Planting method for increasing the yield of organic rice by using rice and duck co-breeding

Abstract

The invention discloses a planting method for increasing the yield of organic rice by using rice and duck co-breeding. The method includes soil preparation, base fertilizer application, seeding, additional fertilizer and soil turning. First, the soil is marked in a soil preparation manner, pits are dug along marks, base fertilizer is added to the pits and buried by soil, the base fertilizer is convenient for the initial growth of organic rice plants, after soil burying and spreading, isolation brackets are mounted on the upper side, isolation slide bars are arranged at certain intervals, organic rice seeds are planted or rice seedlings are directly transplanted in soil layer parts between every two adjacent isolation slide bars, then the seeds or rice seedlings are filled with the other side of the soil, finally additional fertilizer is added, trenches are dug on both sides of planted organic rice, and flowing water is introduced. Through the fixing of the isolation brackets, the effect of the impact of the water flow on the rice plants is greatly reduced, and the flowing water can effectively spread the duck manure fertilizer and circulate, the risk of weed growth is reduced, andyield increase of the organic rice is facilitated.

Description

technical field [0001] The invention relates to the technical field of organic rice planting, in particular to a production-increasing planting method of organic rice by rice-duck co-cultivation. Background technique [0002] Organic rice refers to the rice grown in the process of planting rice using natural and organic planting methods. A small amount of chemical fertilizers, pesticides, and growth regulators are used. The fertilizer used for organic rice must be organic fertilizer, and the land must be strictly required to achieve the effect of no pollution. The patented technology of rice washing products can maximize the retention, preservation and freshness of the nutrients in rice that are beneficial to human consumption, and can achieve the high level of freshness, fragrance, cleanness, convenience, wholeness, greenness, cheapness, Q, stickiness and natural rice flavor Quality eating effect, rice-duck co-breeding technology is a high-quality and efficient agricultura...

AI Technical Summary

Problems solved by technology

[0002] Organic rice refers to the rice grown in the process of planting rice using natural and organic planting methods. A small amount of chemical fertilizers, pesticides, and growth regulators are used. The fertilizer used for organic rice must be organic fertilizer, and the land must be strictly required to achieve the effect of no pollution. The patented technology of rice washing products can maximize the retention, preservation and freshness of the nutrients in rice that are beneficial to human consumption, and can achieve the high level of freshness, fragrance, cleanness, convenience, wholeness, greenness, cheapness, Q, stickiness and natural rice flavor Quality eating effect, rice-duck co-breeding technology is a high-quality and efficient agricultural technology that is being vigorously organized and promoted in China and major Asian rice-producing countries. This technology can reduce the production cost of rice planting and duck raising, and improve the quality of rice and duck products. The advantages of reducing environmental pollution caused by excessive use of pesticides and chemical fertilizers have been widely valued at home and abroad. The rice-duck co-breeding ducks in the rice fields deworm the waterways, weed, muddy water, fertilize, and stimulate the growth of rice. The rice fields provide ducks with Grazing place and food bait, the two are interdependent and bring out the best in each other. In the organic rice planting method of rice-duck co-cultivation in the prior art, the water source used is static water. After a period of rice-duck co-cultivation, some ducks in the water The high concentration of feces is not conducive to the absorption of organic rice, and it is easy to lead to the growth of weeds. However, direct use of active water sources may cause the risk of being washed away by water due to the unstable foundation of organic rice plants

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