Regional warming causes changes in local communities due to species extinctions and latitudinal range shifts. We show that the species richness of fish in 3 regional seas in the eastern North Atlantic Ocean has changed over time (1997 to 2008), and we relate this to higher water temperatures and the biogeographic affinity of the species. In the North and Celtic Seas, species richness increased due to increases in the number of warm-favouring Lusitanian species. In the area west of Scotland, species richness decreased because the number of cold-favouring Boreal species decreased. Additional analyses of trends in fishing effort imply that the observed changes in species richness are unlikely to have been induced by fisheries in the North and ...
Trends in annual catches of fish species in the large marine ecosystems (LMEs) of the world were ana...
Identifying the various drivers of marine ecosystem regime shifts and disentangling their respective...
A new study of fisheries data from the North Sea reveals that many fish species have changed their d...
Regional warming causes changes in local communities due to species extinctions and latitudinal rang...
Climate change has been predicted to lead to changes in local and regional species richness through ...
Climate change affects marine biological processes from genetic to ecosystem levels [1-3]. Recent wa...
Climate change affects marine biological processes from genetic to ecosystem levels []. Recent warmi...
Changes in the distribution of the demersal fish species have been identified in north-European Atla...
SummaryClimate change affects marine biological processes from genetic to ecosystem levels [1–3]. Re...
Fish communities are dynamic and their structure is known to change over time. Traditionally, these ...
A growing number of studies have documented increasing dominance of warm-water fish species (“tropic...
Abundances of warm-water fish species (e.g. red mullet, john dory, triggerfish) have increased in UK...
We show that the distributions of both exploited and nonexploited North Sea fishes have responded ma...
Climatic change has been implicated as the cause of abundance fluctuations in marine fish population...
Identifying the various drivers of marine ecosystem regime shifts and disentangling their respective...
Trends in annual catches of fish species in the large marine ecosystems (LMEs) of the world were ana...
Identifying the various drivers of marine ecosystem regime shifts and disentangling their respective...
A new study of fisheries data from the North Sea reveals that many fish species have changed their d...
Regional warming causes changes in local communities due to species extinctions and latitudinal rang...
Climate change has been predicted to lead to changes in local and regional species richness through ...
Climate change affects marine biological processes from genetic to ecosystem levels [1-3]. Recent wa...
Climate change affects marine biological processes from genetic to ecosystem levels []. Recent warmi...
Changes in the distribution of the demersal fish species have been identified in north-European Atla...
SummaryClimate change affects marine biological processes from genetic to ecosystem levels [1–3]. Re...
Fish communities are dynamic and their structure is known to change over time. Traditionally, these ...
A growing number of studies have documented increasing dominance of warm-water fish species (“tropic...
Abundances of warm-water fish species (e.g. red mullet, john dory, triggerfish) have increased in UK...
We show that the distributions of both exploited and nonexploited North Sea fishes have responded ma...
Climatic change has been implicated as the cause of abundance fluctuations in marine fish population...
Identifying the various drivers of marine ecosystem regime shifts and disentangling their respective...
Trends in annual catches of fish species in the large marine ecosystems (LMEs) of the world were ana...
Identifying the various drivers of marine ecosystem regime shifts and disentangling their respective...
A new study of fisheries data from the North Sea reveals that many fish species have changed their d...