Pink lady blueberry potted method
A kind of beauty and blueberry technology, applied in the field of red pink beauty blueberry potted plant, can solve the problem of difficult fertilization of nutrients and other problems
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Embodiment 1
[0019] The potted method of pink lady blueberry, follow the steps below:
[0020] Step S1, configuring substrates, substrate 1 is composed of formula substrate 1 and biological fertilizer, substrate 2 is composed of formula substrate 2, biological fertilizer, cow dung, and the substrate components are shown in Table 1; formula substrate 1: grass carbon: perlite: leech Stone: the volume ratio of coconut peat is 25-35:20:10:25-35; formula matrix 2: the calcium content of 1cm sieve ≤ 1.5mg / kg pine skin: perlite volume ratio is 9:1;
[0021] Table 1 Component Nutrient Composition List
[0022]
[0023] Step S2, put the substrate 1 and substrate 2 of step S1 into the hexagonal second-generation golden water level cultivation container according to different proportions; the formula substrate 1 in the substrate 1, the order of placing the biological fertilizer is: the biological fertilizer is placed at the bottom , Put formula matrix 1 in the upper part, if you don’t put it in t...
Embodiment 2
[0084] In this experiment, the substrate nitrogen XJ and the number of leaves per plant Y 1 There is a very significant path relationship. Substrate nitrogen XJ increases, the number of leaves per plant Y 1 Extremely significant increase in fertilizer nitrogen X 1 and the number of leaves per plant Y 1 There is a very significant negative path relationship, fertilizer nitrogen X 1 increase, the number of leaves per plant Y 1 very significantly reduced. Total NitrogenX 2 is composed of substrate nitrogen XJ and fertilizer nitrogen X 1 add up. Number of leaves per plant Y 1 with TNX 2 , the regression analysis shows that the number of leaves per plant Y 1 with TNX 2 There is a very significant regression relationship, and there is the following regression equation: the number of leaves per plant Y 1 =-342.04+60.8437X 2 -1.3718X 2 2 , take the derivative of this equation, let the first derivative be 0, the optimal total nitrogen X 2 =22.1766, get the number of lea...
Embodiment 3
[0097] The test fertilizer phosphorus X 3 and the number of leaves per plant Y 1 There is a very significant negative path relationship. Fertilizer PhosphorusX 3 increase, the number of leaves per plant Y 1 very significantly reduced. Substrate phosphorus XP and the number of leaves per plant Y 1 There is a positive path relationship, the substrate phosphorus XP increases, and the number of leaves per plant Y 1 very significant increase. It shows that phosphate fertilizer should be mixed with the substrate as base fertilizer in the cultivation of Pink Lady blueberry.
[0098] Single leaf Y 1 And the regression analysis shows that the single leaf Y 1 With Fertilizer PhosphorusX 3 There is a very significant regression relationship, and there is the following regression equation: a single leaf Y 1 =248.582-93.977X 3 +10.3075X 3 2 , Best Fertilizer Phosphorus X 3 =4.5587. Number of leaves per plant Y 1 with TPX 4 There is a very significant regression relationshi...
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