<p>a) Predicted coral habitat suitability by depth within the New Zealand high seas bottom trawl footprint area (mean, standard deviation and range). The orange line shows the depth range (dotted line = total catch, bar = 90% of catch) over which bottom trawl catches are made; b) Relationship between the proportion of fishable depth (0 m–1600 m) and average, all-depths, predicted habitat suitability per 20-minute block in the New Zealand high-seas bottom trawl footprint. (Data from Davies &Guinotte 2011).</p
<p>A comparison of predicted suitable habitat areas produced from full models using 200m bathymetric...
Antipatharia are a diverse group of corals with many species found in deep water. Many Antipatharia ...
Coral reefs are facing a biodiversity crisis due to increasing human impacts, consequently, one thir...
<p>Distribution of predicted scleractinian coral habitat suitability in each of 20-minute latitude/l...
<p>Distribution of predicted scleractinian coral habitat suitability in each of 20-minute latitude/l...
<p>Combined (all fishing areas) VME-likelihood/fishery-interaction risk assessment plots for all foo...
Deep-water corals are protected in the seas around New Zealand by legislation that prohibits intenti...
United Nations General Assembly Resolution 61/105 on sustainable fisheries (UNGA 2007) establishes t...
AbstractManagement of human activities which impact the seafloor in the deep ocean is becoming incre...
<p>Line represents a goodness-of-fit relationship based on linear regression model.</p
<p>Predicted scleractinian coral habitat suitability (<i>Goniocorella dumosa, Solenosmilia variabili...
<p>Benthic habitat condition (PC1 axis): low values – complex coral habitats; high values – low-comp...
<p>Discounted VME-likelihood/fishery-interaction risk assessment plots by fishing area for footprint...
Regional scale habitat suitability models provide finer scale resolution and more focused prediction...
Patterns in the distribution and abundance of organisms in nature vary along environmental gradients...
<p>A comparison of predicted suitable habitat areas produced from full models using 200m bathymetric...
Antipatharia are a diverse group of corals with many species found in deep water. Many Antipatharia ...
Coral reefs are facing a biodiversity crisis due to increasing human impacts, consequently, one thir...
<p>Distribution of predicted scleractinian coral habitat suitability in each of 20-minute latitude/l...
<p>Distribution of predicted scleractinian coral habitat suitability in each of 20-minute latitude/l...
<p>Combined (all fishing areas) VME-likelihood/fishery-interaction risk assessment plots for all foo...
Deep-water corals are protected in the seas around New Zealand by legislation that prohibits intenti...
United Nations General Assembly Resolution 61/105 on sustainable fisheries (UNGA 2007) establishes t...
AbstractManagement of human activities which impact the seafloor in the deep ocean is becoming incre...
<p>Line represents a goodness-of-fit relationship based on linear regression model.</p
<p>Predicted scleractinian coral habitat suitability (<i>Goniocorella dumosa, Solenosmilia variabili...
<p>Benthic habitat condition (PC1 axis): low values – complex coral habitats; high values – low-comp...
<p>Discounted VME-likelihood/fishery-interaction risk assessment plots by fishing area for footprint...
Regional scale habitat suitability models provide finer scale resolution and more focused prediction...
Patterns in the distribution and abundance of organisms in nature vary along environmental gradients...
<p>A comparison of predicted suitable habitat areas produced from full models using 200m bathymetric...
Antipatharia are a diverse group of corals with many species found in deep water. Many Antipatharia ...
Coral reefs are facing a biodiversity crisis due to increasing human impacts, consequently, one thir...