现代农业科技
現代農業科技
현대농업과기
XIANDAIHUA NONGYE
2013年
24期
23-25,29
,共4页
小麦%高产%高效%技术模式
小麥%高產%高效%技術模式
소맥%고산%고효%기술모식
wheat%high yield%high efficiency%technical patterns
对小麦高产、高效技术模式进行试验。结果表明：在以安阳市生态条件为代表的豫北地区，4种模式中，以处理1（即播期10月10日，基本苗270万株/hm2，施氮肥210 kg/hm2，其中底肥施60%，追肥施40%；灌底墒水、拔节水、开花水）为小麦高产、高效的较佳模式。
對小麥高產、高效技術模式進行試驗。結果錶明：在以安暘市生態條件為代錶的豫北地區，4種模式中，以處理1（即播期10月10日，基本苗270萬株/hm2，施氮肥210 kg/hm2，其中底肥施60%，追肥施40%；灌底墑水、拔節水、開花水）為小麥高產、高效的較佳模式。
대소맥고산、고효기술모식진행시험。결과표명：재이안양시생태조건위대표적예북지구，4충모식중，이처리1（즉파기10월10일，기본묘270만주/hm2，시담비210 kg/hm2，기중저비시60%，추비시40%；관저상수、발절수、개화수）위소맥고산、고효적교가모식。
The experiment of high yield and high efficiency technical patterns for wheat was conducted.The results showed that among the four kinds of patterns in the area of the north represented by Anyang′s ecological conditions ,the treat ment 1 (the sowing date was 10 th October ,basic seedlings were two million seven hundred thousand strains per hectare ,using nitrogen 210 kg/hm2 with its 60%of the amount as basal fertilizer ,and 40%of the amount as after fertilizer ,irrigated soil moisture water ,jointing water and flowering water )was the better model for obtaining high yield and high efficiency of wheat.
