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Population genetic structure and conservation implications of Ceriops decandra in Malay Peninsula and North Australia
Tan, F.-X.; Huang, Y.-L.; Ge, X.; Su, G.-H.; Ni, X.-W.; Shi, S.-H. (2005). Population genetic structure and conservation implications of Ceriops decandra in Malay Peninsula and North Australia. Aquat. Bot. 81(2): 175-188.
In: Aquatic Botany. Elsevier Science: Tokyo; Oxford; New York; London; Amsterdam. ISSN 0304-3770, more
Peer reviewed article  

Available in  Authors 

    Genetic diversity; Mangroves; Population genetics; Ceriops decandra (Griff.) Ding Hou [WoRMS]; ISEW, Australia, Queensland, Daintree R. [Marine Regions]; ISEW, Malaysia, Malaya; Marine; Brackish water

Authors  Top 
  • Tan, F.-X.
  • Huang, Y.-L.
  • Ge, X.
  • Su, G.-H.
  • Ni, X.-W.
  • Shi, S.-H., correspondent

    Comprehensive information of mangrove genetic resources is requisite for developing strategies for their effective conservation and sustainable use. Genetic diversity within and among populations of a widespread viviparous mangrove Ceriops decandra was determined using inter-simple sequence repeat (ISSR). Ten natural populations were collected from Malay Peninsula and North Australia. At the species level, high genetic variation was detected (P = 72%, HE = 0.253, and I = 0.379). The estimate of GST was 0.882, indicating a high level of genetic differentiation among populations. When populations were grouped according to geographic regions, i.e., East Malaya, West Malaya, Southmost Malaya, and North Australia, AMOVA suggested that most of the total variation (87%) was accounted for by differentiation between regions, with only 4% accounting for variation among populations within regions, and a further 9% partitioned among individuals within a population. A UPGMA dendrogram based on genetic distance revealed a deep split between populations from the eastern Indian Ocean and all others from the western Pacific Ocean, which may result from the historical lowering of sea level at these regions during the recent Pleistocene glaciations. An understanding of the genetic structure of C. decandra provides insight for the conservation and management of this species.

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