| Proposals |
| Recently Submitted and Funded Proposals |
The summer and autumn have been a busy time for the Space Center proposal writing effort. Fifteen funding initiatives to foundations and agencies have been put forward; six for central support for the Space Center and nine for the support of individual projects. These are listed in tables one and two respectively. Interdisciplinary teams of faculty and students prepare the proposals, while the process is managed by the Space Center which also organizes internal review by campus experts before submission. Early results are en-couraging, with several of our initial proposals being successful.
Table 1 - Center infrastructure proposals
|
Source/Agency/ |
Title |
Amount/ Status |
|
Barringer Crater Company |
Barringer Public Lectures (1991 – present) |
$58,000 Funded |
|
International sales |
Meteorite Magazine |
$38,000 pa Funded |
|
Boeing Foundation |
Interdisciplinary graduate and undergraduate education and training programs in space and planetary sciences |
$1,215,000 Pending |
|
NASA/FY08 |
Research initiatives at the University of Arkansas, focused on the investigation of returned samples, together with the associated physical and intellectual infrastructure |
$2,000,000 Pending |
|
NSF/REU |
Research Experience for Undergraduates in the space and planetary sciences |
$537,500 Pending |
|
NSF/S-STEM |
Stargate: Scholarships for training and research in space and planetary sciences - a gateway to careers in science and engineering |
$580,630 Pending |
|
PI |
Co-I |
Title |
Agency/Program |
Amount/ Status |
|
Derek Sears (Chem/Biochem) |
NA |
Radiation & thermal his-tory of Stardust particles |
NASA/DDAP |
$421,090 Funded |
|
Rick Ulrich (Chem. Engineering) |
V. Chevrier, M. Left-wich, L. Roe, D. Sears |
Optical probe for regolith analysis (OPRA) |
NASA/PIDDP |
$402,955 Funded |
|
Daniel Kennefick (Physics) |
J. Kennefick, C. Lacy, M. Seigar |
Census of super-massive black holes |
AR/NASA/ EPSCOR/RIDD |
$40,000 Funded |
|
Larry Roe (Mech. Engineering) |
J. Dixon, V. Chevrier, R. Ulrich, D. Sears |
Liquid flows on the martian surface |
NASA/MFR |
$293,147 Pending |
|
Tim Kral (Biology) |
M. Ivey, V. Chevrier, R. Ulrich, D. Sears |
Detectable biosignatures on Mars |
NASA/ASTRO-BIOLOGY |
$420,906 Pending |
|
Claud Lacy (Physics) |
D. Sears |
Characterization of NEA and MBA |
NASA/PLANETARY ASTRONOMY |
$359,580 Pending |
|
Claud Lacy (Physics) |
D. Sears |
Infrared spectroscopy of near earth asteroids |
NSF/PLANETARY ASTRONOMY |
$370,638 Pending |
|
Vincent Chevrier (Space Center) |
L. Roe, D. Sears, R. Ulrich |
Water vapor transport in the martian regolith |
NASA/MFR |
$310,367 Pending |
|
Vincent Chevrier (Space Center) |
J. Dixon, L. Roe, D. Sears, R. Ulrich |
Liquids and the surface environment of Mars |
NSF/PLANETARY ASTRONOMY |
$377,183 Pending |
| Meetings |
| Upcoming Meetings |
Workshop on Martian Gullies: Theories and Tests
February 4-5, 2008
Lunar and Planetary Institute
Houston, TX
Abstract Deadline:
11/13/07
Lunar and Planetary Science Conference
March 10-14, 2008
League City, TX
Abstract Deadlines:
01/08/08 - (PDF format) or
01/03/08 - (all other formats - 5:00 pm CST)
| Center Outreach |
| Second Public Lecture of Fall 2007 |
Dr. Vincent Chevrier, a Post-Doctoral Researcher at the Space Center in the W.M. Keck Laboratory for Space Simulation, presented a lecture entitled “Formation and Evolution of the Surface of Mars” as one of the fall 2007 Arkansas Public Lectures in Space and Planetary Science. His research deals with rock magnetism, pedogenesis, Martian soil mineralogy, alteration phases, SNC meteorites, sulfide mineralogy, and sulfur geochemistry.
The abstract for Dr. Chevrier’s talk follows:
Three decades of landers and orbiters have now observed, mapped and characterized the surface of Mars. Our vision of the surface of Mars has there-fore profoundly changed over time, from a dry and desert-like present to an Earth-like humid and hospitable potential past. This presentation sum-marizes the most significant results of the exploration of Mars and their implications for the evolution of its surface, and ultimately for the past/ present presence of life.
The lecture took place in the Space Center Theater (Old Museum Building, Room 201). It was well attended by members of the university community and the public. The aud-ience asked many relevant and thought-provoking questions.
| NASA Deadlines |
| Roses 2007 |
Solicited Research Programs (In Order of Proposal Due Dates)
|
Solicitation |
Program |
NOI due date |
Proposal due date |
|
Space and Earth Sciences (ROSES)-2007 |
Astronomy and Physics Research and Analysis |
3/3/08 |
4/11/08 |
|
Earth and Space Science Fellowships/08 |
Graduate fellowships 08/09 |
NA |
2/01/08 |
|
Small Explorer Missions (SMEX) |
PI-led investigations |
11/16/07 |
1/15/08 |
| Center Outreach |
| Graduate Student Visits School |
I was recently invited to Washington Junior High School in Bentonville, Arkansas, to present information about careers in science to eight classes of seventh graders. My invitation to present was due to a state mandate to have more presentations by scientists about career avenues in the sciences. I had a great time talking with these young people. I started by touching on careers in geoscience fields including petroleum and GIS. Then I presented information on career opportunities in space and planetary sciences working for organizations such as NASA, JPL, and Malin Space Science Systems. In discussing these opportunities, I showed the students numerous images of instruments and cameras studying other planetary bodies and gave them information about various spacecraft missions. I answered many questions and was impressed by the depth of understanding they illustrated. Finally, I presented the students with an overview of my research into gullies on Mars, the importance of water on Mars, and future human exploration. I per-sonally gained a new appreciation for teachers and their dedication to the field of education. The students sent me a huge stack of thank you notes along with good wishes in my research. Overall, I had a wonderful day and think a great time was had by all.
Kate Coleman
Space Center Graduate Student
