1.
The data show that the vegetvtonwas controlled by the precipitation condition in winter and there is nod aire-ct relation with the groundwater.
资料表明,此区旱生植被主要受冬季降水因素制约,与地下水条件无直接联系。
2.
Study of the Ecology Water Demand of Vegetation Restore in the Arid and Semi-arid Prairie Area;
干旱半干旱草原区植被恢复生态用水研究
3.
Study on the Tree Micro-Environment and Structure of Undergrowth Vegetations in Different Forest Types;
黄土半干旱区林地微生境与下层植被特征研究
4.
Soil Ecological Properties in an Arid Area of West of China;
我国干旱荒漠植被区土壤生态特性研究
5.
Analysis on the Minimum Water Requirment of Natural Vegetations in Arid Regions in Xinjiang;
新疆干旱区天然植被最低生态耗水量概念分析
6.
Response of Droughts or Waterloggings in the Loess Plateau in China to Global Climate Change;
黄土高原植被生长期旱涝对全球气候变化响应
7.
The Study on Drought-resistance of Two Kinds of Wild Rock Plant Applied to the Slope Eco-engineering;
应用于植被护坡的两种野生岩生植物抗旱适应性研究
8.
extreme xerophilous epiphyte
极端旱生性附生植物
9.
Variations of physiological and biochemical indexes on drought-resistance of five groundcover plants under water stress
水分胁迫下5种地被植物的抗旱生理生化指标变化
10.
The corresponding problems of ecological water requirement for vegetation construction in semi-arid grasslands are studied from microcosmic angle.
重点从微观角度研究半干旱草原区植被建设生态需水相关问题。
11.
Co-variation of Vegetation and Soil Quality during Ecosystem Restoration in the Hilly Region of the Semiarid Loess Plateau;
黄土高原半干旱丘陵区生态恢复中植被与土壤质量演变关系
12.
The Ecohydrology of the Soil Vegetation System Restoration in Arid Zones:A Review
干旱区土壤植被系统恢复的生态水文学研究进展
13.
biochemistry of drought resistance in plants
植物抗旱性生物化学
14.
chiefly tropical or xerophytic woody plants; practically unknown as fossils but considered close to the ancestral line of angiosperms.
主要是热带或旱生木本植物；作为化石基本上未知，但被认为与被子植物世系关系较近。
15.
The Effects of Sodium on Drought Resistance of Succulent Xerophyte Zygophyllum Xanthonylon;
Na～+与多浆旱生植物霸王抗旱性研究
16.
Evapotranspiration Models and Water Requirements of Nature Vegetation in the Arid and Semiarid Region;
干旱半干旱地区天然植被蒸散发模型与植被需水量研究
17.
Research on Agricultural Drought Based on Temperature/Vegetation Dryness Index Analysis
基于温度植被干旱指数法的农业干旱研究
18.
Economic value assessment of vegetation ecological service function in the hilly-gully area of Loess Plateau--A case study in north Yuzhong semi-arid mountains
黄土高原丘陵沟壑区植被生态服务功能经济价值评价——以榆中县北部半干旱山区为例