Abstract Through the Cooperative Study of the Kuroshio and Adjacent Regions (CSK)
program during 1965–1979, the capacities of current member states (MSs) of the Sub …

Although previous studies reported that currents over topographic features, such as
seamounts and ridges, cause strong turbulence in close proximity, it has been elusive how …

The Kuroshio ecosystem is an important nursery ground for various fish species. Because
the prey biomass and composition influence the recruitment of larval and juvenile fish, we …

The present-day fish diversity and ichthyofauna of southern Japan, including the Izu,
Ogasawara, and Nansei islands, have become established mainly due to the physical …

Vertical nitrate fluxes associated with turbulent mixing and upwelling around a small reef in
the Kuroshio are quantified by continuously deploying a turbulence microstructure profiler …

The oceanic-to-neritic species shift of microzooplanktonic tintinnids and their interaction with
relevant abiotic variables are two crucial processes in the marine ecosystem. However …

The Kuroshio is the western boundary current of the North Pacific Ocean. In the subtropical
region of eastern Taiwan, a coastal uplift of the isotherms has occurred. To explore its impact …

Kuroshio intrusion into the South China Sea (SCS) varies seasonally and interannually
under different climatic conditions. To characterize the intensity of the climate‐driven …

The eutrophication problem now threatens many lakes and reservoirs. To avoid the
occurrence of algal blooms, some cities try to increase the flow rate or directly choose lakes …

Trophic sources and pathways supporting early life stages are crucial for survival of forage
fishes recruiting around the oligotrophic and unproductive Kuroshio. However, information is …