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Rice and fish symbiotic planting and breeding system

A technology for collecting fish and rice, applied in biocides, fish farming, rice cultivation, etc., can solve the problems of rice withering, rice growth destruction, ecosystem collapse, etc., achieving good killing effect, easy fishing, and avoiding damage Effect

Active Publication Date: 2020-03-27
齐秦伟
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

In the rice-fish symbiosis system, because rice is easily infected with pests and diseases, it will cause a large number of rice to die, and there will also be other pests that will damage and affect the growth of rice. If pesticides are used in the control process The way of prevention and control can easily affect the growth and development of field fish, and eventually lead to the collapse of the entire ecosystem. Therefore, it is necessary to strengthen the scientific and effective prevention and control of diseases and insect pests in the rice-fish symbiosis system
In addition, the existing rice field fish farming, the fish is not easy to catch clean

Method used

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  • Rice and fish symbiotic planting and breeding system
  • Rice and fish symbiotic planting and breeding system
  • Rice and fish symbiotic planting and breeding system

Examples

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Effect test

Embodiment 1

[0019] Such as Figure 1-4 Shown, the rice-fish symbiosis breeding system of the present embodiment, take a piece of field as a unit, in the center of each unit, there is a central fish-collecting area 1, from which the central fish-collecting area 1 radiates outward along its radial direction. A number of fish activity areas 2, except the central fish gathering area 1 and all fish activity areas 2, plant rice in a conventional manner to form a rice planting area 3 (accounting for 80% of the entire field area). There is a screen 4 to separate the activity area 2 from the rice planting area 3. Similarly, there is a screen 4 to separate the center fish collection area 1 and the rice plantation area 3. The setting of the screen 4 restricts fish from collecting fish in the center. Activities in district 1 and fish activity district 2; Build walking bridge 5 above every fish activity district 2 domains, build ring-shaped platform 6 at central fish collection district 1 top, walking...

Embodiment 2

[0024] Such as Figure 1-4 As shown, the rice-fish symbiosis breeding system of the present embodiment takes a field as a unit, and there is a screen around each unit to prevent pests from other units from entering. In the center of each unit, there is a central fish gathering area 1, and several fish activity areas 2 are radiated outwards from the central fish accumulation area 1 along its radial direction, except the central fish accumulation area 1 and all fish activity areas 2 Part of the conventional way of planting rice to constitute the rice planting area 3 (accounting for 90% of the entire field area), and between each fish activity area 2 and the rice planting area 3, there is a screen 4 to separate. There is also a block 4 between the fish area 1 and the rice planting area 3, and the setting of the block 4 is used to limit the activities of the fish in the central fish area 1 and the fish activity area 2; Bridge 5, build circular platform 6 at central fish gathering...

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Abstract

The invention discloses a rice and fish symbiotic planting and breeding system. A field is used as a unit, a central fish collecting area is reserved in the center of each unit, a plurality of fish activity areas are outwards radiated from each central fish collecting area in the radial direction of the central fish collecting area, rice is planted in the parts except the central fish collecting areas and all the fish activity areas in a conventional mode to form a rice planting area, each fish activity area and the rice planting area are separated by a blocking net, and similarly, the centralfish collecting areas and the rice planting area are also separated by a blocking net; and trap lamps and atomizing nozzles are fixed on the blocking nets and located on the side of the rice plantingarea, and all the atomizing nozzles are finally connected and communicated with a liquid pesticide pump and a liquid pesticide box through pipelines. By the rice and fish symbiotic planting and breeding system, a pest control effect is achieved effectively, and the mode is harmless to fish culture.

Description

technical field [0001] The invention relates to the technical field of rice-fish symbiosis, in particular to a rice-fish symbiosis breeding system. Background technique [0002] Rice-fish symbiosis is a complex agricultural ecosystem. Rice provides shade and organic food for fish, while fish perform functions such as plowing and weeding, fertilizing the soil, providing oxygen, and devouring pests. This ecological cycle is through fish eating insects. Weeds and fish dung are used to fertilize the field to maintain its own ecological balance, which not only increases economic benefits, but also solves the problem of pest control. In the rice-fish symbiosis system, because rice is easily infected with pests and diseases, it will cause a large number of rice to die, and there will also be other pests that will damage and affect the growth of rice. If pesticides are used in the control process The way of prevention and control can easily affect the growth and development of fiel...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): A01G22/22A01G13/02A01K61/10A01K63/00A01M1/04A01M7/00A01N25/28A01N65/38A01P7/04
CPCA01G22/22A01G13/0268A01K61/10A01K63/003A01K63/006A01M1/04A01M7/0014A01N25/28A01N65/00A01N65/38A01N65/36A01N65/08Y02A40/81
Inventor 杨品红杨祺福徐文思谢中国
Owner 齐秦伟
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