Soybean coating strip planting method

Abstract

The invention discloses a soybean coating strip planting method. The specific operation method is that (1) in a soybean coating strip planting mode, strip width is 1.6 millimeters, and soybean strip width is 70 centimeters; (2) a coating bunch planting method is adopted by the soybean strip, namely, soil preparation and film laying are firstly conducted, brute force ultramicro films with breadth 60 centimeters and thickness between 0.005 millimeter and 0.007 millimeter are selected so that a raised path can not be produced in the process of coating, the films are laid flat on the ground, membrane surface is 50 centimeters, space between the films is 20 centimeters, six lines of soybeans are planted by a coating bunch planting machine on each film, hill spacing is 11 centimeters in average, three to six grains of soybeans are planted in each hill, and film holes are sealed timely after soybeans are planted; and (3) three lines of soybean strips are planted once by using three lines of sowing machines, and line spacing is 30 centimeters. The soybean coating strip planting method is notable in production and effect increase effects and convenient to operate. Various technology links can be finished easily with the help of existing farming machinery. Natural resources can be utilized completely to a large extent, ability for resisting and defending natural hazards such as a drought is improved, yield per unit area is improved, and economic benefits of grain and soy crop plantation for peasants are guaranteed.

Description

[0001] technical field [0002] The invention belongs to the technical field of agricultural planting management, and in particular relates to a film-covered strip planting method for soybeans. Background technique [0003] Soybean is the main crop in dryland areas in northern my country. In recent years, due to the impact of bulk grain and feed crops, the planting area of ​​soybean has been shrinking year by year, and because of the low and unstable yield per unit area, the market gap is large and the price keeps rising. In order to ensure food security and market stability, breeding improved varieties has become the main means to increase soybean yield. However, due to the uncertainty of natural conditions and the lack of in-depth basic physiological research, no high-yield and efficient soybean planting technology has been formed. Combining the new varieties with the conventional single open field flat-sowing planting mode can not significantly increase the yield. The y...

AI Technical Summary

Problems solved by technology

However, due to the uncertainty of natural conditions and the lack of in-depth basic physiological research, no high-yield and efficient bean planting technology has been formed.

The combination of new varieties with the conventional single open-field flat-sowing planting mode can not significantly increase the yield, and the yield of soybean crops has not made a substantial breakthrough. Compared with other staple food crops, there is no benefit advantage, and the enthusiasm of growers is low.