地带性

我国自然植被生产力功能和地带性结构的气候耦合

Climatic coupling between natural vegetational productivity function and zonality structure in China

生态经济区划原则是地带性原则、非地带性原则和社会经济学原则。

The principles of eco-economic zoning are zonality , non-zonality and socioeconomic .

土壤微生物量C、N从北到南的地带性变化规律不强。

The zone change of soil microbial biomass C and N from north to south was not distinct .

中国特有植物大血藤的RAPD分析&植物地带性分化的分子差异标准初探

RAPD Analysis of Sargentodoxa cuneata and Discussing on the Molecular Divergence of Plant Zonation Differentiation

G1/G2及H1/H2之比值也分别呈渐减和渐增趋势。地带性土壤中复合体的表面性质、腐殖质组成及养分在各组复合体中的分布也呈现有规律的变化。

The regular variation of surfaee properties , humus composition and nutrient accumulation in both G_1 and G_2 organo-mineral complexes is also observed in zonal soils .

污泥中的DOM对中国土壤中Cd吸附的影响Ⅰ.纬度地带性差异

Effect of DOM derived from sewage sludge on Cd adsorption in different soils in China (ⅰ) . difference in latitudinal zonal soils

利用东亚地区典型地带性植被和MODIS数据，对广泛使用的植被指数NDVI和新开发的增强型植被指数EVI进行了对比分析。

Typical vegetation in eastern Asia and MODIS data were used to characterize newly-developed Enhanced Vegetation Index ( EVI ) and widely-used NDVI .

采用DEM数据对月平均气温空间插值进行修正，提高了月平均气温插值的精度，在一定程度上提高了垂直地带性植被模拟的准确性。

The use of DEM data for amendment of the spatial interpolation is used in monthly average temperature . It is not only raising the accuracy of interpolation of temperature , but also improving the simulation of the vertical zonal vegetation .

以我国中南地区几种主要地带性土壤为材料，比较了物理、化学方法的浓缩效果，结合X－射线分析，探讨了高梯度磁场分选（HGMS）后土壤胶体的矿物类型、氧化铁种类的变化。

Changes of clay mineral association after HGMS for main zonal soils in central and southern China were investigated by means of XRD and chemical analytic methods .

研究鼎湖山地带性植被厚壳桂属（Cryptocarya）群落种间联结15年的变化，以期揭示该群落随时间演替过程中种间关系的变化情况。

A 15-year change of interspecific association of zonal vegetation , Cryptocarya community , was studied .

用改进的Schofield法、盐滴定法等方法研究测定了我国中南地区5种不同地带性土壤的表面电荷特性。

Surface charge properties of five soil samples from zonal soils in China were studied by the improved Schofield method and potential titration method .

结果表明：人为加速侵蚀使地带性土壤遭破坏，表土每年流失0.6～1.2cm；

The result shows that accelerated erosion destroys region soil and the soil loss of surface layer is 0.6 ~ 1.2 cm / a .

土壤剖面磁化率与CaCO3指标反映，由于地带性因素存在，全新世汾河盆地古土壤S0的成壤强度远远低于渭河盆地。

The magnetic susceptibility and the content of CaCO 3 recorded by the soil profiles reveal that the Holocene soil-formation intensity of the paleosol S 0 in the Fenhe Basin was much lower than that in the Weihe Basin due to the existence of the zonal factors .

对上海城市绿化建设中地带性植被恢复问题的思考

Think over Recovery of Regional Vegetation in Shanghai Urban Plantation Construction

湖北省地带性土壤发生学特性的探讨

Tentative research on genetic characteristics of zonal soils in Hubei Province

黄土高原人工林土壤水分效应的地带性特征

Zonal characteristics of artificial forest effecting soil moisture on Loess Plateau

非地带性因素在四川综合自然区划中的作用

Effect of non-zonal factor in Comprehensive Physical Regionalization in Sichuan Province

黄土高原降雨量的地理地带性研究

Study on Geographical Zone Feature of Precipitation in the Loess Plateau

此外，藓类植物与其地带性植被关系密切。

The moss is in close relationship with its zonal vegetation .

4种典型地带性植被生物量与物种多样性比较

Comparison of biomass and species diversity of four typical zonal vegetations

我国地带性土壤中产蛋白酶细菌生态分布研究

Study on ecological distribution of protease-producing bacteria in zonal soils

应用地带性植物构建吉林特色森林城市

Using region-specific plants to construct a park city with unique Jilin characteristics

黄土是一种典型的地带性气候环境景观。

The loess is a kind of typical zonal climate environment landscape .

岩溶植被植物区系组成为地域性但带有明显的地带性烙印；

Karst vegetation flora is regional , but has evident horizontal characteristics .

模拟地带性植被类型建设高质量城市植被

Building High Quality Urban Vegetation by Simulating Region-Specific Vegetation Type

非地带性土壤有4个土类、九个亚类。

There are 4 soil types and 9 subgroups of azonal soil .

高海拔多年冻土分布的地带性数学模式之探讨

Approach to the Mathematical Model of Zonality of High-Altitude Permafrost

平顶山市地带性土壤研究

The geographic study of the regional soil in Pingdingshan area

植物区系特征成分及地带性分化问题的探讨

The Discussion on the Typical Floristic Elements and Their Zonation Differentiation Problems

地带性植被具过渡性。

It possessed an interim feature in the belt vegetation .