James Day

Professor

Scripps Institution of Oceanography

United States

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About

James Day is a Professor at the Scripps Institution of Oceanography in the United States. His research encompasses geochemistry and planetary science, with recent articles focusing on topics such as volcanic processes on Mars, lunar volatile loss, and the geochemical analysis of terrestrial impact events. He is particularly interested in the implications of Martian meteorites and the isotopic compositions that inform our understanding of planetary lithospheres.

Articles (18)

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Collaborators (7)

Oliver Shorttle

Lecturer

University of Cambridge

UNITED KINGDOM

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Caroline Soderman

University of Cambridge

UNITED KINGDOM

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Arya Udry

Associate Professor

University of Nevada

UNITED STATES

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Teresa Ubide

Associate Professor - Igneous Petrology/Volcanology

University of Queensland

AUSTRALIA

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Marine PAQUET

Institut de Physique du Globe de Paris

FRANCE

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C. Koeberl

AUSTRIA

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Frederic Moynier

FRANCE

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James Day

Research Interests

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About

Articles (18)

Cr-spinel seams formed by mush assimilation in the Great Eucrite, Ardnamurchan, Scotland

Origin of gabbroic shergottite Northwest Africa 6963 from an ~180‐million‐year‐old flood basalt province on Mars

A whole-scale volatile-depleted lunar interior

Rhenium-osmium and oxygen isotope homogeneity during the 2022 Mauna Loa eruption and implications for basaltic magma storage

Rubidium isotopic compositions of the mantle sources of ocean island basalts

Volatile loss history of the Moon from the copper isotopic compositions of mare basalts

Fundamental constraints and questions from the study of Martian meteorites and the need for returned samples

Melt inclusion heterogeneity in nakhlite and chassignite meteorites and evidence for complicated, multigenerational magmas

Constraining the evaporative loss of zinc during impact processes using terrestrial impact glasses

Global oceanic basalt sources and processes viewed through combined Fe and Mg stable isotopes

Exploring emerald global geochemical provenance through fingerprinting and machine learning methods

Highly siderophile element evidence for mantle plume involvement during opening of the Atlantic Ocean

Origin of fabrics and olivine chemical variations preserved in brachinite and brachinite‐like achondrite meteorites

Magmatic evolution of KREEP‐free lunar meteorite Asuka‐881757 inferred from sector‐zoned clinopyroxene, pyroxene symplectites, and thermodynamic modeling

Deep crustal assimilation during the 2021 Fagradalsfjall Fires, Iceland

Evidence for large-scale, long-term highly siderophile element heterogeneities in the Atlantic mantle from Leg 153 and 209 peridotites

Copper and zinc isotope compositions of pristine eucrites as analogues for differentiated planetary feedstocks

A 187Re-187Os and highly siderophile element study of diamondiferous kimberlite melt-mantle interactions and the inferred age of continental lithosphere

Collaborators (7)

Oliver Shorttle

Caroline Soderman

Arya Udry

Teresa Ubide

Marine PAQUET

C. Koeberl

Frederic Moynier

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