The Dust, Atmosphere and Plasma environment of the Moon and Small Bodies (DAP-2017) workshop will be a forum to (i) discuss our current understanding of the surface environment of the Moon, the moons of Mars, and asteroids, (ii) share new results from past and ongoing missions to airless bodies and comets, and (iii) describe expectations for planned upcoming missions to airless bodies and comets.
The 2017 workshop will be held in Boulder and hosted by LASP on January 11th-13th. It will be focused on the open science questions, the status and future of our supporting modeling and laboratory experimental capabilities, and the definition of the required measurements and instrument capabilities for future investigations from orbit or landed missions.
DAP-2017 is a follow up on two previous workshops, LDAP-2010 and DAP-2012. Contributions to LDAP-2010 and DAP-2012 were published in special issues of Planetary and Space Sciences. A similar volume is planned to report the contributions to DAP-2017.
If you're interested in attending DAP 2017, please provide your name and email in the form below. We will use this information to keep you informed about the workshop. You may also provide suggestions for invited talks.
Abstract deadline is Sept. 30th, 2016 and can be submitted to email@example.com.
The workshop is hosted by M. Horányi and A. Stern, and supported by NASA's Solar System Exploration Research Virtual Institute (SSERVI): Institute for Modeling Plasma, Atmospheres, and Cosmic Dust (IMPACT), the Laboratory for Atmospheric and Space Physics (LASP), and the Center for Integrated Plasma Studies (CIPS) of the University of Colorado.
Current invited talks include:
Surface Properties of Asteroids: Dan Britt/U. Central Florida and SSERVI
Rosetta Results on Cometary Plasmas: Jim Burch/SwRI
Physical Plasma Environment of the Moon: Jasper Halekas/U. Iowa
Osiris Rex: Vicky Hamilton/SwRI
Europa Dust Environment: Sascha Kempf/U. Colorado and SSERVI
Search for the dust torus around Mars: Mark Showalter/SETI
Dust Environment of the Moon: Jamey Szalay/SwRI
Mars, Phobos, Deimos Dust environment: Alexander Zakharov/ITEP Moscow
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