Comparative Analysis of Agricultural and Vector-Borne Pest Challenges in Brazil and Southeast Asia
Overview
This paper analyzes news reports and peer-reviewed research on agricultural and vector-borne pest challenges, focusing on Brazil's leafcutter pest problem and mosquito-borne viral diseases in North America and the China-Myanmar border region. The student synthesizes multiple sources to examine how environmental modifications and pest resistance impact food production and public health.
What this coursework covers
- News article summaries addressing leafcutter pest impacts on Brazilian agriculture and mosquito-borne virus transmission
- Peer-reviewed study on mosquito-borne arboviruses at the China-Myanmar border with epidemiological findings
- Peer-reviewed study on crop losses caused by insect pests and diseases in Brazilian agriculture with economic impact analysis
Preview
News and Peer-reviewed Journal Analysis
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News and Peer-reviewed Journal Analysis
News 1 talks about the challenges facing the agriculture industry in Brazil. Pets such as leafcutters are the main challenges facing the production of food in Brazil due to the construction of roads. Leafcutter is resistant to insecticides, and it can cost millions of dollars without successfully terminating them. It is quite challenging to determine the best way to support agriculture in Brazil. The construction of roads to enhance the agriculture sector creates a conducive environment for leafcutters to thrive (Goworecki, 2016).
News 2 talks about mosquitoes and their impact on both humans and animals. According to the department of health in Michigan, mosquito bites transmit the JVC virus, which causes severe illness to people. Additionally, the JVC is more dominant in the west as compared to other parts of the USA. The most recommendable ways to stop mosquito bites are using repellants, wearing colored shirts, draining stagnant water, and window screening (Wuth, 2021).
Peer-Reviewed Article 2
Hypothesis: The arbovirus mosquitoes act as evidence of mosquito-borne viruses. There is little or no evidence of the existence of arbovirus on the border of Myanmar. The goal of the investigation is to determine other mosquito pathogens in the region (Fang et al., 2021).
Method: 9486 different species of mosquitoes were collected in 2018, and they were collected from 342 different pools. An analysis was conducted further to determine the rate of infection (Fang et al., 2021).