Sprouting vegetable planting method and application thereof
A sprout vegetable and sprout technology, applied in the field of plant planting, can solve the problems of excessive harmful bacteria colonies, lodging and lodging due to lack of water in living vegetables, waste of water resources, etc. Effect
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Embodiment 1-1
[0038] Embodiment 1-1: water-retaining substrate (taking sunflower sprouts as an example)
[0039] This embodiment provides a water-retaining base, the water-retaining base is 500 g in total, and the ratio of the water-retaining base is shown in Table 1 in terms of mass percentage.
[0040] Table 1 Proportion of water-retaining matrix
[0041]
[0042]
[0043] Note: The mass percentage in the table refers to the mass percentage of each matrix raw material after absorbing water.
Embodiment 1-2
[0044] Embodiment 1-2: a kind of method of planting sprouts (taking sunflower sprouts as an example)
[0045] Present embodiment provides a kind of method of planting sprouts, described method comprises the steps:
[0046]Seed soaking step: Soak the sunflower seeds with clear water for 24 hours, during the soaking period of 24 hours, change the water once every 8 hours, wash the seeds 3 times at each water change, and obtain the soaked seeds;
[0047] Water absorption step: take 500mL of clear water and put it in a clean container, mix the wood pulp, polymer water-absorbing resin and clear water in the water-retaining matrix described in Example 1-1 evenly, and then mix the pearls in the water-retaining matrix described in Example 1-1 Put the rock into the mixing, so that the perlite is evenly dispersed in the wood pulp matrix, and obtain a water-absorbing and saturated water-retaining matrix;
[0048] Planting steps: put the water-absorbing and saturated water-retaining subs...
experiment example 1-1
[0049] Experimental example 1-1: The effect of the formulation of the water-retaining matrix on the water-retaining performance (taking sunflower seedlings as an example)
[0050] This experimental example provides an experiment on the influence of the formulation of the water-retaining matrix on the water-retaining performance. The experiment is as follows:
[0051] 1. Test material and location
[0052] Test materials: oil sunflower No. 6 variety, absorbent paper, absorbent sponge, absorbent cotton, long-fiber wood pulp, polymer absorbent resin, perlite, planting box
[0053] Test equipment: artificial climate chamber (PRX-150B)
[0054] Test site: Experimental base of China Agricultural University, Dongchengfang Town, Zhuozhou City, Baoding City, Hebei Province.
[0055] 2. Experimental design
[0056] 2.1. Sampling and determination of sunflower seedlings
[0057] Planting and cultivation of sunflower seedlings:
[0058] Experimental group: select 35g of clean oil sun...
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