China's rapid economic and social development has led to an acceleration in nutrient inputs
to coastal waters, which, in turn, has resulted in severe coastal eutrophication. On the …

Eutrophication in coastal waters caused by excess nutrient inputs has occurred widely on a
global scale. Due to the rapid economic development over the last four decades, most of the …

Rapid economic development and urbanization necessitate an understanding of
anthropogenic effects on coastal eutrophication. It is a significant challenge for governments …

Estuaries and coasts are conjunctions of four spheres (atmosphere, lithosphere,
hydrosphere and biosphere) and important matter and energy convergence/divergence …

We analyzed the potential for eutrophication in major seas around China: the Bohai Gulf,
Yellow Sea and South China Sea. We model the riverine inputs of nitrogen (N), phosphorus …

Eutrophication has become an overwhelming phenomenon in the coastal environment off
the Changjiang (Yangtze River) Estuary, illustrated by an increase in nutrient concentration …

As Chinese aquaculture production accounts for over half of the global aquaculture
production and has increased by 50% since 2006, there is growing concern about …

In the spring of 1998, 24-h time series and synchronization of vertical profiles of NO3–N,
NO2–N, NH3–N, PO4–P, chlorophyll a, suspended substance, salinity, temperature and …

The environment of East China Sea (ECS) has been faced by huge stresses from
anthropogenic activities and population growth in the Yangtze River drainage basin and the …

It has been well documented that since 1850 the amount of phosphorus as well as nitrogen
input to coastal seas around the world has increased by a factor of ten, thus raising concern …