1.
Spatial Variability Characteristics Analysis and Mapping Technology of Saline Soil in Yanqi Basin, Xinjiang;
新疆焉耆盆地土壤盐分空间变异特征分析及盐渍化土壤制图技术研究
2.
To Analyze in the Aerial Image the Benefit and Defilienly of Soil Inverstigation and Mapping of Soil
浅析航片法进行土壤普查与制图的利弊
3.
APPLICATION OF FUZZY C-MEANS ALGORITHM TO PREDICTIVE SOIL MAPPING ON REGIONAL SCALE
模糊c-均值算法在区域土壤预测制图中的应用
4.
Study on Technology for Soil Nutrient Map Quick Mapping Based on Spatial Variability and Its Network Distribution;
基于空间变异的土壤养分图快速制图及其网络发布技术研究
5.
soil erodibility value nomograph
土壤可蚀性值列线图
6.
Mapping and Dynamic Simulation of Soil Moisture Using GIS Techniques;
基于GIS的黄土丘陵区土壤水分制图与动态模拟方法研究
7.
Study on the Pollution Risk and Adsorption Mechanism of PCBs in Soils;
PCBs土壤污染风险及土壤吸附机制研究
8.
RESEARCHES ON SOIL SURVEY AND MAPPING BY LARGE-SCALE AERIAL PHOTOGRAPH
大比例尺航片土壤调查制图研究——以江苏宜兴川埠公社为例
9.
Extraction of Quantitative Relationships between Soil Properties and Landscape Factors Based on Fuzzy Set Theory and Its Applications in Digital Soil Mapping;
基于模糊集理论的土壤—景观定量关系提取及制图应用
10.
Study on Cartography of Chinese Soil Taxonomy Based on Geostatistics;
基于地统计学的中国土壤系统分类制图方法研究
11.
Mapping and Spatial Variability of Soil Properties of Tea Garden with Multi-scales in Low Mountain and Hill Region
多尺度下低山丘陵区茶园土壤特性空间变异及制图
12.
APPLICATION OF FUZZY LOGIC TO SOIL CONTINUOUS CLASSIFICATION AND CARTOGRAPHIC REPRESENTATION OF SOILS AND ITS PROSPECT
模糊逻辑在土壤连续分类和制图表达中的应用及展望
13.
Library is the Fine Soil for Practizing the Theory of "Three Representations;
图书馆是实践“三个代表”的优质土壤
14.
The Application of ERDAS IMAGINE in the Rectification of 1∶50000-scaled Soil Base Map
ERDAS IMAGINE在1∶50000土壤底图纠正中的应用
15.
Traditional soil survey technology can not meet this demand.
依靠传统土壤调查技术获得的土壤图则无法满足这种需求。
16.
Application of Jute Geotextile for Controlling Soil Erosion
黄麻土工布在土壤侵蚀控制中的应用
17.
Soil-Landform Relationships and Their Modeling within Single Mapping Unit;
单一制图单元内土壤属性的空间变异性及其与地形的关系和建模研究
18.
3S-based large-scale soil nutrients mapping research--Taking Wuzhong State Agro-Hi-Tech Zone as an example
基于3S技术编制大比例尺土壤养分图方法研究——以吴忠国家农业科技园区为例