Ecohydrology is an integrative science studying the relationships between hydrological,
biogeochemical and ecological processes in soils, rivers and lakes, and at the catchment …

Non-photosynthetic vegetation (NPV) is considered a key quantifiable variable in the context
of new spaceborne imaging spectroscopy missions. Knowledge of NPV is essential for all …

The Soil and Water Assessment Tool (SWAT) is a globally applied river basin
ecohydrological model used in a wide spectrum of studies, ranging from land use change …

Vegetation growth in Soil and Water Assessment Tool (SWAT) is a crucial process for
quantifying ecohydrological modelling, as it influences evapotranspiration, interception, soil …

The Soil and Water Assessment Tool (SWAT) is a deterministic continuous-time semi-
distributed hydrological model for application at the river basin scale. The model was …

Nitrate leaching from agricultural fields is a significant contributor of groundwater pollution
globally, threatening drinking water resources and downstream ecosystems. Quantifying …

Elevated phosphorus (P) loading from the watersheds draining into Lake Erie, particularly
from agricultural (53%) and urban (43%) sources, is identified as one of the main drivers of …

Vegetation dynamics have different effects on the terrestrial water cycle and therefore play
an important role in catchment-scale biophysical and hydrological modeling. Meanwhile …

With the aim of simulating non-point source pollution of the agroforestry system, we
established a forest growth model featuring variable density and mixed vegetation types to …

Climate change has an important impact on water balance and material circulation in
watersheds. Quantifying the influence of climate and climate-driven vegetation cover …