Truffle pond ecological restoration and resource management and protection restoration method

Abstract

The invention belongs to the technical field of resource protection, development and utilization of precious wild edible mushrooms, and discloses a truffle pond ecological restoration and resource management and protection restoration method. The truffle pond ecological restoration and resource management and protection restoration method comprises the following steps that under the support of ecological big data of a wild truffle pond, the mating type proportion of the physicochemical properties of truffle pond soil which is excessively excavated and damaged and mycorrhiza is measured; according to a measurement result, a fungus pond soil improvement matrix is prepared and applied to fungus pond soil from November of the current year to February of the next year, and the physicochemical property of the fungus pond soil is accurately improved; and meanwhile, the fungus pond area vegetation and the ground surface humus layer thickness are adjusted in an auxiliary mode, the ecological environment of truffle development is restored, and scientific management and protection and timely harvesting are carried out. The truffle pond ecological restoration and resource management and protection restoration method is simple and easy to learn, low in investment, quick in effect, easy to accept by managers or mushroom farmers, convenient to popularize, wide in application prospect and capable of improving economic benefits and ecological benefits of forest land, and has an important promoting effect on practicing that green water and green mountains are golden mountains.

Description

technical field [0001] The invention belongs to the technical field of protection, development and utilization of precious wild edible fungus resources, and in particular relates to a method for ecological restoration and resource management and restoration of truffle ponds. Background technique [0002] At present, truffle (Tuber spp.) is a precious underground wild edible fungus, and its nutritional mode is symbiotic, that is, the growth and development of truffle must be in harmony with plants (such as Yunnan pine, Huashan pine, Quercus chinensis, Quercus spp. Combine with the root system of Castanopsis alpinus, etc.) to form a biological complex mycorrhiza. Mycorrhizae combine with the surrounding soil to form a fungus pond, which is the place where truffles develop and grow. [0003] In recent years, due to unscientific over-excavation, the ponds of truffles have been destroyed, resulting in a sharp reduction in the output of truffles, and the truffles in some areas ar...

AI Technical Summary

Problems solved by technology

[0004] Through the above analysis, the existing problems and defects of the prior art are: due to unscientific over-excavation, the existing truffle ponds are destroyed, resulting in a sharp reduction in the output of truffles, and the truffles in some areas are facing the danger of extinction. Danger

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