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Undergrowth wild planting simulation method for rhizoma polygonati

A planting method, the technology of Dianzhong, which is applied in botany equipment and methods, fertilization methods, horticultural methods, etc., can solve the problems that the yield and quality cannot meet expectations, the growth of Dianzhong is uneven, and the cultivation technology is not perfect, etc. Achieve the effect of maintaining forest ecological balance, alleviating market supply tension, and saving production costs

Inactive Publication Date: 2017-07-14
会泽林下种植有限公司
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Benefits of technology

This patented new technique described in this patents allows farmers to produce high yields from trees grown throughout China while reducing their dependence upon native plants or other sources like rainwater harvestings. By utilizing these properties, they may improve greenhouse gas emissions reduction without compromising beneficial environments such as water supplies. Additionally, it provides a way to increase the amount of valuable wood species left behind due to poor root systems found within certain areas where traditional methods were applied previously. Overall, this innovative process helps preserve both localized landscapes and promotes sustained forest culture.

Problems solved by technology

The technical problem addressed by this patented patent is how to create a new type of vegetable called Xiamenia pili (a unique species) from plants grown on open fields or at home garden locations where they may cause harm during harvesting activities such as burning grasses when cut down into smaller pieces.

Method used

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  • Undergrowth wild planting simulation method for rhizoma polygonati

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Embodiment 1

[0028] The imitation wild planting method under the forest of Prunus yunnanensis described in present embodiment 1, comprises the following steps:

[0029] ①Selection of forest land: choose the forest land with tall evergreen broad-leaved forest and mossy dwarf forest on the surface as planting land 1. The ecological environment of the selected planting land 1 is 800m above sea level, with a slope of 30°, annual rainfall of 1000mm, growing season The temperature is 22°C, the temperature in winter is above 0°C, frost-free and foggy, the climate is humid, the soil is weakly acidic, has good water storage and air permeability, loose, rich in organic matter, and the light transmittance is 20%;

[0030] ②Soil preparation: When preparing the land, first remove the miscellaneous shrubs, weeds and sundries on the planting land 1, then dig the planting land 1 to a depth of more than 25cm, apply 2000kg of decomposed farmyard manure and 30kg of superphosphate per mu of planting land 1, an...

Embodiment 2

[0043] The imitation wild planting method under the forest of Prunus dianthus described in present embodiment 2, comprises the following steps::

[0044] ①Selection of forest land: choose the forest land with tall evergreen broad-leaved forest and mossy coppice on the surface as planting land 1. The ecological environment of the selected planting land 1 is 1500m above sea level, with a slope of 60°, annual rainfall of 1500mm, and growing season The temperature is 25°C, the temperature in winter is above 0°C, there is no frost and fog, the climate is humid, the soil is weakly acidic, has good water storage and air permeability, loose, rich in organic matter, and the light transmittance is 25%;

[0045] ②Soil preparation: When preparing the land, first remove the miscellaneous shrubs, weeds and sundries on the planting land 1, then dig the planting land 1 to a depth of more than 25 cm, apply 2500 kg of decomposed farmyard manure and 40 kg of superphosphate per mu of planting land...

Embodiment 3

[0058] The imitation wild planting method under the forest of Prunus yunnanensis described in present embodiment 3, comprises the following steps::

[0059] ①Selection of forest land: choose a forest land with tall evergreen broad-leaved forest and mossy dwarf forest on the surface as planting land 1. The ecological environment of planting land 1 is 2000m above sea level, with a slope of 90°, annual rainfall of 1600mm, and growing season The temperature is 28°C, the temperature in winter is above 0°C, frost-free and foggy, the climate is humid, the soil is weakly acidic, has good water storage and air permeability, loose, rich in organic matter, and the light transmittance is 30%;

[0060] ②Soil preparation: When preparing the land, first remove the miscellaneous shrubs, weeds and sundries on the planting land 1, then dig the planting land 1 to a depth of more than 25cm, apply 3000kg of decomposed farmyard manure and 50kg of superphosphate per mu of planting land 1, and then A...

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Abstract

The invention discloses an undergrowth wild planting simulation method for rhizoma polygonati. The undergrowth wild planting simulation method for rhizoma polygonati comprises the following steps: (1) selection of a forest land: selecting the forest land with evergreen broad-leaf forest and mossy dwarf forest on the ground as a planting field; (2) land preparation: after deep tillage, base fertilizer application, re-digging, comminution, and leveling, making an annular soil surface layer by layer in the forest of the planting field from the slope top to the slope base of the planting field; (3) cultivation of rhizoma polygonati: ditching the made annular soil surface and planting rhizoma polygonati seedlings; (4) field management: performing weeding and ridging, irrigation and drainage, light transmittance adjustment, topdressing, topping and overwinter management; and (6) harvesting: after planting for five years or more, harvesting the rootstock of rhizoma polygonati. The undergrowth wild planting simulation method for rhizoma polygonati creates a favorable environment for the growth of rhizoma polygonati, and not only guarantees that rhizoma polygonati in the whole forest is uniform and favorable in growth vigor, but also greatly improves the survival rate, pests and diseases are reduced, residues of both pesticides and fertilizers are avoided, and the quality of rhizoma polygonati is effectively guaranteed.

Description

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Claims

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Application Information

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Owner 会泽林下种植有限公司
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