Biological integrated control method for diseases of garden stuff and economic crop

An economic crop, comprehensive control technology, applied in the directions of botanical equipment and methods, fertilization methods, plant growth regulators, etc., can solve the problems of large-scale use restrictions and high costs, achieve significant disease resistance effects, reduce production costs, and operate simple craftsmanship

Inactive Publication Date: 2009-05-27
陈五岭
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

Recently developed Chinese herbal medicine disease control technology, due to the high cost, large-scale application has been limited

Method used

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Examples

Experimental program
Comparison scheme
Effect test

Embodiment I

[0030] Pear tree disease control method comparison test process:

[0031] 1. Test time and place

[0032] 1. Test time: from the beginning of May 2008 to the end of September 2008.

[0033] 2. Test location:

[0034] (1) In Gaogao Village, Jingyao Town, Pucheng County, 9 households participated in the experiment, and the pear tree experiment area was 40 mu.

[0035] (2) In Yaobao Village, Dongchen Town, Pucheng County, 8 households participated in the experiment, and the pear tree experiment area was 30 mu.

[0036] 2. Materials and methods

[0037] 1. Drug administration in the test group:

[0038] (1) Biological antagonistic agent: brown liquid, the number of viable bacteria is 6 billion / ml;

[0039] (2) Biochemical fulvic acid bacterial fertilizer:

[0040] Liquid biochemical fulvic acid fertilizer: yellow liquid, 50 million live bacteria / ml, NPK≧4%.

[0041] Solid to semi-solid biochemical fulvic acid fertilizer: light yellow paste, 50 million viable bacteria / ml, NP...

Embodiment II

[0071] Comparison test process of control methods for grape diseases

[0072] 1. Test time and place

[0073] 1. Test time: from early May 2008 to early October 2008.

[0074] 2. Test site

[0075] In Taimu Village, Shangwang Township, Pucheng County, 6 households participated in the experiment, with an area of ​​40 mu.

[0076] 2. Materials and methods

[0077] 1. Drug administration in the test group:

[0078] (1) Biological antagonistic agent: brown liquid, the number of viable bacteria is 6 billion / ml.

[0079] (2) Biochemical fulvic acid bacteria fertilizer:

[0080] Liquid biochemical fulvic acid bacterial fertilizer: yellow liquid, 50 million live bacteria / ml, NPK≧4%. Solid-semi-solid biochemical fulvic acid bacterial fertilizer: light yellow paste, 50 million viable bacteria / ml, NPK≧4%.

[0081] 2. Drug administration in the control group

[0082] (1) Difenoconazole WP, produced by Bayer AG of Germany, is commercially available.

[0083] (2) 12.5% ​​diniconazo...

Embodiment III

[0113] The process of comparative experiment of control methods of kiwifruit disease

[0114] 1. Test time and place

[0115] 1. Test time: from May 2008 to mid-September 2008.

[0116] 2. Test site

[0117] In Yaosi Village, Shoushan Town, Meixian County, 11 households participated in the experiment, with an area of ​​30 mu.

[0118] 2. Materials and methods

[0119] 1. Drug administration in the test group

[0120] (1) Biological antagonistic agent: brown liquid, the number of viable bacteria is 6 billion / ml.

[0121] (2) Biochemical fulvic acid bacteria fertilizer:

[0122] Liquid biochemical fulvic acid bacterial fertilizer: yellow liquid, 50 million live bacteria / ml, NPK≧4%.

[0123] Solid-semi-solid biochemical fulvic acid bacterial fertilizer: light yellow paste, 50 million viable bacteria / ml, NPK≧4%.

[0124] 2. Drugs administered to the control group:

[0125] (1) Difenoconazole WP, produced by Bayer AG of Germany, is commercially available.

[0126] (2) 12.5...

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PUM

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Abstract

The invention relates to a biological integrated disease control method of fruits, vegetables and economic crops, in particular to a complex application method of a biological anti-bacterial agent containing Bacillus subtilis BS2-5, BS6 and BS8-2 bacteria and a bacterial manure containing biochemical fulvic acid. The method comprises the following steps: mixing the diluted biological anti-bacterial agent and a prepared biochemical fulvic acid foliage fertilizer and then spraying the mixture to leaf surfaces of the fruits and the vegetables every 10-20 days after plants start budding according to the growth requirement of branches and leaves of the fruits, the vegetables and the economic crops; and simultaneously flushing or irrigating roots of the fruits and the vegetables with a water flush fertilizer containing the biochemical fulvic acid. The method can cause the biological anti-bacterial agent and the bacterial manure containing biochemical fulvic acid to give full play by the complex application thereof, inhibit and kill pathogenic bacteria on the leaf surfaces and around the roots of the plant by beneficial microbial colonies, play a role of reducing the fertilizer consumption by replacing a chemical pesticide control on the plant diseases with a biological integrated control on the plant diseases, thus realizing green production of the economic crops and achieving a purpose of safe consumption, realizing a process of pollution-free and green production.

Description

technical field [0001] The invention relates to a biological comprehensive control method for diseases of fruits, vegetables and economic crops. In particular, it relates to a biological antagonistic agent containing Bacillus subtilis (Bacillus subtilis) BS2-5, BS6, and BS8-3 for preventing and controlling diseases of fruits, vegetables and economic crops, and the compound use of the biological antagonistic agent and biochemical fulvic acid bacterial fertilizer A biological control method for diseases of fruits, vegetables and commercial crops. Background technique [0002] "Fruit and vegetable" in the present invention refers to the general designation of fruits and vegetables such as apple, pear, kiwi fruit, grape, strawberry, cabbage, cucumber, lettuce; Drinking plants whose leaves and flowers can be used as raw materials for beverages, such as Alice and Atractylodes macrocephala, and medicinal plants whose leaves, stems, and roots can be used as raw materials for Chines...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): A01G1/00A01C21/00A01N63/00C05F11/08
Inventor 陈五岭
Owner 陈五岭
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