生物群落的

基本解释 (translations)

biocoenotic

与生物群落的相关的网络例句 [注：此内容来源于网络，仅供参考]

Features and innovations in this study:(1) Longest successive time scale of Precambrian samples is studied;(2) The environmental and biological significances of the difference between . the carbon isotopic compositions of kerogen and coexisted carbonate were discoved;(3) The difference of biogeochemical processes between Proterozoic closed and open sea system was considered in the disccussion;(5) It is first time to carry out the chemolysis and thermolysis of kerogen in Precambrian organic matter research.(6) It is first time to apply molecular organic geochemical data to the reconstruction of Proterozoic Rodinia Supercontinent.

此项研究具有以下特色和创新之处：(1)研究对象连续时间跨度最长；(2)研究内容涉及面较全面；(3)较早详细探讨了前寒武纪沉积有机质的分子特征与古环境和生物群落的演化关系；(4)独立推导和论证了δ〓C〓和δ〓C〓的差值的生物和环境的重要意义；(5)在前寒武纪有机质研究中区分了局部封闭环境下的生物地球化学循环过程与广域海环境下的生物地球化学过程的差异；(6)开展了前寒武纪干酪根化学和热降解研究；(7)开创性地将分子有机地球化学的数据应用于元古宙Rodinia超大陆的重建中。

During restoration experiment, several functional and structural parameters (number of species, diversity index, percentage of phytomastigophora, community pollution value, heterotrophy index, similarity index between communities) were determined weekly.

在修复实验过程中，定期测定微型生物群落的各种结构和功能参数（种类数，多样性指数，植鞭毛虫百分比，群落污染值，异养性指数，群落结构的相似性指数），通过它们的变动机制和规律，再现了修复过程中微型生物群落的演替过程。

Based on the three bottom trawl surveys in adjacent waters of Changjiang estuary in June, August and October 2006, the composition and variation of the functional groups of high trophic level communities in the waters were studied.

通过对2006年6、8和10月在长江口及邻近海域3次调查采集样品的分析，对该水域的高营养层次生物群落的功能群组成及其变化进行了研究。

The analysis results for community species component and plant diversity showed that exclusion did change the species component and increase plant diversity remarkably, while the indicateor life-form structure, palatability analysis indicated that community for old exclusion is becoming perennity and unpalatability, whereas community for comparative exclusion is under stable non-equilibrium condition, in the view of vegetation coverage, mean height, biomass, palatability of plant composition, community for old exclusion has lower than new, comparative exclusion which proves partly that long-term exclusion can not increase grazing values for semi-arid rangeland.

对3种封育措施群落组成和生物多样性的分析结果表明，封育改变了群落的组成成分并增加了生物多样性，同时对群落植物的生活型、饲用价值分析计算结果则显示，老封育的群落植物逐渐向多年生发展，放牧价值开始降低，而对照区则明显处于一种非平衡的稳定状态。从3种措施植被的盖度、高度、生物量和饲用价值来看，老封育区均低于新封育区和对照区，表明长期封育不利于促进并提高草场的放牧利用价值。

Then in 1875, out of nowhere, a well combination of wind currents, drought and basic biology, set the stage for the unthinkable -- the biggest baddish swarm ever recorded.

接着在1875年，不知从哪里出来的，一次风流，旱灾和基本的生物群落的正好的结合，促成了上演这个意想不到的——曾被纪录的最大的害虫群。

Moreover, the development of the fouling community on an offshore installation also represents a simplified model of the benthic community recovery.

此外，探讨污损生物群落的演替变化机制还可为海洋恢复生态学的发展提供借鉴。

This paper describes the meaning and characteristics of regional developing strategies,and then with the close relevance of regions at development and biological community,the authors advocate the regional developing strategies based on biological community principles,namely industry clustery strategies and city group developing strategies .

首先对区域发展战略的内涵、特点进行描述；然后根据区域发展和生物群落的密切相关性，提出了基于生物群落原理的区域发展战略，即产业集群战略和城市群发展战略。

The results showed demersal biological resources in summer were richer than that in spring as well as diversity index of the community.

更多3.97、2.743、0.76。结果表明，夏季底层生物资源较春季丰富，渔业生物群落的多样性指数也较春季高。

"Chaparral:a biome characterized by hot, dry summers and cool, moist winters and dominated by a dense growth of mostly small-leaved evergreen shrub s, as that found in the foothills of California."

沙巴拉群落：由主要为小叶常绿密生的灌木组成的生物群落，夏季干旱炎热，冬季凉爽湿润，如存在于加利福尼亚州山麓小丘的一个生物群落。

The structure and carbon flow of community in the pack ice, the contribution of ice community to the vertical carbon flux in the pack ice zone, and the adaptation of ice community to the micro-environments of sea ice were studied in the Canadian Basin and Greenland Sea through five Arctic cruises (the First and Second Chinese Arctic Expeditions, the 15th and 18th Germany "Polarstern" Arctic Cruises, and US-Canadian Joint "Louis St. Laurent" Canadian Basin Cruise).

本研究通过我国首次和第二次北极科学考察、参与德国第15和18北极航次和美-加2002北极航次等5个航次的调查，对北极夏、秋季浮冰的环境特性、生物群落结构和生物量、生物群落碳流、浮冰生物群落对浮冰区真光层垂向碳通量的贡献以及浮冰细菌的环境适应性进行了研究。

与生物群落的相关的网络解释 [注：此内容来源于网络，仅供参考]

biocoenosis：生物群落

本书是托特曼一生学术成就的集大成之作,社会生态学对生物群落(biocoenosis)与群落生境(biotope),即生态系统(ecosystem)的关心在这本书中得到了充分的体现.

biome：生物群落

生物群落的划分是以植被的分类为基础的,地球上的植被类型虽然很复杂,但在陆地上呈大面积分布的地带性生物群落(biome)主要有以下几类:在荒漠群落中,植物是一些特别耐旱的超旱生植物,他们从生理和形态结构上适应旱生环境,

biome：地带性生物群落

生物群落的划分是以植被的分类为基础的,地球上的植被类型虽然很复杂,但在陆地上呈大面积分布的地带性生物群落(biome)主要有以下几类:在荒漠群落中,植物是一些特别耐旱的超旱生植物,他们从生理和形态结构上适应旱生环境,

biotic community：生物群落

1.定义:生物群落(biotic community)是指在一定地段或一定生境里各生物种群相互联系和相互影响所构成的组合结构单元. 植物群落(plant community, phytocoenosium, phytocommunity)是指由一些植物在一定生境条件下所构成的一个相互影响、互为关联的总体.

physiognomy：群落外貌

1、存在度(presence)和恒有度(constancy)群落外貌(physiognomy)是指生物群落的外部形态或表相而言. 它是群落中生物与生物间,生物与环境相互作用的综合反映. 陆地生物群落的外貌主要取决于植被的特征,水生生物群落的外貌主要取决于水的深度和水流特征.

biocoenose：生物群落

(一)生态学建立前期:由公元前2世纪到公元16世纪的欧洲文艺复兴,是生态学思想的萌芽时期. 亚里士多德(Aristotle)被称为第一位生态学家. 1877年德国的Mobius 创立生物群落(biocoenose)概念. 1890年Merriam首创生命带(life zone)假说.

biocoenotic：生物群落的

biocoenotic dynamics | 生物群落动态 | biocoenotic | 生物群落的 | biocolloid | 生物胶体

biocoenotic dynamics：生物群落动态

biocoenotic connection | 群落联系 | biocoenotic dynamics | 生物群落动态 | biocoenotic | 生物群落的

Biomes：生物群落

介绍世界各个动物区系(fauna),植物区系(flora)及生物群落(biomes). 以及世界各地的代表性的动植物.

species-rich biomes：物种丰富的生物群落

species distribution area物种分布地区 | species-rich biomes物种丰富的生物群落 | specific absorbed dose吸收剂量比值