Not AvailableFish is a poikilothermic animal that cannot regulate body temperature through physiological process; this is regulated instead by environmental process. Fish physiology, like growth and reproduction is directly influenced by changes in temperature. With rising environmental temperature, the physiological activities of fishes also increase, which in turn increases the oxygen demand. But the solubility of oxygen in water is inversely related to temperature and salinity (Weiss, 1970). Thus, dissolved oxygen availability in water will decrease, resulting in the reduction of growth and reproduction success of fishes and prevent them from dealing as effectively with other environmental changes. This is particularly true in th...
This report examines the relative vulnerability of fish stocks to a changing climate that may result...
The adaptive capacity of individuals, from their cells to their overall performance, allows species ...
The aquatic environment will respond to climate changes in ways that are as equally significant as ...
Not AvailableChanges in the important oceanic climate features such as sea surface temperature, sea ...
Vulnerability assessment frameworks are used in many countries to provide a primary assessment stat...
WOS:000623021700012International audienceWarming of aquatic environments as a result of climate chan...
Changes in the important oceanic climate features such as sea surface temperature, sea level, pH, an...
Temperature has a major direct effect on the physiology, growth, reproduction, recruitment and behav...
A major goal in conservation biology is to understand the effects of short and long term environment...
It was realized about ten years ago that the scope for increasing fish catch from the coastal water...
With global warming, the waters of oceans are also warming up though there are considerable variatio...
There is growing, substantial evidence that climate change has affected fish and other marine popula...
Determining the capacity of organisms to acclimate and adapt to increased temperatures is key to und...
The capacity of fishes to cope with environmental variation is considered to be a main determinant o...
Freshwater fishes are highly vulnerable to human-caused climate change. Because quantitative data on...
This report examines the relative vulnerability of fish stocks to a changing climate that may result...
The adaptive capacity of individuals, from their cells to their overall performance, allows species ...
The aquatic environment will respond to climate changes in ways that are as equally significant as ...
Not AvailableChanges in the important oceanic climate features such as sea surface temperature, sea ...
Vulnerability assessment frameworks are used in many countries to provide a primary assessment stat...
WOS:000623021700012International audienceWarming of aquatic environments as a result of climate chan...
Changes in the important oceanic climate features such as sea surface temperature, sea level, pH, an...
Temperature has a major direct effect on the physiology, growth, reproduction, recruitment and behav...
A major goal in conservation biology is to understand the effects of short and long term environment...
It was realized about ten years ago that the scope for increasing fish catch from the coastal water...
With global warming, the waters of oceans are also warming up though there are considerable variatio...
There is growing, substantial evidence that climate change has affected fish and other marine popula...
Determining the capacity of organisms to acclimate and adapt to increased temperatures is key to und...
The capacity of fishes to cope with environmental variation is considered to be a main determinant o...
Freshwater fishes are highly vulnerable to human-caused climate change. Because quantitative data on...
This report examines the relative vulnerability of fish stocks to a changing climate that may result...
The adaptive capacity of individuals, from their cells to their overall performance, allows species ...
The aquatic environment will respond to climate changes in ways that are as equally significant as ...