Biodiversity Science ›› 2001, Vol. 09 ›› Issue (3): 284-293.doi: 10.17520/biods.2001043
• 论文 •
YANG Yu-Hui, LI Yi-Ming
Recent advances in molecular ecology opened a new chapter in conservation biology study.
Disadvantages such as the long2duration of field studies , limited resolution and difficulties in the cont rol
of experimental conditions in t raditionalecology research are seen to be overcome by molecular ecology
methods. Molecular markers (RFL P , VNTR , RAPD , mitochondrial DNA , etc. ) provide efficient
tools for the analyses of phylogeographic patterns , metapopulation dynamics , gene flow , population
bottleneck effect s and individual relatedness. All of these are very important for biodiversity conservation and restoration of declining species. Species or race specific molecular markers could help to clarify
ambiguity in morphological classification , phylogenetic relationships and possible hybridization among
closely related taxa. This would be useful for defining the priority in species protection and the selection of protected areas. Recently , genomic regions encoding the major histocompatibility complex
(MHC) were used to evaluate various specific questions such as population susceptibility to diseases and
appear promising for future analysis. The continuing development of molecular technology will further
enhance conservation ecology study. Studies based on multiple molecular marker systems when combined with ecological , demographic , behavioral and physiological data collected in the field , would provide a more definitive assessment of various conservation issues.
YANG Yu-Hui, LI Yi-Ming. Molecular ecology and animal biodiversity conservation. (2001) Biodiv Sci, 09(3), 284-293.
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