1.
The Research and Spread of Agricultural Thechnology in Korea during the colonial period--Centralized on Agricultural Law of Paddy;
韩国殖民时期农业技术的研究与普及——以水田农法为中心
2.
New idea, method and breakthrough in rural water construction;
农田水利建设的新思路新方法新突破
3.
Exploration on Monitoring Method of Soil Moisture Based on Remote Sensing Image
农田土壤含水率遥感监测方法的探索
4.
Investigation of Irrigated Water Qualities in Xinjiang Farmland and Discussion of Treatment Methods with It;
新疆农田灌溉排水水质调查和其处理方法探讨
5.
Method for calculating safe baseline of regional farmland irrigation water and its application;
区域农田灌溉水数量安全底线测算方法及应用
6.
Determination of Nitrite in Irrigation Water by Ion Chromatography
离子色谱法测定农田灌溉水中亚硝酸盐
7.
Water consumption of the crops in the northwestern Shandong plain and comparisons of lysimeter and eddy covariance technique
鲁西北平原农田耗水规律与测定方法比较
8.
acres of level farmland.
好几亩水平的农田。
9.
Construction of farmland irrigation and water conservancy was enhanced.
农田水利建设得到加强。
10.
The terrace that trapped the water became the farm field.
把水拦住的梯田成为农田。
11.
In this way, farmers have enough moisture to produce a grain crop in each strip every other year.
这种方法使农民每隔一年在每块条田中有足够的水分去生产谷物。
12.
Further discussion on the calculation method of field drain spacing
对蒸发影响下农田排水沟（管）间距计算方法的探讨
13.
Basic Condition Evaluation of Farmland Water Conservancy by the Method of Multi-Factor Comprehensive Judgment;
应用多因子综合评判法进行农田水利基础条件评价
14.
Interactive Method of Multi-Objective Programing (MOP) to Bear Irrigation Works Cost Based on N Person Game Theory;
农田水利工程投资分摊对策的交互式多目标规划解法
15.
Studies on Governance Performance Evaluation for Small-scale Irrigation Works Based on Analytical Network Process(ANP)
基于网络分析法(ANP)的小型农田水利工程治理绩效评价研究
16.
Projection Pursuit Analysis of Water Quality Evaluation of in Agricultural Irrigation Based on Artificial Fish-Swarm Algorithm
基于人工鱼群算法的农田灌溉水质评价投影寻踪分析
17.
Multi-objective controlled drainage model based on particle swarm optimized algorithm
基于粒子群优化算法的农田多目标控制排水模型
18.
The farmers will find their account in bringing the farmland under irrigation.
农民们将在农田水利化中受益。