Stage-structured population dynamics of Aedes aegypti in Shah Alam / Nur Amira Aqasyah Rosmizan, Nur Izzati Nazihah Hazizi and Nur Hazirah Mohd Esa

The primary factor of the dengue virus, Aedes aegypti, has a population dynamic that is influenced by rainfall fluctuations. The objective of this study is to simulate mosquito growth and survival rates throughout their entire life cycle as they relate to the distribution of rainfall. The transition...

Full description

Saved in:

Bibliographic Details
Main Authors:	Rosmizan, Nur Amira Aqasyah, Hazizi, Nur Izzati Nazihah, Mohd Esa, Nur Hazirah
Format:	Thesis
Language:	English
Published:	2023
Subjects:	Dissertations, Academic Preparation of theses
Online Access:	https://ir.uitm.edu.my/id/eprint/93475/1/93475.pdf
Tags:	Add Tag No Tags, Be the first to tag this record!

id	my-uitm-ir.93475
record_format	uketd_dc
spelling	my-uitm-ir.934752024-04-15T11:57:39Z Stage-structured population dynamics of Aedes aegypti in Shah Alam / Nur Amira Aqasyah Rosmizan, Nur Izzati Nazihah Hazizi and Nur Hazirah Mohd Esa 2023 Rosmizan, Nur Amira Aqasyah Hazizi, Nur Izzati Nazihah Mohd Esa, Nur Hazirah Dissertations, Academic. Preparation of theses The primary factor of the dengue virus, Aedes aegypti, has a population dynamic that is influenced by rainfall fluctuations. The objective of this study is to simulate mosquito growth and survival rates throughout their entire life cycle as they relate to the distribution of rainfall. The transition matrix of the Lefkovitch matrix model was used to represent the dynamics of the mosquito population. There are five stages in the life cycle of Aedes aegypti: egg, larva, pupa, Adult 1 and Adult 2. The transition matrix was built using these five phases of the life cycle of the mosquito. The distribution of rainfall in Shah Alam in 2022 is used as the dependent variable to calculate the Aedes aegypti egg-hatching transition rate. The study concentrated on Shah Alam, Selangor because there have been the most dengue cases reported in Malaysia. The results of this study indicate that the distribution of rainfall impacts the population of Aedes aegypti. The growth of Aedes aegypti will be determined by the availability and amount of rainfall. Most of the monthly observations demonstrated that the population of Aedes aegypti increases as the rainfall distribution increases. However, because mosquito larva develops only in standing water, too much water will lead to population extinction. To improve prediction accuracy and learn more about the Aedes aegypti population, the study needs to do additional research on survival and hatching rates dependent on the current environment. 2023 Thesis https://ir.uitm.edu.my/id/eprint/93475/ https://ir.uitm.edu.my/id/eprint/93475/1/93475.pdf text en public Universiti Teknologi MARA, Negeri Sembilan College of Computing Informatics & Mathematics
institution	Universiti Teknologi MARA
collection	UiTM Institutional Repository
language	English
topic	Dissertations, Academic Preparation of theses
spellingShingle	Dissertations, Academic Preparation of theses Rosmizan, Nur Amira Aqasyah Hazizi, Nur Izzati Nazihah Mohd Esa, Nur Hazirah Stage-structured population dynamics of Aedes aegypti in Shah Alam / Nur Amira Aqasyah Rosmizan, Nur Izzati Nazihah Hazizi and Nur Hazirah Mohd Esa
description	The primary factor of the dengue virus, Aedes aegypti, has a population dynamic that is influenced by rainfall fluctuations. The objective of this study is to simulate mosquito growth and survival rates throughout their entire life cycle as they relate to the distribution of rainfall. The transition matrix of the Lefkovitch matrix model was used to represent the dynamics of the mosquito population. There are five stages in the life cycle of Aedes aegypti: egg, larva, pupa, Adult 1 and Adult 2. The transition matrix was built using these five phases of the life cycle of the mosquito. The distribution of rainfall in Shah Alam in 2022 is used as the dependent variable to calculate the Aedes aegypti egg-hatching transition rate. The study concentrated on Shah Alam, Selangor because there have been the most dengue cases reported in Malaysia. The results of this study indicate that the distribution of rainfall impacts the population of Aedes aegypti. The growth of Aedes aegypti will be determined by the availability and amount of rainfall. Most of the monthly observations demonstrated that the population of Aedes aegypti increases as the rainfall distribution increases. However, because mosquito larva develops only in standing water, too much water will lead to population extinction. To improve prediction accuracy and learn more about the Aedes aegypti population, the study needs to do additional research on survival and hatching rates dependent on the current environment.
format	Thesis
author	Rosmizan, Nur Amira Aqasyah Hazizi, Nur Izzati Nazihah Mohd Esa, Nur Hazirah
author_facet	Rosmizan, Nur Amira Aqasyah Hazizi, Nur Izzati Nazihah Mohd Esa, Nur Hazirah
author_sort	Rosmizan, Nur Amira Aqasyah
title	Stage-structured population dynamics of Aedes aegypti in Shah Alam / Nur Amira Aqasyah Rosmizan, Nur Izzati Nazihah Hazizi and Nur Hazirah Mohd Esa
title_short	Stage-structured population dynamics of Aedes aegypti in Shah Alam / Nur Amira Aqasyah Rosmizan, Nur Izzati Nazihah Hazizi and Nur Hazirah Mohd Esa
title_full	Stage-structured population dynamics of Aedes aegypti in Shah Alam / Nur Amira Aqasyah Rosmizan, Nur Izzati Nazihah Hazizi and Nur Hazirah Mohd Esa
title_fullStr	Stage-structured population dynamics of Aedes aegypti in Shah Alam / Nur Amira Aqasyah Rosmizan, Nur Izzati Nazihah Hazizi and Nur Hazirah Mohd Esa
title_full_unstemmed	Stage-structured population dynamics of Aedes aegypti in Shah Alam / Nur Amira Aqasyah Rosmizan, Nur Izzati Nazihah Hazizi and Nur Hazirah Mohd Esa
title_sort	stage-structured population dynamics of aedes aegypti in shah alam / nur amira aqasyah rosmizan, nur izzati nazihah hazizi and nur hazirah mohd esa
granting_institution	Universiti Teknologi MARA, Negeri Sembilan
granting_department	College of Computing Informatics & Mathematics
publishDate	2023
url	https://ir.uitm.edu.my/id/eprint/93475/1/93475.pdf
_version_	1804889881466372096

Stage-structured population dynamics of Aedes aegypti in Shah Alam / Nur Amira Aqasyah Rosmizan, Nur Izzati Nazihah Hazizi and Nur Hazirah Mohd Esa

Similar Items