Cold-resistant agent for zingiberaceae as well as preparation method and application method of cold-resistant agent
The technology of an anti-cold agent and alcohol is applied in the field of anti-cold agent of Zingiberaceae and its preparation field, which can solve the problems of fallen leaves and wither of Zingiberaceae plants, and achieve the effects of improving stress resistance, improving absorption capacity and stimulating enzyme activity.
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[0015] The preparation method of Zingiberaceae anti-cold agent of the present invention can first prepare raw material according to the ratio, and above-mentioned raw material comprises alcohol and raw material component, and raw material component can comprise salicylic acid, paclobutrazol, betaine, L-proline and gibberellic acid white.
[0016] In detail, 100-200 parts by weight of salicylic acid, 70-90 parts by weight of paclobutrazol, 80-90 parts by weight of betaine, 95-120 parts by weight of L-proline and 5- 10 parts by weight of gibberellins.
[0017] As a signaling molecule, salicylic acid plays an important role in plant growth and development, and stress resistance response. Under low temperature stress, salicylic acid can enhance the cold tolerance of plants, especially short-term treatment can greatly increase the frost resistance of plants sex. Paclobutrazol mainly enhances the stress resistance of plants by promoting the development of plant roots while delayin...
Embodiment 1
[0032] Raw materials were prepared, including 200 mg of salicylic acid, 70 mg of paclobutrazol, 80 mg of betaine, 120 mg of L-proline and 5 mg of gibberellin.
[0033] Dissolve 1g of salicylic acid in 200mL of alcohol, dissolve salicylic acid with 40mL of 95vol% alcohol, then add paclobutrazol and stir to dissolve, then add betaine to stir and dissolve, then add L-proline to stir and dissolve , then add gibberellin to stir and dissolve; add alcohol for the second time to further stir and dissolve, and finally add water to constant volume. The volume ratio of the first alcohol to the second alcohol is 2:25, that is, the second added alcohol is 500mL; the volume ratio of the first alcohol to the last added water is 2:15, that is, the volume of water is 300mL .
[0034] 3 days (5°C) before the cold wave, spray the prepared Zingiberaceae anti-cold agent on the leaves of Zingiberaceae, so that the anti-cold agent can naturally drip from the leaves. A total of 3 sprays, each inter...
Embodiment 2
[0036]Raw materials were prepared, including 100 mg of salicylic acid, 90 mg of paclobutrazol, 90 mg of betaine, 95 mg of L-proline and 10 mg of gibberellin.
[0037] Dissolve 1g of salicylic acid in 200mL of alcohol, dissolve salicylic acid with 20mL of 95vol% alcohol, then add paclobutrazol and stir to dissolve, then add betaine to stir and dissolve, then add L-proline to stir and dissolve , then add gibberellin to stir and dissolve; add alcohol for the second time to further stir and dissolve, and finally add water to constant volume. The volume ratio of the first alcohol to the second alcohol is 1:25, that is, the second alcohol added is 500mL; the volume ratio of the first alcohol to the last added water is 1:15, that is, the volume of water is 300mL .
[0038] 5 days (4°C) before the cold wave, spray the prepared Zingiberaceae anti-cold agent on the leaves of Zingiberaceae, so that the anti-cold agent can naturally drip from the leaves. A total of 3 sprays, each interv...
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