Method and device for analyzing toxic effect of pesticide on lobsters bred in rice field

Abstract

The invention discloses a method and device for analyzing toxic effect of pesticide on lobsters cultured in a rice field, and belongs to the field of environmental toxicology. A rice field off-site water body toxicity effect analysis system and a rice field in-situ water body toxicity effect analysis system are established, and the rice field off-site water body toxicity effect analysis system canrapidly screen out pesticide varieties and pesticide dosages which are safe to lobsters. The rice field in-situ water body toxicity effect analysis system further verifies the analysis result of therice field off-site water body toxicity effect analysis system. The method and the device can scientifically analyze the toxic effect of the pesticide on the lobsters, and can further determine whether the lobsters are safe or not, thereby providing guarantee for reasonable and safe use of the pesticide.

Description

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AI Technical Summary

Benefits of technology

This patented technology allows researchers to study how crops have been exposed during their cultivation without causing harm or even killing them. It involves studying different ways to reduce exposure levels by controlling factors like fertilizers applied to soil surfaces near harvest sites. By doing this, they may better evaluate potential health hazards associated with these plants. Additionally, there're also provided technical means such as monitoring environmental conditions over time (such as temperature), adjusting pesticide amounts based upon those environments, optimizing nutrients usage within specific areas, identifying optimal settings for certain types of pesstances, reducing excessive application rates, etc., resulting in safer food supply systems and increased yields.

Problems solved by technology

This patented technical problem addressed in this patents relates to improving the quality control (QC) level during cropping systems used for producing food products such as wheat breads. To prevent damage caused by excessive amounts of chemical fertilizers commonly applied through soil drenches, we developed a new method called Co-Production Crafish Paddock Protocol that uses specific types of insects instead of traditional methods like sprayed corn hybrid seedings. By analyzing these experiments it can help identify potential sources of pollution from other ways but also provide valuable data about gene expression patterns associated with nutritional content consumption within certain seeds.

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