Tea tree three-dimensional planting system

Abstract

The invention discloses a tea tree three-dimensional planting system. Tea trees are planted in a tea garden, the tea trees are planted in single rows on a planting furrow surface, the row spacing of the tea trees is 0.9-1.1 m, the plant spacing between the tea trees in each row is 0.3-0.5 m, and 2000-2500 tea trees are planted each mu. Thin planting and three-dimensional interplanting are conducted, so that the quality and the price of tea leaves are improved, and the aim of increasing tea garden income can also be achieved in the aspects of poultry breeding, tea garden labor cost reduction and the like. Besides, abuse of fertilizers and insecticides is reduced, it can be guaranteed that water and soil resources of the tea garden are not excessively used, a protective forest belt can prevent the tea garden against disastrous dry cold wind and gale invasion, surface runoff is reduced, water and soil loss is prevented, microclimate of the tea garden can be improved, growth of the tea trees is improved, and the tea garden can develop for a longer time.

Description

Technical field [0001] The invention relates to a three-dimensional tea tree planting system, which belongs to the technical field of tea tree planting. Background technique [0002] my country’s tea culture has a long history. Traditional tea planting usually only considers how to increase the yield of tea per mu, and try to increase the number of tea trees planted per mu. There are tea gardens, and the number of tea trees per mu is basically more than 4000, and even planting Tea garden with more than 6000 plants. Although dense planting of tea trees can increase the yield of tea per acre, the growth space of each tea tree is small, and the growth of tea is restricted. A large amount of fertilizer needs to be applied during the growth of tea, and the quality of picked buds is difficult to guarantee. Moreover, in a dense planting environment, pests and diseases are easily cross-infected, and a large amount of pesticides used will remain in the tea, which has a serious impact on t...

AI Technical Summary

Problems solved by technology

Although the dense planting of tea trees can increase the yield of tea leaves per mu, the growth space of each tea tree is small, and the growth of tea leaves is limited. It is necessary to apply a large amount of fertilizer during the growth process of tea leaves, and it is difficult to guarantee the quality of picked buds.

Moreover, in a densely planted environment, diseases and insect pests are easy to cross-infect, and a large amount of pesticides used will remain in the tea, which will seriously affect the quality of the tea.