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Biogeographic variation in temperature drives performance of kelp gametophytes during warming
2014
Marine Ecology Progress Series
The capacity for thermal adjustment or adaptation is critical to population persistence in a warming ocean. Understanding such performance across a species' range can give insights into the extent of possible adjustment as well as spatial variation in vulnerability. This study tested the effects of temperature on the density and size of gametophytes of the habitatforming kelp Ecklonia radiata, across its Australian distribution (between ~9° and ~33°S). Gametophytes from warm, intermediate and
doi:10.3354/meps10916
fatcat:boz3ioz4czcvdo5dmwvyjuay4u