Efficient planting technology for inter-planting white gourd and corn in wheat

Abstract

The invention discloses an efficient planting technology for inter-planting white gourd and corn in wheat, and relates to a crop culture technology. The technology is characterized by comprising the following steps of: determining a reasonable sowing width, wherein the sowing width for sowing the wheat is generally 4 to 4.5 meters; reserving a reserved row, wherein the width of the reserved row is generally 1 meter and is not less than 0.8 meter; selecting fine matched seeds; applying sufficient base fertilizer; appropriately sowing seeds, wherein the appropriate sowing time of wheat Xinong 979 is about October 25th; raising white gourd seedlings in the first or middle ten days of March, planting the white gourd seedlings in about 20 days before the wheat is harvested, and directly sowing the corn in the middle of the wheat sowing belt in time after the wheat is harvested; performing reasonable thick planting; timely performing topdressing; scientifically irrigating water in time, particularly overwintering water and jointing water; irrigating seedling survival water after the white gourd seedlings are transplanted, irrigating germination accelerating water after the wheat is harvested, and irrigating water manure after melons are seated; and trimming, guiding vines and pressing the vines, wherein the main vine and 2 pieces of strong child vines at the base part of the main vine of the white gourd are reserved, other child vines of the white gourd are early removed, and diseases, pests and weeds are comprehensively prevented and controlled. By the technology, the planting area of grains is stabilized, the comprehensive production capacity of the grains is improved, multi-mature intercropping is developed, the multi-cropping index is improved, and the income of peasants is improved.

Description

technical field [0001] The invention relates to crop cultivation technology, in particular to a high-efficiency planting technology of winter melon and corn interlaced with wheat. Background technique [0002] The current crop planting methods generally have more planting modes of a single crop, and its management is more convenient. In some places, farmers will choose some crops for interplanting in order to increase benefits, such as interplanting wheat and soybean, interplanting wheat and peanut, interplanting wheat and cotton, etc. However, this model is also relatively simple, and the economic benefits are not high, and the effective planting area has not been rationally used to achieve the purpose of high yield. Contents of the invention [0003] The technical problem to be solved by the present invention is to provide a high-efficiency planting technology of wheat-winter melon and corn that can realize double harvest of grain and vegetables and increase planting in...

AI Technical Summary

Problems solved by technology

However, this model is relatively simple, and the economic benefits are not high, and it does not make reasonable use of the effective planting area to achieve high yield.