Stubble resisting and continuous and alternate cropping fertilizer and producing method thereof
A technology of heavy cropping and anti-stumping, which is applied in the direction of organic fertilizers, fertilizer mixtures, fertilization devices, etc., to achieve the effects of improving disease resistance, promoting plant rooting, and enhancing stress resistance
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Embodiment 1
[0026] Contain 4% of Azotobacter rotundum (0.7-0.8 million bacteria), 3% of Bacillus cereus (0.5-6 million bacteria), 3% of silicate bacteria (0.5-0.6 billion bacteria) Bacteria solution and carrier (peat) are synthesized into granules of bacterial fertilizer at a ratio of 10% to 90%.
[0027] The concentration is 11% borax 1%, 54% ammonium molybdate 0.2%, 23% zinc sulfate 1.0%, 25% SiO 2 13%, 14% CaO 13%, 4% MgO 12%, and the balance of peat charcoal are made into micro-fertilizers for use.
[0028] The above-mentioned bacterial manure and micro-fertilizer are mixed by equal weight to form the present invention.
Embodiment 2
[0030] Contain 5% of Azotobacter rotunda (0.7-0.8 billion bacteria), 4% of Bacillus cereus (0.5-0.6 billion bacteria), 4% of silicate bacteria (0.5-0.6 billion bacteria) Bacteria solution and carrier (peat) are synthesized into granules of bacterial fertilizer at a ratio of 10% to 90%.
[0031] Borax (content 11%) 1.5%, ammonium molybdate (content 54%) 0.35%, zinc sulfate (content 35%) 1.3%, 25% SiO 2 14%, 14% CaO 12.5%, 4% MgO 12.5%, and the balance of peat charcoal are made into micro-fertilizers for use.
[0032] According to the ratio of 1:1, the above-mentioned bacterial fertilizer and micro-fertilizer are mixed to prepare the present invention.
Embodiment 3
[0034] Contain 6% of Azotobacter rotundum (0.7-0.8 billion bacteria), 4.5% of Bacillus cereus (0.5-6 million bacteria), 4.5% of silicate bacteria (0.5-0.6 billion bacteria) Bacteria solution and carrier (peat) are synthesized into granules of bacterial fertilizer at a ratio of 10% to 90%.
[0035] Borax (content 11%) 2%, ammonium molybdate (content 54%) 0.5%, zinc sulfate (content 35%) 1.5%, 25% SiO 2 14%, 14% CaO 14%, 4% MgO 12%, and the balance of peat charcoal are made into micro-fertilizers for use.
[0036] According to the ratio of 1:1, the above-mentioned bacterial fertilizer and micro-fertilizer are mixed to prepare the present invention.
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