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   黑麂 在 蚕蜂与野生动物保护 分类中 的翻译结果: 查询用时:0.453秒
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黑麂
相关语句
  black muntjac
    REPRODUCTION OF THE CHINESE BLACK MUNTJAC (Muntiacus crinifrons Sclater )
    黑麂(Muntiacus crinifrons Sclater)的繁殖
短句来源
    Black Muntjac's Call
    黑麂的呼唤
短句来源
    Culture of Fibroblast Cells and Interspecies Embryos Reconstruction in Black Muntjac In vitro
    黑麂耳成纤维细胞培养及异种重构胚构建
短句来源
    Studies on the Conservation Genetics of Black Muntjac (Muntiacus Crinifrons)
    黑麂保护遗传学研究
短句来源
    The Current Distribution and Conservation Status of Black Muntjac in Gutian Mountain Nature Reserve
    古田山自然保护区黑麂资源分布与保护现状
短句来源
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  “黑麂”译为未确定词的双语例句
    Application of 12S rRNA in the identification of Muntiacus crinifons and Muntiacus reevesi
    12S rRNA在黑麂和黄麂物种鉴定中的应用
短句来源
    The population density was estimated to be 3.30±0.45(ind./km2)in the nature reserve,then in core area,cushion area and experiment area the densities were signifi-cantly different by one way variance analysis(P<0.01).
    结果表明,区内黑麂平均密度为3.30±0.45只/km2,单因素方差分析表明,核心区、缓冲区、实验区黑麂种群密度存在极显著差异(F2,37=19.31,P<0.01)。
短句来源
    The results showed that individual growth and bioecology characters had apparent changes.
    结果表明,黑麂幼体的个体发育及生理生态特征具有明显的变化。
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  black muntjac
The two resulting trees share a similar topology, which indicates that the black muntjac and the Gongshan muntjac are closely related, followed by the Chinese muntjac; the Indian muntjac is the sister taxon to all the other muntjacs.
      
Mitochondrial DNA Genetic Diversity of Black Muntjac (Muntiacus crinifrons), An Endangered Species Endemic to China
      
Genetic diversities based on the mtDNA control region were measured for both a wild population (n = 26) and a captive population (n = 18) of the black muntjac.
      
The wild population exhibited a low nucleotide diversity (π = 0.00562), which suggests that the black muntjac had a small effective population size historically.
      
Microsatellite Analysis of Genetic Variation and Population Subdivision for the Black Muntjac, Muntiacus crinifrons
      
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From March 2003 to December 2003,the distribution,population density and conser-vation status of black muntjac were surveyed in Gutian Mountain Nature Reserve,Zhejiang Province.The results showed that the optimal habitat elevation of black muntjac was 800~1000m.With dejecta and footmark as indirect indication,the authors used the sampling line method to obtain the field censusing data.The population density was estimated to be 3.30±0.45(ind./km2)in the nature reserve,then in core area,cushion area and experiment...

From March 2003 to December 2003,the distribution,population density and conser-vation status of black muntjac were surveyed in Gutian Mountain Nature Reserve,Zhejiang Province.The results showed that the optimal habitat elevation of black muntjac was 800~1000m.With dejecta and footmark as indirect indication,the authors used the sampling line method to obtain the field censusing data.The population density was estimated to be 3.30±0.45(ind./km2)in the nature reserve,then in core area,cushion area and experiment area the densities were signifi-cantly different by one way variance analysis(P<0.01).In different seasons,the population densities in nature reserve were insignificantly differencet(P>0.05).The changes of black muntjac in elevations in different seasons were mainly attributed to the seasonal modification of food resource.Losses of forest,hunting and human disturbance were the main threat against black muntjac's survival.According to the result of survey and local conditions,the idea for conservation of black muntjac and suggestion for future management were described in this paper.

2003年3~12月,在古田山自然保护区对黑麂的分布、种群密度和保护现状进行了调查,结果发现,古田山黑麂主要栖息在海拔800~1000m的区域。同时根据样带法估计保护区内黑麂种群密度。结果表明,区内黑麂平均密度为3.30±0.45只/km2,单因素方差分析表明,核心区、缓冲区、实验区黑麂种群密度存在极显著差异(F2,37=19.31,P<0.01)。从整个保护区来看,不同季节黑麂种群密度变化不明显(F3,36=0.36,P>0.05)。食物空间分布的季节性变化可能是黑麂对海拔高度选择变化的重要原因,森林面积的丧失和偷猎是影响黑麂种群在该区稳定生存的主要因素。

Habitat degradation and loss has been widely recognised as the main cause of wildlife population decline. Habitat assessment can provide essential information for wildlife refuge design and management. In this paper, we made a systematical study on the black muntjac distribution, habitat quality and spatial pattern. Fistly, we identified the main factors that influence the black muntjac habitat quality, and set up the habitat assessment criteria. Then we digitized the vegetation map, topographic map, river map,...

Habitat degradation and loss has been widely recognised as the main cause of wildlife population decline. Habitat assessment can provide essential information for wildlife refuge design and management. In this paper, we made a systematical study on the black muntjac distribution, habitat quality and spatial pattern. Fistly, we identified the main factors that influence the black muntjac habitat quality, and set up the habitat assessment criteria. Then we digitized the vegetation map, topographic map, river map, road map and village map by geographical information system(GIS). Thirdly, the habitat distribution and habitat quality were assessed based on the combination of vegetation, elevation, river system and impact of human activities. The result showed that the potential habitat for black muntjac covered an area of 3172.6hm~2, and 501.5 hm~2 habitat were lost due to the disturbance of human activity in Jiulong Mountain Nature Reserve. The present suitable habitat was 2671.1 hm~2, mostly distributed in Shangliaokeng, Jiulongshan, Neibeiping, Waijiulong and Dayanqian. In Gutian Mountain Nature Reserve, the potential habitat for black muntjac covered an area of 4635.75 hm~2, and 1118.11 hm~2 habitat were lost due to the disturbance of human activities. The prensent suitable habitat was 3517.64 hm~2, mostly distributed in Qingjian, Gutianshan, Qiaoguanjian and Cuidingjian. At present, the habitat of the black muntjac in two Reserves has been separated and became into habitat patches. It faces big threat from human activities, especially tourism development. Suggestion on habitat conservation has been put forward in this paper.

运用地理信息系统技术,在分析黑麂栖息地的地形、植被、水系和人为干扰等地理特征的基础上,系统研究九龙山和古田山自然保护区黑麂栖息地分布、栖息地质量与空间格局。结果表明,在九龙山自然保护区有黑麂潜在栖息地3172·6hm2,由于人类活动的影响导致栖息地丧失501·5hm2,目前尚存的黑麂适宜栖息地2671·1hm2。它们主要分布于上寮坑、九龙山、内北坪、外九龙和大岩前附近区域。古田山自然保护区有黑麂潜在栖息地4635·75hm2,在人类活动影响下丧失栖息地1118·11hm2,目前尚存的黑麂适宜栖息地3517·64hm2。它们主要分布于青尖、古田山、巧观尖、催顶尖附近区域。目前九龙山和古田山自然保护区内的黑麂栖息地基本上处于多斑块破碎化状态。为了使黑麂能得到更好的保护,对这两个研究区域黑麂栖息地的恢复和重建工作亟待加强。

The black muntjac (Muntiacus crinifrons) is a critically endangered mammalian species that is confined to a narrow region of southeastern China.The present study cultured the homogeneous ear fibroblast cell of the endangered black muntjac. The population doubling time of subculture cells in three different culture media, DMEM(low glucose), DMEM(high glucose) and RPMI-1640, was not significantly different, but DMEM (low glucose) was more efficient for the growth of the cells. The interspecies embryos were reconstructed...

The black muntjac (Muntiacus crinifrons) is a critically endangered mammalian species that is confined to a narrow region of southeastern China.The present study cultured the homogeneous ear fibroblast cell of the endangered black muntjac. The population doubling time of subculture cells in three different culture media, DMEM(low glucose), DMEM(high glucose) and RPMI-1640, was not significantly different, but DMEM (low glucose) was more efficient for the growth of the cells. The interspecies embryos were reconstructed using the fibroblasts of black muntjac as donors and enucleated rabbit or goat oocytes as recipients. The blastocyst rates were 0 and 11.5% respectively. The results demonstrated that two cytoplasts could support reprogramming the ear fibroblasts of black muntjac, but the developmental potential of the reconstructed embryos was different.

黑麂(Muntiacus crinifrons)是我国特有的珍稀濒危物种。采用组织块贴壁法获得了纯化的黑麂耳成纤维细胞。用3种不同的培养液(DMEM(低糖)、DMEM(高糖)和RPMI-1640)对第3代细胞进行培养,结果细胞群体倍增时间相近,DMEM(低糖)的培养效果稍好。以黑麂耳成纤维细胞为核供体,以山羊和兔卵母细胞为胞质受体,通过核移植构建异种克隆胚,囊胚率分别为0和11.5%,结果表明两种胞质受体均能支持黑麂耳成纤维细胞核的重编程,但重构胚的发育能力有所差别。

 
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