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Research Proposal

WhalaMOS: Aqueous-Solution-Infused Rechargeable Device With Temperature Control Against Yellow Fever Mosquito (Aedes aegypti) in Public Schools

ESCOBIDO, MONTERO, SALVADOR

Data Analysis

Literature Review

Future Research

Conclusion

Innovation

Findings

Expansion

Summary

Developing sustainable technologies for agriculture

Exploring the impact of climate change on farming practices

Presenting statistical results and trends

Proposing a comprehensive approach to sustainable agriculture research

Methodology

Rationale

Recommendations

Conclusion

  • Gathering Materials
  • Preparation of Materials
  • Extracting the Calcium Chloride
  • Vector control strategies like repellants, insecticides, and fogging are used to combat diseases like dengue and malaria. These traditional methods may also cause health and environmental hazards
  • However, existing methods don't address non-targeted organisms and their effectiveness.
  • This study aims to develop a more efficient, and sustainable mosquito extermination device

Actionable Steps

Approach

Summary

Impact

Implementing a comparative analysis method

Implementing policies for organic farming transition

Recommending strategies for sustainable agricultural development

Promoting community awareness and education on sustainable agriculture

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