Over recent decades, increased agricultural activities have significantly modified nitrogen
(N) and water cycles, leading to a worsening of the environmental quality and widespread …

Abstract The aquifer beneath Chengdu Plain is a main water resource for drinking and
industry, which has severe groundwater nitrate contamination due to the shallow water table …

As coastal areas become more vulnerable to climatic impacts, the need for understanding
estuarine carbon budgets with sufficient spatiotemporal resolution arises. Under various …

Four months of daily nutrient and radon (a natural groundwater tracer) observations at the
outlet of a heavily drained coastal wetland illustrated how episodic floods and diffuse …

The impacts of nutrient and other chemical inputs released by a submarine groundwater
discharge (SGD) on the marine environment of an oligotrophic Mediterranean coastal area …

Understanding spatial variability in contaminant fate and transport is critical to efficient
regional water‐quality restoration. An approach to capitalize on previously calibrated …

The beneficial use of large-scale geophysical surveys in combination with numerical
modeling for assessing water resources problems in coastal areas is demonstrated. A 5,000 …

Elevated levels of nutrients, especially phosphorus, in urban streams can lead to
eutrophication and general degradation of stream water quality. Contributions of …

The urbanisation of coastal zones is a major threat to the health of global estuaries and has
been linked to increased contamination (eg metals) and excess organic matter. Urban …

Abstract The Neuse River Estuary (North Carolina, USA) is a valuable ecosystem that has
been affected by the expansion of agricultural and urban watershed activities over the last …