物种种群的英文

• species population

• 物种    species; speci-
• 种群    population
• 种种群    single population
• 物种群    species group
• 动物种群    animal population
• 生物种群    biological population; population
• 微生物种群    microbial population
• 浅水底栖生物种群    epibenthic population
• 野生生物种群统计    wildlife population statistics
• 促进濒危动物种群的繁衍。    propagate endangered animal species
• 种种    all sorts of; all kinds of; a variety of 设置了种种障碍 put up all sorts of obstacles; 由于种种原因 for a variety of reasons; 用种种手段 by hook or by crook; resort to every means; resort to every trick; 凡此种种, 不一而足。 such instances are legion
• 种群    population◇种群平衡 population balance; 种群生态学 genecology; 种群调节 population regulation
• 物种    [生物学] species; speci-◇物种起源 origin of species; 物种起源学说 theory of origin of species; 物种形成 speciation; 物种学 speciology; 物种转化 species transformation
• 一种,种种    a variety of
• 种种,各种    a variety of
• 种种，种类    variety n
• 种种的    diverse; manifold; miscellaneou; multitudinous; myriad; several; varied
• 种种地    variedly
• 一龙九种种种各别    a dragon begets nine offsprings each one different
• 纯种群    standard-breed stock
• 合种群    cenospecies; coenospecies
• 联种群    matapopulation
• 品种群    odoratus group
• 犬种群    group
• 人口，种群    population

• It may be suggested that not all types of rarity have die same genetic implications from these results
  这提示，并非所有的稀有物种种群具有一样的遗传含义。
• There are very low genetic variation existing in the population due to bottleneck events and small effective population size
  由于瓶颈效应和有效种群小，使得该物种种群遗传多样性贫乏。
• Already resources are depleting , with the report showing that vertebrate species populations have declined by about one - third in the 33 years from 1970 to 2003
  资源正逐渐被耗尽。报告显示，从1970年到2003年的33年间，脊椎物种种群已经减少了近三分之一。
• Considering the distribution of the species , the sizes and grounding patterns of stone are of critical importance , but the kinds of stone have n ' t any significance
  对此物种种群分布来说石头大小和着地样式至关重要；但石头种类，即石灰石还是花岗石，影响不大。
• Furthermore , the study indicated that the genetic diversity of the natural population of reawnuria soongorica increased with the decreasing of the content of organic matter , water , total n and total p in soil , which had some relation with more potentiality of the genetic and variation of reawnuria soongorica in its long - term evolution to adapt worse environment
  经分析表明，无叶假木贼种群与角果藜种群的shannon多样性指数分别为0 . 1403和0 . 1615 ，基因分化系数( g _ ( st ) )为0 . 1469和0 . 1659 ，揭示了两物种种群遗传变异多存在于亚种群内，亚种群间的遗传分化则不明显。
• And the populations of p . cicutarrifolia exhibit clumped distribution in zhejiang , hubei , jiangxi , anhui etc . furthermore , the population size is small , and its number is scare , and every population is n ' t dominant in its community , which resulted in their endangered state , for which habitat fragment and artificial damage are mainly responsible
  安徽羽叶报春呈斑块状分布于安徽黄山、石台、休宁、宁国、泾县、歙县、黟县等南部山区，毛茛叶报春呈岛屿状分布于浙江、安徽、湖北、江西等省。两物种种群少且种群小，在群落中都不占优势。
• The competition among those species like s . tsinyunensis , dryopteris erythrosora and veronicastrum stenostachyum etc . , is intense in the communities , which may be one of the reasons why s . tsinyunensis is going to be endangered and with a very restricted distribution . the distribution patterns of the seven populations of s . tsinyunensis are clumped among the eight populations we studied , except population v of random distribution . the spatial pattern of 6 populations of s . tsinyunensis have high consistency with the negative binominal distribution , while another 2 populations , i . e . , i and iii are poisson distributions
  6 )缙云黄芩各种群空间分布格局基本呈聚集分布，其中7个种群的分布格局类型是聚集分布，其聚集强度较高，另有一个种群为随机分布；其种群的离散分布拟合结果也严格符合一定的数学模式，其中负二项分布、 poisson分布分别是该物种种群空间分布的理论分布模式，其中6个种群拟合出的结果是负二项分布，种群i和种群m拟合出的结果是poisson分布。