Chinese Alligator

美 [ˌtʃaɪˈniːz ˈælɪɡeɪtər]英 [ˌtʃaɪˈniːz ˈælɪɡeɪtə(r)]
  • 网络扬子鳄;野生扬子鳄
Chinese AlligatorChinese Alligator
  1. The Population Dynamics and Survival Strategy of Wild Chinese Alligator

    野生扬子鳄种群动态及其生存对策

  2. Regression equations between body measurements in the young Chinese Alligator

    扬子鳄幼鳄身体量度间的回归参数分析

  3. Analysis on the survival environment affecting wild Chinese Alligator

    影响野生扬子鳄生存的环境因素分析

  4. Reflect the genetic polymorphism of the Chinese alligator population is very low .

    反映了扬子鳄种群非常低的遗传多态性。

  5. The Chinese Alligator species identification and genetic research to provide a new DNA molecular markers .

    本研究为扬子鳄品种鉴定和遗传研究提供了新的DNA分子标记。

  6. Research on the Cause of Compacted Yolk During Artificial Culture of Young Chinese Alligator

    人工饲养幼鳄出现卵黄硬结原因的探讨

  7. Preliminary Studies on Raising the Survival Rate of the Chinese Alligator Hatchling

    提高扬子鳄幼鳄成活率的初步研究

  8. Studies on the Relationship Between the Egg Laying and Climate of chinese Alligator Climate

    扬子鳄产蛋与天气关系的研究

  9. Study on the water complement manners of young Chinese alligator during its hibernation

    扬子鳄幼鳄越冬时水分补充方式的探讨

  10. Comparison of Two Overwintering Ways for Chinese Alligator in Captivity

    人工饲养条件下扬子鳄两种越冬方式的比较

  11. Structure and development of the integumental glands of the Chinese Alligator

    扬子鳄皮肤腺结构与发育的初步观察

  12. Artificial raising and observation on Chinese Alligator

    扬子鳄人工饲养与观察

  13. The Chinese alligator is one of the most endangered reptiles in the world .

    扬子鳄是世界上最危险的爬行动物之一。

  14. D-loop Sequence Variation of Mitochondrial DNA in Captive Chinese Alligator

    扬子鳄饲养种群线粒体DNA控制区的序列多态性

  15. A method for DNA extraction from tannage and scales of Chinese alligator Alligator sinensis

    扬子鳄鞣制皮革和鳞片的DNA提取方法

  16. Influence of Hibernant Temperature on Reproduction of Chinese Alligator

    冬眠期温度对扬子鳄繁殖的影响

  17. Artificial propagation of the Chinese alligator THE EXPERIMENTATION OF USING SALT SOLUTION ON SALMONS ARTIFICIAL FERTILIZATION

    食盐水洗卵法在鲑科鱼人工繁殖中的应用试验

  18. Chinese alligator is the most endangered and threaten species among the 23 crocodilians .

    扬子鳄是23种鳄类最为濒危和受到的生存威胁最大的物种。

  19. Hematologic and serum biochemical values are significantly important for the health management of Chinese alligator species and never have been reported .

    扬子鳄的血液学及血液生化指标对于扬子鳄的健康养殖具有非常重要的意义,并且从未被报道过。

  20. The Chinese alligator is extremely threatened with only a few dozen inhibiting the Yangtze River valley .

    中国的短吻鳄已经濒危,只在长江谷内存活着几十条。

  21. The Habitat Status of Wild Chinese Alligator and the Analysis on the Fecundity of Captive Population in Anhui

    安徽野生扬子鳄生境现状及饲养种群繁殖力分析

  22. Heavy metals content and pH value in water environment of wild Chinese alligator ( Alligator sinensis ) habitat : A preliminary study

    野生扬子鳄栖息地水环境重金属元素含量及pH值的初步研究

  23. Wild Chinese alligator ( Alligator sinensis ); Population viability Analysis ; Vortex model ; Bellowing ; Reproductive behavior ;

    野生扬子鳄;种群生存力分析;旋涡模型;吼叫;繁殖行为;

  24. Cloning and Sequences Analysis of the Second Exon of MHC Class ⅱ B Genes in Chinese Alligator , Alligator sinensis

    扬子鳄MHCⅡ类B基因第二外元的克隆及序列分析

  25. This paper reports the relations between the chinese Alligator 's reproductive capacity and climate of ecological niche in the condition of artificial breeding .

    本文报道了扬子鳄的生殖能力与其在人工饲养下小生境气候之间的关系。

  26. Studies on MHC Class ⅱ B Genes of Chinese Alligator ( Alligator Sinensis ) and DNA Extraction from Its Tannage

    扬子鳄MHCⅡ类B基因研究及其皮革的DNA提取

  27. Changle point in Nanling County , Anhui Province has ideal survival environmental factors . But it too small for Chinese Alligator population .

    在安徽省南陵县二个官方指定的保护点中长乐点尽管食物、隐蔽条件和水三大生境基本要素都较为理想,但因为没有足够的栖息地因此这里并不适合野生扬子鳄种群的生存。

  28. In summer and autumn of 2003 , the author introduced target objective observation and scan sampling methods to research behaviors and time budgets of Chinese alligator .

    2003年夏秋两季,采用扫描取样法和目标动物取样法,对饲养条件下扬子鳄的个体行为和活动时间分配进行了研究。

  29. Thanks to him , the Chinese alligator and the Orinoco crocodile were just beginning to recover ;

    幸亏有了他,中国扬子鳄和奥里诺科河鳄鱼才得以开始复苏;

  30. This research is a development for the artificial reproductive technique of the Chinese Alligator , and will supply a reference data for the construction of its artificial breeding field .

    本研究拓展了扬子鳄的人工繁殖技术,为扬子鳄人工繁殖场地的兴建提供参考资料。