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胡锦矗. 2000: 大熊猫的系统地位与种群生态学的研究与进展. 动物学研究, 21(1): 28-34.
引用本文: 胡锦矗. 2000: 大熊猫的系统地位与种群生态学的研究与进展. 动物学研究, 21(1): 28-34.
HU Jin-chu. 2000. Review on The Classfication and Population Ecology of The Giant Panda. Zoological Research, 21(1): 28-34.
Citation: HU Jin-chu. 2000. Review on The Classfication and Population Ecology of The Giant Panda. Zoological Research, 21(1): 28-34.

大熊猫的系统地位与种群生态学的研究与进展

Review on The Classfication and Population Ecology of The Giant Panda

  • 摘要: 大熊猫分类的争论已持续了130年。自1984-1985年O Brien进行蛋白质分子与DNA系列的研究后,到90年代,多数西方学者都同意大熊猫隶属于熊科的观点。但在中国,多数学者从生物学的不同学科和水平,尤其在从古生物学方面的研究结果,坚持把大熊猫独立为一科。1989年邱占祥等研究了云南中新世大熊猫的祖先化石以后,1993年黄万波又研究了大 熊猫的颅骨、下颌骨及牙齿,进一步论证早在中新世晚期,始熊猫(Ailurarctos)与始熊(Ursavus)就开始并行发展,前者发展为现生的大熊猫,后者发展为真熊,即今熊科中的各种熊。本文从种群数量、特征、增长与波动、遗传多样性和生存分析等5个方面,对近20年来大熊猫的种群生态的研究与进展进行了的概括,同时提出并讨论了目前还存在的一些问题。

     

    Abstract: Whether panda belongs to Ursidae,Procyonidae or an independent family had been debated until the 1980s,when O Brien and others posed a series of researches on the protein and DNA of the giant panda.Until the 1990s,most of the western scholars agreed that panda belonged to Ursidae while most of the Chinese scholars insisted that it should be an independent family,considering every factor of biology and researches on the molecular level as well as on palaeontology.QIU Zhan-xiang et al.studied the fossils of pandas ancestors found in Yunnan Province in 1989.HUANG Wan-bo studied pandas skulls,mandibles and teeth in 1993.All these studies have further proved that it was in the later Miocene period that the Ailurarctos and Ursavus began to develop parallelly:the former had developed to panda while the latter had developed to bear (all the species in Ursidae). The studies on population ecology of panda during the latest years are summarized overall in five aspects.The first is population.With different methods,we believe that there is 200 or so in Qingling mountains,300 or so in Mingshan and Qionglai mountains,less than 40 in Daxiangling and Xiaoxiangling mountains,more than 100 in Liangshan mountains,the total is 1000 or so.The second is population characteristic.The third is population growth and fluctuation.The fourth is genetic diversity.The genetic diversity from high to low in different mountains is:Qionglaishan→Mingshan→Qingling→Liangshan→Xiaoxiangling→Daxiangling.There is distinct genetic differentiation in different mountains,especially in polymorphic aspect of genetic group.There are three different genetic groups:the populations in Qingling mountains,Mingshan-Qionglai mountains and Liangshan mountains are in kinship.There are close kinship between the populations in Mingshan-Qionglai mountains and Liangshan mountains,but their kinship with Qingling mountains is quite far.The fifth is viability analysis.At the same time,some problems existed among them are brought up and discussed.

     

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