Heeling in method matched with strawberry stereoscopic planting

Abstract

The invention relates to a strawberry planting method and discloses a heeling in method matched with strawberry stereoscopic planting. The heeling in method comprises the following steps of firstly ordering strawberry seedlings dug from a seedling nursing field; then immersing the well cleaned whole strawberry seedling plants for 1-2 minutes with a sterilant for sterilization; finally, heeling in the strawberry seedlings in a heeling in bed on which a moisturizing cultivating medium is laid, then thoroughly watering, additionally covering a sunshield net above the heeling in bed, removing the sunshield net after new leaves are sprouted, and heeling in for 10-15 days. Massive newborn root systems can be generated after the strawberry seedlings are heeled in for 10-15 days, and the survival rate after the transplantation is high and can achieve more than 95%; the strawberry seedlings are heeled in a certain area with higher density, so the labor intensity of water content management in the seedling recovering period after the field planting is greatly relieved.

Description

technical field [0001] The invention relates to a strawberry cultivation method, in particular to a false planting method matched with strawberry three-dimensional cultivation. Background technique [0002] Strawberry three-dimensional cultivation, first appeared in Japan, is a labor-saving cultivation model that can effectively deal with problems such as the aging of strawberry practitioners and soil continuous cropping obstacles. The three-dimensional cultivation form is novel, can attract more sightseeing, and has obvious economic, social and ecological benefits. Since 2010, on the basis of learning from foreign experience, the three-dimensional strawberry cultivation model has begun to rise in my country, but the development speed is slow. In addition to the large investment in infrastructure and high operating costs, the lack of relevant supporting technologies is an important factor restricting its development. one. And the low survival rate of transplanting is the mo...

AI Technical Summary

Problems solved by technology

Since 2010, on the basis of learning from foreign experience, the three-dimensional strawberry cultivation model has begun to rise in my country, but the development speed is slow. In addition to the large investment in infrastructure and high operating costs, the lack of relevant supporting technologies is an important factor restricting its development. one

The low survival rate of transplanting is the most common problem encountered in production at present.