An irrigation device and method for large-scale no-tillage planting of mustard and mustard in Italian poplar forests

Abstract

The invention discloses an irrigation rig and an irrigation method of large-scale no-tillage planted pickled mustard root and leaf mustard in an Italian poplar forest. The irrigation rig is characterized by comprising a fixed diversion rubber bucket, a water conduit ball head, a water conduit, a self-sucking pump, a water outlet pipe, two high fertilizer-liquid containers used by turns, a hand-held electric mixer, a spilled fertilizer tube switch, a spilled fertilizer tube, a spilled fertilizer tube joint steel tube, a fixed diversion fertilizer-liquid rubber bucket, a high-pressure diving pump, a diversion fertilizer-liquid pressure water pipe, a shunting device and an operating hose. The irrigation rig and the irrigation method, which are simple to operate, good in drought-resisting fertilization effect, low in cost, high in work efficiency, and suitable for large-scale tillage planting and planting of the pickled mustard roots and the leaf mustards of Italian poplar forests in remote beaches in rivers and lakes, are provided by the invention.

Description

technical field [0001] The present invention relates to an irrigation device and method, in particular to an irrigation device and method for large-scale no-tillage planting and planting mustard and mustard in remote rivers, rivers and lakes. Background technique [0002] Pickled mustard and mustard are large-scale comprehensive crops that require a lot of fat and water. However, large-scale no-tillage planting and planting mustard and mustard in remote rivers, lakes and lakes can not be used for deep application of ammonium bicarbonate and other vegetables. The main nitrogen fertilizer is planted and planted in autumn, with little rain and high temperature, which brings the greatest trouble to the survival and normal growth of mustard seedlings. However, in the current situation, the method of manually transporting water and fertilizer to the field for drought-resistant fertilization and the existing limited and unsuitable mechanical drought-resistant fertilization method a...

AI Technical Summary

Problems solved by technology

[0002] Pickled mustard and mustard are large-scale comprehensive crops that require a lot of fat and water. However, large-scale no-tillage planting and planting mustard and mustard in remote rivers, lakes and lakes can not be used for deep application of ammonium bicarbonate and other vegetables. The main nitrogen fertilizer is planted and planted in autumn, with little rain and high temperature, which brings the greatest trouble to the survival and normal growth of mustard seedlings

However, in the current situation, the method of manually transporting water and fertilizer to the field for drought-resistant fertilization and the existing limited and unsuitable mechanical drought-resistant fertilization method are cumbersome, difficult to operate, difficult to control the water-fertilizer ratio, and burnt and damaged seedlings occur. Poor fertilization effect, high cost, low work efficiency, unsafe, no water-saving, no fertilizer-saving, no labor-saving, difficult to reach remote rivers, rivers, lakes and lakes, Yang Chenglin no-tillage scale planting, planting press, remote diversion of water and fertilizer solution for mustard The purpose of drought resistance, conservation of seedlings, and fertilization to promote growth cannot keep large-scale rivers, rivers, and lakes in remote beach islands. The season of no-tillage planting, planting mustard, and mustard growth has resulted in slow growth of no-tillage scale planting, planting mustard, and premature yellow leaves. Severe diseases and pests, less fiber, and poor quality, resulting in severe production reduction or loss of harvest

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