间生态的

基本解释 (translations)

parabiotic

与间生态的相关的网络例句 [注：此内容来源于网络，仅供参考]

The populations with high value of niche breadths had high niche overlap.

且生态位宽度较大的种群间生态位重叠值较高。

Niche breadths of most native populations in natural forest were wider than that of P. armandii forest. Furthermore, competitions among populations were not so strong, and community structure was more stable, because of great niche differentiation in natural forest.

天然林中大多数乡土树种的生态位宽度较之在华山松林中大为增加，但由于长期协同进化，种间生态位分化程度高，种间竞争较缓和，群落具有很高的稳定性。

The basis of the relation between nomadic and farming cultures in ancient China had been of complementariness in economy,whose formation was determined by various natural environments in which different cultures were distributed,whereas whose contents and developmental direction depended on differences in the ways of earning their living in differing ecological environments.

中国古代游牧文化与农耕文化间关系的基础是经济上的互补性，这种互补性关系的形成是由不同文化所分布的自然环境决定的。而不同生态环境下生计方式的差异又决定着互补关系的内容及其发展方向。历史上游牧民族与农耕民族间在经济上互补关系的主要内容有朝贡贸易、互市贸易以及战争这种非正常的互补形式。

Consider to discover, gift of economy of the zoology between the industry has very strong acting countervail complementary sex.

研究发现，行业间生态经济禀赋具有很强的代偿互补性。

Two-dimensional scatter plot of principal axes analysis,systematic cluster tree and the minimal spanning tree on the basis of niche overlaps were drawn,which revealed the ecological similarity of 42 moss species.The combinative application of principal axes analysis,systematic cluster analysis and minimal spanning tree method on the basis of niche overlaps could express the ecological similarities among species intuitively.

以此为指标，分别应用主坐标排序、图论聚类及系统聚类分析方法，作出了反映42种地面藓类的种间生态关系的二维投影图、最小生成树和动态聚类图。3种方法相结合，能够对生态位重叠值矩阵进行直观地表达，并使所表达的藓类种间关系具有确切的生态学含义。

Uneven distribution of tideland sediment caused by the strong tidal current action in Hangzhou Bay, and nature ecological distribution of macrofaunal in the tideland, is a part reason of tideland environmental quality change.

杭州湾强烈的潮流作用导致的潮间带底质分布不均匀，以及底栖生物在潮间带的自然生态分布，是潮间带环境质量变化的部分原因。

Although many scholars had attempted to define it, the typical definitions of niche are Grinnell's space niche, Elton's functional niche and Hutchinson's hypervolume niche; Niche metrics include niche breadth, niche overlapping, niche volume and niche dimension, among which niche breadth and niche overlapping are two important indexes that can be used to characterize a species niche and the relationships between species niches.

许多学者都试图给生态位下定义，但最具代表性的当推Grinnell、Elton和Hutchinson分别给出的&空间生态位&、&功能生态位&和&多维超体积生态位&定义；生态位测度包括生态位宽度、生态位重叠、生态位体积及生态位维数等，其中生态位宽度和生态位重叠是描述一个物种的生态位以及物种生态位间关系的重要指标。

With spatial sequence taking the place of temporal sequence and succession time as ecological dimension, the niche volumes and overlaps of various species were quantitatively investigated in the manmade florae of Shapotou Area to study the resource-exploiting capacities, interspecific similarities and competition mechanisms of various community components of manmade florae in sand areas in community succession.

在沙坡头沙区人工植被群落区，采用空间序列代替时间序列，并以演替时间为生态位维度，通过定量分析物种的生态位体积和生态位重迭，研究沙区人工植物群落演替过程中群落各组分种对资源的利用能力、种间生态相似性及竞争机制。

With spatial sequence taking the place of temporal sequence and succession time as ecological dimension, the niche volumes and overlaps of various species were quantitatively investigated in the manmade florae of Shapotou Area to study the resource-exploiting capacities, interspecific similarities and competition mechanisms of various community components of manmade florae in sand areas in community succession.

在沙坡头沙区人工植被群落区，采用空间序列代替时间序列，并以演替时间为生态位维度，通过定量分析物种的生态位体积和生态位重叠，研究沙区人工植物群落演替过程中群落各组分种对资源的利用能力、种间生态相似性及竞争机制。

This papers prominence consists in the combination of the advanced GIS technology and MIS theory, probing into the methods and steps that information technology serves for agriculture eco-engineering; making sure the credibility of the analysis results and the realization of the goal through applying the quality control of spatial data to the system; analyzing the organic relation among every factor of the evaluation system, under the guidance of evaluation system of Chinese 1:10,000,000 land resource map; and making best use of the mighty special analysis function of GIS to realize the feasible evaluation of testing land; putting forward a way to resolve the combination of map spot through analyzing the different relation of the attributes of the land resource.

本文的突出之处在于将前沿的GIS技术与MIS理论相结合，探索了信息技术为农业生态工程服务的方法、步骤；将空间数据质量控制的思想应用到系统中，确保了分析结果的准确可靠和系统目标的真正实现；以中国1：100万土地资源图的评价系统为指导，系统分析了评价系统中各要素间的有机联系，并充分利用GIS强大的空间分析功能实现了试验区土地适宜性评价；通过对土地资源各属性间关系的分析，提出了一种图斑融合的解决思路。

与间生态的相关的网络解释 [注：此内容来源于网络，仅供参考]

be defined as ecotourism：被定义为生态旅游

1.promote the communication with neighbouring countries促进邻国间的交流 | 2. be defined as ecotourism被定义为生态旅游 | 4. consult a reference book查参考书

ecosystem：生态体系

未来的竞争是跨领域的体系间的竞争,生态体系(Ecosystem)的大小和强弱决定了是否在竞争中取得优势. google当然从众多海外互联网公司在中国的遭遇找到了答案,google会扎根本土,会帮助广大合作伙伴取得利益的前提下成长.

Ecotourism：生态 游

近20间,国内外兴起一股生态游(Ecotourism)之风,以石沪为主题的深游,去(2005年)正在澎湖吉贝一带推广,并受到许多游客的好评. 这项具有地方特色的资源,但能开创观光机,吸引国际观光客,同时也可兼具文化地景保存、海洋生态研究与海洋教育的效.

mutualism：互利共生

龛(niche).微生物之间相互作用的基本生态规律:微生物与微生物之间以及微生物与高等生物之间,存在着相互作用的生态关系.种间共处(neutralism),偏利共生(commensalism),互利共生(mutualism) ,互惠共生(synergism),

organelle：细胞器

第一节微生物在自然界中的分布与菌种资源的开发第九章微生物的生态生态学(ecology):研究生命系统和和环境系统间相互作用规律的科学一些概念:生物圈(biosphere);生态系统(ecosystem);群落(community);种群(population);个体(individual);器官(organ);组织(tissue);细胞(cell); 细胞器(organelle);分子(molec

parabiosis：间生态

以前Gilmore所做的动物实验曾发现,烧伤后在循环血液量减少之前,即可见到心博出量减少,即使输液后循环血液量达到正常以上时,仍几乎看不到心搏出量的减少得到改善,此后Baxter也做间生态(Parabiosis)实验,发现烧伤犬的血浆中有对正

Ecological sustainability：生态持续性

较早的时候,可持续这一概念是由生态学家首先提出来的,即所谓"生态持续性"(Ecological Sustainability). 它旨在说明自然资源及其开发利用程度间的平衡. 1991年,国际生态学联合会(IN-TECOOL)和国际生物科学联合会(IUBS)联合举行关于可持续发展问题的专题研讨会,

Avena fatua：野燕麦

通泉草(Mazus japonicus)等杂草的实际生态位比较宽,它们是本地区草坪的主要杂草.而猪殃殃(Galium aparine),婆婆纳(Veronica persica),野燕麦(Avena fatua)等杂草间的生态位重叠值大.杂草生态位宽度大小反映了杂草利用资源的多样化水平或特化水平,

HYDROCOTYLE：天胡荽屬

本研究利用外部形态、花粉形态、细胞学及生态与地理分布等资料,针对台湾产繖形科 (Apiaceae)天胡荽属 (Hydrocotyle)植物进行分类研究. 研究结果显示在外部形态上,叶片形态、叶表面被毛形态、叶柄被毛形态、花序生长形式、花序总柄长短、花序中小花数目、果实表面微细形态是种间区别的重要特徵.

The origins of nepotistic exchange：第六章 亲属间交换的起源

5. The feeding ecology; 第五章 摄食生态 | 6. The origins of nepotistic exchange; 第六章 亲属间交换的起源 | 7. Baboon speciation versus human specialization; 第七章 狒狒的物种形成与人类专门化的关系