Climate change has been predicted to lead to changes in local and regional species richness through species extinctions and latitudinal ranges shifts. Here, we show that species richness of fish in the North Sea, a group of ecological and socio-economical importance, has increased over a 22-year period and that this rise is related to higher water temperatures. Over eight times more fish species displayed increased distribution ranges in the North Sea (mainly small-sized species of southerly origin) compared with those whose range decreased (primarily large and northerly species). This increase in species richness can be explained from the fact that fish species richness in general decreases with latitude. This observation confirms that the...
Marine climate change is having an impact on individual species and fish communities at local and gl...
Climatic change has been implicated as the cause of abundance fluctuations in marine fish population...
Climate change affects marine biological processes from genetic to ecosystem levels [1-3]. Recent wa...
Climate change has been predicted to lead to changes in local and regional species richness through ...
Regional warming causes changes in local communities due to species extinctions and latitudinal rang...
Regional warming causes changes in local communities due to species extinctions and latitudinal rang...
We show that the distributions of both exploited and nonexploited North Sea fishes have responded ma...
Climate change, specifically temperature, affects the distribution and densities of species in marin...
Climate change, specifically temperature, affects the distribution and densities of species in marin...
Climate change, specifically temperature, affects the distribution and densities of species in marin...
Abundances of warm-water fish species (e.g. red mullet, john dory, triggerfish) have increased in UK...
Fish communities are dynamic and their structure is known to change over time. Traditionally, these ...
Fish communities are dynamic and their structure is known to change over time. Traditionally, these ...
A new study of fisheries data from the North Sea reveals that many fish species have changed their d...
Changes in the distribution of the demersal fish species have been identified in north-European Atla...
Marine climate change is having an impact on individual species and fish communities at local and gl...
Climatic change has been implicated as the cause of abundance fluctuations in marine fish population...
Climate change affects marine biological processes from genetic to ecosystem levels [1-3]. Recent wa...
Climate change has been predicted to lead to changes in local and regional species richness through ...
Regional warming causes changes in local communities due to species extinctions and latitudinal rang...
Regional warming causes changes in local communities due to species extinctions and latitudinal rang...
We show that the distributions of both exploited and nonexploited North Sea fishes have responded ma...
Climate change, specifically temperature, affects the distribution and densities of species in marin...
Climate change, specifically temperature, affects the distribution and densities of species in marin...
Climate change, specifically temperature, affects the distribution and densities of species in marin...
Abundances of warm-water fish species (e.g. red mullet, john dory, triggerfish) have increased in UK...
Fish communities are dynamic and their structure is known to change over time. Traditionally, these ...
Fish communities are dynamic and their structure is known to change over time. Traditionally, these ...
A new study of fisheries data from the North Sea reveals that many fish species have changed their d...
Changes in the distribution of the demersal fish species have been identified in north-European Atla...
Marine climate change is having an impact on individual species and fish communities at local and gl...
Climatic change has been implicated as the cause of abundance fluctuations in marine fish population...
Climate change affects marine biological processes from genetic to ecosystem levels [1-3]. Recent wa...