Climate genomics—Geoscientists, ecologists, and geneticists must reinforce their collaborations to confront climate change
Résumé
Each species can thrive within a certain environmental context whose physicochemical parameter values constitute its "ecological niche" or "fundamental niche," which can be distinguished from the "realized niche" observed in the environment. These concepts are at the heart of biogeography studies and those associating phenotype or genotype with the environment (Ward & Collins, 2022). Following this conceptual basis, the most powerful methods used in climate genomics include genotype-environment associations (GEA) and genetically informed species distribution modeling (gSDM). These
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