Double-row strip planting secondary ridging cultivation method of amorphophallus

A technology of double-row strips and konjac can be applied in root crop cultivation, fertilization method, land preparation method, etc., which can solve the problems of unfavorable excavation, complicated operation procedures, unfavorable ventilation and light transmission, etc., so as to reduce labor input and reduce the incidence of diseases. , The effect of good ventilation and light transmission

Active Publication Date: 2019-12-13
玉溪市农业科学院 +3
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  • Abstract
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AI Technical Summary

Problems solved by technology

Because konjac is highly susceptible to Erwinia carotovora subsp. Carotovora (Jones) Bersey et al., that is, konjac soft rot, there is currently no effective chemical control, and the frequent large-scale outbreaks of the disease have resulted in a decline in the production of konjac commercial taro even failure
[0003] The existing cultivation method of konjac is to manage the soil moisture first, and then dig deep trenches or deep nests on the soil moisture surface for planting. The fertilizer is placed at the bottom of the trench or the bottom of the nest. The operation procedure is complicated, which is not conducive to drainage, ventilation, light transmission, and fertilizer production. Utilization, not conducive to mining, this method is time-consuming and labor-intensive
Planting with flat soil moisture, poor drainage, poor ventilation and light transmission, and severe disease occurrence
The existing fertilization method of konjac is mainly to apply fertilizer on the bottom of konjac. The base fertilizer is applied to the bottom of the seed before sowing. Improper operation can easily cause seedling burn, and it takes 30-80 days for konjac to emerge from sowing, resulting in nitrogen, potassium and other quick-acting fertilizers. Large loss and low fertilizer utilization efficiency
The middle and late topdressing period of the existing cultivation method is in the third period of konjac head replacement. The konjac root system has grown in large quantities, and the konjac root system is mainly between 5cm and 15cm below the soil surface. At this time, fertilization is easy to damage the konjac root system and leaves, and aggravate the disease. happened
It is easy to damage the konjac bulbs when digging, and it is not conducive to mechanized harvesting
In view of the unfavorable factors such as heavy disease occurrence, low fertilizer utilization rate, and large labor workload in the existing cultivation methods of konjac, the planting area of ​​konjac has not changed much over the years

Method used

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  • Double-row strip planting secondary ridging cultivation method of amorphophallus
  • Double-row strip planting secondary ridging cultivation method of amorphophallus
  • Double-row strip planting secondary ridging cultivation method of amorphophallus

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0069] Such as figure 1 , figure 2 Shown, konjac double-row row planting secondary ridge cultivation method comprises the following steps:

[0070] A. Site selection: Select the Hanke A Group of Baihe Village Committee, Pingdian Township, Xinping County, with an altitude of 2080m. The walnut forest is 9-year-old walnut trees with a shading rate of about 50%. Good, sandy loam soil with a soil pH of 6.8, with a planting area of ​​30 mu;

[0071] B. Soil disinfection: 15 days before planting, remove the sundries in the field, use 40kg of quicklime per mu to spread evenly on the soil surface, and use machinery to deeply plow the 30cm soil layer, rake the finely crushed soil, and fully dry the field;

[0072] C. Seed selection: choose the annual first-generation taro with the same size, full shape, shallow bud nest, and no pest damage. The taro is whole taro, with an average unit weight of 8.8g and a seed amount of 80kg per mu;

[0073] D. Disinfection of planting taro:

[007...

Embodiment 2

[0087] Konjac double-row row planting and second ridge cultivation method comprise the following steps:

[0088] A. Site selection: Select the group below Taala Community, Gucheng Street, Xinping County, and intercropping with corn, with an altitude of 1940m, a plow layer ≥ 30 cm, good drainage, sandy loam soil with a soil pH value of 6.8, and a planting area of ​​1.2 mu;

[0089] B. Soil disinfection: 20 days before planting, remove the sundries in the field, use 50kg of quicklime per mu to spread evenly on the soil surface, use machinery to deeply plow the 35cm soil layer, rake the finely crushed soil, and fully dry the field;

[0090] C. Seed selection: choose the biennial second-generation taro with the same size, full shape, shallow bud nest, and no pest damage. The average weight of the taro is 117g, and the seed amount per mu is 400kg;

[0091] D. Disinfection of planting taro:

[0092] a. Seed drying: 15-20 days before sowing, put the taro in the sun for 2 days;

[0...

Embodiment 3

[0105] Konjac double-row row planting and second ridge cultivation method comprise the following steps:

[0106] A. Site selection: Select the group below Taala Community, Gucheng Street, Xinping County, with an altitude of 1940m, a cultivated layer ≥ 30 cm, good drainage, sandy loam soil with a soil pH value of 6.8, and a planting area of ​​2.6 mu;

[0107] B. Soil disinfection: 30 days before planting, remove the sundries in the field, use 50kg of quicklime per mu to spread evenly on the soil surface, and use machinery to deeply plow the 40cm soil layer, rake the finely crushed soil, and fully dry the field;

[0108] C. Seed selection: Choose three-year-old three-generation taro with the same size, full shape, shallow bud nest, and no pest damage. The average unit weight of the taro is 189g, and the seed amount per mu is 550kg;

[0109] D. Disinfection of planting taro:

[0110] a. Seed drying: 15-20 days before sowing, put the taro in the sun for 2 days;

[0111] b. Disin...

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Abstract

The invention relates to the technical field of agricultural planting, in particular to a double-row strip planting secondary ridging cultivation method of amorphophallus. The double-row strip planting secondary ridging cultivation method of the amorphophallus comprises the following steps of A, land selection; B, soil disinfection; C, seed selection; D, amorphophallus seed disinfection; E, seeding; F, fertilization; G, earthing up and management of moisture in the soil; H, weeding; I, covering; J, prevention and control of diseases and insect pests; K, digging of amorphophallus corms. The double-row strip planting secondary ridging cultivation method of the amorphophallus has the advantages that the emergence rate is high, the utilization rate of fertilizers is high, one-time fertilization is achieved, the drainage effect is good, the ventilation and light permeability are good, the disease occurrence rate is low, the labor input is less, the expansion rate of the commercial amorphophallus corms is high, planting saves time and labor, and mechanized harvesting can be achieved during digging.

Description

technical field [0001] The invention relates to the technical field of agricultural planting, in particular to a konjac double row strip planting and secondary ridge cultivation method. Background technique [0002] Konjac (Amorphophallus) is a special economic crop, which is rich in soluble hemicellulose glucomannan (Konjac Glucomannan, KGM), which is the seventh nutrient cellulose in the human body, and its processed product konjac powder is widely used It is used in many fields such as food, medicine, petroleum, chemical industry, environmental protection and aerospace. With the rapid rise and development of the health field and the environmental protection field, the global demand for konjac primary processed products has continued to grow in recent years, and the trade of konjac fine powder is generally in short supply. Because konjac is highly susceptible to Erwinia carotovora subsp. Carotovora (Jones) Bersey et al., that is, konjac soft rot, there is currently no eff...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): A01G22/25A01C1/00A01B79/00A01C1/08A01C21/00A01G13/00
CPCA01B79/00A01C1/00A01C1/08A01C21/005A01G13/00A01G22/25
Inventor 马文彬熊德彪张钟杨淑艳张军云普金安杨兆贵白世光瞿观普秋雄张乙胜
Owner 玉溪市农业科学院
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