<p>Forecast change in the abundance (number of individuals per 100 m<sup>2</sup>) of <i>Haliotis rubra</i> (blacklip abalone) and <i>H. laevigata</i> (greenlip abalone) by 2100 based on projections of August SST according to two climate change emissions scenarios: a high CO<sub>2</sub> concentration stabilising scenario (WRE750) and a heavy mitigation Policy option (LEV1).</p
<p>Note the decrease in density of individuals for both species at 20°C and above.</p
The intensity at which organisms interact is affected by abiotic conditions. Ocean warming and acidi...
Anthropogenic atmospheric CO₂ levels are rapidly increasing; however, much of this CO₂ (ca. 30%) dis...
<p>Potential fishing grounds are defined based on a minimum abundance of 20 individuals/100 m<sup>2<...
The future management of commercially exploited species is challenging because techniques used to pr...
Evidence is accumulating that species' responses to climate changes are best predicted by modelling ...
Extent: 9p.The future management of commercially exploited species is challenging because techniques...
To address the ongoing global biodiversity crisis, governments have set strategic objectives and hav...
To address the ongoing global biodiversity crisis, governments have set strategic objectives and hav...
[Extract] Blacklip and greenlip abalone form the basis of valuable fisheries in Tasmania, Victoria, ...
White abalone (Haliotis sorenseni) supported an intense commercial fishery in southern California du...
This study investigated how the combined stressors of ocean warming and acidification (reduced pH an...
Aim We modelled the spatial abundance patterns of two abalone species (Haliotis rubra Donovan 1808 a...
Driven by climate change, marine biodiversity is undergoing a phase of rapid change that has proven ...
Projections for the spawning biomass of the abalone resource in Zones A and B for various future poa...
<p>Note the decrease in density of individuals for both species at 20°C and above.</p
The intensity at which organisms interact is affected by abiotic conditions. Ocean warming and acidi...
Anthropogenic atmospheric CO₂ levels are rapidly increasing; however, much of this CO₂ (ca. 30%) dis...
<p>Potential fishing grounds are defined based on a minimum abundance of 20 individuals/100 m<sup>2<...
The future management of commercially exploited species is challenging because techniques used to pr...
Evidence is accumulating that species' responses to climate changes are best predicted by modelling ...
Extent: 9p.The future management of commercially exploited species is challenging because techniques...
To address the ongoing global biodiversity crisis, governments have set strategic objectives and hav...
To address the ongoing global biodiversity crisis, governments have set strategic objectives and hav...
[Extract] Blacklip and greenlip abalone form the basis of valuable fisheries in Tasmania, Victoria, ...
White abalone (Haliotis sorenseni) supported an intense commercial fishery in southern California du...
This study investigated how the combined stressors of ocean warming and acidification (reduced pH an...
Aim We modelled the spatial abundance patterns of two abalone species (Haliotis rubra Donovan 1808 a...
Driven by climate change, marine biodiversity is undergoing a phase of rapid change that has proven ...
Projections for the spawning biomass of the abalone resource in Zones A and B for various future poa...
<p>Note the decrease in density of individuals for both species at 20°C and above.</p
The intensity at which organisms interact is affected by abiotic conditions. Ocean warming and acidi...
Anthropogenic atmospheric CO₂ levels are rapidly increasing; however, much of this CO₂ (ca. 30%) dis...