High-yield planting method of mustards in established Italian poplar forests

Abstract

The invention discloses a high-yield planting method of mustards in established Italian poplar forests. The method is characterized by comprising the following steps: (1) selecting Sichuan and Zhejiang mosaic mustard varieties which have the characteristics of good lump shape, obliquely upward leaf, late bolting, strong cold resistance, harmful bacterium resistance, high yield and high quality; (2) clearing up forest lands; (3) carrying out tillage-free planting; (4) carrying out drought prevention and fertilization; and (5) timely harvesting. In the method disclosed by the invention, the resources such as precious lands and sunshine and the like in established forests are fully used so as to vigorously develop green mustards, which both ensures that the quality of forest trees and the wood production rate are high, and ensures that the quality of mustards, the yield of mustards and the forest farm benefit are high, thereby enriching the social wealth, increasing the earnings of farmers, consolidating the forestation effect, and speeding up the forest and ecological development speed.

Description

technical field [0001] The invention relates to the fields of forest cultivation, crop cultivation and ecology, in particular to a method for planting pickled mustard in a poplar forest. Background technique [0002] Italian poplar is one of the three fast-growing tree species in the world. It is suitable for growth in the middle and lower reaches of the Yangtze River, the plain lake area and the areas with similar climates. Most of the middle and lower reaches of the Yangtze River and its affiliated plains and lakes are alluvial soils, which are deep and fertile. It is not only suitable for the growth of Italian poplar, but also suitable for the growth of mustard mustard. But the biggest troubles at present: First, the existing forests of Italian poplars are full of miscellaneous trees and weeds competing with Italian poplars for sunlight and fertilizers. As a result, the growth of trees is slow, pests and diseases are common, serious livestock damage, frequent fires, po...

AI Technical Summary

Problems solved by technology

As a result, the growth of trees is slow, pests and diseases are common, serious livestock damage, frequent fires, poor quality of trees, low preservation rate, and low yield of timber

The second is that people have the misunderstanding that only trees can grow in forest land, and long grass cannot be interplanted. Now countless forest land is in a state of desertion and idleness, which has caused a great waste of available resources.

The third is that there are only sporadic and conventional interplanting of forest vegetables. Because the season of high growth of forest vegetables is not scientifically controlled, the complete growth cycle of forest vegetables is not guaranteed, resulting in poor quality of forest vegetables, low yield and output value, and forest farmers. The benefits are low, and due to the lack of systematic supporting innovative technologies, the disadvantages and problems in planting are difficult to solve, resulting in the failure of interplanting, which not only has no impetus for the large-scale development of forests and vegetables, but also has a corresponding negative impact