The theoretical basis for application of stable isotope mass balance of lakes is described for
a range of climatic situations including low latitude, high latitude, high altitude, continental …

Stable isotope ratios of H and O are widely used to identify the source of water, eg, in
aquifers, river runoff, soils, plant xylem, and plant-based beverages. In situations where the …

Understanding and managing the susceptibility of lakes to anthropogenic eutrophication has
been a primary goal of limnological research for decades. To achieve United Nations' …

Continental precipitation not routed to the oceans as runoff returns to the atmosphere as
evapotranspiration. Partitioning this evapotranspiration flux into interception, transpiration …

Lakes and reservoirs are recognized as important sentinels of climate change, integrating
catchment and atmospheric climate change drivers. Climate change conceptual models …

Alpine river and lake systems on the Tibetan Plateau are highly sensitive indicators and
amplifiers of global climate change and important components of the carbon cycle …

Studies of stable isotopes of water in the environment have been fundamental to advancing
our understanding of how water moves through the soil–plant–atmosphere continuum; …

Global estimates of methane (CH4) emissions from reservoirs are poorly constrained, partly
due to the challenges of accounting for intra‐reservoir spatial variability. Reservoir‐scale …

Northern lakes are a source of greenhouse gases to the atmosphere and contribute
substantially to the global carbon budget. However, the sources of methane (CH 4) to …

Understanding hydrologic connectivity between wetlands and perennial streams is critical to
understanding the reliance of stream flow on inputs from wetlands. We used the isotopic …