| Summary: | Antarctic Meteorite ALHA 81005. This small, special meteorite has been the focus of much attention. It has attributes that suggest that it is indeed of lunar origin. This special supplement to Lunar and Planetary Science XIV includes the very latest abstracts of data presented at the Fourteenth Lunar and Planetary Science Conference. Co-Chaired By Klaus Keil And James J. Papike PARTIAL CONTENTS: Trapped solar gases in the ALHA81005 lunar (?) meteorite / D. D. Bogard and P. Johnson--Minor and trace elements in clast and whole rock samples of Allen Hills A81005 / W. V. Boynton and D. H. Hill--Prospects for future meteorite recoveries on the Antarctic ice sheet / W. A. Cassidy--Aluminum-26 content of ALHA 81005 / J. C. Evans and J. H. Reeves--The terrestrial accretion of lunar material / D. E. Gault--ALHA81005: A new sample from the lunar highlands? / G. W. Kallemeyn--Lunar highlands breccia 81005 (ALHA) : So Apollo 18 flew, but where did it sample? / R. L. Korotev, L. A. Haskin, and M. M, Lindstrom--Meteorite ALHA 81005: A lunar highland brecaia / G. Kurat and F. Brandstatter--ALHA 81005 meteorite: Chemical evidence for lunar highland origin / J. C. Laul, M. R. Smith, and R. A. Schmitt--Some petrologic comparisons between ALHA81005 and lunar highland soil breccias / U. B. Marvin--Oxygen isotopic composition of ALHA 81005 / T. K. Mayeda and R. N. Clayton--Impact ejection, spallation and the origin of certain meteorites / H. J. Melosh--ALHA 81005: Petrography, shock, moon, Mars, Giordano Bruno, and composition / R. Ostertag and G. Ryder.
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