| Summary: | Impact craters and shock effects, chondrite formation and evolution, meteorites, chondrules, irons, nebular processes and meteorite parent bodies, regoliths and breccias, Antarctic meteorite curation, isotopic studies of meteorites and lunar samples, organics and terrestrial weathering, refractory inclusions, cosmic dust, particle irradiations before and after compaction, and mineralogic studies and analytical techniques are discussed. Co-sponsored by McDonnell Center for the Space Sciences, Washington University and Lunar and Planetary Institute. Compiled by the Lunar and Planetary Institute PARTIAL CONTENTS: Partial melt genesis for glassy clasts in basaltic achondrites -- Cumulate eucrite clasts in Yamato polymict eucrites --The diversity of igneous rocks of the eucrite parent body, as explored via clasts from Kapoeta -- Rare earth and siderophile elements in components of the ALH-765 and-77302 polymict eucrites -- Fourier grain shape analysis of clasts in achondrites -- Polymictchondrites as inferred from a polymicteucrite genesis -- Leoville (eV3)
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