Cutting seedling raising method for crown-shaped camellias
A technology for raising seedlings and camellias by cuttings, which is applied to the field of seedling raising and planting of camellias, can solve the problems of affecting the flowering rate and aesthetics, long rooting time, rare plants, etc., so as to improve the cell activity and differentiation ability, improve the rooting rate and growth rate, and improve the The effect of rooting speed and rooting rate
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Embodiment 1
[0020] A method for growing seedlings of crown-shaped camellia cuttings, comprising the following steps:
[0021] (1) Cutting branch selection: Cut the upper part of the selected cutting branch flat, and cut the lower end at an angle of 30° to increase the contact area between the xylem of the cutting branch and the fermentation nutrient solution and mineral solution, and use a blade from the lower end to the upper 0.5-0.7cm Circumcision treatment, improve the rooting rate, cuttage branches must be intercepted;
[0022] (2) Branch treatment: immerse the lower end of the intercepted cuttings in a sterilizing solution for 3 minutes to reduce the inhibitory effect of spoilage bacteria on the rooting of the cuttings, and then immerse in a mineral solution for 36 minutes at a water bath temperature of 34°C, which contains magnesium, zinc, etc. Mineral elements can improve the anti-retrograde growth ability of cutting branches, promote the photosynthesis of branches, thereby increas...
Embodiment 2
[0034] Present embodiment 2 is compared with embodiment 1, and step changes in the following aspects:
[0035] For the cutting branch described in step (1), a plant with a tree age of 2-3 years is selected as the mother plant, the diameter of the cutting branch is 0.3-0.5cm, the length is 6-9cm, and 2-3 true leaves are reserved.
[0036] For the soaking described in step (2), the temperature is 36°C and the time is 38 minutes.
[0037] The bactericidal solution described in step (2) is a sodium hypochlorite solution with a mass concentration of 40 ppm.
[0038] For the mineral solution described in step (2), the mass parts of each prepared component are:
[0039] 116 parts of water, 3.7 parts of magnesium sulfate, 1.8 parts of zinc chloride, 5.2 parts of ammonium dihydrogen phosphate, 4.2 parts of potassium iodide, 0.45 parts of chelated copper, and 0.18 parts of chelated manganese.
[0040] The ionization treatment described in step (3), its parameter is:
[0041] The temper...
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Abstract
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