生物群

shēnɡ wù qún
  • biotic group
生物群生物群
  1. 聚磷菌提高系统对P的去除,多种生物群的协同作用使系统除磷能力进一步增强。

    Cooperation of multi-colony enhanced P removal capacity of system .

  2. C阶段为火山活动间歇期和热河生物群的繁衍;

    Stage C is " the dormant of volcanic activity and the development of Jehol biota ";

  3. 运用PCR方法检测解脲脲原体生物群在临床实际应用的探讨

    Application of PCR to detect biovars of Ureaplasma urealyticum in clinical practice

  4. 有效生物群(EM)处理促进了玉米植株的生长发育,使苗期与孕穗期的植株高于对照,叶面积指数和比叶重也不所增加;

    EM ( Effective Microorganisms ) inproved growth and development of maize plants , the height and leaf area of plants treated in EM were larger than CK during seedling and booting .

  5. PCR-CE检测溶脲脲原体生物群的实验研究

    Detection of Two Biovars of Ureaplasma urealyticum by Universal Primer-PCR-CE

  6. 进一步研究发现,火山活动导致了古生态环境中As、Hg、S等有毒、有害元素异常的增高。热河生物群灾难事件的发生层位(如SYP1的39层)多是古生态环境的突变层位。

    A comprehensive research confirms that the volcanic activity resulted in the high level of toxic element abnormal , such as As , Hg and S. The disaster beds of Jehol Biota correspond to the beds with paleo-environmental mutation .

  7. 同时,通过对现生红藻的比较研究,进一步证明了澄江生物群在云南海口地区发生于一个水深在30m以上的亚潮带和下潮间带的海水环境。

    The Biota in Haikou district of Kunming was living in subtidal and lower intertidal marine environment , up to 30 m below surface of the water based on the comparative study of extant red algae .

  8. 区域尺度的中国植物功能型与生物群区

    Plant Functional Types and Biomes of China at a Regional Scale

  9. 溶脲脲原体及其两个生物群与非淋菌性尿道炎相关性的研究

    Association of Ureaplasma urealyticum and its two biovars with nongonococcal urethritis

  10. 黑龙江沿岸晚白垩世恐龙生物群化石产地的初步预测

    Preliminary forecast on Late Cretaceous dinosaur sites along Heilongjiang River

  11. 云林沿海底拖渔业生物群聚变动之研究。

    The Community variation of the demersal fisheries organisms off Yunlin , S.

  12. 甘肃省陆相三叠系及其生物群

    Continental Triassic system and its fauna from Gansu Province

  13. 陆地生物群地域分异规律剖析

    Analyse on the Rules of the Land Living Group Owing to Different Distribution

  14. 瓮安生物群中海绵化石的新证据

    New Evidences of Sponge Fossils in the Weng'an Biota

  15. 把一个生物群丛作为一个系统来看到至少有两个好处。

    Viewing a biological association as a system has at least two advantages .

  16. 人需要四种基本的生物群。

    The men need the four basic food groups .

  17. 辽西热河生物群化石资源的保护管理与可持续利用研究

    Protection and Sustainable Utilization of Jehol Biota Fossil Resources in West Liaoning Province

  18. 中国东北区中生代生物群特征简述

    Brief characters of Mesozoic biota in northeastern China

  19. 西秦岭中、晚二叠世生物群更替事件

    Fauna Replacement Event of the Middle and Late Permian in the West Qinling Mountains

  20. 黄骅盆地下第三系生物群及环境分析

    Lower Tertiary biota and environment of Huanghua Basin

  21. 本文系统描述了中国南部二叠、三叠纪混生生物群。

    This paper systematically describes the Permo-Triassic " mixed biota " in South China .

  22. D阶段为火山喷汽与热河生物群的灾难事件;

    Stage D is " the volcanic exhalation and the catastrophe of Jehol biota ";

  23. 热河生物群&朝圣中生代生命演化圣地

    Jehol Biota-A Mecca for Mesozoic Life Evolution

  24. 淮南生物群的组合面貌及其特征

    Assemblage of Huainan biota and its characteristics

  25. 在两个相邻的板块上,沉积岩相和古生物群有显著的划分;

    2 , the sharp diversities of depositional phases and faunas on the adjacent plates ;

  26. 贵州中寒武世早期凯里生物群研究的新进展

    A progress report on research on the early Middle Cambrian Kaili biota , guizhou , PRC

  27. 晚中生代地球表层重大地质事件的陆地环境剧变与生物群演替响应

    The biotic and environmental response to the geological events on the Earth during the Late Mesozoic

  28. 滇东及其邻区早二叠世早、中期沉积相及生物群特征

    Early-middle stage sedimentary facies in Early Permian and biological characteristic of eastern Yunnan and adjacent area

  29. 辽西晚中生代热河生物群中首次发现具胚胎的软壳蛋化石

    The First Fossil Soft-shell Eggs with Embryos from Late Mesozoic Jehol Biota of Western Liaoning , China

  30. 山东滕县煤田晚古生代生物群及地层划分兼论石炭二叠系界线

    The Biotic Groups and Stratigraphic Subdivision of Late Paleozoic Era in Tengxian Coalfield of Shandong-On Carboniferous-Permian Boundary