Efficient planting method for pitaya

Abstract

An efficient planting method for pitaya particularly includes the following steps that a reinforced concrete column independent type adjustable supporting frame is manufactured; reinforced concrete columns are buried in soil side by side along pitaya planting ridges; every two adjacent reinforced concrete columns are connected through an iron wire, drooping iron wires are arranged on the iron wires at two sides, the pitaya grows along the iron wires and finally is hung on the connecting iron wires between the reinforced concrete columns, and the height of the iron wires can be adjusted through adjustable angle iron according to the growth height of the pitaya; finally, 15-16 pitaya seedlings are planted around and between the reinforced concrete columns, and water and fertilizer management and pest control are carried out according to common methods. By means of the efficient planting method for pitaya, a large planting density is realized, about 1600 seedlings can be planted per mu, and 1400 more seedlings are planted compared with a traditional method. Pitaya is a long-life plant, can survive for decades or even hundreds of years, that is, the cost of 1400 more seedlings is invested, but the yield is four times higher than that of the traditional method.

Description

technical field [0001] The invention belongs to the field of new crop cultivation techniques, and in particular relates to a high-efficiency cultivation method for dragon fruit. Background technique [0002] There are many traditional ways of planting dragon fruit, such as wall-climbing planting or shed planting, and column planting is the most common. The so-called column cultivation means erecting a concrete column or wooden column in the cultivation field, and placing a circle on the top of the column, and then planting 3 to 4 dragon fruit seedlings around the column, so that the plants grow along the column upwards. grow, and the dragon fruit seedlings are finally hung on the circle placed on the top of the column. The production cost of this mode is relatively low. But, cultivate dragon fruit with this mode, mu can only plant about 200~300 strains, and land utilization rate is low, and yield per mu is low, and output value is few. Contents of the invention [0003]...

AI Technical Summary

Problems solved by technology

However, in this mode of cultivation of dragon fruit, only about 200 to 300 plants can be planted per mu, the land utilization rate is low, and the yield per mu is low, and the output value is few.