Planting method for improving quality and yield of milk-flavored red grapes
A planting method and technology of red grapes, applied in the field of grape planting, can solve the problems of unreasonable fertilization period and types of fertilizers, decline in quality and yield of red grapes, and high planting density of red grape seedlings, so as to avoid insufficient supply of nutrients and reduce Bug bite marks, increase in size and yield
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Embodiment 1
[0052] In the outdoor environment, two identical planting fields are used, one is planted by the planting method and fertilization method proposed by the present invention, and the other is planted by the existing planting method.
[0053] Yield: the yield per mu planted by the method of the present invention is 2300 jin, while the yield per mu of the existing planting method is 1700 to 1900 jin, and the red grape fruit particles planted by the existing planting method are relatively small, and the bite marks of insect pests on the surface are relatively small. Many, the quality and output are relatively average, and the red grapes planted by the method of the present invention not only have a large output, but also have good fruit quality.
Embodiment 2
[0055] Under the greenhouse environment, two identical planting fields are used, one is planted by the planting method and fertilization method proposed by the present invention, and the other is planted by the existing planting method.
[0056] Yield: the yield per mu planted by the method of the present invention is 2600 jin, while the yield per mu of the existing planting method is 1850 to 2100 jin, and the red grape fruit particles planted by the existing planting method are relatively small, and the bite marks of insect pests on the surface are relatively small. Many, the quality and output are relatively average, and the red grapes planted by the method of the present invention not only have a large output, but also have good fruit quality.
[0057] The planting data of multiple groups of different test sites above show that although they are planted in different environments, the yield per mu of red grapes that adopts the method of the present invention exceeds the yield...
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