Indoor stereoscopic planting method for gastrodia elata

Abstract

The invention discloses an indoor stereoscopic planting method for gastrodia elata. The method includes selecting houses meeting requirements on ventilation and heat insulation, and erecting shelves in the houses; laying bamboo fences on the shelves and laying agricultural films on the bamboo fences; laying composts on the agricultural films, and placing a layer of tree leaves on each agricultural film; uniformly sprinkling germination fungi mixed with pollen and seeds on the tree leaves, placing tree rods on the tree leaves, reserving gaps among the tree rods, placing tree branches in the gaps, placing pure armillaria mellea strains on the tree branches, further uniformly sprinkling a layer of germination fungi mixed with pollen and seeds on the pure armillaria mellea strains on each agricultural film, and covering the agricultural films by composts and tree leaves. The height of each layer of each shelf is 40cm, and the width of each shelf ranges from 70cm to 80cm. The tree leaves are soaked by water before being placed on the agricultural films. The indoor stereoscopic planting method for the gastrodia elata has the advantages that resources, lands and labor can be saved, and difficult problems in various aspects such as replanting resistance and disease and pest injury prevention of common planting methods can be solved.

Description

technical field [0001] The invention discloses an indoor three-dimensional Gastrodia elata planting method. Background technique [0002] Ordinary indoor three-dimensional planting generally adopts basket planting and wooden box cultivation, which are stacked layer by layer. The disadvantage of basket planting and wooden box cultivation is that it is more troublesome to plant and manage. When watering, it needs to be watered layer by layer and basket by basket. It is very laborious, and after watering, one basket after another needs to be stacked, so the ventilation in the lower layer is not very good, which will affect the growth and development of Armillaria mycelia and Gastrodia elata. Good or bad does not affect the shape of the commodity in the second year, but it is not very good to cultivate commercial Gastrodia elata in the basket, because the space of the basket is limited. During the growth and development of the arrow, the arrow will grow into deformity when it is...

AI Technical Summary

Problems solved by technology

[0002] Ordinary indoor three-dimensional planting generally adopts basket planting and wooden box cultivation, which are stacked layer by layer. The disadvantage of basket planting and wooden box cultivation is that it is more troublesome to plant and manage. When watering, it needs to be watered layer by layer and basket by basket. It is very laborious, and after watering, one basket after another needs to be stacked, so the ventilation in the lower layer is not very good, which will affect the growth and development of Armillaria mycelia and Gastrodia elata. Good or bad does not affect the shape of the commodity in the second year, but it is not very good to cultivate commercial Gastrodia elata in the basket, because the space of the basket is limited. During the growth and development of the arrow, the arrow will grow into deformity when it is squeezed, and the commodity The value is not high, the output of indoor flat cultivation is very high, but the space is wasted a lot