Protective agent for wounds of forest trees

Abstract

The invention provides a protective agent for the wounds of forest trees. The protective agent for the wounds of forest trees comprises tridemorph and white latex in a weight ratio of 11.25: (40000-60000). The components of the protective agent are common raw materials; polyvinyl acetate is used as a film forming agent, and polyvinyl acetate has good film forming performance and does not carry other pathogens; tridemorph is used as a bactericide and exerts strong inhibitory effect on putrefaction bacteria; alpha-naphthylacetic acid, gibberellin and brassinolide in the protective agent can effectively promote wound healing; and the prepared wound protective agent has obvious promotion effect on healing of the wounds of forest and fruit trees, and has the characteristics of simple operation, no toxicity, no harmless, no pollution to environment, long-lasting action, stability, rainwater resistance, no incurrence of secondary infection of wounds and low cost.

Description

technical field [0001] The invention belongs to wound protection agents, in particular to a forest wound protection agent. Background technique [0002] In the counties and cities where the forest and fruit industry developed earlier in Xinjiang, the income from forest and fruit has accounted for 50% of the net income of farmers. However, Xinjiang is cold in winter, which often causes economic forests, green forests, and ecological forests to suffer from freezing damage. Frozen trees are prone to rot diseases in the next year. At present, rot diseases are common in Xinjiang's important economic forests such as pears, apples, walnuts, red dates, and poplars. In some orchards, the incidence rate reached 100%, and severe cases directly caused the destruction of the orchard. Effective prevention and treatment of various tree rot diseases has become an urgent problem to be solved in the process of developing characteristic forests and fruits, planting green forests and ecological...

AI Technical Summary

Problems solved by technology

However, some of the above-mentioned measures have disadvantages such as intolerance to rain, inefficient use, high residual toxicity, short drug effect period, repeated use, improper methods, and high cost, which lead to the lack of effective agents for preventing and curing rot, which makes fruit farmers confused and difficult. Accept, and the above methods, although they can play a role in sterilization, but at the same time bring new infection sources into the wound, which is easy to form secondary infection and cause secondary damage to the tree body, and the technical means used are resistant to infection. The disadvantages of poor rainwater performance, high production cost, and cumbersome usage

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