Over the past 30 years concerted campaigns have been undertaken to reverse nutrient-
driven eutrophication in coastal waters in Europe, North America, Asia, and Australia …

Nutrient removal ability of seaweeds on Pyropia yezoensis aquaculture rafts was studied
during the P. yezoensis aquaculture season of 2012–2013 at the offshore farm along the …

Since the last decades, previous long-term Wadden Sea studies revealed significant
changes in the abundance, biomass and spatial distribution of characteristic macrofauna …

A cage experiment using the red alga Gracilaria chouae co-cultured with the black
seabream Sparus macrocephalus in Xiangshan Bay, China was conducted to measure the …

Intensive mariculture results in a rise in nutrient concentrations, then leads to serious
eutrophication in coastal waters. Based on the sampling data obtained between August …

The bioremediation efficiency of China's largest scale Porphyra yezoensis cultivation for
removing dissolved nutrients and controlling harmful algae was studied in the radial …

Small-scale spatial distribution patterns of seven macrofauna species, seagrass beds and
mixed mussel/oyster reefs were modelled for the Jade Bay (North Sea, Germany) in …

Studies of cumulative and long-term effects of human activities in the ocean are essential for
developing realistic conservation targets. Here, we report the results of a recent national …

Nitrogen flux release from organically enriched sediments into overlying water, which may
have significantly influence on water quality and increasing continuous eutrophication. The …

We used small-scale species distribution models to predict the past and present spatial
distribution of 7 characteristic macrofauna species in response to climatic and environmental …