Recent advances in high‐frequency environmental sensing and statistical approaches have
greatly expanded the breadth of knowledge regarding aquatic ecosystem metabolism—the …

Hypoxia, or dissolved oxygen (DO) at low enough levels to impair organisms, is a
particularly useful indicator of the health of freshwater ecosystems. However, due to limited …

Large agricultural streams receive excessive inputs of nitrogen. However, quantifying the
role of these streams in nitrogen processing remains limited because continuous direct …

Understanding how aquatic ecosystems respond to perturbations has emerged as a crucial
way to predict the future of these ecosystems and to assess their capacity to produce oxygen …

Meandering rivers are characterized by geomorphic units like cut banks, point bars, and
thalwegs. These units arise from interactions between hydrological and geomorphological …

Diel variability in stream NO 3-concentration represents the sum of all processes affecting
NO 3-concentration along the flow path. Being able to partition diel NO 3-signals into …

Over 83% of freshwater habitats in the EU were classed as being in unfavourable condition
in 2015, higher than any other habitat type (European Environment Agency 2015). Similarly …

The European Water Framework Directive (WFD) has identified river morphological
alteration and diffuse pollution as the two main pressures affecting water bodies in Europe at …

Understanding interactive pathways of biogeochemical reaction and water movement in
stream corridors is critical given the role stream corridors play in mitigating nitrate loading …

Tight coupling of surface water diel dissolved oxygen (DO) and nitrate-N (NO 3-N) signals
reflects stoichiometric demand of carbon and nitrogen in stream ecosystems. However, DO …