A slope greening method that effectively reduces the difficulty of later maintenance
A technology with difficulty and slope, applied in botany equipment and methods, excavation, culture medium, etc., can solve the problems of difficult construction, high construction cost, complicated process flow, etc., and achieve improved safety and stability, high safety stability, and solve the effect of excessive soil viscosity
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preparation example Construction
[0030] The preparation method of the nutrient soil described in step (3) is: fully mix the mountain red soil and humus soil at a ratio of 4~6:1, add 2.5~3.5kg ternary compound fertilizer or 8~12kg fully decomposed For farmyard manure, add water-retaining agent in an amount of 0.5~1.5% and mix well, and it can be used according to the amount of nutrient soil used.
[0031] 8-12% by volume of mountain sand is also added to the nutrient soil.
[0032] The climbing ground cover plant described in step (4) is one or more of ivy, ground pomegranate and creeper.
Embodiment 1
[0034] A slope greening method that effectively reduces the difficulty of subsequent maintenance, comprising the following steps:
[0035] 1) Level the slope, remove dead branches and gravel, and backfill 30 cm of planting soil; the planting soil described is surface soil at a depth of 20 cm on the surface of the ground;
[0036] 2) The slope treated in step (1) is tamped and watered to settle, and the insufficient part is refilled with soil, tamped and watered to settle, so that the treated slope is 8 cm lower than the completed surface; the tamped and watered settlement is specifically: On the slope where the planting soil has been backfilled, it is advisable to water and settle one day in advance, and to sprinkle water repeatedly, so that the soil can absorb enough water evenly and without surface water;
[0037] 3) Lay 8 cm thick grass planting bricks, use M7.5 cement mortar to bond the joints of each grass planting brick, and backfill the configured nutrient soil; the gra...
Embodiment 2
[0042] A slope greening method that effectively reduces the difficulty of subsequent maintenance, comprising the following steps:
[0043] 1) Level the slope, remove dead branches and gravel, and backfill with 40 cm of planting soil; the planting soil described is surface soil at a depth of 30 cm on the surface of the ground;
[0044] 2) The slope treated in step (1) is tamped and watered for settlement, and the insufficient part is refilled with soil, tamped and watered for settlement, so that the treated slope is 10 cm lower than the completed surface; the tamped and watered settlement is specifically: On the slope where the planting soil has been backfilled, watering and settlement should be carried out 2 days in advance, and watering should be repeated several times to make the soil absorb enough water evenly and without surface runoff;
[0045] 3) Lay 10 cm thick grass-planting bricks, use M7.5 cement mortar to bond the joints of each grass-planting brick, and backfill th...
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