The invention provides an ultrahigh altitude
copper-gold mine wasteland
greening method, which comprises the following steps of: (1) conducting slope consolidation, namely slope
cutting treatment on amountain body with the gradient of more than 70 degrees; (2) constructing intercepting drainage
engineering, wherein the top of the slope is provided with an intercepting channel, the slope surface is provided with a vertical
drainage ditch, and the bottom of the slope is provided with a
drainage ditch; (3) hanging a protective net, laying the protective net on
a site with the gradient of more than 30 degrees, combining a
metal protective net with a flexible protective net to form the protective net , anchoring the
metal protective net by using a
metal anchor rod, and fixing the flexible protective net by using a steel
wire rope anchor rod; (4) conducting artificial soil matrix construction, which comprises the following steps of spraying and
sowing granules, uniformly spraying and
sowing2 cm of a bottom matrix on a protective net to form a sealing layer, uniformly spraying and
sowing 4-5 cm of a middle-lower layer matrix on the bottom layer, uniformly spraying and sowing 1-2 cm of amiddle-upper layer matrix on the middle-lower layer matrix, and spraying 0.5-1 cm of a
surface layer matrix on a seed layer matrix; (5) implementing
maintenance management. The super-high altitude
copper-gold mine wasteland
greening method can effectively cope with the severe environment in the ultrahigh altitude area, and has the advantages of good effect of
vegetation greening and effective improvement of the
ecological environment of the wasteland.