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Millettia speciosa artificial cultivation method

A technology of artificial cultivation and japonica, applied in the field of plant cultivation, can solve the problems of difficult large-scale production, inability to produce seeds, and low seed formation rate, so as to reduce the growth cycle, ensure the emergence rate, and flourish the growth of branches and leaves. Effect

Inactive Publication Date: 2013-04-03
吴平弟 +1
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

The wild natural flowering and seeding rate is very low, about 1-2 seeds per plant, and it is difficult to produce large-scale production and cannot meet the needs of the market. Seeds, whose seedlings are mostly cultivated with wild seeds, it is difficult to provide guarantee for subsequent production

Method used

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Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0021] 1. Seedling cultivation

[0022] In January, 2009, 1000 thuja seeds collected were soaked in a sodium nitrophenolate solution with a concentration of 0.0004% for 3 hours, then the twig seeds were sowed in the nutrition bag, and then placed in the seedling nutrition bag. Put a layer of plastic film on the bottom to prevent the roots of the seedlings from piercing through the nutrition bag and sticking into the ground, making it difficult to transplant. After 7 days, sterilize with dexon solution, spray once a day, and apply it continuously for 4 days. Preparation of dexon solution: Dilute each gram of dexon with 1500 times of water. After 24 days, the seeds of the beautiful Tachibana vine germinated, counted the number of sprouts, and then sprayed with "Kairun" solution and "Carbendazim" solution every 20 days for 120 days; transplanted to the field after 70 days after germination.

[0023] 2. Field transplanting

[0024] Before transplanting, after loosening the soil ...

Embodiment 2

[0029] 1. Seedling cultivation

[0030] In January, 2009, 1,000 thuja seeds collected were soaked in a compound sodium nitrophenolate solution of 0.0006% for 2 hours with a mass percent concentration, then the twig seeds were sowed in a nutrition bag, and placed in the seedling nutrition bag. Put a layer of plastic film on the bottom to prevent the roots of the seedlings from piercing through the nutrition bag and sticking into the ground, making it difficult to transplant. After 9 days, sterilize with dexon solution, spray once a day, and apply it continuously for 6 days. Preparation of dexon solution: Dilute each gram of dexon with 1300 times of water. After 23 days, the seeds of the beautiful Tachibana vine germinated, counted the number of sprouts, and then sprayed with "Kairun" solution and "Carbendazim" solution every 22 days for 140 days; transplanted to the field after 80 days after germination.

[0031] 2. Field transplanting

[0032] Before transplanting, after loo...

Embodiment 3

[0037] In January 2010, 1,000 thuja seeds collected were soaked in a sodium nitrophenolate solution with a concentration of 0.0008% for 3 hours, and then the twig seeds were sowed in a nutrition bag, and placed in the seedling nutrition bag. Put a layer of plastic film on the bottom to prevent the roots of the seedlings from piercing through the nutrition bag and sticking into the ground, making it difficult to transplant. After 10 days, sterilize with dexon solution, spray once a day, and apply it continuously for 5 days. Preparation of dexon solution: Dilute each gram of dexon with 1700 times of water. After 20 days, the seeds of the beautiful Tachibana vine germinated, and the number of sprouts was counted, and then sprayed with "Kairun" solution and "Carbendazim" solution every 25 days for 100 days; transplanted to the field after 70 days after germination.

[0038] 2. Field transplanting

[0039] Before transplanting, after loosening the soil in the field, apply fermente...

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Abstract

The invention belongs to the field of plant cultivation and relates to a millettia speciosa artificial cultivation method. The millettia speciosa artificial cultivation method includes: soaking acquired millettia speciosa seeds in compound sodium nitrophenolate solution prior to sowing the soaked seeds into nutrition bags, and transplanting millettia speciosa to a field after the seeds bud; and after the field is ripped, applying ferment organic fertilizers as base fertilizers, erecting a rattan post beside each seedling, keeping the field moist, guaranteeing nutrition supply, keeping 4-7 flower buds in the front of a flowering branch, removing rest flower buds in the back of the flowering branch, and spraying fruit retaining agents and insecticide and bactericide after the flower buds bear fruit. The millettia speciosa artificial cultivation method is simple in process, is capable of shortening growth cycle of the millettia speciosa without influencing medicinal value of the millettia speciosa and by means of sprouting and field management and increasing seed fruit bearing rate and provides a guarantee for large-area artificial cultivation of the millettia speciosa.

Description

technical field [0001] The invention belongs to the field of plant cultivation, and relates to a method for artificially cultivating beautiful thuja vines. Background technique [0002] Millettia speciosa (Millettia speciosa) is a plant of the genus Millettia of the family Fabaceae, also known as Niu Dali. It is wildly distributed in Fujian, Hunan, Guangdong, Hainan and other places in China, mostly in sparse forests, shrubs and wilderness. Artificial introduction of large-scale cultivation. [0003] Tachibana is an important medicinal plant. Its roots are used as medicine. The traditional Chinese medicine name is Niu Dali. It is a good medicine for treating rheumatoid arthritis. It can be harvested throughout the year, preferably in autumn. Pharmacologically, its efficacy is to invigorate the deficiency and moisten the lungs, strengthen tendons and activate collaterals, and is used for lumbar muscle strain, rheumatoid arthritis, tuberculosis, chronic bronchitis, chronic he...

Claims

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Application Information

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IPC IPC(8): A01G1/00
Inventor 吴平弟冯绍昌
Owner 吴平弟
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