Symbiotic ecological system for fruit trees and earthworms

Abstract

The invention provides a symbiotic ecological system for fruit trees and earthworms. A greenhouse system provides suitable temperature, humidity and daylighting conditions for the earthworms and the fruit trees, the influence of extreme weather on the fruit trees and the earthworms is avoided, and good growth of the fruit trees and the earthworms is ensured; a fruit tree planting system adopts a high-platform planting mode, which is beneficial for conserving water and soil and promoting the roots of the fruit trees to absorb water and a fertilizer; earthworm breeding systems are arranged amongfruit tree rows, the content of oxygen contained in surrounding soil of the roots of the fruit trees is increased through movement of the earthworms, and biological nutriment is provided for the fruit trees; the fruit trees and the earthworms complement each other and achieve ecological circulation. The planting system is beneficial for manually controlling diurnal temperature variation and increasing content of sugar in fruit, by applying earthworm cast, earthworm feed, fresh crushed earthworms and earthworm leach liquor to the fruit trees, ecological balance is achieved, it is avoided thatheavy metal elements pollute land, the fruit trees and fruit, the obtained fruit is high in sweet degree and rich in various vitamins and anthocyanin, the yield of the bred earthworms is high, and theharvesting period is short.

Description

technical field [0001] The invention belongs to the field of agricultural planting, and in particular relates to an ecological system in which fruit trees and earthworms coexist. Background technique [0002] With the improvement of people's living standards, people's requirements for fruits have also increased accordingly. The current fruit production technology usually adopts to adjust the row spacing of fruit trees, adjust the water and fertilizer of fruit trees in different growth periods, etc. to improve the quality of fruits. This method consumes a lot of water and fertilizer, which puts a heavy burden on the soil and pollutes the soil more seriously. In addition, adjusting the row spacing of fruit trees, the amount of water and fertilizer, and the type of fertilizer does not necessarily improve the quality of the fruit. full guarantee. And strict implementation of the above method requires a large manpower input. In addition, in order to pursue fruits with bright c...

AI Technical Summary

Problems solved by technology

But above-mentioned method can not guarantee the suitable growth temperature and the humidity of peach tree and earthworm, lays the cultivation bed cover of 10-20cm between peach tree strain and raises earthworm, the field operation of inconvenient peach tree, and above-mentioned method needs to replace cultivation The base material of the bed, the operation is cumbersome

And there is no guarantee of the quality of the peaches obtained