Allozyme electrophoresis still represents a powerful technique in the management of coral reefs

Ridgway, T. (2005) Allozyme electrophoresis still represents a powerful technique in the management of coral reefs. Biodiversity And Conservation, 14 1: 135-149.


Author Ridgway, T.
Title Allozyme electrophoresis still represents a powerful technique in the management of coral reefs
Journal name Biodiversity And Conservation   Check publisher's open access policy
ISSN 0960-3115
Publication date 2005-01
Sub-type Article (original research)
DOI 10.1007/s10531-005-4054-4
Volume 14
Issue 1
Start page 135
End page 149
Total pages 15
Editor David L. Hawksworth
Place of publication Netherlands
Publisher Springer
Collection year 2005
Language eng
Subject C1
270708 Conservation and Biodiversity
770306 Integrated (ecosystem) assessment and management
Abstract Understanding genetic variability and gene flow between populations of scleractinian corals separated by one to several hundred kilometers is crucially important as we head into a century of climate change in which an understanding of the connectivity of populations is a critically important question in management. Genetic methods that directly use molecular variance in the DNA should offer greater precision in detecting differences among individuals and populations than the more traditional allozyme electrophoresis. However, this paper highlights the point that the limited number of DNA markers that have been identified for scleractinian coral genetic studies do not necessarily offer greater precision than that offered by allozymes. In fact, at present allozyme electrophoresis yields greater information than the eight different DNA markers used in this study. Given the relative ease of use of allozymes and the wealth of comparable data sets from numerous previously published studies, allozyme electrophoresis should not be dismissed for population structure and connectivity studies on coral reefs. While continued effort should be placed into searching for new DNA markers, until a more sensitive DNA marker becomes available for scleractinian corals, allozyme electrophoresis remains a powerful and relevant technique for understanding the connectivity of coral population studies.
Keyword Biodiversity Conservation
Ecology
Environmental Sciences
Allozymes
Co1
Connectivity
Conservation Genetics
Its
Pocilloporin
Great-barrier-reef
Gene Flow
Pocillopora-damicornis
Scleractinian Corals
Population-structure
Spawning Corals
Western Pacific
South-africa
Australia
Marker
Q-Index Code C1

 
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