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Grape mixed plantation three-dimensional cultivation desertification control method
The invention discloses a grape mixed plantation three-dimensional cultivation desertification control method which aims at solving the problem of grapery damage caused by a windstorm in a wind desert area. The grape mixed plantation three-dimensional cultivation desertification control method comprises the steps of flattening sandy badlands, and planting grapes, asparagus and andorra creeping juniper. The three-dimensional cultivation mode is adopted, so that quicksand movement is effectively controlled, the wind speed is decreased, damage caused by a windstorm and surface evaporation are reduced, expenses are saved, and the income is increased; the ground coverage is increased, water and fertilizer competition is reduced, the three-dimensional screen can be effectively formed, and the area of bare sand is decreased. The method efficiently utilizes sand resources, improves soil, improves the desertification prevention and control efficiency, organically combines sand stabilization, vegetation increase and growth space control, and achieves the purposes that sand grapes effectively utilizes sand resources, the vegetation coverage is increased, the environment is improved, and the water and fertilizer competition is reduced. The vegetation coverage rate of a sand grapery can be increased by 30-50% in winter, the wind speed is reduced by 18-30%, and the sand blocking effect is improved by 50-70% compared with a pure grapery.
Grape mixed plantation three-dimensional cultivation desertification control method
The invention discloses a grape mixed plantation three-dimensional cultivation desertification control method which aims at solving the problem of grapery damage caused by a windstorm in a wind desert area. The grape mixed plantation three-dimensional cultivation desertification control method comprises the steps of flattening sandy badlands, and planting grapes, asparagus and andorra creeping juniper. The three-dimensional cultivation mode is adopted, so that quicksand movement is effectively controlled, the wind speed is decreased, damage caused by a windstorm and surface evaporation are reduced, expenses are saved, and the income is increased; the ground coverage is increased, water and fertilizer competition is reduced, the three-dimensional screen can be effectively formed, and the area of bare sand is decreased. The method efficiently utilizes sand resources, improves soil, improves the desertification prevention and control efficiency, organically combines sand stabilization, vegetation increase and growth space control, and achieves the purposes that sand grapes effectively utilizes sand resources, the vegetation coverage is increased, the environment is improved, and the water and fertilizer competition is reduced. The vegetation coverage rate of a sand grapery can be increased by 30-50% in winter, the wind speed is reduced by 18-30%, and the sand blocking effect is improved by 50-70% compared with a pure grapery.
Grape mixed plantation three-dimensional cultivation desertification control method
DING LIPING (author) / RAN YONGJUN (author) / ZHU YANHUA (author) / ZHANG YONGQIN (author) / ZHANG LI (author)
2015-07-08
Patent
Electronic Resource
English
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