Method for utilizing stem section cuttage to propagate aeluropus
A cutting propagation and cutting technology, which is applied in the field of wild plant breeding, can solve the problems of destroying the ecological environment of the resource collection site and slowing the cultivation speed.
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Embodiment 1
[0024] Dongying City Guangbei Farm Forage Test Base, the test area is 300m 2 , soil pH value 7.9, available nitrogen 46mg / kg, organic matter 30.6g / kg, soil salt content 0.27%.
[0025] In Example 1, the stem section of Swertia chinensis was collected from the pasture test field of Guangbei Farm in Dongying City, which is adjacent to the natural grassland plot in the east. The wild plants in this plot are mainly roegrass, accompanied by plants such as reeds, imperatas, and tamarisks.
[0026] A method for propagating roe chinensis by stem cuttings, the steps are as follows:
[0027] (1) Level the plot where the cuttings are to be cut, and then plow and rake it finely. The plowing depth is 20cm, and the water is flooded to make the soil moisture content reach 20%.
[0028] (2) On May 10, 2010, select roe chinensis branches with a stem thickness of 1.8-2mm, and cut off a stem section with a length of 6-7cm, and each stem section does not have a stem node with side buds to obtai...
Embodiment 2
[0045] Jinan Shanghe Grass Experiment Base, with an area of 300m2 2 , soil pH value 7.5, soil salt content 0.34%, available nitrogen 53.2mg / kg, available phosphorus 62.3mg / kg, organic matter 0.92%.
[0046] In Example 2, the stem section of Swertia chinensis was collected from the natural pasture plot in the Shanghe Pasture Grass Experimental Field. The wild plants in this plot are dominated by Swertia chinensis, accompanied by plants such as Phragmites spp.
[0047] A method for propagating roe chinensis by stem cuttings, the steps are as follows:
[0048] (1) Level the plots where the cuttings are to be cut, and then plow and rake them finely. The plowing depth is 20cm, and the water is flooded to make the soil moisture content reach 15% to 20%.
[0049] (2) On May 20, 2010, select the roewort branches with a stem thickness of 1.2-1.5mm, and cut off the stem segments with a length of 6-7cm. Each stem segment has a stem node with side buds, and the cuttings are prepared ...
Embodiment 3
[0066] Forage Test Base in Licheng District, Jinan City, with a test area of 300m 2 , soil organic matter 1.34%, total nitrogen 1.42g / kg, available phosphorus 51.00mg / kg, available potassium 141.00mg / kg.
[0067] In Example 3, the stems of Swertia chinensis were collected from natural pasture plots in the forage test field in Licheng District, Jinan. The wild plants in this plot are dominated by Swertia chinensis, accompanied by plants such as Phragmites spp.
[0068] A method for propagating roe chinensis by stem cuttings, the steps are as follows:
[0069] (1) Level the plots where the cuttings are to be cut, and then plow and rake them finely. The plowing depth is 15cm, and the water is flooded to make the soil moisture content reach 15% to 20%.
[0070] (2) On May 10, 2011, select roe chinensis branches with a stem thickness of about 1.5-1.8 mm, and cut stem segments with a length of 9-10 cm. Each stem segment has a stem node with side buds, and the prepared stem cutt...
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