The lithium isotope system is increasingly being applied to a variety of Earth science studies,
as the burgeoning literature attests; over 180 papers have been published in the last twelve …

Lithium separation technique for three reference materials has been established together
with precise determination of lithium isotope using a Neptune multi collector‐inductively …

Lithium abundances and isotope compositions are reported for a suite of martian meteorites
that span the range of petrological and geochemical types recognized to date for Mars …

Lithium abundances and isotope compositions are presented for a suite of sediments from
the surroundings of the Ries Impact structure, paralleled by new Li data for central European …

We report bulk and olivine compositions in 66 stony cosmic spherules (Na2O< 0.76 wt%),
200–800 μm in size, from the Transantarctic Mountains, Antarctica. In porphyritic cosmic …

The origin of solar 11 B/10 B ratio∼ 4 remains an open question. It has been thought that a
significant portion of boron in the Solar System was derived from continuous spallation …

The bulk of extraterrestrial matter currently accreted by the Earth is in the form of
micrometeorites (MMs) and interplanetary dust particles (IDPs), thus they may have …

Lithium isotope and abundance data are reported for Apollo 15 and 17 mare basalts and the
LaPaz low‐Ti mare basalt meteorites, along with lithium isotope data for carbonaceous …

Bulk carbonaceous and ordinary chondrites have distinct Li isotope compositions, indicating
the existence of local reservoirs and distinct formation conditions in the early solar system …

We present lithium (Li) abundances and isotope compositions in a suite of howardites,
eucrites and diogenites (HEDs). These meteorites most likely originated from asteroid Vesta …