毛豆撒播栽培技術之研究
Other Title
Study of Broadcast Practice for Vegetable Soybean
Journal
2000年豆類、茶及新興作物育種及生產技術改進研討會論文集
Part Of
農業試驗所特刊第94號
Pages
201-202
ISBN
957-02-7274-0
Date Issued
2000-11
Date
2000-11
Author(s)
鄭士藻
Cheng Shi-Tsao
Abstract
本計畫目的在建立水稻收穫後毛豆不整地撒播栽培技術，以達到省工及解決稻草環保問題。88年秋作在屏東試驗結果，以V2D2處理（撒播量170kg/ha，每隔6行水稻開溝覆土畦寬1.Sln）之每公頃合格莢產量15,848公斤最高，其次為V2D1處理（撒播量170kg/ha，每隔4行水稻開溝覆土畦寬1.8m）之13,000公斤。在里港試驗結果，以V2D1處理（撒播量170kg/ha，每隔4行水稻開溝覆土畦寬1.2卹之每公頃合格莢產量8,688公斤最高，其次為V2D2處理（撒播量170kg/ha，每隔6行水稻開溝覆土畦寬l.8m）之8,000公斤。綜合評估高屏地區毛豆不整地栽培以每公頃種子撒播量170跑，每隔6行水稻開溝覆土（畦寬1.8m）為最佳栽培方式。
The purpose of the experiment was to find out broadcast cultural method after rice harvest for vegetable soybean in order to reach laborsaving and solverice straws problem. The experimental results were summarized as follow in the fall crop season of 1999 : 170 kg/ha seeds and 1.8 m plot width of V2D2 treatment had the best qualified pod yield among 8 treatments and the next 170 kg/ha seeds and 1.2 m plot width of V2D1 treatment had higher qualified pod yield at Pingtung area. 170 kg/ha seeds and 1.2 m plot width of V2D1 treatment had the best qualified pod yield among 8 treatments and the next 170 kg/ha seeds and 1.8 m plot width of V2D2 treatment had higher qualified pod yield at Likong area. It showed that the best cultural method after rice harvest for vegetable soybean is broadcasted 170 kg/ha seeds and did 1.8 m plot width (6 rice columns) in Kao-Ping area.
Event(s)
2000年豆類、茶及新興作物育種及生產技術改進研討會
Proceeding of the Symposium on the Improvement of Breeding and Production Techniques of Legumes, Tea and New Special Crops 2000
Publisher
農業試驗所
Type
conference paper
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