During dry periods, stream discharge in vegetated catchments can naturally fluctuate up to
10% daily. Despite intensive efforts put in observing and interpreting diel fluctuations of …

Tile drainage is performed to increase agricultural productivity and can significantly alter
downstream hydrology. A comprehensive understanding of tile drainage impacts on stream …

In agriculture‐dominated watersheds where natural drainage is poor, agricultural ditches
(narrow engineered channels) and tile drains (perforated pipes) are widely employed to …

Although grass waterways are an effective conservation practice to reduce soil erosion, less
is known about their subsurface hydrogeology. New research is highlighting the potential for …

In cold regions, climate warming is causing permafrost to thaw, which modifies the dynamics
of groundwater flow from a local system, constrained by frozen ground, to a regional system …

Tile drains constitute a shortcut from agricultural fields to surface water systems, significantly
altering the transport pathways and fate of nitrate during transport. A correct representation …

Areas excluded from agricultural production are susceptible to the presence of beaver
families. The most significant changes occur during the initial period, when agricultural …

This article describes a modular ensemble-based data assimilation (DA) system, which is
developed for an integrated surface-subsurface hydrological model. The software …

Advances in satellite Earth observation have opened up new opportunities for a global
monitoring of soil moisture (SM) at fine to medium resolution, but satellite remote sensing …

The assessment and forecasting of nutrient loss by tile drains in agricultural areas often rely
on physically based models that have adequate representations of macropores and tile …