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High-yield cultivation method for winter wheat spring planting

A cultivation method and high-yield technology, applied in the field of high-yield winter wheat spring planting, can solve the problems that winter wheat cannot undergo normal vernalization, heading matures, matures late, and cannot give full play to the advantages of winter wheat varieties, etc.

Pending Publication Date: 2021-06-08
QINGHAI UNIVERSITY +1
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

For a long time, spring wheat has been mainly cultivated in spring wheat areas in my country. Since winter wheat cannot undergo normal vernalization and heading maturity, winter wheat has not been planted in spring wheat areas.
[0003] Now spring wheat has low population density, few ears per mu, low yield, poor lodging resistance, high yield but not high quality, high quality but not high yield, late maturity, more rain in autumn, lodging, panicle germination, disease and insect pests and other reasons.
[0004] In the Qinghai plateau area, the altitude is as high as 2200-2600 meters. Winter wheat cannot be planted in the Qinghai spring wheat area. The long-term sowing mode is winter wheat autumn sowing and spring wheat spring planting. The advantages of winter wheat varieties cannot be fully utilized, and they are susceptible to disasters such as diseases, insect pests and hailstorms. , prone to a large number of dead seedlings

Method used

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  • High-yield cultivation method for winter wheat spring planting

Examples

Experimental program
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Effect test

Embodiment 1

[0039] A kind of high-yield cultivation method of spring winter wheat provided by the invention specifically comprises the following steps:

[0040] S1, Optimization and screening of semi-winter wheat varieties: screening for disease-resistant, high-yield, lodging-resistant, and high-quality varieties, and obtained Xinong 979, Zhoumai 30, Weilong 169, Weilong 136, and Zhongmai 578, ready for sowing;

[0041] S2, site preparation: site preparation in autumn, and apply 2000 kg of organic farmyard manure per mu, and 200 kg of enzyme organic fertilizer per mu;

[0042] S3, winter irrigation: In November, winter irrigation was carried out in areas with irrigation conditions before freezing, and ground was rolled to preserve moisture in areas without irrigation conditions;

[0043] S4, chemical seed dressing; for every 100kg of seeds, use 100g of carbendazim wettable powder with a mass fraction of 50% plus 100g of fenxining wettable powder with a mass fraction of 25%, mix evenly and...

Embodiment 2

[0053] A kind of high-yield cultivation method of winter wheat spring seed provided by the present invention, concrete steps are identical with embodiment 1, difference is:

[0054] In S2, 2100kg of organic farmyard manure is applied per mu, and 210kg of enzyme organic fertilizer is applied per mu;

[0055] In S5, the seeding rate is 19kg / mu

[0056] In S6, apply 13kg of urea and 16kg of diammonium phosphate per mu;

[0057] In S8, the amount of urea added in the first to third foliar sprays was 100 g.

Embodiment 3

[0059] A kind of high-yield cultivation method of winter wheat spring seed provided by the present invention, concrete steps are identical with embodiment 1, difference is:

[0060] In S2, 1900kg of organic farmyard manure is applied per mu, and 190kg of enzyme organic fertilizer is applied per mu;

[0061] In S5, the seeding rate is 15kg / mu

[0062] In S6, apply 12kg of urea and 14kg of diammonium phosphate per mu;

[0063] In S8, the amount of urea added in the first to third foliar sprays was 50 g.

[0064] Taking Example 1 as an example, four varieties of winter wheat Zhoumai 30, Weilong 136, Weilong 169, and Zhongmai 578 in the present invention, and the reference variety Spring Wheat Qingmai No. 5, and 3 self-cultivating spring wheat lines were detected, and samples were sent to Qinghai The Analysis and Testing Center of the Provincial Academy of Agriculture and Forestry Sciences analyzed, and the analysis results are shown in Table 1. According to the method in Exampl...

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Abstract

The invention belongs to the technical field of wheat cultivation, and discloses a high-yield cultivation method for winter wheat spring planting. The method comprises the steps of screening, soil preparation, winter irrigation in November, seed dressing, timely sowing in early and middle ten days of March, irrigation after topdressing of seedling fertilizers at the tillering stage, prevention and control of plant diseases, insect pests and weeds at the middle and later growth stages, and timely harvesting. According to the method, the winter wheat is sown in a spring planting mode, the problem that the winter wheat cannot be sown since the winter wheat cannot become ripe through normal vernalization and heading in the spring wheat area of Qinghai is solved, so that the wheat can be normally produced without vernalization, and finally the high-quality cultivation method achieving high yield and low insect damage is obtained.

Description

technical field [0001] The invention belongs to the technical field of wheat cultivation, and in particular relates to a high-yield cultivation method for spring sowing of winter wheat. Background technique [0002] Wheat is the main food crop in my country. Wheat production is related to national food security issues. Strengthening wheat production, increasing wheat yield per unit area, and improving wheat quality are important ways to develop efficient agriculture. For a long time, spring wheat has been mainly cultivated in spring wheat areas in my country. Because winter wheat cannot undergo normal vernalization and heading maturity, winter wheat has not been planted in spring wheat areas. [0003] Now spring wheat has low population density, few ears per mu, low yield, poor lodging resistance, high yield but not high quality, high quality but not high yield, late maturity, more rain in autumn, lodging, ear germination, disease and insect pests and other reasons. [0004...

Claims

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Application Information

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IPC IPC(8): A01C1/06A01G22/20A01C21/00
CPCA01C1/06A01C21/005A01G22/20
Inventor 侯璐马麟
Owner QINGHAI UNIVERSITY
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