Scarce water resources across the globe have prompted the development of data‐driven
water budgets to account for and distribute limited water more effectively across various land …

Floodplains provide critical ecosystem services; however, loss of natural floodplain functions
caused by human alterations increase flood risks and lead to massive loss of life and …

Fundamental approaches to the study of groundwater rely on investigating the spatial and
temporal distribution of stable and radioactive isotopes and other anthropogenic compounds …

Direct interpolation of groundwater levels often leads to contour maps which are
hydrogeological inconsistent since numerical algorithms do not consider changes in flowline …

Floodplains are one of the most threatened ecosystems. Even though the vegetation
composition in floodplain forests is expected to reflect the variation in groundwater levels …

Subsurface flow plays an important role in the functioning of wetlands and in the
maintenance of their ecosystem services. Specifically, the transport and exchange of …

Nitrous oxide (N2O) evasion from streams and rivers is a significant, yet highly uncertain,
flux in nitrogen cycle models. Most global estimates of lotic N2O emission assume that …

Ongoing land-use intensification in subtropical catchments is expected to release more
inorganic nitrogen to downstream coastal waters similar to historical changes in temperate …

Water-to-air carbon dioxide fluxes from tropical lakes and reservoirs (artificial lakes) may be
an important but understudied component of global carbon fluxes. Here, we investigate the …

This review tries to explain the effects of river infiltration and the interaction between
groundwater and surface water on nitrogen (N) and phosphorus (P) distribution in riparian …