Peach tree planting method enabling dormancy period of peach trees to be controlled artificially

Abstract

The invention provides a peach tree planting method enabling the dormancy period of peach trees to be controlled artificially. The peach tree planting method enabling the dormancy period of peach trees to be controlled artificially comprises the steps of selection and arrangement of cultivation pots, preparation of soil in the pots, selection of a planting site, planting of peach trees, planting in a certain way, management of the nutritional growing period, flower season management, flower season temperature control, flower season humidity control, pollination, peach tree fertilizer preparation and fertilizer application in a certain way, peach tree growing vigor regulation through paclobutrazol, photosynthesis enhancement through manual light supplement, disease and pest control, and control over the replacement of the cultivation pots, the dormancy and the cultivation process. According to the peach tree planting method enabling the dormancy period of peach trees to be controlled artificially, potted peach trees can bear fruits multiple times each year by controlling the temperature, the humidity, the soil and the soil fertility for the potted peach trees, taking dormancy control measures and enhancing water and fertilizer management. The peach tree planting method is suitable for the technological application of cultivation and management of potted peach trees.

Description

technical field [0001] What the present invention proposes is the fruit tree cultivation technology in the agricultural field, specifically a kind of artificially controlled dormant period peach tree planting method. Background technique [0002] Before the present invention was proposed, due to the influence of natural temperature, peach trees could only bear peaches once a year, and could not bear peaches many times. [0003] In 2004, an expert research pointed out: "fruit tree dormancy and its release from dormancy are a [0004] This is a very important problem in theory and practice, but it has not yet been clarified. "7.2 [0005] degrees appear in the 1932 Annual Report of the American Horticultural Society as setting the upper line of dormancy in fruit trees. Scientists from various countries conduct research according to this standard. [0006] Some experts have pointed out that 1.5 degrees is the lower limit of dormancy, and 12.4 degrees is the upper limit of d...

AI Technical Summary

Problems solved by technology

[0010] No matter whether it is abroad or at home, there is no successful solution to the problem of multiple fruiting of peach trees every year