In mesotidal estuaries, the spatial and temporal variation of physicochemical and biological
parameters, and thus water quality, is strongly influenced by tidal dynamics. Hence, to …

A chemotaxonomic approach (HPLC) was used to determine the phytoplankton composition
for the Salish Sea (coastal NE Pacific Ocean). The method was applied to 721 samples …

As the largest inland sea of China, the Bohai Sea has confronted significant environmental
changes in recent decades, and a shift of phytoplankton community from diatoms to …

Chemotaxonomic analysis, a functionally efficient method, was performed every week over a
year in the semi-enclosed Jangmok Bay to determine the composition of major …

As the Western Antarctic Peninsula (WAP) region responds to a warmer climate, the impacts
of glacial meltwater on the Southern Ocean are expected to intensify. The Antarctic …

Nutrient enrichment in coastal areas can lead to severe disturbances in marine ecosystems
with implications on ecosystem functioning. The primary goal of this study was to understand …

The Qinzhou Bay, a typical semi-enclosed bay, is facing environmental pressure from local
fast-growing industrial and aquacultural development. Dominant species of phytoplankton …

Understanding phytoplankton assemblages in reef waters is vital to comprehend their
spatial variation and overall productivity. However, global research on these assemblages …

Rapid environmental change is altering coastal phytoplankton dynamics and, thereby the
productivity of coastal marine food webs. Unfortunately, a paucity of phytoplankton …

The spatial and temporal variability of the phytoplankton community structure in Daya Bay,
South China Sea, were identified by using HPLC-CHEMTAX analytical techniques. The …