现代农业科技
現代農業科技
현대농업과기
XIANDAIHUA NONGYE
2014年
9期
9-9,11
,共2页
玉米%全膜双垄栽培技术%水分生产效率%水分生产效益%高寒旱地山区
玉米%全膜雙壟栽培技術%水分生產效率%水分生產效益%高寒旱地山區
옥미%전막쌍롱재배기술%수분생산효솔%수분생산효익%고한한지산구
corn%all membrane double ridge culture technology%water production rate%moisture productive benefit%alpine and arid mountainous areas
针对青海省高寒干旱山区农业生产中水资源不足、春夏干旱突出等问题，设计玉米全膜双垄栽培技术种植方式研究。结果表明，与传统裸地种植春小麦的水分生产效率和水分生产效益进行对比，全膜双垄栽培技术由于显著改善了土壤的水、温状况，从而促进了玉米的生长发育，大幅度提高了单位面积产量和单位面积效益，增产幅度达197%。
針對青海省高寒榦旱山區農業生產中水資源不足、春夏榦旱突齣等問題，設計玉米全膜雙壟栽培技術種植方式研究。結果錶明，與傳統裸地種植春小麥的水分生產效率和水分生產效益進行對比，全膜雙壟栽培技術由于顯著改善瞭土壤的水、溫狀況，從而促進瞭玉米的生長髮育，大幅度提高瞭單位麵積產量和單位麵積效益，增產幅度達197%。
침대청해성고한간한산구농업생산중수자원불족、춘하간한돌출등문제，설계옥미전막쌍롱재배기술충식방식연구。결과표명，여전통라지충식춘소맥적수분생산효솔화수분생산효익진행대비，전막쌍롱재배기술유우현저개선료토양적수、온상황，종이촉진료옥미적생장발육，대폭도제고료단위면적산량화단위면적효익，증산폭도체197%。
Due to inadequate water resources and prominent spring and summer drought during the agricultural production in the alpine and arid mountainous areas of Qinghai Province ,the study of a planting method is applied in corn. All membrane double ridge culture technology was designed. Results showed that compared with the water production rate and moisture productive benefit of the traditional planting of spring wheat in bare fields ,all membrane double ridge culture technology promoted the growth and development of the corn because of the significant improvement of the water and temperature conditions of the soil.Since of the utilization of this planting method ,the per unit yield and per unit area benefits were substantially increased,which was up to 197%.
