Biogeography of small terrestrial vertebrates on the Adriatic landbridge islands
Boris Kryštufek, Eduard Kletečki
Abstract
Boris Kryštufek, Eduard Kletečki
Abstract
= 0.52). Mammals showed a significantly lower slope of the species–area curve than amphibians and reptiles, and thus accumulated species counts with increase in area at the lowest rate. Nestedness patterns in all groups were significantly more organised than expected by chance. Amphibian nested structure points to extinction dominated and well insularised populations with no subsequent recolonisations. frequent unexpected presences and absences in the nestedness patterns of mammals and reptiles suggest complex biogeographic histories for these two groups, with several factors putatively in operation: heterogeneity in habitats and the original source fauna, postisolation immigrations and differential extinction rate due to human-caused habitat degradation.
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= 0.52). Mammals showed a significantly lower slope of the species–area curve than amphibians and reptiles, and thus accumulated species counts with increase in area at the lowest rate. Nestedness patterns in all groups were significantly more organised than expected by chance. Amphibian nested structure points to extinction dominated and well insularised populations with no subsequent recolonisations. frequent unexpected presences and absences in the nestedness patterns of mammals and reptiles suggest complex biogeographic histories for these two groups, with several factors putatively in operation: heterogeneity in habitats and the original source fauna, postisolation immigrations and differential extinction rate due to human-caused habitat degradation.
Key concepts: Nestedness, Extinction (optical mineralogy), Fauna, Biogeography, Ecology, Amphibian, Biology, Habitat