1.
Effect of supplemental irrigation on nitrogen translation and high-yield wheat yield in drylands
不同补灌次数对旱地高产小麦氮素运转及产量的影响
2.
Effects of Different Supplementary Irrigation Times on the Flag Leaf Senescence at Later Developing Stages and Yield of High-yield Wheat in Dry Land
不同补灌次数对旱地高产小麦生育后期旗叶衰老及产量的影响
3.
Study of Mechanism of Increasing Yield of Water-permeability Plastic Film Mulching on Dry Land Sorghum;
旱地高粱渗水地膜覆盖增产机理研究
4.
Sugarcane Productive Demonstration of "Ten Thousand Tons/Thousand Mu"
旱地甘蔗“千亩万吨”高产新技术示范
5.
Study on Planting Technology System of High-yield and High-efficiency for Dry Land Potato in Semi-arid Area of Central Gansu;
陇中半干旱区旱地马铃薯高产高效栽培技术体系的研究
6.
Cultivation Technology for Increasing Rainfall Productivity of Dryland Corn in Sandstorm Semi-arid Region
风沙半干旱区旱地玉米提高降水生产效率的栽培技术研究
7.
Study on Morphological Characters of High-Yielding Rice Varieties and Discuss on Characters of Plant Type in Upstream of Yangtze River under High Temperature and Summer Drought;
长江上游高温伏旱地区超高产水稻形态特征研究及高产株型探讨
8.
INVESTIGATIONS ON INCREASING COTTON YIELDS IN SHENSI DROUGHTY PLAINS
提高关中旱地棉田单位面积产量的研究和实践
9.
A Test Study of High- Yielding Technique of Spring Wheat and Its Quality Effects in Rainfed Farmland
旱地春小麦高产技术及品质效应的试验研究
10.
Study on the Foundation and Application of Macromolecule Materials for Plants Growth in Dry Land;
高分子材料在旱地作物生产中的应用基础研究
11.
Study on System of High Yield Cultivation Technology in Maize in Semi-drought Area in Middle Part of Shanxi Province;
晋中半干旱地区玉米高产栽培技术体系研究
12.
Studies on High-yield Maize Cultural Techniques Adopting Water Preserving Measures on Farmland Relying on Rainfall
雨养耕地抗旱蓄水保水玉米高产栽培技术研究
13.
Sesame and Sunflower in Dryland Species of High-yielding Cultivation Technology Between Research
旱地胡麻与葵花间种高产栽培技术研究
14.
of arid and semiarid open country.
产于干旱和半干旱地区的空旷乡间。
15.
Agricultural and Livestock Production in the Arid and Semi-arid Areas in the United States of America
美国干旱、半干旱地区的农牧业生产
16.
Studies on Soilvirginization System of High Quality Yield and Efficiency for Dry Land Potato;
旱地马铃薯免耕优质高产高效栽培技术体系研究
17.
Therefore, runoff from high P upland fields could accelerate water eutrophication.
高磷黄壤旱地地表径流磷量能加速水体富营养化的产生.
18.
Mathematical Models for High Yield of Guidan 8 Planted in Dry Lands with High and Medium Fertility in Bijie Prefecture
毕节地区中上等旱地贵单8号高产栽培数学模型研究