Explicit integration of dispersal-related metrics improves predictions of SDM in predatory arthropods
Fishing spiders (Dolomedes spp.) make an interesting model to predict the impact of global
changes because they are generalist, opportunistic predators, whose distribution is driven
mostly by abiotic factors. Yet, the two European species are expected to react differently to
forthcoming environmental changes, because of habitat specialization and initial range. We
used an original combination of habitat and dispersal data to revisit these predictions under
various climatic scenarios. We used the future range of suitable habitat, predicted with …
changes because they are generalist, opportunistic predators, whose distribution is driven
mostly by abiotic factors. Yet, the two European species are expected to react differently to
forthcoming environmental changes, because of habitat specialization and initial range. We
used an original combination of habitat and dispersal data to revisit these predictions under
various climatic scenarios. We used the future range of suitable habitat, predicted with …
Explicit integration of dispersal-related metrics improves predictions of SDM in predatory arthropods
Fishing spiders (Dolomedes spp.) make an interesting model to predict the impact of global
changes because they are generalist, opportunistic predators, whose distribution is driven
mostly by abiotic factors. Yet, the two European species are expected to react differently to
forthcoming environmental changes, because of habitat specialization and initial range. We
used an original combination of habitat and dispersal data to revisit these predictions under
various climatic scenarios. We used the future range of suitable habitat, predicted with …
changes because they are generalist, opportunistic predators, whose distribution is driven
mostly by abiotic factors. Yet, the two European species are expected to react differently to
forthcoming environmental changes, because of habitat specialization and initial range. We
used an original combination of habitat and dispersal data to revisit these predictions under
various climatic scenarios. We used the future range of suitable habitat, predicted with …
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