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High protein radix puerariae planting method

A planting method and high-protein technology, which is applied in the fields of soil preparation, root crop cultivation, leguminous plant cultivation, etc., can solve the problems of low pueraria yield, planting impact, and large investment, so as to increase permeability and fertility, and reduce labor costs , the effect of reducing planting costs

Inactive Publication Date: 2018-12-18
黔西南州贵隆农业发展有限公司
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0002] Pueraria is rich in chemical elements, such as isoflavones, pueraria saponins, alkaloids, etc. Pueraria is widely used in production and planting, and some even become economic crops in the region. It has more processing industry chains and is processed into noodles, Beverages and health wines, it can be seen that the cultivation of Pueraria lobata has strong economic significance, but due to its growth characteristics of drought resistance and fear of waterlogging, the cultivation of Pueraria lobata is affected. Most Pueraria lobata have problems such as low yield, small size, and low quality, which lead Most Pueraria lobata can only be used in the food processing industry, and there is an extreme shortage of Pueraria lobata in the medical industry
However, high-quality kudzu root requires a lot of input in terms of irrigation conditions, manual management, and chemical fertilizer application, and irrigation conditions account for more than 50%, which further increases the cost.
[0003] The application number is 201410373372.9, which discloses the soil reclamation and preparation method of iron tailings residues, which is prepared by adding iron tailings residues and silt discharged from waterworks after sterilization, air drying and granulation to the soil, then slaking, and adding fertilizer. Finally, it is paved on the soil with a thickness of 8-10cm. The technical feature is that iron tailings residues, silt, and chemical fertilizer raw materials are matured and processed, and then spread on the planting soil to reduce the pollution of iron tailings residues to the environment. Resources are reused, but the reclaimed soil can only grow crops that do not require high requirements of Polygonatum, which has limitations

Method used

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Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0017] Production of 1000kg improved iron tailings mixture: iron tailings particles, vermicompost, sludge, and marble waste are 476kg: 214kg: 214kg: 95kg;

[0018] Planting method: (1), pre-treatment of the soil of the kudzu root planting base: 4 days to 7 days before the rainy season, the alfalfa that has been rotated for 2-3 seasons is inserted into the rhizobia soil and excavated to a depth of 60-90cm. Finally add the improved iron tailings mixture; (2), interplanting alfalfa: after the soil has been treated according to step (1), sprinkle the alfalfa plant seeds, after 3-4 weeks, after earthworms and substrate are mixed, sprinkle in the soil, every Sprinkle fertilizer once every 8-10 days; (3), transplant Pueraria vine: When Pueraria vines grow to 1.2-1.5m, Pueraria can be transplanted into the soil, and can be harvested in the harvest season;

Embodiment 2

[0020] Production of 1000kg improved iron tailings mixture: iron tailings particles, vermicompost, sludge, marble waste 533kg: 200kg: 200kg: 67kg;

[0021] Planting method: (1), pre-treatment of the soil of the kudzu root planting base: 4 days to 7 days before the rainy season, the alfalfa that has been rotated for 2-3 seasons is inserted into the rhizobia soil and excavated to a depth of 60-90cm. Finally add the improved iron tailings mixture; (2), interplanting alfalfa: after the soil has been treated according to step (1), sprinkle the alfalfa plant seeds, after 3-4 weeks, after earthworms and substrate are mixed, sprinkle in the soil, every Sprinkle fertilizer once every 8-10 days; (3), transplant Pueraria vine: When Pueraria vines grow to 1.2-1.5m, Pueraria can be transplanted into the soil, and can be harvested in the harvest season;

Embodiment 3

[0023] Production of 1000kg improved iron tailings mixture: iron tailings particles, vermicompost, sludge, and marble waste are 461kg: 230kg: 230kg: 76kg;

[0024] Planting method: (1), pre-treatment of the soil of the kudzu root planting base: 4 days to 7 days before the rainy season, the alfalfa that has been rotated for 2-3 seasons is inserted into the rhizobia soil and excavated to a depth of 60-90cm. Finally add the improved iron tailings mixture; (2), interplanting alfalfa: after the soil has been treated according to step (1), sprinkle the alfalfa plant seeds, after 3-4 weeks, after earthworms and substrate are mixed, sprinkle in the soil, every Sprinkle fertilizer once every 8-10 days; (3), transplant Pueraria vine: When Pueraria vines grow to 1.2-1.5m, Pueraria can be transplanted into the soil, and can be harvested in the harvest season;

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Abstract

The invention relates to the field of radix puerariae planting and specifically relates to a high protein radix puerariae planting method. The planting method includes steps of (1)pretreatment of soilof a radix puerariae planting base; (2) alfalfa interplanting; (3) radix puerariae transplanting. The protein content is improved by 10.4-15.9% compared with that of other radix puerariae. Irrigationand disease and pest control are not required in radix pueraariae planting and the labor cost is reduced.

Description

technical field [0001] The invention relates to the field of kudzu root planting, in particular to a high-protein kudzu root planting method. Background technique [0002] Pueraria is rich in chemical elements, such as isoflavones, pueraria saponins, alkaloids, etc. Pueraria is widely used in production and planting, and some even become economic crops in the region. It has more processing industry chains and is processed into noodles, Beverages and health wines, it can be seen that the cultivation of Pueraria lobata has strong economic significance, but due to its growth characteristics of drought resistance and fear of waterlogging, the cultivation of Pueraria lobata is affected. Most Pueraria lobata have problems such as low yield, small size, and low quality, which lead Most of Pueraria lobata can only be used in the food processing industry, and there is an extreme shortage of Pueraria lobata in the medical industry. However, high-quality kudzu root requires a lot of i...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): A01G22/25A01G22/40A01K67/033A01B79/02C05G1/00
CPCA01B79/02A01G22/25A01G22/40A01K67/0332C05D3/02C05D9/00C05F3/00C05F7/00
Inventor 郑传禄
Owner 黔西南州贵隆农业发展有限公司
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