福建稻麦科技
福建稻麥科技
복건도맥과기
FUJIAN SCIENCE AND TECHNOLOGY OF RICE AND WHEAT
2013年
1期
29-30
,共2页
莱豆%龙莱1号%搭架方式%海拔%种植%产量
萊豆%龍萊1號%搭架方式%海拔%種植%產量
래두%룡래1호%탑가방식%해발%충식%산량
lima bean%Longlai No.1%frame mode%altitude%planting%yield
采用不同搭架方式及不同海拔高度种植龙莱1号,调查其产量表现.结果用竹尾巴架成似圆形,增产明显,遇到台风,不至于整丘田垮倒,可以达到省工、省本,废物利用.在海拔500~750?m,以海拔高度为550~650?m种植产量最佳,产量在1?243.26~1?250.86?kg/667m2.
採用不同搭架方式及不同海拔高度種植龍萊1號,調查其產量錶現.結果用竹尾巴架成似圓形,增產明顯,遇到檯風,不至于整丘田垮倒,可以達到省工、省本,廢物利用.在海拔500~750?m,以海拔高度為550~650?m種植產量最佳,產量在1?243.26~1?250.86?kg/667m2.
채용불동탑가방식급불동해발고도충식룡래1호,조사기산량표현.결과용죽미파가성사원형,증산명현,우도태풍,불지우정구전과도,가이체도성공、성본,폐물이용.재해발500~750?m,이해발고도위550~650?m충식산량최가,산량재1?243.26~1?250.86?kg/667m2.
Yield?performance?of?Longlai?No.1?was?planted?and?investigated?under?different?frame?modes?and?altitudes.?The?results?showed?that?the?frame?mode?using?bamboo?tails?to?make?a?similar?circle?had?an?obvious?yield?increase,?reached?saving?labour?and?cost,?and?made?use?of?waste.?When?suffered?from?typhoon,?the?circular?frame?will?not?entirely?collapse?in?a?field.?Among?the?altitude?of?500-750m,?the?altitude?of?the?highest?yield?was?550-650m?and?its?yield?per?667m2?varied?from?1243.26?kg?to?1250.86kg.
