creators_name: NINIKE APRIYANA, 1758011049 creators_id: ninikeapriyana14@gmail.com type: other datestamp: 2022-05-24 06:18:37 lastmod: 2022-05-24 06:18:37 metadata_visibility: show title: HUBUNGAN ANTARA SUHU LINGKUNGAN KERJA DENGAN STATUS HIDRASI PADA PEKERJA BAGIAN PRODUKSI DI INDUSTRI KERUPUK NATAR LAMPUNG SELATAN ispublished: pub subjects: 610 full_text_status: restricted abstract: ABSTRACT THE RELATIONSHIP BETWEEN WORKING ENVIROVMENT TEMPERATURE AND HYDRATION STATUS OF PRODUCTION WORKERS IN THE CRACER INDUSTRY AT NATAR SOUTH LAMPUNG By NINIKE APRIYANA Background: Cracker industry production workers in Natar, South Lampung are a population who often perform physical activity in a hot environment for a long time. Sources of heat in the production section include production machines and air vents, causing high room temperatures due to lack of air exchange. It is at risk of dehydration. Dehydration in the right areas of excess body fluids due to fluid imbalance. Based on several studies, which state that a hot work environment temperature can affect the hydration status of workers. Purpose: To determine the relationship between the temperature of the hot working environment temperature and hydration status of production workers in the cracer industry at Natar South Lampung. Methods: This type of research is observational analytic with a cross sectional approach. The population of this research is workers who work in the production division in cracer industry at Natar South Lampung. The sampling technique used was total sampling. Research work environment was measured using questtemp heat stress monitors and indicators of hydration status using urine color. Data analysis was performed using the chi square test. Results: The results of the study were divided into production with the temperature of working environment >NAB, there were 30 workers (75,0%) dehydrated and 10 workers (25,0%) not dehydrated. While in the production section the temperature of the working environment NAB terdapat 30 pekerja (75,0%) dehidrasi dan 10 pekerja (25,0%) tidak dehidrasi. Sedangkan di bagian produksi yang suhu lingkungan kerja