<p>Species are binned by trophic level as indicated by the markers. We indicate groups with>±20% change in both catch and biomass. The pink shading indicates species with aa decrease in both catch and biomass. The yellow shading indicates species withan increase in both catch and biomass. The arrows indicate the groups that are off the scale.</p
<p>The percent change in ecosystem abundance by size between the unfished size structure and the fis...
<p>Trend is change in thinning in comparison to minimal intervention plots (weak trend in parenthese...
<p>Dark lines are abundance assuming an initial vaquita population of 245 individuals <a href="http:...
<p>Bars show percent change relative to the No vaquita management scenario, relative to 2038 for bio...
<p>Bars show percent change relative to the No vaquita management scenario, relative to 2038 for bio...
The mean trophic level (MTL) of catch has been proposed to track changes in marine ecosystems result...
<p>Filled circles and solid lines indicate monocultures, crosses and broken lines indicate mixtures....
<p>Net present value is discounted benefit over time with an alternate rate of return from bank inve...
<p>Bar widths are scaled to the proportion of species in each trophic level and numbers indicate per...
<p>Boxes represent the lower 25% quartile up to the higher 75% quartile, while lines represent the s...
<p>The changes in predator biomass densities coincident with the peak “krill surplus” in the first t...
<p>Percentages of change in biomass for unfished trophic groups of prey, by different marine mammals...
<p>Columns show the % change in the LPI 30 years after implementation of the policies, and the % cha...
<p>Colors indicate trophic level (white = 1, light grey = 2, dark grey = 3, black = 4). Extinctions ...
<p>As the percentage increase is scaled within trophic levels, this graph allows a direct comparison...
<p>The percent change in ecosystem abundance by size between the unfished size structure and the fis...
<p>Trend is change in thinning in comparison to minimal intervention plots (weak trend in parenthese...
<p>Dark lines are abundance assuming an initial vaquita population of 245 individuals <a href="http:...
<p>Bars show percent change relative to the No vaquita management scenario, relative to 2038 for bio...
<p>Bars show percent change relative to the No vaquita management scenario, relative to 2038 for bio...
The mean trophic level (MTL) of catch has been proposed to track changes in marine ecosystems result...
<p>Filled circles and solid lines indicate monocultures, crosses and broken lines indicate mixtures....
<p>Net present value is discounted benefit over time with an alternate rate of return from bank inve...
<p>Bar widths are scaled to the proportion of species in each trophic level and numbers indicate per...
<p>Boxes represent the lower 25% quartile up to the higher 75% quartile, while lines represent the s...
<p>The changes in predator biomass densities coincident with the peak “krill surplus” in the first t...
<p>Percentages of change in biomass for unfished trophic groups of prey, by different marine mammals...
<p>Columns show the % change in the LPI 30 years after implementation of the policies, and the % cha...
<p>Colors indicate trophic level (white = 1, light grey = 2, dark grey = 3, black = 4). Extinctions ...
<p>As the percentage increase is scaled within trophic levels, this graph allows a direct comparison...
<p>The percent change in ecosystem abundance by size between the unfished size structure and the fis...
<p>Trend is change in thinning in comparison to minimal intervention plots (weak trend in parenthese...
<p>Dark lines are abundance assuming an initial vaquita population of 245 individuals <a href="http:...