Autores
Merino Barange, Gorka Merino, JL Blanchard, J Scholtens, J Harle, EH Allison, JI Allen, J Holt, S Jennings
Fecha de publicación
2014/3
Revista
Nature climate change
Volumen
4
Número
3
Páginas
211-216
Editor
Nature Publishing Group UK
Descripción
Growing human populations and changing dietary preferences are increasing global demands for fish, adding pressure to concerns over fisheries sustainability. Here we develop and link models of physical, biological and human responses to climate change in 67 marine national exclusive economic zones, which yield approximately 60% of global fish catches, to project climate change yield impacts in countries with different dependencies on marine fisheries. Predicted changes in fish production indicate increased productivity at high latitudes and decreased productivity at low/mid latitudes, with considerable regional variations. With few exceptions, increases and decreases in fish production potential by 2050 are estimated to be <10% (mean +3.4%) from present yields. Among the nations showing a high dependency on fisheries, climate change is predicted to increase productive potential in West Africa and …
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