大豆科技
大豆科技
대두과기
SOYBEAN BULLETIN
2014年
1期
20-24
,共5页
孙殿君%蒋洪蔚%胡国华
孫殿君%蔣洪蔚%鬍國華
손전군%장홍위%호국화
110 cm垄上三行%旱涝防治%大垄密栽培技术
110 cm壟上三行%旱澇防治%大壟密栽培技術
110 cm롱상삼행%한로방치%대롱밀재배기술
Three-row with 110 cm width ridge%Integrated control of drought and flood%Cultivation technique
介绍大豆110 cm垄上三行“大垄密”栽培技术,该技术是一项垄平结合、宽窄结合、旱涝综防的大豆栽培模式。主要解决阶段性降雨多或是土壤库容小,不能存放多余水的大豆栽培技术。在旱年比70 cm的三垄栽培能增产10%以上,在涝年比其他的大垄密栽培技术增产6%以上,常年其大豆产量能稳定保持在3000 kg/hm2以上。
介紹大豆110 cm壟上三行“大壟密”栽培技術,該技術是一項壟平結閤、寬窄結閤、旱澇綜防的大豆栽培模式。主要解決階段性降雨多或是土壤庫容小,不能存放多餘水的大豆栽培技術。在旱年比70 cm的三壟栽培能增產10%以上,在澇年比其他的大壟密栽培技術增產6%以上,常年其大豆產量能穩定保持在3000 kg/hm2以上。
개소대두110 cm롱상삼행“대롱밀”재배기술,해기술시일항롱평결합、관착결합、한로종방적대두재배모식。주요해결계단성강우다혹시토양고용소,불능존방다여수적대두재배기술。재한년비70 cm적삼롱재배능증산10%이상,재로년비기타적대롱밀재배기술증산6%이상,상년기대두산량능은정보지재3000 kg/hm2이상。
Cultivation technique of"Wide Ridge Dense Planting"is introduced. Soybean is planted three-rows in the 110 cm width ridge. This is a good cultivation model combining the effects of ridge and flat, width and narrowness as well as integrated control on drought and flood. This soybean cultivation technology solves the problems of excessive rainfall that can not be stored at certain growth stage or due to small soil water storage capacity. This cultivation technology can increase yield more than 10%than three-rows of 70 cm width ridge in the drought year and increase yield more than 6%than another technology of"Wide Ridge Dense Planting"in wet years. Soybean yield can remain stable at 3 000 kg/ha in a normal year.