Seedling culture nutrient medium and preparation method thereof
A nutrient matrix and soil technology, applied in the field of agriculture, can solve the problems of seedlings susceptible to soil-borne diseases, fiber not transformed, low digestibility, etc., to achieve the effects of protecting soil erosion, protecting fertility decline, and simple preparation
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Embodiment 1
[0027] A nutrient matrix for raising seedlings comprises 50% of agricultural waste, 30% of soil, 10% of plant ash and 10% of fertilizer.
[0028] The agricultural reclaimed material is obtained by recycling the waste bacterial material after taking out the plastic sheet.
[0029] The agricultural waste and soil are in a pulverized state.
[0030] The fertilizer is a compound fertilizer produced by mixing phosphorus, phosphorus and potassium into granules.
[0031] The soil is black soil with an organic matter content of 10%.
Embodiment 2
[0033] A nutrient matrix for raising seedlings comprises 55% of agricultural waste, 28% of soil, 7% of plant ash and 10% of fertilizer.
[0034] The agricultural recycled material is obtained by recycling rice straw.
[0035] The agricultural waste and soil are in a pulverized state.
[0036] The fertilizer is a compound fertilizer produced by mixing phosphorus, phosphorus and potassium into granules.
[0037] The soil is yellow soil with an organic matter content of 20%.
Embodiment 3
[0039] A preparation method for seedling nutrient matrix, comprising
[0040] Screen agricultural waste to obtain agricultural recycling;
[0041] Obtain the soil below 20cm from the surface;
[0042] The agricultural reclaimed materials and soil are dried and crushed to obtain crushed coarse materials, and then the coarse materials are piled up with a height of 1.6m, and the piled materials are covered with a film for initial fermentation until there is a layer on the surface of the piled materials. Layers of white mold.
[0043] Add plant ash and fertilizer to the crude material after initial fermentation, stir evenly and spray clear water to obtain fermented material, the water content of said fermented material is 18%;
[0044] Secondary fermentation is carried out on the cover film of the fermentation material, the fermentation temperature is 50-60° C., and the pH range of the substrate is guaranteed to be 6-7 to obtain the nutrient substrate.
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