To find and track near-Earth objects (NEOs) to determine which -- if any -- pose a threat to our world, The Planetary Society has established the Gene Shoemaker Near Earth Object Grants. Shoemaker grants are awarded to amateur observers, observers in developing countries, and professional astronomers who, with seed funding, can greatly increase their programs' contributions to NEO research.
Learn more about grant recipients and how they're advancing NEO science.
Grant recipients have played critical roles in tracking small asteroids that were discovered by major asteroid survey programs, and providing the crucial follow-up observations to determine precise orbits for these objects. They have also contributed NEO discoveries and characterizations of the properties of NEOs. Through these observations and others, supported by Society members and their donations, the Society is playing an active role in helping to ‘retire’ some of the risk of impact from NEOs and to reveal the properties of these interesting and valuable targets for future exploration.
The program honors pioneering planetary geologist Gene Shoemaker, who did so much to help us understand the process of impact cratering on the planets and the nature of the NEO population, and seeks to assist amateur observers, observers in developing countries, and under-funded professional observers contributing to vital NEO research.
Since founding the grant program in 1997, The Planetary Society has awarded 49 Shoemaker NEO grants totaling about $323,000 to observers from 16 different countries on 5 continents. You can follow the efforts of past grant recipients through their contributions to the Planetary Society Blog and the Planetary Radio podcast.
Our 2007 Shoemaker NEO Grant winners have been extremely busy over the past two years. Take for example Quanzhi Ye of Guangzhou, China: He was only 18 when he received the award but already the principal investigator of the sky survey at the Lulin Observatory in Taiwan.
Amateur astronomers play a critical role in retiring the risk of impact from near-Earth objects. When the Shoemaker NEO Grant program began in 1997, the focus was on finding previously undiscovered objects one kilometer in diameter and larger. Thanks to professional NEO survey programs like LINEAR (the Lincoln Near-Earth Asteroid Research program run by MIT’s Lincoln Laboratories) and the Catalina Sky Survey (run from the University of Arizona’s Lunar and Planetary Laboratory), the goal of discovering the vast majority of large NEOs is within reach, and the focus of the Shoemaker NEO Grant Program has shifted to astrometric follow-up and physical studies.
Update as of March 4, 2007
Thanks to The Planetary Society Shoemaker Grant, the 1.06-meter KLENOT telescope optics was completed at the Klet Observatory. Regular observations of the KLENOT project started in March 2002 under the new IAU/MPC code 246, so we can now present results covering 5 years of this work.
Update as of July 13, 2006
Using the Shoemaker NEO Grant funds, Minor Planet Research has purchased a 1.7-terabyte data server for our Asteroid Discovery Station (ADS) education outreach program Through the generosity of Dr. Philip Christensen, this server is housed at the Mars Space Flight Facility (MSFF) at Arizona State University in Tempe, Arizona.
Update as of July 28, 2005
Following last year's Potentially Hazardous Asteroid and a few other non-main-belt discoveries, I looked into what improvements I could make to more efficiently image the sky. The major advance involved the design of a 3-lens corrector comprising 2 stock lenses and a custom lens I made myself.
Update as of March 24, 2004
2003 was a good year with 50,779 asteroid astrometric observations submitted, including known NEOs and the discovery of a new Aten-class object, 2003 UY12. Based upon the volume of astrometric observations submitted, observatory code 683 was the world's eighth most productive asteroid astrometry station.
Update as of March 20, 2001
I just wanted to express my appreciation again to The Planetary Society for the Shoemaker Grant. Apogee Instruments delivered the AP6Ep purchased with the grant on 9 March 2001. Critical mass on all of the other components associated with implementing the proposal was reached last week.
Asteroid Day, June 30th, marks the anniversary of the great Tunguska impact that leveled a Siberian forest. It reminds us that a Near Earth Object can destroy a city or even a civilization. Former Minor Planet Center Director Tim Spahr reviews our efforts to find and understand these bodies.
No matter how you look at it, asteroid impact is an international issue that requires international coordination. Watch this video to learn what is required for an international disaster response to an asteroid threatening Earth.
Lecture 7 of Dr. Bruce Betts' 2017 online Introductory Planetary Science and Astronomy course covers asteroids and the near Earth asteroid threat to Earth (including statistics, past impacts, and information on the Chelyabinsk fireball). Recorded at California State University Dominguez Hills.
Lecture 7 of Dr. Bruce Betts' 2016 online Introductory Planetary Science and Astronomy course covers asteroids and the near Earth asteroid threat to Earth (including statistics, past impacts, and information on the Chelyabinsk fireball). Recorded at California State University Dominguez Hills.
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