Climate may affect marine fish populations through many different pathways, operating at a
variety of temporal and spatial scales. Climate impacts may work their way bottom up …

Cephalopods, especially squids, are believed to have a structuring role in marine
ecosystems as a link between different trophic levels, primarily due to their voracious prey …

Книга является обобщением представлений и результатов многолетних исследований
по группам гидробионтов, слагающих низшие трофические уровни в экосистемах …

Монография обобщает многолетние исследования морской экологии тихоокеанских
лососей. В работе широко используется обширная информация по биологии азиатских …

Climate change is expected to cause changes in marine biota and ecosystems, thereby
directly affecting fishery production. To establish policies to respond to climate change, the …

A climatic regime shift, an abrupt change from cooling to warming in the Japan/East Sea
(JES), particularly in the Tsushima warm current (TWC) region, occurred in the late 1980s …

Japanese fisheries production in the Japan/East Sea between 1958 and 2003 increased to
their peak (1.76 million tons) in the late 1980s and decreased abruptly with the collapse of …

Step changes to seawater temperature (SWT) in the East Asian marginal seas (EAMS) are
associated with three recent climate regime shifts (CRS) occurring in the mid-1970s, late …

Major changes in species distribution and abundance in North Pacific marine ecosystems
are often correlated with climatic shifts in the twentieth century. Species affected in the past …

The East/Japan Sea (hereafter, the East Sea) is highly dynamic in its physical phenomena
and biological characteristics, but it has changed substantially over the last several decades …