微生境

江苏盐城黑嘴鸥（Larussaundersi）繁殖微生境的选择

Breeding microhabitat selection of Saunders ' Gull ( Larus saundersi ) inYancheng of Jiangsu Province , China

外感高热风热证的咽部微生境研究

The Study on Throat Microhabitat of Wind-Hot Card of Exogenous High Ferer

在极旱荒漠区，微生境是决定植物群落分布的主要原因。

The microhabitat changes plant community distribution in extremely-arid desert .

林下微生境对草坪草叶绿素含量的影响

Effect of Microhabitat under Tree on Chlorophyll Content of Lawn

研究结果如下：1.沙埋改变植物微生境。

The result showed : 1 . Sand burial changed the plant microhabitat .

森林凋落物对林地微生境的影响

Effect of forest litter on microenvironment conditions of forestland

微生境更新技术研究

Research on the Technique of the Microhabitat Regenerating

用多相分类确定分离自菜豆、杭子梢和决明的根瘤菌的分类地位接种根瘤菌对豌豆根际微生境的影响

Effects of Nodule Bacteria Inoculation on Pea Rhizosphere

暖温带森林土壤呼吸随林分类型及其微生境因子的变异规律

Zaw of Variation of Soil Respiration Rates in Warm Temperate Forests with Forest Types

贮食微生境主要包括活立木、枯立木、倒木和倾斜地面。

Caching microhabitat mainly included living wood , snag , dead log and slope .

总体上，生活在各微生境中的共有种占据优势，最小的相似性也达到0.6105。

In general , the common species were the dominant ones in various microhabitats .

研究认为有限的种子散播以及微生境选择等因素可能是产生这种小格局的遗传结构的主要原因。

The fine-scale structure seemed to be influenced by restricted seed dispersal and microenvironment selection .

影响天山云杉天然更新与幼苗存活的微生境变量分析

Analysis on Micro-habitat Variables Affecting Natural Regeneration and Survival of Seedlings in Picea schrenkiana Stand

动物传播是定向传播，微生境多适合种子萌发。

Many of the cache microhabitat are beneficial to seed germination , a directed dispersal .

辩认并点算所有树上的动物及纪录他们栖息的微生境。

Identify and count all the animals attaching on the mangroves and record their microhabitats .

植物群落的微生境研究

Study on the Micro-Habitat in Plant Community

这种变化是随着微生境，气候，植被等因素的变化而进行有规律的变化。

This change is regular with the change of micro-habitat 、 climate 、 vegetation and so on .

因此，适宜的森林采伐干扰活动可能促进两物种微生境的分离，有利共存。

Hence , suitable forest harvest activities may promote the separation of their microhabitats , benefiting their coexistence . 6 .

在小尺度下，林业活动能够通过改变森林生境或微生境的类型和特性而影响甲虫物种分布。

In this paper we reviewed the effects of forestry practices and forest fragmentation on beetle diversity on three ecological scales .

在这种微生境里，一年生植物的幼苗的生存率是附近地方的十倍。

In such microhabitats , up to ten times more of the seedlings of annual plants survive than in surrounding areas .

关于生态位重叠与相似的度量空间生态位完全重叠的种类，是通过选择不同的食物以及不同的微生境来避免过度竞争。

ON THE MEASURES OF NICHE OVERLAP AND SIMILARITY Small mammals had two different ways to avoid over-competition : food separation and microhabitat specialization .

物种两两之间在海拔、坡度等生境因子的利用上大多存在显著差异，表现出不同的微生境利用模式。

Among the selected five ungulates , most exhibited a distinct utilization pattern in environmental factors ( e.g.elevation and slope ), contributing to their coexistence in sympatry .

研究结果表明，栖息地结构连接性、微生境结构特征的差异以及人为干扰是褐马鸡种群密度和集群行为差异的主要影响因素。

The results suggest that habitat connection , microhabitat structure and human disturbance are the key factors influencing local population density and flock size of the brown eared pheasant .

某些局部微生境因子如相对高程、土壤盐度和土壤磷含量的变化，对芦苇种群与互花米草种群的扩散和分布格局产生复杂的局部性影响，使其分布格局反映出对局部微生境的适应特点。

Environmental factors in microhabitats such as elevation , soil salinity , and soil P , locally and complicatedly influenced on the spread and distribution pattern of the two populations .

目的观察外感高热风热证患者咽部微生境变化规律及中药治疗本证的微生态学作用机制。

Objective : To observe the change rule of exogenous high fever ( Wind-Hot Card ) patients 's throat microhabitat change rule and microecology function mechanism on the Chinese native medicine treatment .

我们实验选择处于两个不同演替阶段的植物群落进行物种添加实验，利用这两个群落的丰富度和微生境的差异，探讨群落中限制添加物种定殖的因素以及添加种子对群落结构的影响。

We conducted the field experiment in two plant communities of different successional stages . We intend to find out the factors limiting the colonization of the adding species and the effects on species richness .

结果如下：1我们将研究区的坡面上立地类型划分为2个类型组，6种立地类型，6种微生境。

The results are as follows : 1 Our study area on the slope of the site type is divided into two types of group , 8 kinds of site type , 6 kinds of microhabitat .

在平坦的黄土平原上，土壤被一层很厚的灰尘覆盖，种子聚集和萌发的微生境有两个：土壤碎块和犁沟。

In areas , such as flat loess plains , where the bare soil is covered with a massive crust , there are two main microhabitats in which seeds accumulate and germinate : soil cracks and furrows .

在微生境尺度上，坡向余弦、灌木数量、草本盖度、草本数量和落叶层盖度等5个因子在两者间存在显著差异。

At the scale of micro-habitat , they differed mainly in 5 factors such as the cosine of slope direction , number of shrubs , coverage degree of herbage , herbage number and coverage degree of leaf litter .

其原因可能是由植被流入土壤的物质和能量的多样性和数量的增加，也可能是由土壤动物区系起作用的土壤微生境的多样性的增加造成的。

These effects may have been caused by an increased diversity and quantity of material and energy flows to the soil . They may also have been mediated by increased diversity of soil microhabitats via a stimulation of the soil fauna .