Ecological cultivation method of mock strawberry

Abstract

An ecological cultivation method of the mock strawberry includes: 1, digging a thick-soil humus-richer plot, preferably with humic soil of good water permeability and slight acidity, at a southern Anhui mountainous area with an elevation of 500-2500m, screening stones and weeds from the soil, covering the plot with 20cm thick organic humus after leveling, and making a seedbed 1.2m wide and 20cm high and ditches 30cm wide; 2, cultivating bred seedlings of the mock strawberry in March to April, irrigating the seedlings properly after transplanting, performing irrigating once every 7 days for about 45 days, and when the seedlings survive and stably grow, applying organic leaf fertilizer to the seedlings during irrigating to promote photosynthesis and nutrition absorption and to prevent insects; 3, performing management; 4, performing insect and disease damage control; 5, performing harvesting at the right time. The method has the advantages that the use of the organic fertilizer, humus, leads to no environmental pollution, the fertilizers act for a long time after the use with the organic leaf fertilizer, the long-term use of the fertilizers enables the soil to be loose and prevents caking of the soil, absorption rate is high, costs are low, and efficiency is high.

Description

technical field [0001] The invention relates to the technical field of planting, in particular to an ecological cultivation method of snakeberry. Background technique [0002] Snakeberry, Rosaceae, is a perennial herb, also known as red bayberry, dragon spit pearl, etc. The whole plant is used as medicine, and has significant antibacterial and antitumor effects, and has attracted the attention of scholars at home and abroad. In recent years, snakeberry has been widely used in gardens. In addition to lawns, it can also be made into beautiful bonsai. It is an excellent ground cover plant that was promoted and used in the 2008 Beijing Olympic Games. Therefore, the demand for snakeberry is increasing. At present, snakeberry is mainly propagated by ramets, and the reproduction coefficient is low. Because the summer temperature in many places reaches above 38 degrees Celsius, while the winter temperature is below 0 degrees Celsius. When transplanting snakeberry in summer, it is...

AI Technical Summary

Problems solved by technology

At the same time, due to the underdeveloped root system of snakeberry, the stems and leaves are small, and the freezing below 0°C will easily cause the stems and leaves to wither. It is not easy for ordinary snakeberry lawns to survive the freezing winter.

[0003] In the existing artificial cultivation technology, more attention is paid to the research