Seawater lithium isotopes (δ7Li) record changes over Earth history, including a∼ 9‰
increase during the Cenozoic interpreted as reflecting either a change in continental silicate …

The production of lithium (Li) has attracted global attention in recent years due to
unprecedented demand in modern industry. The effect of lithium exposure on plant sub …

The increase in marine Li isotope composition (δ 7 Li,∼ 9‰) since the Cenozoic is possibly
related to continental chemical weathering associated with tectonic uplift (eg, the Tibetan …

Lithium isotope ratios (δ7Li) of rivers are increasingly serving as a diagnostic of the balance
between chemical and physical weathering contributions to overall landscape denudation …

Abstract The Paleocene‐Eocene Thermal Maximum (PETM;∼ 56 Ma)–a geologically rapid
carbon‐release event similar to anthropogenic carbon emissions–is ideal for investigating …

Our current understanding of controls on δ 7 Li variability and fractionation mechanisms is
limited, complicating the interpretation of chemical weathering. The role of clay adsorption in …

Abstract Northern Chile, NW Argentina, and SW Bolivia,(“the lithium triangle”), represent a
world class reservoir of lithium, but this extraordinary enrichment is still controversial, and …

We provide a new generalized framework accounting for the effects of water and nutrient
uptake by roots in the weathering zone on broad patterns of solute concentration-discharge …

How climate change regulates silicate weathering in tectonically active areas remains clear.
To evaluate the roles of temperature and hydrology in continental-scale silicate weathering …

Increased use of technology-critical elements (TCEs) like lithium (Li), and their socio-
environmental impacts, make it an issue of national and global importance. In Portugal, new …