Typhoons are extreme weather events that can not only affect marine dynamics, but also
change marine biogeochemistry, considerably impacting the climate. Based on the satellite …

The typhoon Wind-Pump induced upwelling and cold eddy often promote the significant
growth of phytoplankton after the typhoon. However, the importance of eddy-pumping and …

As the phytoplanktons consume carbon dioxide, they significantly influence the global
carbon cycle and thus, the global temperature by modifying sea surface temperature …

Typhoons can induce variations in hydrodynamic conditions and biogeochemical
processes, potentially escalating the risk of algal bloom occurrences impacting coastal …

Following the passage of a tropical cyclone (TC) the changes in temperature, salinity,
nutrient concentration, water clarity, pigments and phytoplankton taxa were assessed at 42 …

By using multiplatform satellite datasets, Argo observations and numerical model data, the
upper ocean thermodynamic responses to Super Typhoon Soudelor are investigated with a …

Abstract The Pearl River Estuary and adjacent seas in South China Sea are frequently
affected by tropical cyclones (TCs). Previous in situ and remote sensing studies have found …

We introduce a novel method to accurately evaluate the satellite-observed sea surface
temperature (SST) cooling induced by typhoons with complex tracks, which is widely used …

Typhoons can affect various hydrodynamic processes, such as upwelling, vertical mixing,
and entrainment, which in turn influence the growth and redistribution of phytoplankton. In …

The ocean color elements refer to total suspended sediment (TSS) and chlorophyll-a (Chl-
a), which are important parameters for the marine ecological environment. This study aims to …