大豆盘育苗机械移植栽培是日本经过多年研究所创造的一项独具特色的栽培技术,具有用地养地、适时栽培、省工省力、稳产高产、作业成本低、经济效益高等特点。日本国内对此项技术评价较高,认为是大豆栽培技术上的一次变革,是具有广阔发展前途的一项新技术。该项技术是日本佐贺大学农学部作物学研究室田中典幸教授为解决日本大豆栽培中,由于湿害和鸟害造成减产等问题,于1978年开始研究的。目前,在日本从北方秋田县的大(?)村到南方的九州,一些农民已开始应用这项技术,大豆平均亩产达330公斤。大豆盘育苗机械移植栽培,是采用水稻育秧盘播种育苗,用插秧机把大豆苗移植在整好 Soybean plate breeding machine transplant cultivation is a unique cultivation technology created by Japan after years of research, with the land to raise, timely cultivation, labor-saving, stable and high yield, low operating cost, high economic efficiency. Japan’s high evaluation of this technology, that is a technological change in soybean cultivation, is a promising new technology. The technology is Japan’s Saga University, Department of Crop Science, Crop Science Research Professor Kenzo Tanaka to solve the Japanese soybean cultivation, due to wet and bird damage caused by the reduction and other issues, began in 1978 to study. At present, some farmers in Japan have started to apply this technology in the large village of Akita in the north to Kyushu in the south. The average yield of soybean is 330 kg per mu. Soybean seedling cultivation machinery transplant cultivation is the use of rice seedlings planted seedlings, planted with a rice transplanter in the whole transplant