Bruce BettsApr 29, 2019

The Planetary Society Announces 2019 Call for Proposals for Shoemaker NEO Grant Program

The Planetary Society is pleased to announce a new call for proposals for our Gene Shoemaker Near Earth Object (NEO) grant program. Now in its 22nd year, our Shoemaker grants fund amateur observers, underfunded professional observers, and observers in developing countries who make vital contributions to NEO research. Proposals are due 30 July 2019. (The proposal window has now closed.)

Gene Shoemaker Near-Earth Object Grants

The Planetary Society's Shoemaker NEO grant program funds advanced amateur astronomers to find, track, and characterize potentially hazardous near-Earth objects.

Damaging asteroids don’t hit often but there is a 100 percent probability that one will hit in the future—unless we do something about it.  The Planetary Society, through our Shoemaker NEO grants and other programs, is committed to helping prevent this preventable natural disaster.

Since its founding in 1980, The Planetary Society has actively supported a number of NEO research efforts. In 1997, we initiated the Shoemaker NEO grant program in honor of pioneering planetary geologist Gene Shoemaker, who did so much to help us understand the process of planetary impact cratering and the nature of the NEO population. The 22-year program has given 56 awards to 41 observers in 18 countries on 6 continents, totaling more than $382,000.

Gene Shoemaker at Meteor Crater
Gene Shoemaker at Meteor Crater Gene Shoemaker, seen here in Meteor Crater, Arizona, was a pioneering planetary geologist and is the namesake of The Planetary Society's Shoemaker NEO Grants.Image: USGS

Winning Shoemaker NEO grant proposers typically have existing telescope facilities and prior observing experience, but need additional funding to take their work to the next level. The program originally focused on helping to provide observers with larger telescopes and more sensitive CCD cameras to broaden sky survey coverage and increase the rate of NEO discovery. Over time, large ground and space-based survey programs have made great leaps forward in finding and characterizing very faint asteroids.

Thus, the Shoemaker NEO grant program has shifted its primary emphasis from discovery to physical studies, and to a lesser extent, astrometric follow-up. The need now is for telescopes with apertures (and effective apertures) larger than 60 centimeters (24 inches) at sites with dark, clear skies. Such facilities allow for observation of NEOs fainter than magnitude V = 20.5-21, the region where professional surveys are discovering many new small objects. Observers with ‘day jobs’ can observe more efficiently by automating their facilities.

Applications for the current round of Shoemaker NEO grants are due 30 July 2019. Grant sizes are typically $5,000 to $12,000. Priority will be given to applicants who seek to improve or automate large-telescope facilities. Priority will also be given to programs that can leverage Shoemaker NEO grant funds with matching contributions from other sources.

Timothy Spahr, CEO of NEO Sciences LLP and the former director of the Minor Planet Center at the Harvard-Smithsonian Center for Astrophysics, has again agreed to be our grant coordinator. He will guide the direction of the program and coordinate a panel of NEO experts that will make funding recommendations. In the case of proposals with similar merit rankings, preference will be given to proposers who have not been awarded a Shoemaker NEO Grant in the previous two proposing cycles, and to proposers without significant government funding.

The Planetary Society encourages applications from amateur and under-funded professional observers anywhere in the world. Proposers are encouraged to read about our past winners, and browse project updates highlighting their work.

We would like to extend our sincere gratitude to our members and supporters, whose donations make the Shoemaker NEO grant program possible. 

The Time is Now.

As a Planetary Defender, you’re part of our mission to decrease the risk of Earth being hit by an asteroid or comet.

Donate Today