; Boyarkina, A.P. et al., 1976; 1976 a , Alexeeva, K.N. et al., 

1977; Kvasnitsa V.N. et al., 1979; Sobotovich, E.V. et al., 1980; 1983; Zbic, M., 1984; Doroshin I.K., 

1988) did not result in discovery of material that could be reliably differentiated from fluctuations of the 

bacrground fall of extraterrestrial matter. However, biogeochemical element and isotopic anomalies that 

may be related to the event have been discovered in the area of the catastrophe (Kovalevsky, A.F. et al., 

1963; Alexeeva K.N. et al., 1976; Zhuravlev, V.K et al., 1976; Golenetsky, S.P. et al., 1977; 1977 a; 

1980; 1981; 1983; Kolesnikov, Kolesnikov, E.M., 1984; 1989; Kolesnikov, E.M. et al., 1979; 

Zhuravlev, V.K. et al., 1976). 

Increased quantities of microparticles enriched by Cu, Au, Zn and certain other elements in the resin of 

the trees in the epicenter area that survived the 1908 catastrophe are very likely related to the Tunguska 

event. (Longo, G. et al., 1994). 

The post-war expeditions revealed a complex range of ecological consequences of the Tunguska 

explosion, namely: 1) accelerated growth of new (post-catastrophe) trees and trees that survived the 

event (Nekrasov, V.I.; Emelyanov, Yu. M., 1964; Beregnoi, V.G., Drapkina, G.I., 1964; Shapovalova, R. 

D. et al., 1967; Emelyanov, Yu.M., Lukyanov, V.B. et al., 1967; Vasilyev, N.V. et al., 1976; 1980); 2) 

population-genetic effects, mainly at the epicenter area and along the TCB trajectory (Dragavtsev, V.A. 

et al.,1975). 

This is a general outline of the Tunguska phenomenon which, proves to be different in principal from 

other impact phenomena. The many hypotheses that have been put forward in an attempt to explain the 

Tunguska event can be arranged in two groups. One includes those hypotheses that are based on the 

concept of conversion of the kinetic energy of the TCB into shock wave energy. The other group 

consists of hypotheses that emphasize a release of the internal energy of the body, whether chemical or 

nuclear. 

The first group of hypotheses involves the concept of an asteroidal nature of the TCB (Kulik, L.A., 

1933; 1939; 1939; Krinov E.L.,1949; Astapovich, I.S., 1933; Anfinogenov, D.F., 1966; Sekanina, Z; 

1983; Chyba, C.F., 1993, Longo G. et al., 1994;), or a cometary nature (Astapovich, I.S., 1933; Whipple, 

F.I.W., 1934; Fessenkov, V.G., 1961; 1978; Grigoryan, S.S., 1976; 1979; Korobeynikov, V.P. et al., 

1976; 1980) . These can be classified as hypotheses based on the classical concepts of the minor bodies 

of the Solar System. 

These latter hypotheses assume a special nature of the TCB, one different from asteroids or comets. 

These include the hypotheses of an antimatter nature of the TCB (La Paz, L., 1948; Cowen, C. et al., 

1965); of the Tunguska object being a miniature black hole (Jackson, IV A.A., Ryan, M.P.,1973), or of 



its being a "solar energophore" (Dmitriev, A.N., Zhuravlev, V.K., 1984), or even being of 

technogeneous origin (Zolotov, A.V., 1961; 1961 a; 1967; 1969; Zigel, F.Yu ., 1983). 

It is both timely and appropriate that we examine the most serious difficulties which one has to deal with 

in any attempt to construct an integrated concept of the Tunguska phenomenon. 

II. ON THE DIRECTION OF THE TCB FLIGHT 

The first investigators of the TCB (L.A.Kulik, 1939; E.L.Krinov,1949; and I.S.Astapovich,1951) who 

analyzed evidence of the object's flight in the area of the Angara River had no doubts that it had been 

moving generally from the south to the north. However, there were three options for a more precise 

trajectory: a southern trajectory, proposed by L.A.Kulik, a southeastern one proposed by E.L. Krinov, 

and the southwestern path proposed by I.S.Astapovich. (See Sytinskaya, N.N., 1955, and Levin, B.Yu., 

1954 as well). By the early 1960s it was Krinov's trajectory, namely 135ø, that was considered most 

realistic. 

Later, however, a "corridor" of axis symmetrical deviation of the vectors of the felled forest from the 

dominating radial pattern was revealed. This deviation was interpreted as the track of the ballistic wave 

( Boyarkina, A.P.et al., 1964; Fast V.G., 1967; Zotkin, I.T., 1966; Zolotov, A.V., 1969). The direction of 

the "corridor," wich was initially estimated as 111ø,E from N (114ø, east of the true meridian) (Fast, V. 

G., 1967), was later found to be 95ø, E from N (99ø, east of the true meridian) (Fast,V.G. et al., 1976). 

During this period of time a number of elderly residents of the area who had lived in the upper reaches 

of the Nizhnaya Tunguska in 1908 were questioned. No eyewitnesses from this area had been 

questioned in the 1920s and 1930s. This resulted in the conclusion that the object had moved from the 

ESE to the WNW (Konenkin, V.G., 1967), i.e. by the path coinciding with that of the trajectory of the 

TCB. This coincidence caused revision of the notion of the TCB trajectory, so since the year 1965 the 

ESE-WNW option has cominated the literature. For several years it was assumed to be a final result. 

But later the publicaton of a catalog of eyewitness accounts made analysis of the whole event possible. 

(Vasilyev, N.V. et al., 1981) Two fundamental facts were established: 

1. "Images" of the bolide observed in the area of the Angara Rriver and observed in the area of the 

Nizhnyaya Tunguska River are quite different, and the evidence seems to indicate that they belong to 

different objects (Demin, D.V. et al., 1984). 

2. The trajectory, calculated on the basis of Angara eyewitness accounts, differs considerably from that 

determined by analyzing the vector structure of the felled forest area and the radiant burn area. Indeed, 

evidence of the Angara eyewitheness, including the report of a district officer, suggests that the bolide 

flew "high in the sky," which is hardly consistent with the path 99ø east of the true meridian. On the 

contrary, the data obtained on the Nizhnaya Tunguska River, even though agreeing with the shape the 

area of devestation, is in contradiction with the Angara observations. 



Another complication is that the Nizhnaya Tunguska data suggest, virtually unambiguously, that the 

bolide's flight occurred in the afternoon, whereas the data from the Angara River identify it as an early 

morning flight. Attempts to resolve the conflict between both sets of data present considerable problems. 

In the search for an exit from this maze, more then one approach has been tried. Some researchers 

practically ignored eyewitness accounts as unreliable subjective material. This approach could be agreed 

with to a certain extent if only it were a matter of a few inconsistent accounts, whereas there were many 

hundreds of independent accounts. 

Other investigators have tried their best to combine the Angara evidence, the Nizhnyaya Tunguska data, 

and the geometry of the devastated area (Zotkin I.T., a. Chigorin, A.N., 1988; Yavnel, A.A., 1988). The 

results seem to be rather dubious. 

Then the idea of a non-ballistic trajectory of the TCB was introduced (Zigel F.Yu., 1983), based on the 

assumption that it had been moving initially along a trajectory close to that calculated by Krinov. The 

object then moved along a sloped curve trajectory and entered the space above the joining of the 

Nizhnyaya and Podkamennay Tunguska rivers, after which it continued its flight in an eastern direction 

and finally to the place where it exploded. 

The cause of the incompatibility of the bolide path projection with the data of the Angara eyewitnesses 

remains unclear. Yet, it should be borne in mind that the identity of the axis of symmetry of the observed 

forest destruction pattern with the projection of the bolide path is only an assumption of high probability 

rather than an established fact. The axially symmetric "corridor" is the trace of the ballistic wave, where 

it touched Earth's surface. It remains essentially an open question--what its initial space position was and 

whether it could have changed for some reason or other. 

However, there are still other problems associated with the TCB path parameters. Most authors who 

have studied this issue conclude that the angle of the TCB trajectory was relatively small (Zotkin, I.T., 

Tsikulin, M.A., 1966; 1966 a; Tsikulin M.A., 1969; Bronshten, V.A., Boyarkina, A.P., 1975). Still, 

modeling experiments, as well as the results of mathematical simulation of the Tunguska explosion 

parameters (Korobeynikov, V.P. et al., 1976; 1980; 1983, 1984) testify that the final part of the 

trajectory was most probably 40ø. The transition of the TCB flight path from a comparatively flat 

trajectory to a steep one seems to have taken place when the bolide approached the point where it 

exploded; it might be due to an avalanche fracturing of the object and enlargement of its frontal surface. 

Especially suspicious is the fact that the "corridor"--the impression of the ballistic wave on the forest--is 

observed, as has been recently shown, to extend beyond the epicenter of the explosion. It is as if the 

object continued its flight path after exploding. (Fast, V.G. et al., 1976; Plekhanov, G.F.a. Plekhanova L. 

G., in press). The most reasonable explanation is that part of the TCB survived the explosion and 

continued its flight, maintaining the same trajectory to some degree. 

It is important to relate certain features of forest devastation at the epicenter of the Tunguska explosion 



area. 

Vasiliev II 

III. Some specific features of the forest devastation at the epicenter of the Tunguska explosion. 

It has been stated that the main cause of the forest devastation in the area of the Tunguska catastrophe 

was a powerful energy release that occurred at an altitude of 2.5 to 9.0 km (Goldin, V.D., 1986). It must 

have been a huge explosion in the air which initiated a spherical shock wave. The front of the shock 

wave was parallel to the earth's surface in general at the epicenter of the explosion, and inclined to it 

away from the epicenter. So the vertical component of the shock wave was the most active component, 

whereas the horizontal component away from t he epicenter was increasingly dominant and most 

pronounced in the area of interference of the incident and reflected waves (Demin, D.V., 1963; 

Boyarkina, A.P. a. Demin, D.V. et al., 1964; Fast, V.G. et al., 1967; 1976; ). As a first approximation, 

this can be interpreted as such. Around the epicenter there is a vast area of dead forest (about 8 km 

across), scorched and devoid of branches, but with trees standing upright. This is th e zone of the vertical 

component impact of the blast wave. Outside this area the forest is felled radially at a distance from 12 

to 40 km away from the epicenter. This is the area of impact of the horizontal component of the blast 

wave. If the above model is valid, then at the explosion epicenter there must be no radially felled forest. 

The actual situation is, however, essentially different. First, the forest was not destroyed completely at 

the epicenter. Within 5 to 7 km away many groups of trees survived. (Zenkin, G.M. et al., 1963). The 

trees have attracted much attention of investigators, and attempts to explain their existance, based on the 

relief features, have not yielded unambiguous results. With the area's highest altitude above sea level 

being 593 m, and the height of the explosion at 2.5 km (more likely 5.5 km), we can approximate the 

whole area to a plane. 

The structure of the felled forest area in the immediate vincinity from the epicenter also proves to be 

strange. 

First, the assumption that no trees within this zone were felled in a radial pattern is not true. Surface 

observations have shown that there are some leveled trees in this area as well, and the general radial 

character of the felled forest is seen up to a "special point," viz. the geometric center of the fallen forest 

area, as calculated by V.G. Fast (1963). 

Second, Kulik's interpretation of the felled forest area on the basis of a large-scale photographic air 

survey of 1938 (L.A. Kulik, 1939) not only corroborated the complex vector structure of the epicenter 

area, but also suggested at least two or three subepicenters. 

Third, the vector structures of the felled forest on hillsides facing the epicenter, and on the the opposite 

hillsides, are essentially different. This is in poor agreement with the assumption that the blast wave 

center was generated high above earth's surface. 



Thus, we may tentatively conclude that along with a great energy release from 5 to 5.8 km above the 

earth, there were a number of low-altitude (maybe even right above the surface) explosions that 

contributed to the total picture of destruction (Kulik, L.A., 1939; Golenetsky, S.P. a. Stepanok, V.V., 

1984). This seems to be sustained by data concerning the deposition of aerosols immediately after the 

explosion (Serra, R. et al., 1994). 

Thus, the features of destruction at the epicenter suggest inhomogeneity of the physical parameters of 

the Tunguska explosion field and complexity of the physical processes underlying it. 

It should be emphasized that though the patchine ss (????) of the effects associated with the Tunguska 

explosion has been noted in literature more than once, its origin has not been discussed. This seems to be 

due to serious difficulties of its interpretation in terms of the existing TCB models. 

IV. On the geophysical effects of the Tunguska explosion 

One of the most striking geophysical effects associated with the Tunguska explosion is the local 

geomagnetic disturbance detected shortly after the explosion in Irkutsk, although not recorded by any 

other geophysical observatory in the world existing at that time (Plekhanov, G.F. et al., 1960; 1961; 

Ivanov, K.G., 1961; 1961 a; 1962; 1964; Obashev, S.O., 1961; Zhuravlev, V.K., 1963; Kovalevsky, A. 

F., 1963; ). This disturbance was similar to some effects following middle- and high-altitude nuclear 

explosions in the atmosphere, but unlike the latter, it exhibited a kind of lag; i.e. it occurred some time 

after the explosion. This has provided the main argument to account for the geomagnetic effect of the 

Tunguska object as being due to the shock wave and the period of time required for the wave to cross 

the distance from the explosion point to the lower ionosphere boundary. 

Later, however, I.P. Pasechnik, (1986) corrected the moment of the Tungunska explosion on the basis of 

direct experimental measurements of the velocity of the seismic wave between Vanavara and Irkutsk. It 

has been found that the "lag" was actually longer than 5.9 min. This fact is important inasmuch as the 

ensuing velocity of a shock wave in the atmosphere is too low. Hence the mechanism accounting for this 

effect as a consequencee of the arrival time of the shock wave in the ionosphe re appears dubious 

(Dmitriev, A.N., Zhuravlev V. K., 1984). The question thus remains open. The explanation of the 

"abnormal twilights" of late June and early July, 1908, being due to cometary particles in the upper 

atmosphere is not convincing. 

Indeed, according to this assumption, particles of a comet's tail were to be decelerated at an altitude of 

200 km or more, whereas most light anomalies formed at altitudes of 80 km (the zone of formation of 

mesospheric clouds), 50 to 60 km (diffraction effects that caused dawn and afterglow anomalies) and 

below that (atmospheric halos). >>I cannot understand the previous sentence.


1) At least 10 locations in Eurasia reported anomalous light effects on the night of June 29-30, 1908. 

The effects were practically simultaneous with, and even somewhat before, the Tunguska explosion. 

This makes it impossible to explain the optical effects of June 30 being due to mechanical transport of 

space aerosols from the site of the explosion. 

2) There was a sharp exponential decrease in the intensity of the atmospheric anomalies after the Ist of 

July. This suggests that the major cause of the anomalies was due to photochmical reactions. If, 

alternatively, the main cause of the anomalies were the refraction and scattering of aerosol particles, it 

would be more reasonable to expect a gradual decrease in the effects, as in the case of volcano-induced 

optical anomalies. Neither explanation has been found adequate to account for the changes of the 

polarimetric properties of the twilight sky that appeared as deviations from the normal travel of the 

Arago and Babinet neutral points (Vasilyev, N.V. et al., 1965). 

Thus, explanation of the geophysical effects of the Tunguska object faces serious problems. 

V. Ecological consequences of the Tunguska catastrophe 

Ecological consequences of the Tunguska event have been studied over the past 30 years. They can be 

divided into two main types. 

First is the remarkably quick revival of the taiga after the explosion, as well as accelerated growth of 

young (Nekrasov, V.I., Emelyanov, Yu.M., 1964; Emelyanov Yu.M. et al., 1967; Shapovalova R.D. et 

al., 1967) trees and those which survived the event. 

This effect covers a vast territory, it correlates wich the NSB trajectory. >>I do not understand the 

meaning of the words following the comma>I cannot understand the rest of this paragraph except for the last sentence>This second "fact" is not clear to me


plants (Vasilyev, N.V., Kucharskaya, L.K. et al., 1980). But rare earths are outside the classsical set of 

cosmogeneous microelements. 

The question has not been settled, and the effect probably cannot be explained by conventional factors. 

The second type of ecological consequences of the Tunguska event includes genetic impact. Linear 

increments of the Tunguska pine trees were processed with an algorithm discriminating the contributions 

of genotypic and phenotypic variations (Dragavtsev, V.A. et al., 1975) . This work revealed that the 

frequency of mutations in these pines has sharply increased. Again, as with many other effects of the 

Tunguska event, its genetic impact is of a patchy character, concentrating toward the epicenter area and 

the "corridor" of the TSB trajectory. The thermal influence of the forest fire could hardly be of any 

importance in this instance since the contours of the areas of the mutagenic effect, forest fire, and forest 

fall are quite different. The nature of the mutagenic factor remains unknown. 

VI. On the substance of the Tunguska object 

The diligent search for large fragments of the Tunguska cosmic object, which had begun in the late 

1920's and ended in 1962, has shown totally negative results. There have been no traces of astroblemes. 

>>I don't know the word "astroblemes"


and chalcophile elements is found in the 1908 layers of peat and wood resin at a number of locations in 

the region (Longo, G. et al., 1994; Kolesnikov, E.M. et al., 1977) . Cosmogeneous nature of these 

anomalies is probable but they should be differentiated from aerosols produced by the burning of peat 

(Doroshin, I.K., 1988) and (possibly) wood, as well as from volcanic ash . 

5. There have been revealed in the 1908 layers of peat, both at the epicenter region and in the zone of the 

supposed dispersion train of explosion products, substantial shifts in isotopic compositions of carbon 

(toward its heavier isotopes), hydrogen (toward the lighter ones) and lead. According to Kolesnikov 

(Kolesnikov, E.M., 1988; Kolesnikov E.M., Shestakov, G.L., 1970) , these shifts are due to the dispersed 

substance of a space body of the approximate composition of carbonaceous chondrite. 

6. A number of local geochemical anomalies were discovered at the Tunguska site, although their 

association with the TCB requires further investigation. This is, first of all, the rare earth (primarily 

ytterbium) anomaly. Concentration of that element in soil, as well as in the 1908 peat layers, is 

abnormally high (Zhuravlev, V.K., 1976; Levchnko M.A., Terentiiva A.S., 1976). The ytterbium content 

reaches its peak in the point of intersection of the extension of the TCB trajectory (provided that its 

slope was about 40 degrees) with the Earth's surface. Increased concentration of RE occurs mainly in the 

upper (i.e. recent) layers of soil, and not in deeper layers, close to the substratum . Along with the 

quantitative shifts, the affected zone shows a drastic change in the RE ratio (Dozmarov S.V., in press). 

Thus, the key to the solution of the Tunguska problem--i.e., determination of the TCB's elemental as 

well as isotopic composition--is not yet at hand, and this line of inquiry must be continued. 

Vasilyev IIb 

VII On radioactivity in the Tunguska catastrophe site 

The hypothesis of a nuclear nature of the Tunguska sxplosion was tested by searching for radionuclides 

at the epicenter of the explosion area (Zolotov, A.V., 1961; 1967; 1969; Plekhanov, G.F., 1963; 1964; 

Kirichenko, L.V. a Grechushkina, M.P., 1963; Kirichenko, L.V., 1975; 1975 a; Mechedov, V.N, 1967; 

Kolesnikov, E.M, et al., 1975; Vasilyev, N.V. et al., 1976 ; Stadolko I, in press). The results of this 

research may be summarized as follows: 

1. Radioactivity at the epicenter of the Tunguska explosion is within the range of fluctuations of the 

present background radiation. At the same time, however, its magnitude is somewhat higher at the 

epicenter than at the periphery of the region. Most radionuclides are concentrated in the upper horizons 

of the soil and peat and have been accumulated from global fallout after nuclear tests. 

2. The vertical distribution of radionuclides in the soil and peat does not indicate the presence of 

radionuclides from test explosions before 1945. The only exception is a result of layer-by-layer 

radiometry of sphagnum peat in the region of Vanavara (1960) where a second maximum of 

radionuclide concentration was discovered at the depth of 35 cm. (Kirichenko, L.V., Grechushkina M.P., 



1963). This effect was not studied in detail and it is not known which radionuclides were responsible for 

it. 

3. Investigation of the isotopic composition of inert gases accumulated in rocks near the epicenter did 

not reveal any peculiarities that could be explained by the action of neutron irradiation on the natural 

environment at the epicenter (Kolesnikov, E.M. et al., 1975) . 

4. Analysis of 514 0C (???) content in the rings of the trees that survived the 1908 explosion (Cowen, C., 

Atluri, C.R., Libby, W, 1965; Vinogradov, A.P. et al., 1966; Lehrman, I.C. et al., 1967; Nesvitaylo, V.D. 

a. Kovalyuch, N.N., 1983; Firsov, L.V. et al., 1984), revealed its reliable excess over background values 

for the ring of 1909, which could be expected if 514 0CO 42 0content was abnormally high in the 

summer of 1908. >>(I do not understand the previous sentence.>what is "pathy 

character"?>"tending to the projection" 



meaning not clear< VIII. Discussion. 

Beginning in the 1960's, there was a revival of the cometary hypothesis that had been put forward in the 

1930's by I.S. AStapovich and F. Whipple, and later developed by V.G. Fesenkov. It was suggested that 

unlike the asteroidal version the cometary hypothesis could explain in a conclusive way the main 

peculiarities of the Tunguska event and distinguish it from other impact phenomena, namely: 1. the 

above ground character of the explosion; 2. the lack of an astrobleme, as well as any trace of large-scale 

fallout of meteorite matter; 3. atmospheric optical anomalies that accompanied the Tunguska explosion. 

The cometary hypothesis has had favorable effects on the progress of the Tunguska studies. In its 

framework there were attempts to calculate the main parameters of the TCB ; for example, its ity (???), 

mass, enegry, strength characteristics, the slope of the object's trajectory, as well as a description of the 

mechanism of the object's destruction (Fesenkov, V.G., 1961; Pokrobski, G.I., 1966; Tsikulin, M.A., 

1969; Boyarkina, A.P., Bronshten, V.A., 1975; 1975 a; Petrov, G.I. a. Stulov, V.P ., 1975; Grigorian, S. 

S., 1976; 1979; Korobeynikov , V.P. et al., 1974; 1974 a; 1976; 1980; 1983; 1984; Kresak, L., 1978; 

Turco, R.P. et al., 1982; Zynball, M.N., Shnitke, V.E., 1986; 1988). Later, however, results of further 

studies have complicated the situation, which today seem to be at a critical point. Some obstacles which 

the cometary hypothesis ran into have been discussed above. It should be added that the authors of some 

theoretical models (Petrov, G.I., Stulov, V.P., 1975, Turco R.P. et al., 1982) proceeded from the 

assumption of a low (of the order of 10 5-2 0g cm 5-3 0, or even super-low 10 5-3 0g cm 5-3 0) density 

for the object. Direct investigation of Halley's comet has shown, however, that the real density of 

cometary ice is about 1 g cm 5-3 0. Conseqently, the models of the TCB as a "super-loose lump of 

cosmic snow" or a "gigantic cosmic snowball" should be rejected. 

However, these failures have not affected the "core" of the cometary hypothesis, since most of its 

supporters proceeded from more realistic estimates of the cometary ice density, assuming it to be equal 

to 1 g cm 5-3 0. But recently published material has cast doubt on the very fundamentals of this 

hypothesis. We mean, first of all, the detailed calculations, made by Z.Sekanina (1983) who came to the 

conclusion that, due to the strength characteristic of the comet nucleus, it would have had to disintegrate 

at a much higher altitude than is now accepted. Then, mathematical models have suggested that gigantic 

carbonaceous chondrites have to disintegrate at an altitude of 30 km, a circumstantial argument in favor 

of this inference being the explosion of the Revelstoke carbonaceous chondrite, as well as high-altitude 

explosions of meteoroides (Bronshten, V.A., 1981, Levin, B.Yu., Bronshten V.A., 1985), confirmed by 

aerospace methods. Since the chemical composition of the Tunguska object in its dominant conventional 

models is identical to that of a comet nucleus or to a carbonaceous chondrite, verification of this data 

would be of crucial importance to the Tunguska problem. Both Z. Sekanina (1983) and C. Chyba et al. 

(1993) arrived at the conclusion that the TCB should be classified as a stony asteroid. An iron meteorite 

as large as this would have reached the Earth's surface and formed an astrobleme. A comet nucleus or a 

carbonaceous chondrite would have disintergrated at a much higher altitude than the Tunguska body did. 

But if this it the case, then the question of the TCB substance reappears. A number of problems remain 

unsolved: isotopic anomalies in the 1908 layers of sphagnum bogs at the epicenter, as well as increased 

concentration of volatile and chalpophile elements in the sphagnum, to cite two such problems. 

A return to the stony asteroid model would require an explanation of the 1908 atmospheric optical 



anomalies, which for a long time were assumed to be due to penetration of the "Tunguska comet" tail 

into the atmosphere. 

At present the study of the problem has reached a phase in which it becomes possible to rigorously 

formulate the principal questions, which, if resolved, can restrict the spectrum of acceptable TCB 

models. Primarily, these are the following closely related questions: 

1. Can the Tunguska explosion be explained as a result of destruction of comet's ice lumps or a 

meteoroid similar to carbonaceous chondrites at an altitude of 2,5-9 km? Are Sekanina and Chyba right 

in denying such a possibility? Or are Bronshten, V.A., a. Boyarkina, A.P., ( 1975, 1976) Korobeynikov, 

V.P. et al., (1983, 1984), Grigorian, S.S. (1976) and other investigators who advocate the cometary 

hypothesis? If the former are right, then it becomes imperative to revise a large number of calculations 

dealing with the mechanism of destruction of the Tunguska object that have been published since 1963. 

It is also necessary to re-explain the isotopic and elemental anomalies at the epicenter of the region, and 

to re-interpret the atmospheric optical anomalies of the summer of 1908. 

2. What is the origin of the isotopic and elemental anomalies in 1908 peat and wood resin layers? Are 

they due to precipitation of remnants of the TCB or to some other processes? If indeed isotope shifts and 

increased concentrations of volatile and chalcophile elements dated to 1908 in these natural objects are 

due to some material of the TCB, then in this case the paradox of the absence of cosmic matter in the 

area of the explosion comparable with the scale of the phenomenon is eliminated. Thus, it appeares 

critical to make check investigations in control areas not associated with the Tunguska event. 

3. Can the atmospheric optical anomalies of 1908 be due to transport from the explosion site by 

stratospheric winds of TCB matter--the material of a stony asteroid, in particular? 

4. What is the nature of the WNW segment of the "corridor" of axially symmetric deviations of forest 

fall vectors from the dominating radial pattern? And can it be due to anything else than the trace of the 

ricochet of the part of the TCB that survived the explosion, in terms of the traditional models? 

5. Is it possible to resolve the contradiction between the TCB trajectory as defined from evidence of the 

Angara eyewitnesses and the direction of flight of the body as suggested by the vector pattern of the 

forest fall? Unambiguous and comprehensive solutions to the above problems will lead to a choice 

between the opposing two hypotheses. It is now too early to predict the outcome. However, our present 

ability to pose the question is a significant achievement in the history of the development of the 

Tunguska problem. 

Aknowledgement 

In conclusion, we wish to thank our many collegues in Russia and abroad, especially the scientific 

workers in more than 120 astronomical and geophysical observatories who provided archival 

information relating to the period 1907-1909. 



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The Sky Has Split Apart - The Cosmic Mystery of the Century 

Tunguska Home 


"The Sky Has Split Apart!" 

The Cosmic Mystery of the Century 

by Professor Roy A. Gallant 

Southworth Planetarium 

University of Southern Maine 

The explosions were heard in the early morning hours of June 30, 1908. It was a drama that has occurred 

countless times in Earth's history, and that is sure to play again. 

Those Tungus tribesmen and Russian fur traders who happened to glance into the southeastern Siberian 

sky that fateful morning must have been startled to see a fireball streaking through the atmosphere 

toward their trading post of Vanavara and leaving a trail of light some 800 kilometers long. The object, 

whatever its nature, was approaching from an azimuth of 115 degrees and descending at an entry angle 

of 30 to 35 degrees above the horizon. Their gaze followed the bright fireball as it continued along a 

northwestward trajectory until it seemed about to disappear over the horizon. Then it shattered in a rapid 

series of cataclysmic explosions lasting about half a second over a distance of 15 to 20 kilometers. 

The site was centered on 101 E by 62 N near the Stony Tunguska River 92 kilometers north of 

Vanavara. According to calculations, the object shattered at an altitude of 7.6 kilometers2 and became 

the first such cosmic visitor to strike Earth in the life time of civilized man. 

According to an eyewitness in Vanavara: 

"The sky split apart and a great fire appeared. It became so hot that one couldn't stand it. There was a 

deafening explosion [and my friend] S. Semenov was blown over the ground across a distance of three 

sazhens [six meters]. As the hot wind passed by, the ground and the huts trembled. Sod was shaken 

loose from our ceilings and glass was splintered out of the window frames." 

What was this cosmic visitor? 

Some have suggested it was a black hole. Others have wondered if it was a piece of anti-matter. A 

Japanese UFO group (Sakura), headed by Kozo Kowai, are convinced that it was the explosion of the 

nuclear power plant of an errant vehicle belonging to extraterrestrials. A number of science-fiction 

accounts have degraded the event to fantasy. Some critics hold that the entire history of nearly five 

decades of field work represents little more than a chain of mistakes. Most scientists disagree and point 

to a comet or an asteroid being the cosmic culprit. 

http://www.galisteo.com/tunguska/docs/splitsky.html (1 of 6)12/5/2005 4:30:58 PM


What has been learned since the first organized investigation in 1927? And what is the current thinking? 

To this day the vast Tunguska region remains a desolate area of mosquito-infested bogs and swamps 

amid the beautiful hilly taiga. To reach the epicenter you are dropped off by helicopter. Or you hike in. 

For a trained eye, evidence of the blast is not difficult to identify, even after 90 years. The power of the 

blast felled trees outward in a radial pattern over an area of 2,1504 square kilometers, more than half the 

size of Rhode Island. In the hot central region of the epicenter the forest flashed into an ascending 

column of flame visible several hundred kilometers away. 

The fires burned for weeks, destroying an area of 1,000 square kilometers. Ash and powdered tundra 

fragments sucked skyward by the fiery vortex were caught up in the global air circulation and carried 

around the world. Meanwhile, bursts of thunder echoed across the land to a distance of some 800 

kilometers.5 

The mass of the object has been estimated at about 100,000 tons and the force of the explosion at 40 

megatons of TNT, 2,000 times the force of the atomic bomb exploded over Hiroshima in 1945. (By 

comparison, the explosive force of the Arizona asteroid that struck some 50,000 years ago, has been 

estimated at 3.5 megatons.6) 

Following the Tunguska explosion, unusually colorful sunsets and sunrises caught the world's attention 

and were reported from many countries, including Western Europe, Scandinavia, Russia, and Western 

Siberia. The climax of visual displays occurred on the night of June 30th. Although they continued, they 

weakened exponentially over several weeks until they died away. 

The New York Times of July 3, 1908 reported "remarkable lights" being "observed in the northern 

heavens on Tuesday and Wednesday nights." Scientists mistakenly attributed the dazzling displays to 

solar outbursts causing electrical disturbances in the atmosphere. Similar light displays had been 

reported in 1883 at the time of the Krakatoa volcanic explosion in the Sunda Strait, said the Times. 

These "optical fireworks" and "light nights" were most prominent over Eastern Siberia and Middle Asia. 

They included a night sky bright enough to read a watch or newspaper by. Dust in the air at heights of 

from 40 to 70 kilometers caused high-altitude noctiluscent, or "night-shining," clouds that illuminated 

much of the visible sky. And there were halos around the Sun. A marked decrease of the air's 

transparency was recorded in the United States by the Smithsonian Astrophysical Observatory and 

California's Mount Wilson Observatory. 

Disturbances in earth's magnetic field were reported 900 kilometers southeast of the epicenter by the 

Irkutsk Observatory. These were magnetic "storms" similar to the ones produced by nuclear test 

explosions in the atmosphere. The seismograph station some 4,000 kilometers west in St. Petersburg 

recorded tremors produced by the blast, as did more distant stations around the world. 



But no one, except observers in Central Siberia, was aware that an enormous explosion of a cosmic body 

had occurred. It was generally believed that an earthquake, somewhere, had taken place. And little more 

was thought about the matter in scientific circles. 

...Except for a dedicated Russian scientist named Leonid Kulik, the founder of meteorite science in 

Russia. But it wasn't until 19 years after the event that Kulik managed to organize the first expedition in 

search of the site, and cause of the event. There had been reports from Tungus nomads of a vast area of 

fallen trees and evidence of much burning. Kulik suspected that a large meteorite had fallen, and he was 

determined to find it. 

The shaman-chief of the Tungus people, or Evenks, had for years virtually sealed off the region, 

proclaiming it "enchanted." The Evenk people had long been fearful of further enraging the gods whose 

wrath they believed had been responsible for 1908 explosion. Funded by the then Soviet Academy of 

Sciences, Kulik and his group penetrated the "enchanted" region in June. His party was to hack its way 

through some 100 kilometers of taiga, cross rivers and streams, and plod through bogs and swamps. 

Perhaps worst of all, they had to endure endless and dense swarms--"walls" is more descriptive--of 

mosquitoes. 

We were lucky enough to be hiking across the epicenter region during an unusually dry spell. The 

ground was firm enough for ordinary hiking shoes rather than the traditional Wellington rubber boots. 

And the mosquitoes were not in full force, although much of the time I found it necessary to wear a head 

net and gloves. During my work in Tunguska, I spent part of a day at the Churgim Creek site, most 

likely camping at the very spot where Vasiliy Dzhenkoul's tepees of poles overlain with thick sheets of 

Siberian cedar bark were located. It was here that the 1908 explosion instantly incinerated his 600 to 700 

reindeer. His hunting dogs, stores, furs, and tepees also were reduced to ashes.9 

Kulik found the epicenter and mapped the area of fallen trees. He then puzzled over several neat oval 

areas which he presumed to be old meteorite craters that had been filled in by time. He supposed that the 

bulk of the meteorite lay embedded somewhere within the nearby Great Southern Swamp in the central 

epicenter. But magnetic probes and drilling over the years failed to detect a single gram of metal either 

in the Great Southern Swamp or in those neat oval patches of tundra. Subsequent searches for a meteoric 

body also have failed, right up through our 1992 expedition. 

What, then, was the Tunguska object? 

World War II interrupted further expeditions. It wasn't until 1958 that expeditions headed by Kirill 

Florensky were resumed and carried out by the Committee on Meteorites of the Soviet Academy of 

Sciences. In 1959 Tomsk University joined research efforts under the guidance of Gennadiy Plekhanov. 

In 1963 the scientific investigations probing the Tunguska event gained new vigor under the leadership 

of Nickolai Vasiliev, of the (now) Russian Academy of Sciences, with whom I had the privilege of 

working during part of this past summer. He has coordinated the scientific research of the past 29 

consecutive expeditions over that many years. 



It wasn't until 1989 that foreign scientists were invited to join Russian investigators. For 10 years the 

Japanese had tried to gain access to the Tunguska region, and in 1989 managed to do so, but only 

through the personal involvement of Michael Gorbachev; and in 1992 I became the first American to 

tread that "enchanted" land. My associates were mostly Russians, although German, Japanese, and 

English investigators also were part of our group of about 20. 

We had been flown into the site from Vanavara by helicopter and left there. My hope had been to 

backpack the 60 miles return to Vanavara, following Kulik's trail. But I was advised to abandon the plan 

when we learned that oil exploration crews many miles away had inadvertantly caused a forced 

migration of bears and wolves into our area and all along the Kulik trail. One of the German members of 

our group did encounter one bear near our camp. 

What has been learned about the Tunguska event over the past 34 expeditions? And why is it important 

that investigations continue? 

There have been a series of interesting biological consequences of the explosion. Following the blast 

there was accelerated growth of biomass in the region of the epicenter, and the accelerated growth had 

continued. There also was an increase in the rate of biological mutations, not only within the epicenter 

but along the trajectory of the object over Tunguska. For example, abnormalities in the Rh blood factor 

of local Evenk groups have been found. Genetic variation in certain local ant species is now being 

studied. And genetic abnormalities in the seeds and needle clusters of at least one species of pine have 

been discovered.10 

Last year an Italian group of scientists led by M. Galli analyzed the resin of trees felled by the explosion. 

Galli suspected that cosmic matter embedded in the trees from the force of the blast might help identify 

the Tunguska object. Preliminary findings indeed did identify such cosmic matter--among which were 

particles of calcium, iron-nickel, silicates, cobalt-wolfram, and lead.11 Since certain asteroids contain 

such matter, Galli has breathed new life into the old asteroid theory. 

If it was an asteroid, where's the crater and large asteroid fragments? It has been suggested that part of 

the asteroid might have been pulverized on exploding while a portion remaining intact skipped off in a 

new direction and back out of the atmosphere. 

To complicate matters, investigators of the 1960s identified four smaller epicenters within the larger one 

of a 60-kilometer diameter. Each of the smaller epicenters has its own radial tree-fall pattern, and each 

presumably was caused by individual explosions during the half-second burst. 

A number of scientists favor a comet theory. The leading investigator in this area is the geochemist 

Yevgeniy Kolesnikov, of Moscow University. Over the years he has dug out large blocks of peat 

samples from various locations over the epicenter and analyzed them for isotopic anomalies.12 The 

1908 layer in his many peat samples contains high concentrations of a number of volatiles that also 

occur in the upper atmosphere and are presumed to be cometary dust. 



Over the next several Tunguska expeditions we can expect emphasis on a search for cosmic traces of the 

1908 event. One of the difficulties of isotopic anomalies research, however, is positively identifying the 

presumed cosmic matter as truly cosmic and not terrestrial in origin. For the present, Kolesnikov and 

Galli are the leading investigators in this area. 

At this stage of the Tunguska investigations the comet and asteroid theories appear to be the most 

promising, but the matter is far from being closed. 

Why is it important to find the answer? 

According to Academician Vasiliev, "Had such a cosmic body exploded over Europe instead of the 

desolate region of Siberia, the number of human victims would have been 500,000 or more, not to 

mention the ensuing ecological catastrophe. Two years ago an asteroid of probably several hundred 

yards diameter passed Earth at a distance of only 700,000 kilometers. On an astronomical scale that is 

very close. The Tunguska episode marks the only event in the history of civilized man when Earth has 

collided with a truly large celestial object, although innumerable such collisions have occurred in the 

geological past. And many more are bound to occur."13 

Vasiliev stresses that is why continued investigations of the Tunguska event are important--because it 

will happen again, sometime. Only by knowing what the object was, and by knowing its devastating 

biological consequences, will the scientific and medical communities be in a position to deal with such a 

40-megaton, or greater, cataclysm in the future. It is not necessary to remind this group that there are 23 

Apollo objects in orbit out there in our back yard. And there are 500,000 asteroids with adiameter in 

excess of 1 kilometer; and those objects are continually colliding, fragmenting, and flying off into erratic 

orbits. 

Vasiliev and his colleagues have managed to save 4,000 square kilometers of the Tunguska region as a 

national reserve for the next 20 years. "But we think this is not enough for scientific research," he says, 

"and that is why our initiative now is to protect the reserve under the supervision of UNESCO, because 

this is not only a matter of concern to Russia, but of the whole world."14 

He also stresses the importance of American and other foreign investigative teams with sophisticated 

technology joining the ongoing Tunguska international expeditions. "We need your advanced 

technology and your well-equipped laboratories, which we lack," he said. 

"And to enhance our preparedness for such a catastrophe," Vasiliev adds, "programs such as the 

American military program of Star Wars could be used not as a means of nations mutually threatening 

each other but as a united effort to survey the vicinity of space near our planet to be on the lookout for 

new cosmic invaders."15 

REFERENCES 



1. Data in this paragraph are from participantants of the ongoing Interdesciplinary Independent 

Expeditions of the Tomsk Branch of the Russian Society of Astronomical-Geodedic Society. (IIE) 

2. Ibid. 

3. Quotation is from the archives of the IIE. 

4. Data are from the IIE. 

5. Ibid. 

6. Ibid. 

7. Ibid. 

8. From research conducted by Yuriy Kandyba, long-time member of the IIE. 

9. Information about Vasiliy Dzhenkoul is from the IIE. 

10. Biological effects mentioned in this paragraph have been researched by various members of the IIE 

over the past several decades. 

11. Andreev, G., and Vasilyev, N. "Report on the International Tunguska Expeditions of 1990-91." 

12. Kolesnikov, Yevgeniy, of Moscow State University. "Isotopic Investigations in the Area of the 

Tunguska Catastrophe in the Year 1908." A paper presented at a conference entitled "Global 

Catastrophes in Earth History,." Snowbird, Utah. 1988. (Numerous references of related research are 

cited in Kolesnikov's paper.) 

13. From an interview conducted by the author of this paper. 

14. Ibid. 

15. Ibid. 

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Report on the Tunguska International Workshop Bologna, Italy, July 14-17, 1996 

Tunguska Home 


Report on the Tunguska International Workshop 

Bologna, Italy, July 14-17, 1996 

(This article was originally prepared for and published by the magazine Meteorite!) 

Roy A. Gallant 

Bologna, ITALY: Tunguska is very much alive and well. And it continues to wear its Mona Lisa-like 

smile of elusiveness despite the scores of models, hypotheses, and bizarre notions generated over the 

decades since 1927. That was the year of Leonid A. Kulik's first expedition to the remote site in north 

central Siberia. And despite the International Workshop's more than 50 invited talks, short 

communications, and posters delivered by delegates to the conference, there still is no consensus about 

the identity of the cosmic intruder that devastated some 2,100 square kilometers of taiga on the morning 

of June 30, 1908. 

Among those who were registered for the conference by the end of the second day were 20 from Russia, 

20 from the United States, 6 from Italy, 6 from Japan, and 2 from France. Eventually some 65 people 

attended. 

The meeting was held in the central part of Bologna in San Giovanni in Monte, a seventh-century site of 

religious worship nestled amid a labyrinth of tiny streets lined with myriad shops and sidewalk cafes. 

Today a church and converted monastery mark the site. Both had undergone restorations and 

enlargement a number of times since the 13th century. The monastery, with a large open courtyard and 

adjourning grand hall some 50 by 20 meters underwent restoration in the 16th century, and restoration 

continues. Open spaces, cloisters, arcades, galleries, and botanical gardens make up the buildings. In 

1796 a French occupation abolished all the religious orders and turned the monastery into the city's 

prison and court house, and a prison it remained until only a dozen years ago. 

While the large open court served as the meeting place for receptions, luncheons, and coffee breaks, the 

paper sessions were held in the adjacent grand hall. Coupled with the very poor acoustics in the hall, the 

heavily accented English of many of the Russian presenters made it virtually impossible to understand 

what they were saying. Fortunately most of the presenters had provided comprehensive abstracts of their 

talks, which helped somewhat. The weather was sunny and averaged about 25 C, hardly the 

uncomfortable heat one usually associates with Italy in July. 

Some 65 or so participants gave the meeting a truly international flavor. The Russians were out in full 

force with their Tunguska heavy artillery, which included Chairman N.V. Vasilyev, veteran of more 

than 35 Tunguska expeditions, G.V. Andreev, S.S. Grigorian, E.M. Kolesnikov, W.H. Fast, V.P. 

Korobeinikov, and V. Ye Fortov, to name a few. Not to be outdone, the Americans were represented by 

http://www.galisteo.com/tunguska/docs/bologna96.html (1 of 4)12/5/2005 4:31:08 PM


E.M. Shoemaker, Z. Sekanina, J.G. Hills, B.G. Marsden, and A.W. Harris, also to name only a few. 

Conspicuous by his absence, but hardly overlooked, was C. Chyba, whose 1993 stony asteroid model 

generated more heat than light and came under heavy fire by both the Russians and Americans, 

especially the mechanical aspects of his model. 

Chairman Vasilyev's report about the history of Tunguska investigations, research strategies and 

methods, and publications by Russian investigators revealed the enormous research effort exerted by the 

Russians over the decades to solve the Tunguska puzzle. His report is must reading for anyone who 

wishes to compile a data base about the Tunguska event. The following is excerpted from his exhaustive 

report: 

"Today the Tunguska problem can be considered an important part of the larger problem of the possible 

collision of Earth with those cosmic bodies called Near Earth Objects (NEO). To estimate the scale of 

collision danger threatening our planet, one should base research not only on the calculations of the 

probability of collisions, but also on the investigative results of such events in Earth's history. 

"The volume of information about the Tunguska Event obtained during approximately 90 years of 

investigations is enormous. However, most of it derives from work done after 1945 and is published 

only in Russian and, therefore, has not been available to scientists of the West. We consider it important 

to present a brief overview of the existing Tunguska information and to discuss its more important 

aspects, which may play a key role in a final solution to the problem." 

A sampling of paper presentations will show the wide range of topics discussed: Veteran Tunguska 

investigator W.H. Fast (Tomsk State University, Russia) reviewed the extent and implications of fallen 

and damaged forest. G. Andreev (also of Tomsk) described the data base of some 900 testimonials of 

eyewitnesses of the Tunguska explosion. G. Longo, M. Galli, and R. Serra (University of Bologna) 

described their search for elemental constituents of the Tunguska body trapped in the 1908 annual ring 

resins of trees that survived the explosion. E.M. Kolesnikov (Moscow State University) spoke on his 

more than 15 years of field work in the chemical and isotopic investigation of peat and spherules from 

the region of the explosion. V.D. Goldin (Tomsk) addressed the problem of the Tunguska event being 

not a single explosion but a series of several explosions, the local centers of which can be determined on 

the basis of data from fallen trees. 

Z. Sekanina (Jet Propulsion Laboratory, Caltech) attempted to leave no doubt in anyone's mind that the 

Tunguska object was a stony asteroid and could in no possible way have been of cometary origin. He 

was alone in this contention, except for the missing Chyba. Hot on Sekanina's heels came S.S. Grigorian 

(Moscow State University) who just as strongly argued for the Tunguska object being a small comet. 

Had it been a stony asteroid, he maintained, by now we would have found stony debris somewhere. Jack 

Hills (Los Alamos National Laboratory), who discussed damage from the impacts of small asteroids, 

agreed that if the object had been a stony asteroid by now a swarm of loose gravel about a kilometer in 

diameter should have been found somewhere in the epicenter area. Hills, perhaps more than any other 

participant, avoided the sticky dichotomy of comet versus asteroid and instead spoke of "objects" over a 



range of densities. He said we should be looking for an object with a density around 2 g/cm3 . Comets 

seem to be about 1g, stony asteroids about 3 g, and irons about 7g. E.M. Shoemaker (US Geological 

Survey) also avoided the semantic trap of the comet/asteroid dichotomy by saying, "Anyone who says 

he knows what a comet is, is kidding himself." He then turned to his main subject of the frequency of 

impact events similar in energy to the Tunguska object and suggested that we can expect a Tunguskalike 

event about every 300 to 150 years. Other papers addressed the subject of the physical processes 

induced by the motion of comet nuclei in a planetary atmosphere (V. Fortov, Russian Academy of 

Science); how a comet nucleus explodes in a planetary atmosphere (V. Kondaurov, RAS); and the 

hazard from small impacts and what can be done about them (A.W. Harris, JPL). In addition to the 

presentations listed, there were many more, most of which would greatly interest anyone curious about 

the nature of the Tunguska object. 

Hardly a word was said about the bizarre suggestions that the Tunguska object may have been a mini 

black hole, a piece of antimatter, or an errant 2,000-year-old Japanese nuclear spacecraft returning home 

but missed the runway. A tight focus was kept on the object being either a comet or stony asteroid, as 

Vasilyev summarized: 

"Can the Tunguska explosion be explained as a result of destruction of lumps of comet ice or a 

meteoroid similar to carbonaceous chondrites? Who is right--Sekanina and Chyba denying such a 

possibility, or Bronshten, Boyarkina, Korobeynikov, Grigorian, and other investigators seeking to prove 

the cometary origin hypothesis? If the former are right, then it becomes imperative to revise a large 

number of calculations dealing with the mechanism of destruction of the Tunguska object that have been 

published since 1963. It is also necessary to re-explain the isotopic and elemental anomalies found at the 

epicenter of the area of destruction, and to re-interpret the atmospheric optical anomalies of the summer 

of 1908." 

Vasilyev's list of things to be re-explained and re-interpreted--if we accept the stony asteroid hypothesis-goes 

on and makes for fascinating reading. As he said, an awful lot of very suggestive data have been 

revealed by Russian investigators over the years, data that the stony asteroid modelists have not been 

aware of or have chosen to ignore. 

What is the future of Tunguska investigations, and what research is begging for investigators? Here is 

Vasilyev's wish list: 

1. Establish a Tunguska homepage on the Internet and keep it current. 

2. Although a Tunguska "preserve" has been established by the Russian government, there is no money 

to support it. What happens to the wealth of archival materials that for years have been haphazardly 

stored in cardboard boxes and under the beds of investigators? 

3. Research projects looking for investigators from the international community of scientists: 

A. Cut and store peat samples from Tunguska for future analysis. 

B. Genetic abnormalities in plants and people on the chromosomal level. Abnormalities first detected 

in people in 1910: Rh factor abnormalities. Botanists to collect seeds and pollen during the growing 



season--end of June, July, August. 

C. There are rare metals concentrations in the 1908 layer of peat and soil. What is it? How did it get 

there? Requires not only field work, but laboratory work to analyze samples chemically. 

D. Magnetic disturbances of the blast were recorded at Irkutsk. They are very similar to those caused 

by nuclear test explosions detonated by the English on the island of Palmira at an altitude of from 10 to 

12 kilometers. How do we explain those similarities? In the Tunguska epicenter there is a change in 

magnetic orientation of soil particles. There are only two laboratories in Russia capable of analyzing soil 

samples for magnetic anomalies."We need assistance," says Vasilyev. 

The 1996 Bologna meeting was an important one and is bound to keep the Tunguska Event alive and 

well for some time to come. 

Back to top 


rgal@aol.com 


GEOMAGNETIC EFFECTS AS ONE ASPECT OF THE TUNGUSKA EVENT 

Tunguska Home 


Paper delivered at the International Workshop Tunguska -'96 Bologna, Italy 


by Victor Zhuravlev 

Geomagnetic effects produced by the Tunguska Event had no features in common with known 

disturbances caused by meteors. However, the disturbances strongly resembled local magnetic storms 

that occur after man made thermonuclear explosions in stratosphere. The similarity between the 

geomagnetic effects of the Tunguska Event and of the thermonuclear explosions just mentioned were 

generally dismissed by the scientific community because of its seeming unliklihood. As a result, the 

geomagnetic effects, as part of the accumulated Tunguska data, were forgotten, although the data were 

very significant and informative. An understanding of the significance and essence of those geomagnetic 

effects could well influence conceptual schemes in providing protection for our planet against potential 

asteroid and comet impacts. 

Two phenomena in the history of the Tunguska research are of key importance: 1) The explosion of the 

cosmic object occurred in the air; and 2) Analysis of the geomagnetic effects of 30 June 1908 recorded 

by the Irkutsk Observatory. The first phenomenon is commonly known nowadays, but the second has 

been all but forgotten. 

In spring of 1959, G.F. Plekhanov and N.B. Vassiliev found a brief report in a German scientific journal 

of 1908 that professor Weber of Kiel University observed unusual regular periodical deviations of the 

compass needle [Astronomische Nachrichten, 1908]. This effect was repeated each evening from 27 

June through 30 June 1908 and lasted for 7 hours during each occurrence. After the Tunguska explosion 

this effect disappeared. This publication, in addition to information from later scientific journals about 

the geomagnetic effects of thermonuclear explosions, in 1958 prompted Plekhanov and Vassiliev to send 

inquiries to various observatories that were in operation in 1908. However, the magnetograms that were 

received in response to their inquiries revealed no anomalies. 

However, in February 1960 the above investigators received a reply from the Irkutsk Observatory 

geophysicist Kim G. Ivanov informing them that he had discovered two unusual magnetograms dated 30 

June 1908. Both almost certainly had recorded the Tunguska disturbance. Ivanov himself did not offer 

his own interpretation of the physical nature of this unusual, unexpected effect. The analysis by 

geophysicist Alexander F. Kovalevsky and other researchers from Siberia's university city of Tomsk led 

scholars there to conclude that the magnetic effects of the Tunguska explosion had nothing in common 

with disturbances usually caused by typical meteors bodies. The closest analogy of the recorded 

magnetic effects, strange for meteoritics, turned out to be regional geomagnetic storms. Such storms had 

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been recorded by the magnetographs in the Pacific Ocean atolls in 1958 following the thermonuclear 

testing [Plekhanov et al., 1960]. Those new geomagnetic effects caused a sensation that year. But even 

more sensational was the realization that almost an identical geomagnetic effect had occurred on our 

planet 50 years earlier! 

A detailed analysis of the magnetograms of a short term local geomagnetic storm recorded in Irkutsk 

(970 km away from the Tunguska explosion) was published in the 1960s [Plekhanov et al. 1960; 

Kovalevsky, 1963; Ivanov,1964; Zhuravlyov et al.,1967; Zolotov, 1969]. Independently, both 

Kovalevsky and Zolotov made thorough comparisons of the Tunguska geomagnetic effects and the 

effects of the high-altitude thermonuclear explosions in the Pacific. According to Zolotov, both the 

effects occur in four stages. The initial stage is caused by a magnetohydrodynamic wave. It's energy 

depends on the volume and temperature of the explosion plasma. The main phase is caused by the 

diffuse motion of secondary electrons held within a magnetic trap. Primary electrons and ions are 

generated by radioactive isotopes in the plasma of the fireball of a nuclear explosion. The reserve of the 

radioactive isotopes accounts for the duration of the geomagnetic storm, since only the recombination of 

electrons and ions would not permit such a storm to last more than an hour. For this reason, the duration 

of the magnetic disturbance of a chemical explosion could not last longer than 10 minutes. However, the 

geomagnetic storm caused by the Tunguska explosion lasted for 4 to 5 hours. This is the main difficulty 

in explaining the Tunguska explosion within a cometary hypotheses frame. 

Attempts to explain the unusual Tunguska geomagnetic effect, based on hypotheses about the blast wave 

of the explosion affecting the ionosphere, were criticized in Zolotov's monograph and in a computational 

paper by Zhuravlev and Demin [Zolotov, 1969; Zhuravlyov et al., 1967]. In 1969, a paleomagnetic 

anomaly was discovered in the area of the Tunguska explosion [Boyarkina and Sidoras, 1974]. 

Computations made by the present author allowed suggest that this anomaly is the result of the first 

stage of the geomagnetic storm of 30 June of 1908. The main stage of the storm could have been caused 

by the shift of fast electrons along the magnetic force lines above Irkutsk (as happens during a nuclear 

geomagnetic storm). Analysis of the regional geomagnetic storm of 30 June 1908 is very important to an 

understanding of the Tunguska Event. The analysis of this unexpected effect leads to a conclusion of a 

paradoxical nature: the first nuclear explosion occurred not in New Mexico in 1945, but in 1908 in 

Tunguska! This "crazy idea" was published by Kazantsev in 1946. This type conclusion is a challenge to 

the scientific paradigm of the 20th century. In this author's opinion, it is the reason for the geomagnetic 

effect-a most significant and informative effect-being lost by the way and essentially forgotten, the 

effect that is most likely to lead to understanding of the Tunguska phenomenon. 

However strange it may seem, all theoretical calculations made on the bases of the cometary hypothesis 

ignored this fundamental fact. The regional geomagnetic storm of 1908 is the evidence that either some 

comets contain an unknown source of plasma of a very high density, or that the Tunguska object was not 

a comet, but a cosmic object the composition and structure of which is unknown to astronomers and 

physicists. This conclusion may affect the conceptual approach in devising protective systems for Earth 

against asteroids and comets. Information regarding the geomagnetic storm of 30 June 1908 should be 

made available to engineers developing nuclear missiles for destruction of comets. 

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Tunguska Home 



by D.V.Djomin and V.K.Zhuravlyov 

Correspondence to: V.K.Zhuravlyov, Post Box 168, Novosibirsk 630058 Russia. 

e-mail: tunguska@locutus.nsu.ru 

ABSTRACT In the initial stage (1908 - 1949) of the research on the Tunguska Event the aim seemed 

simple: to find fragments of a giant meteorite. The second stage ( 1958 - 1993) was a period of the 

complex and many-sided explorations of the catastrophe region, computer processing of data, search of 

eyewitness communications, investigations of geophysical archives, and testing the validity of simple 

models that might explain the phenomenon. The third stage, in the view of the authors, began in 1994 

and is a period of establishing an international data bank and use of system analysis as a key to a 

solution of 

THE FIRST STAGE of the Tunguska Event research may be considered as the interval between years 

1908 and 1949. In 1908 the first letters of eyewitnesses had been received by the Irkutsk Observatory 

and had appeared in newspapers. In 1949 a published monograph by Eugene Krinov summarized the 

results of Leonid Kulik`s researches ( Krinov, 1949). In this stage, investigators generally accepted the 

traditional model: The phenomenon could be explained by a collision of Earth with a minor body of 

Solar System, either an asteroid or a comet. The main efforts of scientific investigation were the search 

for meteorites. 

The event occurred on 30 June 1908, but the search for eyewitnesses and for the site of the explosion 

over the taiga did not begin until 1921. In 1927 L. A. Kulik discovered the unique radial pattern of forest 

destruction. Its center was identified as the collision site of a presumed giant meteorite with Earth's 

surface. An aerial survey was made in 1938. Kulik organized the tasks of future expeditions, including 

the creation of trails, construction of small storage buildings, geodedical location markers, and 

establishing a grid system through the forest by cutting away trees. During this stage, they made a rough 

map of the region and interviewed eyewitnesses. 

THE SECOND STAGE may be considered as interval between 1958 and 1993 years (Andreev at al., 

1994, Vasilyev, 1985). The search for fragments of a giant meteorite was repeated, and again the result 

was negative. Computer analysis of expedition data had ascertained the altitude and energy of the 

explosion over the taiga (6 +- 1 km, 20 - 40 megatons of TNT equivalent). The moment of the explosion 

was established precisely, based on geophysical records: 00 h 14.5 +- 0.8 min. of Greenwich time 

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(Pasechnik, I. P., 1976). 

The search for meteorite fragments now seemed fruitless, because computation of the explosion 

parameters, together with the nature of the geophysical records, revealed that the density of energy at the 

moment of the explosion was extremely high. Since 1960, the main trend of the investigations has 

become ecological; i.e., oriented toward forestry, marsh research, and the exploration of traces and signs 

of the explosion discovered in the biosphere and lithosphere. During that time scientists in Tomsk, 

Moscow, and Irkutsk also began a search in the scientific archives for geophysical and meteorological 

evidence of the unique cosmic event (Plekhanov et. al., 1961, Vasilyev and Fast, 1972). 

During the second stage the center for research of the Tunguska Event shifted from Moscow to Tomsk, 

where the Interdisciplinary Independent Expedition (IIE) group was established. This consists of 

scientists who volunteer their services in field research in the taiga, at computer terminals, and in 

analytical laboratories. To this day the Tomsk group remains the center of the IIE, but branch groups are 

active in various cities of the former Soviet Union: in Moscow, St. Petersburg, Novosibirsk, Kiev, 

Ashkhabad, Ust-Kamenogorsk, Omsk, and others. The IIE has made numerous investigations at the site 

and in control regions. These investigations are unprecedented, considering the volume of data collected, 

the duration of research, and the broad spectrum of scientific disciplines. Important contributions in 

investigation of the problem have been made by scientists from Moscow, including Yu. Emelyanov, V. 

Bronshten, V. Korobeynikov, and others. A few expeditions have been organized by cosmochemists 

from Kiev (Institute of Geochemistry and the Physics of Minerals). Working independently from the IIE 

is a small group from Tver under the leadership of geophysicist Aleksey Zolotov. His contribution to a 

solution of the Tunguska problem has been much underestimated (Zolotov, 1969). Additionally, the 

publication of a paper written by American scientists who investigated radiocarbon traces of the 

Tunguska explosion in trees has stimulated great interest among other investigators (Cowan C. et al., 

1965 ). 

The second stage has been characterized by a pluralism of scientific methods and ideas ranging from 

highly refined techniques in nuclear research and mathematical methods in population genetics to 

thermoluminescence, and even dowsing; and from hypotheses about comets to the possible nuclear 

explosion of an astronomical object of an unknown nature. 

THE MAIN DIRECTIONS OF INVESTIGATIONS HAVE BEEN: 

● a general mapping of damaged area (forest fall, signs of fire, burn scars on trees) 

● mutations in flora and fauna 

● the search for cosmic body matter in soil, peat, tree resin, tree rings, and the study of isotope 

anomalies in the biosphere 

● anomalies in thermoluminescence of minerals in soil and in rocks, magnetic effects of the 

explosion (records by magnetographs and by paramagnetic particles in soil ) 

● fluctuations in background radiation 

● collection of archival data from observatories around the world 



● interrogation of eyewitnesses over a vast area from the Yenissey to the Lena Rivers. 

THE MOST SIGNIFICANT RESULTS OF THE SECOND STAGE (published in the proceedings of 

the Institute of Geology and Geophysics at Novosibirsk and in other Russian publications, 1960s 

through 1990s ): proof of the high-altitude explosion of a bolide, 30 June 1908, by various methods 

(altitude of 6 + - 1 km) estimate of explosion energy by various methods ( 20 to 40 megatons) discovery 

and analysis of magnetograms that prove to be identical to magnetograms generated by man-made 

magnetic storms resulting from nuclear tests correlations of thermoluminescent anomalies with the 

distribution of tree burn scars prominent mutant anomaly of pine trees over the site of the explosion 

discovery of unusual cosmochemical anomalies of lanthanoids in the soil and peat of the area 

Spectral analysis has identified chemical elements claimed to be probable traces of matter of the 

Tunguska object: Yb, Eu, Tm, La, Ce, Na, Zn, Pb, Ba, Sr, Ta, W, Ag, Au, Ir, Ni, Co, and C ( carbon 

probably in the form of graphite). The microscopic silicaceous spherules discovered may also be the 

melt dust of the cosmic object. The Italian expedition to the Tunguska site in 1991 provided new and 

interesting data (G. Longo et al., 1994). Analytical electron microscopy showed that micro-sized 

particles trapped in tree resin at the time of the explosion contain chemical elements typical of stony 

meteorites. Unfortunately, analysis for the presence of lanthanoids has not been done as of this writing. 

An unexpected outcome of the data of the many interdisciplinary explorations conducted with modern 

scientific techniques at the second stage is the contradiction of earlier simple models. Neither the 

cometary model nor the stony asteroid model is supported by all the data, accumulated by three 

generations of 20-th century scientists (Zhuravlyov and Zigel, 1994). 

THE THIRD STAGE in the Tunguska meteorite research is now beginning. The report of Vladimir 

Vorobyev, presented during the international conference (Vorobyev, 1994), may be considered the 

starting point of this stage. Vorobyev drew to the attention of the scientific community the scientific and 

cultural importance of the vast store of data so far collected about the Tunguska Event. Therefore, it is 

necessary to establish a computer data bank of Tunguska phenomenon and integrate those data with geoinformation 

systems. System analysis is now the key direction. Under the initiative of Academician 

Professor Anatoly S. Alekseev, director of the Computing Center in Novosibirsk Academgorodok, the 

organization of an international data bank ("Tunguska Catastrophe") on the Internet has begun. It 

represents work of the international scientific community to make this unique data available for 

assimilation and analysis for the reconstruction of the Tunguska phenomenon. Now users of the Internet 

can have access to this information in order to adapt it to model ecological, geophysical, medicalbiological, 

and other aspects of the Tunguska Event Additionally, the data bank will prove useful to 

those working on problems associated with the global protection of Earth from collision with near-Earth 

Objects. These data also can be useful to those involved in developing related to earthquake, volcano, 

and other such calamitous occurrences. 

REFERENCES 



● Andreev,G.V., Goldin,V.D., Vasilyev,N.V., The 1908 Tunguska catastrophe: consequences and 

prospects for research. Problem of the Earth protection from collision with dangerous near-Earth 

objects (SPE-94), Theses, part I, 86 - 87, Snezhinsk, 1994. 

● Cowan C., Atluri C.R. and Libby W.F. Possible anti-matter content of the Tunguska meteor of 

1908. Nature, Lond. 206, No 4987, 861 - 865, 1965. 

● Krinov E.L., Tungusskij meteorit. Izdatelstvo Akademii nauk,Moskva, 1949. 

● Longo G., Serra R., Cecchini S., and Galli M., Search for microremnants of the Tunguska cosmic 

body, Planet. Space Sci. 42, 163 - 177, 1994. 

● Pasechnik, I.,P., Otsenka parametrov vzryva Tungusskogo meteorita po sejsmicheskim i 

mikrobarograficheskim dannym, In: Kosmicheskoe veshchestvo na Zemle. 24 -25, Nauka, 

Novosibirsk, 1976. 

● Plekhanov, G.F., Kovalevsky A.F., Zhuravlyov V.K., Vasilyev N .V., O vlijanii vzryva 

Tungusskogo meteorita na geomagnitnoe pole, Geologija i geophysika, 6, 94 - 96, 1961. 

● Vasilyev, N.V., The enigma of century. Science in the USSR 1, 8 - 9, 1985. 

● Vasilyev, N.V. and Fast N.P., Anomalous optical phenomena caused by Tungus meteorite fall, 

Gerlands Beitr. zur Geophys., 81, 433 - 438, 1972. 

● Vorobyev, V.A., The current state of the data set on consequences of the Tunguska catastrophe 

and possible ways for its saving, International Conference "Problems of the Earth protection from 

collision with dangerous near-Earth objects (SPE-94)". Theses, part II, 18 -20, Snezhinsk, 1994. 

● Zhuravlyov, V.K., Zigel, F.Yu., Tungusskoe divo (The history of investigation of the Tunguska 

meteorite), Novosibirsk, Tseris, 1994. 

● Zolotov, A.V., Problema Tungusskoj katastrofy 1908 g., Nauka i tekhnika, Minsk, 1969. 

● * International Institute of Cosmic Antropology, prosp. 

● Timakova, 2, 630117 Novosibirsk, Russia 


NEAR-EARTH ASTEROID TRACKING 


SCHEDULE: NEAT observations are in progress at MSSS. NEAT observations at Palomar are scheduled to occur 

in the pre-new Moon periods. Optimization of the new and improved QUEST camera at Palomar continues. 

INFO-PRESS RELEASES LINKS INTERESTING OBJECTS BY MONTH 

MOVIE PREVIOUS IMAGES DISCOVERIES/GLOSSARY 

NEAT NUMBERS GAME NEAR EARTH OBJECT FAQS SkyMorph Images and Objects ARCHIVE 

ASTEROID POPULATION NEAT MSSS NEAT/Palomar 48" Oschin Telescope 

NEAT is comprised of two autonomous observing systems at Maui Space Surveillance Site, NEAT/MSSS, and at Palomar 

Observatory, NEAT/Palomar. At both sites the NEAT cameras use 1.2-m (48") telescopes to find Near-Earth objects (NEOs), both 

Near-Earth asteroids (NEAs) and comets. In April we discovered 5 NEAs: 3 Amors including 1 > 1 km in diameter, and 2 Apollos, 

both PHAs. We also discovered a 700-km diameter Trans-Neptunian Object (TNO). 

LATE BREAKING IMAGES 

In May we discovered 1 NEA: an Apollo. 

DISCOVERIES THIS MONTH WITH DESIGNATIONS AND CHARACTERIZATION 

Designat. NEAT name 

& Image 

Disc. 

with 

NEAT/ 

Date Vel. (deg/ 

day) 

Mag. Size in km 

(miles) 

Orbit 

Visual. 

Comment* 

2004 JC 6QOWXDO Palomar 8 May 1.1 19 0.3 (0.2) orbit Apollo 

*Amors, Apollos, and Atens are the three categories of Near-Earth asteroids (NEAs). Amor asteroids approach the 

Earth's orbit from the outside, Apollo asteroids cross the Earth's orbit, and Aten asteroids approach the Earth's 

http://neat.jpl.nasa.gov/ (1 of 2)12/5/2005 4:31:51 PM


orbit from the inside. Potentially Hazardous asteroids (PHAs) are larger than ~0.2 km (0.1 mile) and approach close 

enough to present a potential hazard but not a current hazard. 

DISCOVERIES THIS MONTH PENDING CHARACTERIZATION 

Candidates on NEOCP* Discovered with 

NEAT/ 

Date Velocity (deg/ 

day) 

Magnitude 

YT8OJR MSSS 9 May 4.1 19 

*Follow-up observations are often required! See the Near-Earth Object Confirmation Page (NEOCP) of the Minor 

Planet Center for ephemerides. 

NEAT image format page explains the features in the above image(s). 

http://neat.jpl.nasa.gov/ (2 of 2)12/5/2005 4:31:51 PM 

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