Fertilization method in loquat planting process

Abstract

The invention discloses a fertilization method in a loquat planting process, relating to the field of agricultural planting. The fertilization method comprises fertilization steps before loquat planting, during planting, after planting and in warm and cold temperature and blossom and yield fruit periods. According to the fertilization method provided by the invention, loquats can keep sufficient fertility and resistance in planting and growing processes and can grow healthily; the yield of the loquats is increased, and the economic income of fruit farmers is increased.

Description

Technical field: [0001] The invention relates to the field of agricultural planting, in particular to a fertilization method in the process of planting loquat trees. Background technique: [0002] Loquat tastes delicious and contains various fructose, glucose, iron, calcium and vitamins A, B, C and other nutrients. Traditional Chinese medicine believes that loquat fruit has the effects of moistening the lungs, relieving cough and quenching thirst, and it is edible for ordinary people. When eating loquats, you must peel them. In addition to eating loquat fresh, loquat meat can also be made into canned syrup or made into wine. "Compendium of Materia Medica" records that "loquat can moisten the five internal organs and nourish the heart and lungs". [0003] Loquat tree is a subtropical evergreen fruit tree with stronger cold resistance than citrus. Loquat trees can be planted in areas where the annual average temperature is above 12°C-15°C, not lower than -6°C in winter, and...

AI Technical Summary

Problems solved by technology

[0003] Loquat tree is a subtropical evergreen fruit tree with stronger cold resistance than citrus. Loquat trees can be planted in areas where the annual average temperature is above 12°C-15°C, not lower than -6°C in winter, and the annual rainfall is above 1000 mm. The root distribution of the tree is shallow, the expansion ability is weak, and the wind resistance is poor. The planting method of the loquat tree in the prior art cannot achieve scientific and reasonable fertilization, resulting in unstable root system of the loquat tree, poor disease resistance and disaster resistance, and low yield.