Processes that drive variability in catchment solute sourcing, transformation, and transport
can be investigated using concentration–discharge (C–Q) relationships. These relationships …

Agricultural headwaters are positioned at the interface between terrestrial and aquatic
ecosystems and, therefore, at the margins of scientific disciplines. They are deemed devoid …

High-frequency nitrate-N (NO 3−− N) data are increasingly available, while accurate
assessments of in-stream NO 3−− N retention in large streams and rivers require a better …

Detecting change in water quality is key to providing evidence of progress towards meeting
water quality objectives. A key measure for detecting change is statistical power. Here we …

Water quality monitoring is a challenging task due to continuous pollution. The rapid
development of engineering technologies has paved the way for the development of efficient …

High-frequency (HF) in situ sensor data capture temporal water quality variability. Using HF
data to calibrate catchment-scale water quality models remains uncommon, despite …

Swimming consistency and respiration of fish are recognized as the non-invasive stress
biomarkers. Their alterations could directly indicate the presence of pollutants in the water …

Inland waters are significant emitters of greenhouse gases for the atmosphere and play an
important role in the global carbon cycle. With a vast land area in East Asia spanning a …

To improve water quality and reduce instream erosion, floodplain remediation along
agricultural streams can provide multiple ecosystem services through biogeochemical and …

Lotic systems are a prominent ecohydrological interface within which complex, coupled
interactions occur between ecological, hydrological, and geochemical processes. This …