Highly suitable habitats for benthic phases were spatially enveloped within more extensive sea surface habitats suitable for drifting larvae. Drifting and benthic life history phases were adapted to different combinations of sea surface and benthic environmental variables considered. rubellus and sea surface temperature in P. megasculptus habitat suitability, compared with current velocity in P. SDM projections of present‐day habitat suitability were compared with predictions for the year 2,100, under the RCP 8.5 climate change scenario. Principle component analysis (PCA) was used to infer environmental variables to which individual subspecies were adapted. SDMs incorporated both sea surface and benthic (seafloor) climate layers to recreate discrete influences of these habitats during the drifting larval and benthic juvenile and adult life history phases. Ma圎nt was used to construct present‐day SDMs for the spiny lobster Panulirus homarus and individually for the three genetically distinct subspecies of which it comprises. We incorporated genetic structure and life history phase in species distribution models (SDMs) constructed for a widespread spiny lobster, to reveal local adaptations specific to individual subspecies and predict future range shifts under the RCP 8.5 climate change scenario. InĪddition to their economic importance, lobsters continue to provide valuable information to understand different marine environments in a changing climate. Other issues addressed at the conference included aquaculture and enhancement-the holy grails of lobster management-sustainable management strategies, and a fascinating review of the use of lobsters through human history. Increasing the risk of disease and impacting the behavioural ecology of lobsters, and by changing the spatial distribution of the stocks and, hence, affecting catches and the territorial behaviour of fishers. As noted in several papers, climate change is already affecting different lobster species by altering growth rates, sizes at maturity, the timing of reproductive processes, duration of larval development, and the timing and levels of settlement by affecting key benthic habitat-forming species in settlement habitats by Of the conference was climate change and its consequences for lobster biology, population dynamics, ecology, and fisheries. The papers included in this supplementary issue of the ICES Journal of Marine Science are a sample of the multidisciplinary nature of the conference and provide new knowledge of the biology, ecology, fisheries, and management and aquaculture of clawed, spiny, and slipper lobsters. The 10th International Conference and Workshop on Lobster Biology and Management was held in Cancun, Mexico, in May 2014.
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