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Aim
The species–area relationship (SAR) is often modelled by the linearized power function log S = log c + z log A, where S is species richness, A is area, logc is the intercept and z is the slope. Although investigating how c and z values vary across taxa and archipelagos can provide insights into the biology of the SAR, this approach has many caveats. In this study, we aim to clarify how and why...
The species-area relationship (SAR), i.e. the increase in species number with area, has been repeatedly used to predict species extinction, at both local and global scales, with habitat reduction. He and Hubbell (Nature, 2011; 473, 368–371), however, argued that the function that relates species loss with decreasing habitat area cannot be simply obtained reversing the species-area accumulation curve...
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