Three-dimensional cultivation method for tea garden interplanting

Abstract

The invention discloses a three-dimensional cultivation method for tea garden interplanting. In a tea garden, tea trees are planted in rows, lucid ganoderma is dug and transplanted between tea rows, grape vines are planted around the tea garden, a grape trellis is erected above the tea trees, and three-dimensional interplanting is formed. According to the biologic characteristics of vine grapes, shrub tea and polyporaceae lucid ganoderma, the growth potential difference and season differences of grapes, tea and lucid ganoderma are utilized, the grape, tea tree and lucid ganoderma three-dimensional interplanting cultivation technology is carried out, horizontal shed frame cultivation is adopted for grapes, land and light temperature resources under the grape horizontal shed frame are utilized, interplanting of a certain number of tea trees is achieved, lucid ganoderma is interplanted between tea rows, mutual promotion of growth of grapes, tea and lucid ganoderma is achieved, the concentrate in-seasons of tea trees and grapes are staggered, meanwhile, the quality of grapes, tea and lucid ganoderma is improved, and economic benefits of the whole tea garden are greatly improved.

Description

technical field [0001] The invention relates to the field of tea garden planting, in particular to a three-dimensional interplanting cultivation method for tea gardens. Background technique [0002] Tea trees are perennial evergreen woody plants, mostly planted in mountainous areas to form tea gardens. After the tea tree is more than 2 years old, the tea tree plant grows more mature, forming a large area of ​​shade between the tea plant rows. This area is shady and humid, and it is easy to breed weeds. Weeds will deprive tea trees of nutrients, and additional weeding is required. At the same time, most of the tea trees are cultivated under clear tillage. Due to the lack of sources of organic fertilizers, excessive application of chemical fertilizers and single types can easily cause soil erosion and soil fertility decline in tea gardens, affecting the quality of tea. At the same time, tea gardens usually only pick spring tea, and autumn tea is the latest. From November to ...

AI Technical Summary

Problems solved by technology

[0003] In order to solve the above-mentioned technical problems, the present invention provides a three-dimensional interplanting method for tea gardens. Through three-dimensional interplanting, land resources are rationally utilized, and at the same time, tea trees, grapes and Ganoderma lucidum cooperate with each other, which solves the problem of low utilization rate of land in existing tea gardens and wasteful cultivation. Problems of limited land resources, poor economic returns, and low output