Corn and capsicum diversity growing method for control of capsicum epidemic disease and corn northern leaf blight

A technology for corn spot disease and pepper blight, applied in botany equipment and methods, horticultural methods, horticulture, etc., can solve the problems of polluting the environment and agricultural products, increasing costs, and reducing control effects

Inactive Publication Date: 2006-07-12
YUNNAN AGRICULTURAL UNIVERSITY
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

The traditional method of preventing and controlling corn leaf spot is similar to pepper blight, mainly using disease-resistant varieties and chemical pesticides. At present, the above two diseases have obvious resistance to pesticides, which increases the cost of pesticide control, reduces the control effect, and pollutes the environment and agricultural products.

Method used

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  • Corn and capsicum diversity growing method for control of capsicum epidemic disease and corn northern leaf blight
  • Corn and capsicum diversity growing method for control of capsicum epidemic disease and corn northern leaf blight

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0008] The planting disease control experiment of corn and pepper diversity, the pepper variety is Qiubei Xiaojiao, and the corn variety is Luodan 5, with C representing pepper and M representing corn, and 8 treatments are set up; (1) Intercropping on both sides of 5 rows of pepper 1 row corn, with M 1 C 5 m 1 Indicates that the soil width is 2.2m; (2) 1 row of corn is intercropped on each side of 6 rows of peppers, and M 1 C 6 m 1 Indicates that the soil width is 2.6m; (3) 1 row of corn is intercropped on each side of 7 rows of peppers, and M 1 C 7 m 1 Indicates that the soil width is 3m; (4) 1 row of corn is intercropped on both sides of 8 rows of peppers, and M 1 C 8 m 1 Indicates that the soil width is 3.4m; (5) 1 row of corn is intercropped on each side of 9 rows of peppers, and M 1 C 9 m 1 It means that the soil width is 3.8m; (6) 10 rows of peppers are intercropped with 1 row of corn on both sides, and M 1 C 10 m 1 Indicates that the entropy width is 4.2m...

Embodiment 2

[0015] Corn and pepper diversity planting disease control experiment, the pepper variety is Kunjiao No. 2, the corn variety is Tongdan No. 2, and 6 treatments are set up: (1) 2 rows of corn are interplanted on both sides of 5 rows of peppers, and M 2 C 5 m 2 Indicate; (2) 2 rows of corn are interplanted on both sides of 6 rows of peppers, using M 2 C 6 m 2 Indicate; (3) 2 rows of corn are interplanted on both sides of 8 rows of peppers, using M 2 C 8 m 2 Indicate; (4) 2 rows of corn are interplanted on both sides of 10 rows of peppers, using M 2 C 10 m 2 Represent; (5) 12 rows of peppers are single cropped, with C 12 Indicates; (6) 12 rows of corn single cropping, use M 12 express. The ditch is 30cm wide and 15cm deep, and each treatment area is 200m 2 , corn was sown 10 days before pepper transplanting, the row spacing of corn and pepper was 40×40cm, and the row spacing between corn and pepper was 10cm.

[0016]

[0017]

Embodiment 3

[0019] In the comparative experiment in the same field, the corn variety was Ludan No. 6 and the pepper variety was Xiangyan No. 9. Three treatments were set up, (1) 1 row of corn was planted on each side of the 6 rows of peppers, and M 1 C 6 m 1 Represent; (2) 6 rows of peppers are single cropped, with C 6 Indicates; (3) 6 rows of corn single cropping, use M 6 express. Each treatment area is 200m 2 , the distance between plants and rows of peppers is 30×40cm, the moisture ditch is 30cm wide and 15cm deep. The row spacing between corn and pepper is 30cm.

[0020]

[0021]

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Abstract

The invention relates to a method of controlling hot pepper epidemic disease and corn big spot by cultivating hot pepper and corn in heterogeneity, belonging to plant protection field. The technique project of this invention is: keeping the mode of current hot pepper sprout cultivation and hot pepper and corn field cultivation, the plant distance, line space and density between the hot pepper and corn is the same with normal cultivating method. Opening furrow with width being 2-5m and depth 15-30m in the same field, planting hot pepper with 5-10 lines on the furrow surface, planting corn with 1-2 lines on the two sides of the furrow, the line space between the hot pepper and corn is 10-30cm, the corn seeding time can be same with the hot pepper transplanting time or seeding corn 1-15 days earlier than the hot pepper transplanting time, the hot pepper and corn can be planted relatively or in displacement. The invention can control the hot pepper epidemic disease and corn big spot with a good effect, can reduce the using amount of chemical pesticide greatly, increase product yield per unit area, and possesses outstanding economical, social and ecological benefit and wide application prospect.

Description

technical field [0001] The invention relates to a method for controlling capsicum blight and maize blight, belonging to the field of plant protection. Background technique [0002] Capsicum is one of the main vegetable crops widely planted in my country. With the development of the processing industry of capsicum products, the reform of rural farming system and the adjustment of industrial structure, the cultivation area of ​​capsicum is expanding continuously. At present, the annual output of fresh and dried peppers in my country ranks first in the world. Pepper blight is a devastating disease in pepper production in my country and the world. Once the disease occurs in the field, large areas of pepper will die within a few days, with an area of ​​up to 30% to 50%, and severe disease areas as high as 80% to 100%. Since there are no capsicum varieties with stable resistance and excellent varieties, pesticide control is an important means of preventing and controlling diseases...

Claims

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Application Information

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IPC IPC(8): A01G1/00A01G7/00
Inventor 朱有勇孙雁王云月李成云杨静何霞红周江鸿周惠萍
Owner YUNNAN AGRICULTURAL UNIVERSITY
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