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- Plastic mulching cultivation 地膜栽培
- plastic mulch cultivation 地膜覆盖栽培
- Therefore,the yield product was markedly increased by using salt-tolerant wheat cultivar and plastic film mulching cultivation in saline soils. 利用耐盐小麦品种进行覆膜穴播显著提高盐碱地小麦产量。
- Underground water quality in rice field under plastic film mulching cultivation was monitored during rice growth period. 对水稻覆膜旱作条件下稻田地下水水质变化作了动态检测。
- Plant Black plastic mulch can help keep them warm. 黑色塑料护盖物能帮助保暖。
- Black plastic mulch can help keep them warm. 用黑塑料护根能帮助它们保持温暖。
- Black mouch plastic mulch can help keep them warm. 黑色塑料盖膜能够起到保暖作用。
- In the use of plastic mulch for BOPP film at prbroin gelatinize. 在使用拉伸聚丙烯薄膜覆膜时，必须在膜上涂胶。
- Black pasticmoch plastic mulch can help keep them warm, better . 黑色的塑料根篱能帮助它们保持温暖。
- Plastic film mulching cultivation 地膜栽培
- Non-flooded plastic film mulching cultivation 覆膜旱种
- Effects of plastic mulch on early and total yields of watermelon and muskmelon are presented （Table 2）. 表1阐明了塑料薄膜覆盖对西瓜和甜瓜的早期产量和总产量的影响。
- Plastic mulch increases soil temperature in the bed which promotes faster crop development and earlier yields. 塑料薄膜覆盖提高苗床的土壤温度，促进作物较快发育并提早成熟。
- Production systems utilizing plastic mulch involve additional input costs over traditional non-plastic systems. 应用塑料薄膜覆盖的生产体系要比传统非塑料薄膜覆盖体系多投入资金。
- Plastic mulching made the increasing action of soil microorganism to fertilizers more remarkably. 长期地膜覆盖可使土壤微生物对肥料固作用更加明显。
- Effects of plastic mulch on early and total yields of watermelon and muskmelon are presented (Table 2) . 表1阐明了塑料薄膜覆盖对西瓜和甜瓜的早期产量和总产量的影响。
- The coupling effect of water and nitrogen (N) of cotton under plastic mulching by drip irrigation was studied in Southern Xinjiang. 摘要 在南疆气候条件下，研究了膜下滴灌棉花水氮耦合效应。
- Non-flooded wheat-straw mulching cultivation 覆草旱种
- To reduce mold due to moisture, plastic mulch excelled stone mulch with litter mulch being worse. 薄膜覆盖保水效果优于石块覆盖，枯枝落叶覆盖的保水效果较差。
- Wang H,Zhang B C,Du C X et al.Applied effect of controlled release compound fertilizer on plastic mulching cotton[J].Chin Rur.Sci.Techn.,2004(12):60. [12]王浩;张宝昌;杜春祥;等.;缓释/控释包膜复合肥在地膜棉上的应用试验[J]
