Organic environment-friendly planting method for tricholoma matsutake
A planting method and environmental protection technology, applied in the field of organic environmental protection planting of red matsutake mushrooms, can solve the problems of failing to effectively overcome the problem of fresh-keeping of matsutake spores, survival rate and the like, and achieve the effects of low cost, improved survival rate and simple steps.
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Embodiment 1
[0013] An organic and environmentally friendly planting method of red matsutake, loosening the soil within the crown of the red pine, with a depth of 11 cm, cutting off the fine roots to promote the proliferation of fine roots, and mixing solid water particles filled with water into the soil during the loosening process, and Make sure that the solid water particles are located at a depth of 5-8 cm in the soil layer. The specific operation can be in the process of loosening the soil, sprinkle the solid water particles when the soil is backfilled to half, and make the content of the solid water particles per square meter 50 - 200 grams, to promote the upward growth of fine roots and increase the chance of symbiosis between fine roots and red matsutake hyphae;
[0014] Crush the water-absorbing resin into sand-sized particles. When the red matsutake is fully mature and produces a large number of spores, put the red matsutake into a mixing bucket filled with water-absorbing resin p...
Embodiment 2
[0016] According to the organic environment-friendly planting method of red pine mushroom described in embodiment 1, the organic environment-friendly planting method of red pine mushroom, the root nutrient solution that contains total concentration in the solid water particle is 0.1-0.01%, to promote the fine root of red pine tree growth; the concentration of the spore liquid is 0.1-0.05%, and the thickness of the soil layer sprinkled with solid water particles overlaps with the thickness of the soil layer sprinkled with water-absorbing resin particles. That is, for example, the thickness of the soil layer sprinkled with solid water particles is 5-8 cm deep below the surface, and the thickness of the soil layer sprinkled with water-absorbing resin particles is 2-5.1 cm deep below the surface. The purpose of doing this is to facilitate the combination of spores and fine roots.
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