Stress-resistant plant cultivation method and ecological restoration method in alpine region
A technology for ecological restoration and alpine regions, which is applied in the field of plant cultivation to achieve the effects of increasing the content of heavy metals in plants, enhancing restoration efficiency, and reducing soil erosion.
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Embodiment 1
[0023] A method for cultivating stress-resistant plants in an alpine region and an ecological restoration method, the specific steps are as follows:
[0024] S1 planting bed preparation: evenly spread the self-made frost-resistant habitat substrate on the bottom of the seedbed with a thickness of 4cm, then mix the garden soil, seed nutrient solution and ecological restoration agent evenly and cover it on the self-made frost-resistant habitat substrate, the seedbed The total soil volume reaches 8cm thickness;
[0025] S2 Acquisition of plants: take the roots, stems or branches of middle-growing perennial herbaceous plants growing in alpine habitats, use the totipotency of plant cells, and develop new plants from the cells directly divided by the apical meristem, or through the original original roots in the roots. New plants can be developed into new plants, or new plants can be developed from callus tissue, or new plants can be developed from adventitious buds produced by root...
Embodiment 2
[0035] A method for cultivating stress-resistant plants in an alpine region and an ecological restoration method, the specific steps are as follows:
[0036] S1 planting bed preparation: evenly spread the self-made frost-resistant habitat substrate on the bottom of the seedbed with a thickness of 4cm, then mix the garden soil, seed nutrient solution and ecological restoration agent evenly and cover it on the self-made frost-resistant habitat substrate, the seedbed The total soil volume reaches 7cm thickness;
[0037] S2 Acquisition of plants: take the roots, stems or branches of middle-growing perennial herbaceous plants growing in alpine habitats, use the totipotency of plant cells, and develop new plants from the cells directly divided by the apical meristem, or through the original original roots in the roots. New plants can be developed into new plants, or new plants can be developed from callus tissue, or new plants can be developed from adventitious buds produced by root...
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