<div><p>Several marine ecosystems under anthropogenic pressure have experienced shifts from one ecological state to another. In the central Baltic Sea, the regime shift of the 1980s has been associated with food-web reorganization and redirection of energy flow pathways. These long-term dynamics from 1974 to 2006 have been simulated here using a food-web model forced by climate and fishing. Ecological network analysis was performed to calculate indices of ecosystem change. The model replicated the regime shift. The analyses of indicators suggested that the system’s resilience was higher prior to 1988 and lower thereafter. The ecosystem topology also changed from a web-like structure to a linearized food-web.</p></div
Species interactions underlie most ecosystem functions and are important for understanding ecosystem...
Studying how food web structure and function vary through time represents an opportunity to better c...
<p>(A) The first principle component of a principle component analysis of biotic time series <a href...
Several marine ecosystems under anthropogenic pressure have experienced shifts from one ecological s...
Several marine ecosystems under anthropogenic pressure have experienced shifts from one ecological s...
Human action is transforming the species composition, biogeochemistry and habitats of the world’s oc...
Understanding the interaction of multiple drivers and their compounded effects on ecosystem dynamics...
Loss of marine ecosystem resilience can lead to abrupt changes in ecosystem structure, so called reg...
none1noThe Baltic Sea ecosystem has experienced dramatic changes in the past 40 years. Fishing press...
The human infl uence on marine ecosystems is being recognized as a basis for extending the horizons o...
The occurrence of regime shifts in marine ecosystems has important implications for environmental le...
Species composition and habitats are changing at unprecedented rates in the world’s oceans, potentia...
During the late 1980s air and sea surface temperature started to increase in the Baltic Sea area. Se...
The ecosystems of coastal and enclosed seas are under increasing anthropogenic pressure world-wide, ...
Marine ecosystems are exposed to multiple stressors, mainly fisheries that, whenever mismanaged, may...
Species interactions underlie most ecosystem functions and are important for understanding ecosystem...
Studying how food web structure and function vary through time represents an opportunity to better c...
<p>(A) The first principle component of a principle component analysis of biotic time series <a href...
Several marine ecosystems under anthropogenic pressure have experienced shifts from one ecological s...
Several marine ecosystems under anthropogenic pressure have experienced shifts from one ecological s...
Human action is transforming the species composition, biogeochemistry and habitats of the world’s oc...
Understanding the interaction of multiple drivers and their compounded effects on ecosystem dynamics...
Loss of marine ecosystem resilience can lead to abrupt changes in ecosystem structure, so called reg...
none1noThe Baltic Sea ecosystem has experienced dramatic changes in the past 40 years. Fishing press...
The human infl uence on marine ecosystems is being recognized as a basis for extending the horizons o...
The occurrence of regime shifts in marine ecosystems has important implications for environmental le...
Species composition and habitats are changing at unprecedented rates in the world’s oceans, potentia...
During the late 1980s air and sea surface temperature started to increase in the Baltic Sea area. Se...
The ecosystems of coastal and enclosed seas are under increasing anthropogenic pressure world-wide, ...
Marine ecosystems are exposed to multiple stressors, mainly fisheries that, whenever mismanaged, may...
Species interactions underlie most ecosystem functions and are important for understanding ecosystem...
Studying how food web structure and function vary through time represents an opportunity to better c...
<p>(A) The first principle component of a principle component analysis of biotic time series <a href...