Variation across scenarios in all 29 parameter combinations is shown with horizontal bars, depicting 5th and 95th percentiles. Yields of Pictilabrus in scenarios with increased benthos abundance where ca. 1.3 (with warming) and 1.8 (no warming) times higher and are not shown here due to scale. Same applies for yields of Caesioperca in scenarios with more plankton.</p
The regularity of the community size-spectrum, i.e., the fact that the total ecosystem biomass conta...
<p>A: diatom abundance; B: small and large copepods biomass (mg wet weight); C: Herring 0- and 1-gro...
Physical and biogeochemical changes of the oceans have complex inflences on fish communities. Variat...
Error bars show 95% confidence intervals from ANOVA analyses. Black arrows emphasise the predicted e...
<p>Each panel represents the biomass response to a driver: (A) Climate change, (B) Land-based source...
<p>Log ratios of fish biomass (log(biomassMPA/biomassOPEN)) between trophic and body size groups in ...
Plankton ecosystems in the North Atlantic display strong regional and interannual variability in pro...
Previous modeling studies have shown that observed micro-scale (mm) variability of nutrients and phy...
Three-model average change in benthic infaunal biomass with marine bird core areas showing the numbe...
Understanding and predicting the consequences of warming for complex ecosystems and indeed individua...
The systematic change in a trait with size is a concise means of representing the diversity and orga...
<p>Relative changes (%) of equilibrium fish and Nephrops total stock biomasses (TSB), averaged over ...
<p>Panels represent three competition scenarios, which differ in the order of inoculation of the spe...
The multifaceted effects of climate change on physical and biogeochemical processes are rapidly alte...
International audienceTemperature, oxygen, and food availability directly affect marine life. Climat...
The regularity of the community size-spectrum, i.e., the fact that the total ecosystem biomass conta...
<p>A: diatom abundance; B: small and large copepods biomass (mg wet weight); C: Herring 0- and 1-gro...
Physical and biogeochemical changes of the oceans have complex inflences on fish communities. Variat...
Error bars show 95% confidence intervals from ANOVA analyses. Black arrows emphasise the predicted e...
<p>Each panel represents the biomass response to a driver: (A) Climate change, (B) Land-based source...
<p>Log ratios of fish biomass (log(biomassMPA/biomassOPEN)) between trophic and body size groups in ...
Plankton ecosystems in the North Atlantic display strong regional and interannual variability in pro...
Previous modeling studies have shown that observed micro-scale (mm) variability of nutrients and phy...
Three-model average change in benthic infaunal biomass with marine bird core areas showing the numbe...
Understanding and predicting the consequences of warming for complex ecosystems and indeed individua...
The systematic change in a trait with size is a concise means of representing the diversity and orga...
<p>Relative changes (%) of equilibrium fish and Nephrops total stock biomasses (TSB), averaged over ...
<p>Panels represent three competition scenarios, which differ in the order of inoculation of the spe...
The multifaceted effects of climate change on physical and biogeochemical processes are rapidly alte...
International audienceTemperature, oxygen, and food availability directly affect marine life. Climat...
The regularity of the community size-spectrum, i.e., the fact that the total ecosystem biomass conta...
<p>A: diatom abundance; B: small and large copepods biomass (mg wet weight); C: Herring 0- and 1-gro...
Physical and biogeochemical changes of the oceans have complex inflences on fish communities. Variat...