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Biogeography. A marine Wallace's line?
As most coral reef organisms with a pelagic larval phase are presumed to be readily dispersed between distant populations, sea-surface current patterns should be crucial for predicting ecological and genetic connections among threatened reef populations. Here we investigate this idea by examining va...
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Published in: | Nature (London) 2000-08, Vol.406 (6797), p.692-693 |
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creator | Barber, P H Palumbi, S R Erdmann, M V Moosa, M K |
description | As most coral reef organisms with a pelagic larval phase are presumed to be readily dispersed between distant populations, sea-surface current patterns should be crucial for predicting ecological and genetic connections among threatened reef populations. Here we investigate this idea by examining variations in the genetic structuring of populations of the mantis shrimp Haptosquilla pulchella taken from 11 reef systems in Indonesia, in which a series of 36 protected areas are presumed to be connected by strong ocean currents. Our results reveal instead that there is a strong regional genetic differentiation that mirrors the separation of ocean basins during the Pleistocene low-sea-level stands, indicating that ecological connections are rare across distances as short as 300-400 km and that biogeographic history also influences contemporary connectivity between reef ecosystems. |
doi_str_mv | 10.1038/35021135 |
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subjects | Animals Biogeography Connectivity Coral reefs Decapoda Decapoda (Crustacea) - genetics Ecology Electron Transport Complex IV - genetics Genetics, Population Haplotypes Haptosquilla pulchella Indian Ocean Indonesia Marine Mitochondrial DNA Ocean basins Ocean currents Oceanography Pleistocene Population Dynamics Protected areas Shellfish |
title | Biogeography. A marine Wallace's line? |
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