This project undertook a comparative study to investigate how marine snails respond to acute temperature stress conditions that are expected as a result of global climate change. It was found that each snail species employed a different strategy to cope with temperature stress, but not all strategies were successful under extreme stress conditions. This information can be used to predict which species will be most susceptible to future climate changes and therefore more efficiently manage these species
Accurate predictions of the effects of warming temperatures under climate change on an individual sp...
International audienceExpected effects on marine biota of the ongoing elevation of water temperature...
Our rapidly changing climate is putting many species at risk of extinction and there is an urgent ne...
International audienceAbstract The impact of climate change on biodiversity has stimulated the need ...
The intertidal marine snail Chlorostoma (formerly Tegula) funebralis has a wide geographic distribut...
Southern California (USA) populations of the intertidal marine snail Chlorostoma (formerly Tegula) f...
Biogeographic distributions are driven by cumulative effects of smaller scale processes. Thus, vulne...
With the anticipated effects of climate change due to global warming, there is concern over how anim...
Biogeographic distributions are driven by cumulative effects of smaller scale processes. Thus, vulne...
Populations at the edge of their species' distribution ranges are typically living at the physiologi...
Thermal stress and predation risk have profound effects on rocky shore organisms, triggering changes...
Animal physiology and ecology are affected by increasing environmental temperatures, and this is par...
Thermal stress and predation risk have profound effects on rocky shore organisms, triggering changes...
Sedentary organisms that inhabit the marine intertidal zone must be adapted to withstand forms of en...
On-going global climate change poses a serious threat for natural populations unless they are able t...
Accurate predictions of the effects of warming temperatures under climate change on an individual sp...
International audienceExpected effects on marine biota of the ongoing elevation of water temperature...
Our rapidly changing climate is putting many species at risk of extinction and there is an urgent ne...
International audienceAbstract The impact of climate change on biodiversity has stimulated the need ...
The intertidal marine snail Chlorostoma (formerly Tegula) funebralis has a wide geographic distribut...
Southern California (USA) populations of the intertidal marine snail Chlorostoma (formerly Tegula) f...
Biogeographic distributions are driven by cumulative effects of smaller scale processes. Thus, vulne...
With the anticipated effects of climate change due to global warming, there is concern over how anim...
Biogeographic distributions are driven by cumulative effects of smaller scale processes. Thus, vulne...
Populations at the edge of their species' distribution ranges are typically living at the physiologi...
Thermal stress and predation risk have profound effects on rocky shore organisms, triggering changes...
Animal physiology and ecology are affected by increasing environmental temperatures, and this is par...
Thermal stress and predation risk have profound effects on rocky shore organisms, triggering changes...
Sedentary organisms that inhabit the marine intertidal zone must be adapted to withstand forms of en...
On-going global climate change poses a serious threat for natural populations unless they are able t...
Accurate predictions of the effects of warming temperatures under climate change on an individual sp...
International audienceExpected effects on marine biota of the ongoing elevation of water temperature...
Our rapidly changing climate is putting many species at risk of extinction and there is an urgent ne...