Document
Metadata
Title
Utilizing Natural Alternative: Orange Peel and Garlic Extracts As Effective Fly Repellents
Abstract
The purpose of this research proposal is to examine the use of natural alternative insecticide, with a particular emphasis on the effectiveness of extracts from orange peel and garlic. Household garbage management is a major global issue, and flies are frequently the vectors drawn to organic trash. Because traditional insecticides are harmful to the environment and human health, there is a need for sustainable substitutes. By investigating the insecticidal qualities of extracts made from orange peel and garlic, the proposed study seeks to alleviate this problem by reducing the number of flies. The goals are to evaluate the environmental impact of extracts to that of synthetic pesticides, as well as to examine the toxicity of extracts on fly species and their efficacy in home waste situations. The methodology includes extracting and gathering active chemicals, analyzing environmental sustainability, evaluating insecticidal qualities through bioassays, and assessing practical effectiveness through field trials. Anticipated results encompass the identification of pivotal chemicals, ascertainment of ideal formulations, and exhibition of pragmatic feasibility. It's important because it offers a long-term answer to fly control, lessens the need for artificial insecticides, and supports environmentally friendly pest control techniques. In order to solve important issues in public health, our research suggests a thorough examination of extracts made from orange peels and garlic as natural pesticides. The statistical test results showed that the repellent spray made from orange peel and garlic had a significant difference between the control sprayer to kill Depeteri flies (p value: 0.000, 95% CI: 5.58-8.82 P Value: 0.000).
Author(s)
Angie Asta S. Haugsjordet | Vince Stephan S. Basilio | Carl Angaelo P. Pineda | Jan Louie Z. Caligagan | Kim Nathaniel P. Cenzon
Track/Strand
STEM
Location
IMC-EXT
Date
April 6, 2024
Identifier
SRS H368 2024