A kind of anti-drought composition and its application and preparation
A technology of composition and pharmaceutical preparation, applied in the directions of application, animal repellent, plant growth regulator, etc., can solve the problems of white clover growth and yield loss, difficult and high application, poor drought resistance, etc., and is suitable for large-scale promotion. Application, application method is simple, good effect of drought resistance
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Embodiment 1
[0034] The screening of embodiment 1NaCl, SA root application concentration
[0035] Test material: Drought-sensitive 'Latinuo' white clover was used as the test material.
[0036] Material cultivation: plant white clover in plastic toughened pots with a length of 24 cm, a width of 18 cm, and a height of 6 cm. Each pot is filled with the same weight of sterilized quartz sand, according to 1g / m 2 Calculate the seeding rate of pots and pots, sow on quartz sand and germinate in a light incubator at 24°C. After germination for 7 days, continue to cultivate with Hoagland full nutrient solution. The temperature is 24°C during the day and 20°C at night, and the duration is 12 hours each. , a relative humidity of 70%, and a light intensity of 500 μmol m -2 the s -1 . When the seedlings grew to 30 days (2 mature leaves), the materials with consistent growth were selected for the test.
[0037] Experimental design: ①NaCl concentration level: set 0g / L (control), 0.60g / L, 1.20g / L, 1....
Embodiment 2
[0044] The screening of embodiment 2 foliage spraying NaCl, SA concentration
[0045] Test material: Drought-sensitive 'Latinuo' white clover was used as the test material.
[0046] Material cultivation: White clover is planted in pots with a diameter of 24 cm and a depth of 30 cm. Put the same weight of ordinary garden soil that has been sterilized by insecticides and fungicides and fully mixed in each pot. According to 1g / m 2 Calculate the sowing amount of each pot according to the seeding rate, and conduct unified routine management such as watering and weeding for all pots after sowing. Placed in the greenhouse for 3 months, the average temperature of the greenhouse is 20°C, the relative humidity is 65%, the light time is 12h, and the light intensity is 500μmol m -2 the s -1 . When the seedlings grew to 30 days (2 mature leaves), the materials with consistent growth were selected for the test.
[0047] Experimental design: ①NaCl concentration level: set 0g / L (control...
Embodiment 3
[0054] Example 3 Exogenous NaCl and SA combination concentration screening
[0055] Test material: Drought-sensitive 'Latinuo' white clover was used as the test material.
[0056] Material cultivation: method is the same as embodiment 2.
[0057] Experimental design: According to the single concentration screening results, in the concentration combination treatment, set 4 concentration gradients for NaCl and SA respectively, and the NaCl concentrations are: 0.6g / L, 1.20g / L, 1.80g / L and 2.4g / L; SA concentrations were: 1.38mg / L, 2.76mg / L, 5.52mg / L and 8.28mg / L. Use 1% Tween-80 solvent to prepare 0.6g / L NaCl+1.38mg / L SA, 0.6g / L NaCl+2.76mg / L SA, 0.6g / L NaCl+5.52mg / L SA, 0.6g / L NaCl +8.28mg / L SA, 1.20g / L NaCl+1.38mg / L SA, 1.20g / L NaCl+2.76mg / L SA, 1.20g / L NaCl+5.52mg / L SA, 1.20g / L NaCl+8.28 mg / L SA, 1.80g / L NaCl+1.38mg / L SA, 1.80g / L NaCl+2.76mg / L SA, 1.80g / L NaCl+5.52mg / L SA, 1.80g / L NaCl+8.28mg / L L SA, 2.4g / LNaCl+1.38mg / L SA, 2.4g / L NaCl+2.76mg / L SA, 2.4g / L NaCl+5.52mg / L SA, ...
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