The origin of
island endemism has long been an important topic in biogeography [1 — 4] and has implications for species management and conservation.
Our data suggest that the rapid evolution of unique behavioral and morphological features associated with
island endemism in U. littoralis is the result of close interaction with humans as well as island evolutionary pressures and climate change.
To investigate the mechanisms that generate
island endemism, we studied the origins and evolution of the island fox (Urocyon littoralis; 1 — 3 kg), a diminutive canid endemic to six of California's Channel Islands, and a congener of the gray fox (U. cinereoargenteus; 3 — 7 kg) found throughout mainland North America.
To examine mechanisms for the origins of
island endemism, we present a phylogeographic analysis of whole mitochondrial genomes from the endangered island fox (Urocyon littoralis), endemic to California's Channel Islands, and mainland gray foxes (U. cinereoargenteus).
Not exact matches
Seven places that have become synonymous with exceptional biodiversity and high rates of
endemism, just like the real Galapagos
Islands More
The mentawai
islands are located in the middle of Indian Ocean, approximately 100 miles from Padang, west coast of Sumatra, Indonesia, the Mentawai archipelago is a stunning area rich in nature and beautiful beaches that has been ecologically isolated from mainland Sumatra since the mid-Pleistocene period, resulting in high levels of
endemism amongst its indigenous flora and fauna.
Egypt dive sites Red Sea's Marine Protectorates Red Sea formation and
endemism Hurghada Abu Nuhas Sharm El Sheikh Ras Mohammed Thistlegorm Southern Red Sea Brother
Islands Daedalus Reef Elphinstone St. John's Reefs