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博碩士論文 etd-0829114-105631 詳細資訊
Title page for etd-0829114-105631
論文名稱
Title
臺灣周圍海域花身鯻(Terapon jarbua)族群遺傳研究
Population genetics of Terapon jarbua around Taiwanese waters
系所名稱
Department
畢業學年期
Year, semester
語文別
Language
學位類別
Degree
頁數
Number of pages
62
研究生
Author
指導教授
Advisor
召集委員
Convenor
口試委員
Advisory Committee
口試日期
Date of Exam
2014-09-26
繳交日期
Date of Submission
2014-10-16
關鍵字
Keywords
親緣地理、花身鯻(Terapon jarbua)、族群遺傳、細胞色素b
Terapon jarbua, phylogeography, population genetic, cytochrome b
統計
Statistics
本論文已被瀏覽 5910 次,被下載 1044
The thesis/dissertation has been browsed 5910 times, has been downloaded 1044 times.
中文摘要
過去西太平洋親緣地理研究主要偏向於大尺度範圍探討遺傳結構與地理分布,然而從未有研究指出對於小尺度範圍的是否會有明顯的遺傳結構與地理分布的關係。因此,在本篇研究中,將利用粒線體DNA細胞色素b序列,以臺灣島為一小尺度探討周圍海域花身鯻之族群結構及其親緣地理。研究上採用11個族群,西邊從臺北到高雄,東邊為宜蘭、花蓮港、花蓮豐濱溪、台東,離島澎湖以及大陸廣東省饒平市,共97個個體。由類聚分析法(Neighbor-joining)重建親緣關係樹以及Nested clade analysis分析,可分為兩個大譜系(Lineage A,B),但無法以地理或河域區分,型態上測量兩譜系中花身鯻側線鱗數目,發現兩譜系的側線鱗數目並無差異。所有樣本、譜系A以及譜系B的單型基因歧異度(H)為0.94、0.90和0.94以及核苷酸歧異度(π)為0.00567、0.00229和0.00465。在族群遺傳結構中,分子變異分析(AMOVA)結果顯示主要變異來自個體間的差異。族群間分化指數0到0.20306之間。關於族群歷史動態方面,在Tajima’s D值,譜系A、譜系B為負值,只有譜系A達到顯著水準;在Fu’s FS test中,譜系A、譜系B為負值,只有譜系B未達到顯著水準,不過可知道譜系A都曾經歷過族群擴張現象,另外譜系B則是屬於較弱的族群擴張,這現象也可以在適合度檢定(Goodness-of-fit test)和族群變異分佈檢測(mismatch distribution)中得知。綜合上述結果我們可以知道臺灣周圍海域花身鯻均曾發生過族群擴張現象。此現象可能與過去更新世時代,冰河時期海平面波動導致族群產生分隔效應,但在冰河退卻後,各族群間產生基因交流有關,可能是造成現在臺灣周圍海域花身鯻族群遺傳與族群變動的原因,這結果也能從貝氏天際線點圖得知族群擴張時間約在一萬到兩萬五千前之間,並與更新世時期最後一次冰河時期時間(約一萬到七萬年前)相符合。
Abstract
In the past studies, phylogeography and population genetics of marine fishes were focused on large-scale research. However, to date, none of previous studies on marine fishes were conducted with a small sampling rage to show lack of genetic structure in a limited area. Taiwan, a small island, would be an ideal locality to test whether population genetic structure can be observed in small geological range. In this study, we examined cytochrome b sequences to estimate population genetics of Terapon. jarbua around Taiwan. Ninety seven individuals were sampled from 10 localities throughout Taiwan and one locality in Guangdong. NJ tree and NCA show T. jarbua are divided into two groups, but correlation of sampling localities to genetic structure is absent and gene flow among localities is common. High level of haplotype diversity (H=0.935) are detected, indicating a high level of genetic diversity and low level of nucleotide diversity (π=0.00567). Conventional population FST (0~0.2031) comparisons revealed lack of significant genetic structure indicated that T. jarbua likely experienced a demographic expansion and that is also supported by mismatch distribution and goodness-of-fit test. Based on the data from this study, we suggest T. jarbua around Taiwan experienced expansion. According to Bayesian skyline plot T. jarbua experienced population expansion since 10,000 to 25,000 BP, which matched the last glacier between 10,000 to 70,000 BP in the Pleistocene. Sea-level changes might exert efforts on population isolation. After the glacial, frequent gene flows among populations would be the reason for shaping population genetic and population demographic of T. jarbua around Taiwanese waters.
目次 Table of Contents
論文審定書------- i
謝辭----------------- ii
中文摘要-----------iii
英文摘要-----------iv
目錄-----------------vi
表目錄--------------vii
圖目錄--------------viii
附錄-----------------ix
壹、前言------------1
貳、材料與方法--8
參、結果-----------16
肆、討論-----------21
伍、結論-----------27
參考資料-----------28
附表-----------------36
附圖-----------------44
附錄-----------------50
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