Root dipping microorganism preparation for transplantation of vegetables
A microbial preparation and root dipping technology, which is applied in the field of microbial preparations for vegetable transplanting and root dipping, can solve the problems of residues, unsatisfactory effects, and easy phytotoxicity, etc., and achieve the effect of moderate concentration
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[0016] A microbial preparation for transplanting vegetables and dipping roots, the raw materials of the microbial preparation include the following proportions by weight: 600 kg of biogas slurry, 200 kg of Streptomyces coccidioides fermentation liquid, 100 kg of Candida terreus fermentation liquid, 50 kg Starch grafted sodium acrylate, 200 grams of sodium naphthalene acetate, 15 kilograms of dipotassium hydrogen phosphate.
[0017] The Streptomyces coccidioids fermentation broth is prepared by aerobic culture in a liquid medium with a mass ratio of 3% corn flour and 1.5% fish meal for 72 hours.
[0018] The viable count of the Candida terrestris fermentation liquid is 1.8 billion / g.
[0019] The preparation method of described a kind of microbial preparation for transplanting and dipping roots of vegetables comprises the following steps:
[0020] 1) According to the mass ratio of 3% corn flour and 1.5% fish meal, the culture medium was prepared, and after sterilization, it wa...
experiment example
[0024] Experimental objects: Controlled experiments were conducted on cucumbers, peppers, tomatoes, zucchini, and eggplants from the two main vegetable producing areas of Shandong Shouguang and Jining.
[0025] Experimental method: Select two plots with the same soil fertility and disease conditions for various crops, and divide them into experimental plots using root-dipping microbial preparations and control plots without using root-dipping microbial preparations. In the control land without root-dipping microbial preparation, the roots were dipped with ordinary irrigation water. Record the survival rate and the time of the slow seedling stage at the slow seedling stage.
[0026] vegetable type Experimental survival rate (%) Survival rate of control land (%) Experimental seedling slowing time (days) Seedling slowing time in control land (days) cucumber 98.3 82.4 5 7 chili 97.5 91.6 6 8 tomato 96.2 85.3 4 7 squash 99.5 78.8 ...
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