Abstract

Maidila Frinanda, 151210685 Spatial Application on Risk Factors for the Transmission of Dengue Fever in the Work Area of ​​Belimbing Health Center in 2019 xii + 59 Pages + 9 Tables + 10 Images + 15 Attachments ABSTRACT Aedes aegypti mosquito as an infectious Dengue Fever (DHF) that lives and lodges in water reservoirs called containers, such as bathtubs, buckets, refrigerators, dispensers, ponds, drums, used tires, pet drinking places, cans and natural reservoirs shell. There are still many containers in the Belimbing Health Center working area that are open, which can result in patterns of control and monitoring of mosquito nests. The purpose of this study was to determine the spatial distribution of risk factors for transmission of dengue hemorrhagic fever (dbd) in the working area of ​​the Belimbing Health Center in 2019. The design of this study is cross sectional with spatial applications of Geographic Information Systems. This research was conducted in January - June 2019. The population in this study was all potential houses for the nest of Aedes aegypti mosquitoes in the working area of ​​the Belimbing Health Center for 17,304 houses. The sample in this study was 300 houses to meet the needs of vector larvae density analysis in the working area of ​​the Belimbing Health Center in 2019. Spatial research results show that the condition of containers with poor criteria is in Sungai Sapih Village, for the highest Aedes aegypti larvae density is in Kuranji and Sungai Sapih Villages, and for 3M activities the least is in Kuranji Village. Thus for the risk of transmission, Kuranji Village and Sungai Sapih Village are areas with a high risk of transmission, while the Gunung Sarik Village is an area with a moderate risk of transmission. It is expected that the community to take action to eradicate mosquito nests includes draining, closing and monitoring mosquito breeding sites and utilizing used goods that can be a breeding ground for Aedes aegypti mosquitoes. Keywords : Spatial application, risk of transmission, DHF Bibliography : 28 (2004-2017)