Khantemirova E V, Semerikov V L
Genetika. 2010 May;46(5):622-30.
Using the method of allozyme analysis, genetic variation, diversity, and population structure of Juniperus communis L. var. communis and J. communis L. var. saxatilis Pall. (= J. sibirica Burgsd. = J. nana Wild), growing on the territory of Russia, J. c. var. communis from Sweden, and J. c. var. depressa Pursh from Northern America (Alaska), was investigated. The total level of genetic variation of these varieties was found to be higher than the values obtained for the other conifers. The population samples of J. c. var. depressa from Alaska and J. c. var. saxatilis from Sakhalin were noticeably different from all other populations examined. Between the other samples, no substantial genetic differences were observed. These populations were characterized by weak interpopulation differentiation along with the absence of expressed geographical pattern of the allele frequency spatial distribution. The only exception was the procumbent form of common juniper from the high mountain populations of South and North Ural, which was somewhat different from the others.
采用等位酶分析方法,对生长在俄罗斯境内的欧洲刺柏普通变种(Juniperus communis L. var. communis)和石生变种(J. communis L. var. saxatilis Pall.,等同于西伯利亚刺柏J. sibirica Burgsd. 或矮刺柏J. nana Wild)、来自瑞典的欧洲刺柏普通变种以及来自北美洲(阿拉斯加)的垂枝变种(J. c. var. depressa Pursh)的遗传变异、多样性和种群结构进行了研究。发现这些变种的遗传变异总体水平高于其他针叶树的相关值。来自阿拉斯加的垂枝变种和来自萨哈林岛的石生变种的种群样本与所有其他检测种群明显不同。在其他样本之间,未观察到显著的遗传差异。这些种群的特征是种群间分化较弱,且等位基因频率空间分布不存在明显的地理模式。唯一的例外是来自南乌拉尔和北乌拉尔高山种群的偃卧状普通刺柏,它与其他种群略有不同。