1) Irrigating every two line
隔行灌溉
2) interval-border irrigation
隔畦灌溉
1.
Firstly,under interval-border irrigation,the yield of one cube-meter water and water productivity could be incre.
利用间隔畦灌溉的方法进行试验研究,并对结果进行统计、分析,得出如下初步结论:①隔畦灌溉比不设隔畦,单方灌水产量和水分生产率可提高15%和10%左右,田间日均耗水强度减少20%左右;②减产量与间隔宽度呈正比;③在1。
3) separate furrow irrigation
隔沟灌溉
1.
The separate furrow irrigation is a new way of economizing irrigation,which has been investigated and popularized,but there is no report in southern Ningxia hill region.
隔沟灌溉技术是一项新型的节水灌溉技术,在国内外都已进行了较长时间的研究和推广,但在宁南山区尚没有推广应用的报道。
4) irrigation actions
灌溉行为
1.
Farmer is the subject of agricultural water consumption,so the research on irrigation actions of farmers has become an attention focus.
农户作为农业用水的主体,对其灌溉行为的研究成为目前关注的焦点。
5) feasibility of irrigation
灌溉可行性
6) Alternative furrow irrigation
交替隔沟灌溉
1.
Results shown that lateral infiltration in alternative furrow irrigation(AFI) is more significant than in conventional furrow irrigation(CFI) and fixed furrow irrigation(FFI).
以玉米为试验材料 ,通过大田 3种灌水方式土壤水分的入渗规律比较分析 ,发现交替隔沟灌溉和固定隔沟灌溉土壤水分的侧向入渗比较明显 ,而常规灌溉由于受到相邻灌水沟侧向入渗的影响 ,土壤水分主要在土壤剖面的垂直方向变化。
2.
The results showed that alternative furrow irrigation can reduce wetting area of surface soil is the major technical way and measure to decrease soil evaporation and to raise crop water use efficiency if crop transpiration is not influenced.
结果表明:交替隔沟灌溉在不影响作物蒸腾的条件下减少了表层土壤的湿润面积、减少了棵间土壤蒸发、提高了作物水分利用效率。
补充资料：隔行
行业不相同：～不隔理ㄧ～如隔山。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条