Planting method for early-ripe oriental sweet melons at cold highland area
A technology of thin-skinned melons and planting methods, applied in botany equipment and methods, horticulture, applications, etc., can solve the problems of low temperature in early spring and low planting benefits
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example 1
[0029] A method for early-maturing thin-skinned melons in alpine mountainous areas:
[0030] 1. After experiments, the new white sand honey variety that is resistant to low temperature and low light, compact in plant type, concentrated in fruit, delicate in meat quality, sweet and refreshing, disease-resistant, early-maturing, and high-yielding is selected for planting.
[0031] 2. Seedling cultivation: (1) Seedbed preparation: use greenhouse nutrition pots to raise seedlings, the seedbed width is 100-120cm, the ridge height is 15cm, the bed surface is leveled and compacted, every 1hm 2 Need seedbed 330m 2 , 34,500 nutritional bowls with a diameter of 8cm×10cm. After the nutrient matrix is filled into pots, a small shed is built on the seedbed in the greenhouse to keep moisture and increase temperature for later use. 5-7 days before sowing, spray the seedbed or nutrient soil with 1000 times of 80% dichlorvos emulsifiable concentrate and 400 times of 72.2% propamocarb water...
example 2
[0037] An early-maturing planting method for thin-skinned melons in alpine mountainous areas: Longtian No. 1, a high-yielding, disease-resistant, early-maturing, high-yield variety that has been tested and resistant to low temperature and low light, compact plant type, concentrated fruit, and fine meat. Except that the preparation ratio of nutrient matrix soil is different from example one, all the other are identical with example one.
[0038] The nutrient matrix in the nutrient bowl is formulated with humus soil, which is mainly to neutralize the humus soil to a pH value of 5.2, and then add fertilizer-trace elements and macroelements to 1000 parts of humus soil, and its parts by weight are : 150 parts of ammonium nitrate, 380 parts of potassium fertilizer, 280 parts of trace element magnesium, 30 parts of trace element iron, 30 parts of trace element copper, 5 parts of trace element zinc, 3 parts of trace element manganese, 8 parts of boric acid, 2500-4200 parts of shale ash...
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