1.
EURASIAN LOESS BELT AND ANCIENT HUMAN ACTIVITIES DURING THE EARLY PALEOLITHIC AGE;
欧亚大陆的黄土带与旧石器早期人类活动
2.
Study on Soil Erosion under Different Temperature Zone in Loess Plateau by GIS
基于GIS的不同温度带的黄土高原土壤侵蚀研究
3.
Characters of sliding soil of the loess landslide: A case study from Jiaoshushuwan, Tianshui
黄土滑坡滑带土的特点——以天水椒树湾滑坡为例
4.
Molecule Characteristics in Chinese Temperate Soils and Their Significant Biomarker Changes in Loess-red Clay Sequence;
我国温带现代土壤类脂物的分布特征及其在红粘土—黄土中的变化
5.
Planting bush mulberry on sleep slope land more than 25 degrees with deepen levelditches.
陕北黄土丘陵区以水平槽带状灌木化在25。
6.
Eurasian temperature-Loess plateau-Qingzang plateau element is 23 species(10.6%);
欧亚温带—黄土高原—青藏高原成分23种,占10.6%;
7.
Prediction Model of both Sediment Yield and Runoff Generation on Rill Erosion Zone over Loess Slope;
黄土坡面细沟侵蚀带产流产沙模型研究
8.
Desertification in the transition zone between Mowusu sandy land and Loess Hill Region;
陕北毛乌素沙地与黄土区过渡地带荒漠化研究
9.
Research on Parameter of Trip Mining under the Thickness Collapsible Loss;
巨厚湿陷性黄土覆盖层下条带开采参数研究
10.
Experimental Study on NO_3～--N Deep Migration in Loess Plateau of Aerated Zone under Irrigation Condition;
黄土塬灌区包气带NO_3～--N运移规律的试验研究
11.
Research on food security in agriculture and pasturage interlaced zone of Northern Shaanxi Loess Plateau;
陕北黄土高原农牧交错带粮食供需测算
12.
Experimental Study of Hydraulics Properties in Deep Loessal Soil of Yangling
杨凌包气带深层黄土的水力学性质试验研究
13.
Research on engineering geology characteristics of soil in sliding zone of Huangtupo landslide in Three Gorges Reservoir area
三峡库区黄土坡滑坡滑带工程地质特征研究
14.
Canopy interception of tree and shrub plantations in a farming-pastoral zone of Loess Plateau
黄土高原农牧交错带人工乔灌木林冠截留
15.
Experimental Study on Fractal Properties for Deep Loessal Soil of Aeration Zone in Yangling Region
杨凌包气带深层黄土颗粒分形特性的实验研究
16.
Loess is easy borne by the wind and may be carried long distances before it falls to earth and becomes topsoil.
黄土易被风刮起并带至远处方才落下成为表土层。
17.
Comparison of Soil Organic C in Loess Plateau and Subtropical Hilly Regions of China;
黄土高原和亚热带丘陵区典型生态景观单元土壤有机碳对比研究
18.
Research on the Micro-structure Change of the Slide-zone Soil in Loess Landslide Caused by Train-induced Long-term Vibration;
列车长持时振动引起黄土滑坡滑带土微结构变化研究