Planting device and planting method for aquatic vegetables or aquatic crops
A technology for aquatic crops and aquatic vegetables, applied in the field of agricultural application, can solve the problems of waste of nutrient solution, insufficient uniformity and unfavorable absorption by plants, and achieve the effects of uniform distribution of nutrient solution, space saving, and easy transfer and stacking.
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Embodiment 1
[0035] A planting method of a planting device for aquatic vegetables or aquatic crops, comprising the following steps:
[0036] Step A, threading the first shell 4 and the second shell 6, and tying the cotton rope 9 to the cotton net 10;
[0037] Step B, put an appropriate amount of soil into the accommodation space 3 inside the second housing 6, and place the cotton net 10 tied with the cotton rope 9 on the soil;
[0038] Step C, adding soil covering, repeating this many times, until the covering of all the cotton nets 10 is completed, and then planting water spinach seedlings;
[0039] Step D, inject the nutrient solution into the liquid tank 8 on the first shell 4 through the liquid injection hole 5, the nutrient solution in the liquid tank 8 contacts the cotton rope 9, and then flows along the The cotton rope 9 is guided to the cotton net 10, and under the further guidance of the cotton net 10, the nutrient solution is evenly distributed in the soil, thereby realizing the...
Embodiment 2
[0042] A planting method of a planting device for aquatic vegetables or aquatic crops, comprising the following steps:
[0043] Step A, threading the first shell 4 and the second shell 6, and tying the cotton rope 9 to the cotton net 10;
[0044] Step B, put an appropriate amount of soil into the accommodation space 3 inside the second housing 6, and place the cotton net 10 tied with the cotton rope 9 on the soil;
[0045] Step C, adding soil to cover, repeating this many times until the covering of all the cotton nets 10 is completed, and then planting lotus root seedlings;
[0046] Step D, inject the nutrient solution into the liquid tank 8 on the first shell 4 through the liquid injection hole 5, the nutrient solution in the liquid tank 8 contacts the cotton rope 9, and then flows along the The cotton rope 9 is guided to the cotton net 10, and under the further guidance of the cotton net 10, the nutrient solution is evenly distributed in the soil, thereby realizing the pla...
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