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Method for quick breeding hepialus ovum on qinghai tibet plateau

A technology of bat moth and eggs, which is applied in the field of rapid breeding of bat moth eggs, can solve the problems of bat moth egg hatching rate and larval survival rate, death, etc., and achieve the effect of increasing the number of larvae and breeding density

Inactive Publication Date: 2007-03-14
SUN YAT SEN UNIV
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  • Summary
  • Abstract
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AI Technical Summary

Benefits of technology

This patented technology helps manage fodder crops such as whalegrasses during periods between freezing temperatures and optimal conditions at which they will develop roots called rhizomelodes. It also allows monitoring water levels and moisturizing environments throughout the entire process while controlling the environmental factors like light intensity and temperature. Additionally, this technology uses various techniques including growing brush seeds containing these beneficial microorganisms along with other materials used for farming purposes. Overall, this innovative solution improves the quality and yield rate of bassimia turkey gardeners' nests.

Problems solved by technology

This patented problem addressed by this patents relates to improving bacteria called Bacillusthuringiensis (BacT) during sexual reproduction without killing them permanently. Bactophilus parasiticus was discovered over 15 million years ago but only recently became known because its genome had changed significantly when crossing two environments: one where rodents live upstream and another where humans feed offspring.

Method used

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Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0021] 1. In the alpine habitat of the Qinghai-Tibet Plateau, a place suitable for the insects of the genus Batmoth, to establish a captive farm for bat moths in a greenhouse, and adjust the temperature of the soil and air in the captive field of bat moths in the greenhouse to 10°C ± 6°C in summer and autumn through air vent adjustment and humidity adjustment. The soil humidity is 50% to 95%, and the relative air humidity is 50% to 95%. The temperature is 10°C±6°C, the humidity of the soil is 50% to 95%, and the relative humidity in the air is 70% to 95%;

[0022] 2. Within one month after the establishment of the captive farm for bat moths in greenhouses, spray carbendazim for fungicide treatment, prepare a liquid medicine according to the weight ratio of water and carbendazim 1000:3, and spray it by spraying, every 10M 2 The area spraying amount is 20g of liquid medicine; and the rat holes are landfilled and blocked, and zinc phosphide rodent control bait is used for rodent ...

Embodiment 2

[0026] 1. Establish a greenhouse bat moth captive breeding site in the alpine habitat of the Qinghai-Tibet Plateau suitable for the insects of the genus Batmoth, and adjust the temperature of the soil and air in the greenhouse bat moth captivity in summer and autumn to be 10°C ± 6°C through vent adjustment and humidity adjustment. The humidity is 50% to 95%, and the relative air humidity is 50% to 95%. During the frozen ground in winter and spring, the temperature of the soil and air in the greenhouse bat moth captivity is adjusted to not be lower than 2°C, and the soil humidity is 50% to 50%. 95%, the relative air humidity is 70% to 95%;

[0027] 2. After establishing the captive breeding ground for bat moths in greenhouses, spray thiophanate for fungicide treatment, prepare a liquid medicine according to the weight ratio of water and thiophanate 1000:4, and spray it by spraying, every 10M 2 The amount of liquid sprayed on the area is 150g; and the rat holes are landfilled an...

Embodiment 3

[0031] 1. Establish a greenhouse bat moth captive breeding site in the alpine habitat of the Qinghai-Tibet Plateau suitable for the insects of the genus Batmoth, and adjust the temperature of the soil and air in the greenhouse bat moth captivity in summer and autumn to be 10°C ± 6°C through vent adjustment and humidity adjustment. The humidity is 50% to 95%, and the relative air humidity is 50% to 95%. During the frozen ground in winter and spring, the temperature of the soil and air in the greenhouse bat moth captive farm is adjusted to 10°C ± 6°C, and the soil humidity is 50% to 50%. 95%, the relative humidity in the air is 70% to 95%;

[0032] 2. Within one month after the establishment of the bat moth captive farm in the greenhouse, spray Dasheng 45 for fungicidal treatment, prepare a liquid medicine according to the weight ratio of water and Dasheng 45 1000:2, and spray it by spraying, every 10M 2 The amount of liquid sprayed on the area is 60g; and the mouse holes are la...

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PUM

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Abstract

This invention involves a method of rapid propagating and breeding the Hepialus egg in Qinghai-Tibet Plateau. The method included establishing greenhouse Hepialus captive market in Hepialus insects suitable habitat in Qinghai-Tibet Plateau and the alpine habitats; lowering natural enemies hazards of Hepialus through the control of soil and the air temperature and humidity in the greenhouse, and promoting herbs and / or shrubs inside the greenhouse Hepialus captive market to maintain good plant growth and form developed vegetation tender roots system; meanwhile through the releasing of Hepialus eggs, larvae and / or pupae, upgrading captive Hepialus quantity and density; after Hepialus experiencing a complete life cycle of generation, the Hepialus larvae grows from instar 1 to the instar ranges from 6-8 only needs 390d~420d, and in May of the following year they pupate, and between June ~ August finish eclosion and grow to imagoes, adult Hepialus can be caught massively and their fertilized eggs after mating can be harvested too. The harvested Hepialus egg can be used as worm seed of Hepialus for artificial breeding.

Description

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Claims

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Application Information

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Owner SUN YAT SEN UNIV
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