Groundwater is important for the survival of humanity and the demand for the same is
drastically increasing globally. The precious water resources are under constant threat …

We review palaeoenvironmental applications of stable isotope analysis to Late Pleistocene
archaeological sites across Southeast Asia (SEA), a region critical to understanding the …

The hydrologic cycle couples the Earth's energy and carbon budgets through evaporation,
moisture transport, and precipitation. Despite a wealth of observations and models …

This research analyzes stable carbon, nitrogen, and oxygen isotope values in tooth collagen
and enamel to investigate foraging and territorial behavior in white-tailed deer (Odocoileus …

In eastern Africa, there are few long, high-quality records of environmental change at high
altitudes, inhibiting a broader understanding of regional climate change. We investigated a …

We present speleothem fluid inclusion δ 18 O f and δ 2 H f values from Larga Cave, Puerto
Rico, that cover the interval between 46.2 and 15.3 ka on the millennial scale, including the …

We present a record of hydroclimatic change over the Holocene from Kinrara Lake, in a
seasonally dry savanna location in north-eastern Australia. The record is derived from the …

Abstract Insular Southeast Asia is of critical importance to global biodiversity, climate, and
socioeconomics. Past environmental histories are a crucial factor influencing contemporary …

Lakes are widely distributed across Costa Rica, from coasts to the highest elevation regions
and located in the main terrestrial biomes, yet updated biogeochemical information about …

Could large herbivores (“megaherbivores”) modify tree-cover sufficiently to disrupt the
hydrological cycle? The implications of such interactions are profound: potentially switching …