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Method for improving survival rate of temporarily planted sugarcane tissue culture seedling

A technology of tissue culture seedlings and survival rate, which is applied in the field of improving the survival rate of sugarcane tissue culture seedlings, can solve the problems of low survival rate of sugarcane tissue culture seedlings, and achieve the goal of improving the survival rate of false plants, reducing production costs, and having a wide range of sources Effect

Inactive Publication Date: 2014-02-12
LAIBIN CITY XINGBIN DISTRICT SCI & TECH BUREAU
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

Visible, these two kinds of method gained sugarcane tissue culture seedling survival rates are still relatively low

Method used

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Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0018] Mix 60% fresh human and animal manure and 40% vegetable field mud, pile them up, put them in a manure room that shades the sun and rain, and retting for 3 months. After maturation, this mixture is filled and paved in the above-mentioned small shed armor, and the thickness is 750mm. Take out the above-mentioned rooted bottle seedlings, rinse with water for 2 minutes, after treatment, each clump is divided into 5 plants, and artificially planted on the prepared seedbed, the insertion depth is required to be 10mm. Each plant is artificially planted at an interval of 40mm. After the sugarcane seedlings are artificially planted, river sand with a thickness of 5 mm is spread on the seedbed planted with the sugarcane seedlings, and then watered with thiophanate-methyl diluted 1000 times. Every night from 18:30:00 to 06:30, 60w incandescent lamps are used for lighting. During the period, take measures to ventilate the greenhouse. After 10 days, regularly spray the sugarcane s...

Embodiment 2

[0020] Mix 67% fresh chicken and duck manure and 33% vegetable field mud, pile them up in a pile, put them in a manure room that shades the sun and rain, and retting for 2 months. After maturation, this mixture is filled in the above-mentioned small shed B, and the thickness is 750mm. Take out the above-mentioned rooted bottle seedlings, rinse with water for 2 minutes, after treatment, each clump is divided into 5 plants, and artificially planted on the prepared seedbed, the insertion depth is required to be 10mm. Each plant is artificially planted at an interval of 40mm. After the sugarcane seedlings are artificially planted, river sand with a thickness of 5 mm is spread on the seedbed planted with the sugarcane seedlings, and then watered with thiophanate-methyl diluted 1000 times. Every night from 18:30:00 to 06:30, 60w incandescent lamps are used for lighting. During the period, take measures to ventilate the greenhouse. After 10 days, regularly spray the sugarcane seedl...

Embodiment 3

[0022] Mix 55% fresh human and animal manure and 45% vegetable field mud, pile them up, put them in a manure room that shades the sun and rain, and retting for 3 months. After maturation, this mixture is filled and paved in the above-mentioned small shed C, and the thickness is 750mm. Take out the above-mentioned rooted bottle seedlings, rinse with water for 2 minutes, after treatment, each clump is divided into 5 plants, and artificially planted on the prepared seedbed, the insertion depth is required to be 10mm. Each plant is artificially planted at an interval of 40mm. After the sugarcane seedlings are artificially planted, river sand with a thickness of 5 mm is spread on the seedbed planted with the sugarcane seedlings, and then watered with thiophanate-methyl diluted 1000 times. Every night from 18:30 to 06:30, 60w incandescent lamps are used for lighting. During the period, take measures to ventilate the greenhouse. After 10 days, regularly spray the sugarcane seedling...

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Abstract

The invention provides a method for improving the survival rate of a temporarily planted sugarcane tissue culture seedling. The method adopts the technical scheme that after 55-67% of fresh countryside dung is mixed with 35-43% of vegetable field mug, the mixture is fermented to be ripe for serving as low-layer material ingredients of a seedling bed of the sugarcane tissue culture seedling, the upper layer of the seedling bed is river sand, and in the temporary planting period of the sugarcane tissue culture seedling, a 60w incandescent light is used for manually lighting for 12 hours every night for prolonging the lighting time so as to enhance the growing capability of the sugarcane. The method is wide in source of raw materials, environment friendly, simple in operation, convenient to manage and easy to popularize and has an effect protecting the environment, the nutrition absorption of the sugarcane tissue culture seedling is effectively promoted, the rooting and growing of the sugarcane are promoted, the survival rate is doubly increased, and the production cost is reduced.

Description

technical field [0001] The invention relates to sugarcane seedling propagation and production technology, in particular to a method for improving the survival rate of sugarcane tissue cultured seedlings. Background technique [0002] Sugarcane is native to tropical and subtropical regions and is widely planted in these regions. The country with the largest sugarcane planting area in the world is Brazil, followed by India, and my country ranks third. Sugarcane occupies an important position in my country's agricultural economy, and its output and output value are second only to grain, oilseeds and cotton, ranking fourth. Sugar cane is also a highly productive bioenergy crop. Since the 1990s, my country's sugar base has shifted from west to south, forming four major production areas in Guangxi, Yunnan, Guangdong and Xinjiang. Guangxi is the main sugarcane producing area in the country. Currently, research on the development of sugarcane industry in Guangxi has become a hot...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): A01G1/00A01G9/10
Inventor 覃祖仁蒙贵芳黄华英丁华声
Owner LAIBIN CITY XINGBIN DISTRICT SCI & TECH BUREAU
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