1) Common Chinese Zokor in forests
林区鼢鼠
2) zokor
鼢鼠
1.
Sequences analysis of mtDNA D-loop region in four zokors species;
4种鼢鼠线粒体DNA D-loop区全序列分析
2.
Dynamics of age structure and breeding characteristics of zokor population in the improved secondary forests;
次改林地鼢鼠种群年龄结构和繁殖特性动态研究
3.
An experiment with several rodenticides on zokor control;
化学药剂根际浇灌和蘸根造林防治鼢鼠的试验研究
3) zoker
鼢鼠
1.
Analysis on structure of tunnel of zoker with principle of architectural engineering;
鼢鼠洞道结构的建筑工程学分析
2.
Chemical control was used at the begining to reduced the density of zoker,mechanical control,then,would follow to kill the remains.
以化学防治为开端,迅速压低鼢鼠口密度,以人工机械捕杀残留鼠,生物措施巩固防治效果,使害鼠种群数量始终维持在经济阈值以下。
3.
On the basis of population ecology of zoker, the tactics and the scheme about integrated pest management of forest zoker were proposed.
以林区鼢鼠种群生态学为基础 ,提出了林区鼢鼠的综合管理策略和方案。
4) plateau zokor(Myospalax baileyi)
高原鼢鼠
1.
Research on anti-oxidative effects of fat soluble component in muscle of Plateau Zokor(Myospalax baileyi);
高原鼢鼠肌肉超临界萃取物抗氧化效果研究
2.
Seasonal changes of myoglobin in cardiac and skeleton muscle of Plateau Zokor(Myospalax baileyi);
高原鼢鼠心肌和骨骼肌肌红蛋白含量的季节变化
3.
Quantitative analysis of linoleic acid in lipid of Plateau Zokor(Myospalax baileyi);
高原鼢鼠油脂中亚油酸含量定量分析
5) Myospalax baileyi
高原鼢鼠
1.
Study on the nutritive components and value of Myospalax baileyi;
高原鼢鼠营养成分及价值研究
2.
Nuclear Ribosomal RNA Small Subunit (18S rRNA) Nucleotide Sequencing and Characterization of Sailonggu(Whole Bone of Myospalax baileyi Thomas);
塞隆骨原动物高原鼢鼠核基因18S rRNA序列测定与分析
3.
Nuclear Ribosomal RNA Small Subunit (18S rRNA) Nucleotide Sequencing and Characterization of Sailonggu(Whole Bone of Myospalax baileyi Thomas);
塞隆骨原动物高原鼢鼠核基因18SrRNA序列测定与分析
6) Myospalax cansus
甘肃鼢鼠
1.
Test on the Control of Myospalax cansus Harm to Forest in Yuanzhou Area of Guyuan City;
固原市原州区甘肃鼢鼠对森林的危害调查与综合防治试验
2.
In order to study the adaptive evolution of the fossorial life of rodent, three different phenotypic rodents including typical subterranean rodent Myospalax cansus, semi-subterranean rodent Lasiopodomys mandarinus and surface-dwelling rodent Mus musculus were selected to analysis their digging efficiency in this study.
以甘肃鼢鼠(Myospalax cansus)、棕色田鼠(Lasiopodomys mandarinus)和小鼠(Mus musculus)为对象,对其尺骨、桡骨和肱三头肌结构进行了比较,并通过力学模型,对这三种生活类型鼠类前肢的挖掘效率进行分析。
补充资料：鼢鼠(图)
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| 鼢鼠 |
马岛鼠亚科因分布于马达加斯加岛而得名，是岛上仅有的啮齿类，共有十多种。马岛鼠种类虽然不多，但是非常多样，有树栖也有陆栖，还有跳跃行走的成员，其食性也从植物到昆虫均有。有人认为岛上这些不同的鼠类不是单一起源，可以将马岛鼠亚科取消而将其成员分别置于其他类群。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条