摘要: The persistence of species may depend upon their capacity to keep pace with climate change. However, dispersal has been ignored in the vast majority studies that aimed at estimating and predicting range shifts as a response Long distance (LDD) particular might promote rapid allow track suitable habitat. Many aquatic plant are dispersed by birds have potential be over hundreds kilometers during bird migration seasons. I argue such critical change happening unprecedented high rates. As case study, used data from three migratory model projections. By comparing four scenarios - (1) no dispersal, (2) unlimited (3) LDD < 100 km, (4) mediated movements -, it was shown that, for bird-mediated rate colonization is sufficient counterbalance habitat loss. estimated rates (3.2-31.5 km⋅year-1) higher than, example, global warming (previously 0.42 km⋅year-1). Although further needed, results suggest these can adjust ranges under severe scenario. Therefore, investigating species, namely potential, contribute estimate likelihood
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