Method for transplanting stipa glareosa strain clump

Abstract

The invention discloses a method for transplanting a stipa glareosa strain clump. The method includes the steps that 1, before stipa glareosa turns green at the beginning of April, a study plot is selected, furrowed and leveled; 2, the ideal stipa glareosa strain clump is selected and dug through a shovel, the dug stipa glareosa strain clump is moved to a packaging barrel or a flowerpot, a proper amount of water is supplied in time, and the stipa glareosa strain clump is sleeved with a plastic bag; 3, according to the root volume of the stipa glareosa strain clump, a hole is dug every 50 cm space between plants, the stipa glareosa strain clump in the packaging barrel or the flowerpot is transplanted to the study plot, the periphery of the transplanted strain clump is filled with soil, the soil is trodden, and water is immediately and sufficiently supplied for the first time; 4, the study plot is covered with a shading net, the shading net is supported by wooden poles with the height being 1 m and fastened; 5, water is supplied after 15 days for the second time, water is supplied after 30 days for the third time, the shading net is removed, and the stipa glareosa strain clump grows naturally. The method has the advantages of being easy, convenient and quick to implement, effective, and capable of getting twofold results with half the effort, and stipa glareosa seeds which are artificially cultivated can be acquired in short time.

Description

technical field [0001] The invention relates to a plant transplanting method, in particular to a method for transplanting Stipa psammatosa clusters. Background technique [0002] Stipa pistachia is a super-xerophytic clumping grass, with basal leaves 15-20cm long and cauline leaves 2-4cm long; the stems are obliquely ascending or erect, the base is genuflected, and the reproductive branches are 20-30cm high. Generally, it turns green in early April, blooms from late May to early June, and seeds mature in mid-to-late June; in years with good water conditions, there is also a phenomenon of flowering and seeding in autumn; the clusters do not grow in early years or in particularly dry years. Stipa sandalica has strong adaptability to arid climate. Stipa sandgrass grasslands often have the characteristics of different degrees of shrubs, and often form different grassland types with small semi-shrubs, such as Stipa sandwort + Artemisia frigida grassland, Stipa sandwort + Artemis...

AI Technical Summary

Problems solved by technology

Although the yield of Stipa sand grass is low, it is rich in nutrients and contains high crude protein and crude fat

However, the transplantation of Stipa sandica is more complicated and difficult to survive. If seeds are used for planting, seeds cannot be obtained in a short time.