1.
Control System of Circulation Nutrient Solution System in Soilless Culture
水耕栽培营养液循环控制系统的设计与控制性能分析
2.
A comparing experiment on rice water and atmosphere balance no-tillage cultivation with regular cultivation in varied line widths
水稻免耕水气平衡栽培不同畦宽与常耕栽培比较试验
3.
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
4.
Growth and Nitrogen Utilization as well as Regulation of No-Tillage Cast Transplanting Rice;
免耕抛秧水稻的生长与氮素利用及其栽培调控
5.
Effect of Nitrogen, Phosphorus and Potassium Combined Application on Rice Seeding-broadcasting Cultivation with No-tillage;
免耕抛秧栽培水稻的氮磷钾配施及其效应研究
6.
Comparative analysis of no-tillage rice cultivation techniques grown after winter potato harvest
冬马铃薯茬水稻不同免耕栽培方式比较试验
7.
Different rice seedling growth modes’impacts on no-tillage & seedling broadcasting (NTSB) cultivation
水稻不同育秧方式对免耕抛秧栽培的影响
8.
Advances on Nitrogen Utilization and Cultivation Regulation in No-tillage Rice
免耕水稻氮素利用与栽培调控研究进展
9.
It is more effective to combine water-saving irrigation with agronomy such as tillage and cultivation.
节水灌溉必需与耕作栽培等农艺措施相结合，才能有效实施。
10.
Study Concerning Effects on Rice Yield and Soil Fertility of Different No-tillage Cultivation Ways
不同免耕栽培方式对水稻产量及土壤肥力的影响研究
11.
Study on the Physiological Performance and Population Development of Rice under the Condition of No-tillage Intensified Cultivation
免耕强化栽培条件下水稻生理及群体发育的研究
12.
Effect of Cultivation Method of Broadcasting Rice Seedlings in the Field with Standing-Stubbles under No-tillage Condition on Senescence Characteristics of Leaves during Late Stages of Rice Development
免耕留茬抛秧栽培模式对水稻生育后期叶片衰老特性的影响
13.
Effects of Different Straw Returning to Field Methods under Different Cultivation Ways on Rice Yield and Soil Physical and Chemical Properties
不同耕作·栽培方式下稻草还田对水稻产量及土壤理化性状的影响
14.
a fruit [tomato] grower
水果 [番茄] 栽培者
15.
Cultivation of plants in nutrient solution rather than in soil.
水耕法一种耕作方法，不用土地而只在含有养分之溶液中栽培蔬菜等
16.
The results show that the techniques of farming and cultivation play an important effect on soil and water erosion and crop yield on yellow sloping field( gradient11～13°).
结果表明:黔中黄壤丘陵旱坡地（度11～3°不同耕作栽培技术对水土流失及作物产量影响极大。
17.
Today this mothod of farming is called hydroponics.
现在把这种栽培方法叫做水栽法。
18.
STUDY ON THE MODEL OF TRI-DEEPNESS AND BANDIG-TYPE TILLAGE AND CULTIVATION TECHNOLOGY IN WATERLOGGED AND FLAT LOWLAND
低平易涝地大豆三深带状耕作栽培模式研究