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A preparation method of greenhouse nectarine yield increasing fertilizer

A preparation method and technology of nectarines, applied in fertilization devices, fertilizer mixtures, applications, etc., can solve the problems of yellow nectarine leaves in greenhouses, small nectarines in greenhouses, poor disease resistance, etc., achieve high fruit drop rate, overcome leaf The effect of yellow complexion and poor disease resistance

Inactive Publication Date: 2011-11-30
王先林
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0003] At present, when people fertilize greenhouse nectarines, they generally use chemical fertilizers, urea, manure and other raw materials to topdress greenhouse nectarines. Although the effect is good, the nutrients contained in chemical fertilizers and urea are far from meeting the nutrition of greenhouse nectarines. Due to lack of nutrition, the leaves of greenhouse nectarines tend to be yellow, small, and grow slowly. The resulting greenhouse nectarines are small, light in weight, high in fruit drop rate, and poor in disease resistance.

Method used

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Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0008] Example 1: dry rabbit manure 37%, compound fertilizer 8%, sesame cake powder 16%, bean cake powder 10%, rapeseed cake powder 6%, milk powder 9%, brown sugar powder 7%, rock sugar 2%, pine needle powder 1 %, licorice powder 1%, safflower powder 2%, hawthorn powder 1%, and the percentages mentioned are percentages by weight.

[0009] Proportionally take dry rabbit manure, compound fertilizer, sesame cake powder, bean cake powder, rapeseed cake powder, milk powder, brown sugar powder, and rock sugar, put them into a blender and mix them for 300 minutes, take them out, put them into a grinder and grind them into 500 mesh Take out the granules, add pine needle powder, licorice powder, safflower powder, and hawthorn powder, mix well, put it in the mixer again and stir for 200 minutes, take it out, and use a molding machine to make a cylindrical shape with a weight of 1000 grams, a height of 20 cm, and a width of 15 cm. Greenhouse nectarine production increase fertilizer colum...

Embodiment 2

[0012] Example 2: dry rabbit manure 21%, compound fertilizer 16%, sesame cake powder 25%, bean cake powder 14%, rapeseed cake powder 8%, milk powder 7%, brown sugar powder 4%, rock sugar 1%, pine needle powder 0.5 %, licorice powder 1.5%, safflower powder 1.5%, hawthorn powder 0.5%, and the percentages mentioned are percentages by weight.

[0013] Proportionally take dry rabbit manure, compound fertilizer, sesame cake powder, bean cake powder, rapeseed cake powder, milk powder, brown sugar powder, and rock sugar, put them into a blender and mix them for 300 minutes, take them out, put them into a grinder and grind them into 500 mesh Take out the granules, add pine needle powder, licorice powder, safflower powder, and hawthorn powder, mix well, put it in the mixer again and stir for 200 minutes, take it out, and use a molding machine to make a cylindrical shape with a weight of 1000 grams, a height of 20 cm, and a width of 15 cm. Greenhouse nectarine production increase fertili...

Embodiment 3

[0016] Example 3: dry rabbit manure 22%, compound fertilizer 10%, sesame cake powder 18%, bean cake powder 16%, rapeseed cake powder 10%, milk powder 9%, brown sugar powder 9%, rock sugar 1.5%, pine needle powder 0.7 %, licorice powder 2%, safflower powder 1%, hawthorn powder 0.8%, and the percentages described are percentages by weight.

[0017] Proportionally take dry rabbit manure, compound fertilizer, sesame cake powder, bean cake powder, rapeseed cake powder, milk powder, brown sugar powder, and rock sugar, put them into a blender and mix them for 300 minutes, take them out, put them into a grinder and grind them into 500 mesh Take out the granules, add pine needle powder, licorice powder, safflower powder, and hawthorn powder, mix well, put it in the mixer again and stir for 200 minutes, take it out, and use a molding machine to make a cylindrical shape with a weight of 1000 grams, a height of 20 cm, and a width of 15 cm. Greenhouse nectarine production increase fertiliz...

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PUM

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Abstract

A method for preparing nectarine production-increasing fertilizer in a greenhouse, which is composed of: dried rabbit dung, compound fertilizer, sesame cake powder, bean cake powder, rapeseed cake powder, milk powder, brown sugar powder, rock sugar, pine needle powder, licorice powder, and safflower powder , hawthorn powder, and the stated percentages are percentages by weight; a large amount of organic fertilizer produced in the ingredients can meet the growth needs of greenhouse nectarines, and the resulting greenhouse nectarines are large and heavy, which not only increases the output, but also overcomes the Due to the lack of nutrients, the leaves of greenhouse nectarines are yellow, small, and slow to grow. The resulting greenhouse nectarines are small, light in weight, high in fruit drop rate, and poor in disease resistance.

Description

technical field [0001] The invention relates to a preparation method of a yield-increasing fertilizer, in particular to a preparation method of a greenhouse nectarine yield-increasing fertilizer, and belongs to the technical field of planting fertilizers. Background technique [0002] Nectarine is a new fruit across the century in our country. It is a variety of common peach, also known as "Li Guangtao". The nectarine varieties of our country have jumped to a new level, which will effectively promote the development of nectarine production in our country, and also provide an ideal choice for the ongoing structural adjustment of rural planting industry. According to incomplete statistics, up to now, the three nectarine varieties have been promoted to more than 20 provinces, cities, and autonomous regions in China except Taiwan, Tibet, Hainan, and Guangdong. The development area is about 318,000 mu, and the economic benefits are remarkable. [0003] At present, when people fe...

Claims

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Application Information

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IPC IPC(8): C05G1/00C05G3/04C05G3/80
Inventor 王先林
Owner 王先林
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