Heat Stress Analysis Using the Discomfort Index Method: Impact on Macro Environmental in Yogyakarta

• Autorzy: Nurmaya E. M. , Abidin A. U. , Hasanah N. A. I. , Asmara A. A.

Identyfikatory

DOI

10.12911/22998993/144092

• Języki publikacji: EN

Abstrakty

EN

A growing urban development pattern can have both positive and negative impacts. One of them is the thermal discomfort in the form of heat stress. Heat stress is the maximum condition of the human body to receive the heat exposure to various activities. This study analyzed the thermal comfort in Yogyakarta City based on the Discomfort Index (DI) method. The DI method is commonly used in tropical climates using the parameters that include average air temperature and humidity. The data consists of secondary data obtained from Geophysics Station Gamping in 2004-2020 and Climatology Station Mlati in 2017-2020. The result of DI indicated that the highest value occurred in the wet moon climate type in April, with 25.63 °C. Therefore, the conditions showed that more than 50% of people in the city of Yogyakarta fall into an uncomfortable category with an average index of 24.97 °C, which can lead to heat stress. Environmental engineering can be employed to decrease the heat stress potential and improve the thermal comfort for Yogyakarta’s urban community, which is public and private open space, plant road shade vegetation, implement a green façade (vertical garden), as well as improve people’s living behavior and use appropriate clothing.

Słowa kluczowe

EN

discomfort index; environmental assessment; heat stress; impact heat stress; thermal comfort; Yogyakarta

• Wydawca: Polskie Towarzystwo Inżynierii Ekologicznej ; Lublin University of Technology
• Czasopismo: Journal of Ecological Engineering
• Rocznik: 2022
• Tom: Vol. 23, nr 1
• Strony: 286--295
• Opis fizyczny: Bibliogr. 42 poz., rys., tab.

Twórcy

autor

Nurmaya E. M.

• Department of Environmental Engineering, Universitas Islam Indonesia, Yogyakarta 55584, Indonesia

• https://orcid.org/0000-0003-0820-5628

autor

Abidin A. U.

• Department of Environmental Engineering, Centre for Occupational Health, Safety, and Environment, Faculty of Civil Engineering and Planning, Universitas Islam Indonesia, Yogyakarta 55584, Indonesia

autor

Hasanah N. A. I.

• Directorate of Water Resources Ministry of Public Work and Public Housing, Republic Indonesia

autor

Asmara A. A.

• Department of Environmental Engineering, Universitas Islam Indonesia, Yogyakarta 55584, Indonesia

Bibliografia

• 1. Al-Hakim A.H. 2019. Evaluation of Plant Effectiveness in Reducing Pollution Based on the Physical Character of Trees on the Green Lane of Jalan Pajajaran Bogor. Bogor: Department of Landscape Architecture, Faculty of Agriculture, IPB.
• 2. Any Juliani S.T. 2018. Analysis of the Effectiveness of Green Open Space in Kota Subdistrict, Kudus Regency in Reducing Micro Air Temperature.
• 3. Arisanti A., Munandar A., Prawitasari T. 2010. Anatomical Adaptation of Trees in the Roof Garden (Case Study: Taman Anggrek Condominium, Jakarta). Indonesian Landscape Journal, 2(2).
• 4. Astuti I., Agustina D., Thoha F., Ishafit. 2013. Mapping of Content in the City of Yogyakarta in terms of Motor Vehicle Crowd Levels and Environmental Conditions. Quantum National Seminar, Physics Study Program, FKIP Ahmad Dahlan University Yogyakarta. Proceedings.
• 5. Bass B., Baskaran B. 2013. Evaluating Rooftop and Vertical Gardens as An Adaptation Strategy for Urban Areas. Ottawa, Canada: Institute for Research and Construction.
• 6. Briawan D., Rachma P., Annisa K. 2011. Beverage Consumption Habits and Fluid Intake in SchoolAge Children in Urban Areas. Journal of Nutrition and Food, 6(3), 186–191.
• 7. Central Bureau of Statistics [BPS]. 2020. Total Population by Regency/City in D.I Yogyakarta (Soul), 2010–2019. Yogyakarta City Central Bureau of Statistics.
• 8. Din M.F.M., Lee Y.Y., Ponraj M., Ossen D.R., Iwao K., Chelliapan S. 2014. Thermal Comfort of Various Building Layouts with A Proposed Discomfort Index Range for Tropical Climate. Journal of Thermal Biology, 41, 6–15.
• 9. Dwianda R.A., Marzuki M. 2018. Characteristics of Melting Layer Altitude in Indonesia based on Rain Radar Mounted on the TRMM Satellite. Journal of Physics, 10(2), 73–82.
• 10. Epstein Y., Moran D.S. 2006. Thermal Comfort and the Heat Stress Indices. Industrial Health, 44(3), 388–398.
• 11. Fawzi N.I., Naharil N. 2013. Study of Urban Heat Island in Yogyakarta City – The Relationship between Land Cover and Surface Temperature. Proceedings of the National Symposium on Geoinformation Science, 3, 275–280.
• 12. Femy., Budiarti T., Nasrullah N. 2014. The Effect of Green System on Air Temperature and Relative Humidity, at the Center for Agricultural Mechanization Development, Serpong. Indonesian Landscape Journal, 6(2), 21–28.
• 13. Georgi N.J., Zafiriadis K. 2006. The Impact of Park Trees on Microclimate in Urban Areas. Urban Ecosystem, 9, 195–209.
• 14. Harmoni K. 2014. Analysis of the Oldeman Classification of Climate Distribution in the Province of the Special Region of Yogyakarta, Doctoral Dissertation, University of Muhammadiyah Surakarta.
• 15. Haryanto V., Yusintha Y., Noviandri P.P. 2019. The Effectiveness of Green Facade on Corridor Temperature Comfort Case: Third Floor of Makarios Building, Duta Wacana Christian University. In SMART: Seminar on Architecture Research and Technology, 4(1), 193–201.
• 16. Hasanah N.A.I., Maryetnowati D., Edelweis F.N., Indriyani F., Nugrahayu Q. 2020. The Climate comfort assessment for tourism pusposes in Borobudur Temple Indonesia. Heliyon, 6.
• 17. Jannah R. 2019. The Influence of Clothing Materials on Human Psychological Responses When Exercising in a Hot Environment. Jurnal Unitek, 12(1), 17–29.
• 18. Kinasih S.S.K., Muta’ali L. 2013. Potential Development of Roof Garden Technology in Mampang Prapatan Area and Surroundings, South Jakarta.Development Potential of Roof Garden Technology in Mampang Prapatan Area and Surroundings, South Jakarta. Journal of Humans and the Environment, 20(3), 252–261.
• 19. Kurniawan R. 2016. Regression Analysis. Prenada Media.
• 20. Laloan Y.R., Prijadi R., Moniaga I.L. 2015. Apartment in Manado. Application of the Vertical garden Concept. Doctoral dissertation, Sam Ratulangi University.
• 21. Lufyana, R.D. 2020. Relationship between drinking water consumption and work climate with dehydration in construction workers in Surabaya, Doctoral dissertation, Universitas Airlangga.
• 22. Mohan M., Gupta A., Bhati S. 2014. A Modified Approach to Analyze Thermal Comfort Classification. Atmospheric and Climate Sciences, 4, 7–19.
• 23. Muflichatun. 2006. The Relationship Between Heat Pressure, Heart Rate, and Work Productivity in Blacksmith Workers of the Wesi Aji Society of Donorejo Batang, Thesis. Semarang: Department of Public Health Sciences, State University of Semarang.
• 24. Mujib A., Pramono M. 2020. Analysis of Dehydration Levels in Athletes in the Pencak Silat Sports Branch of East Java Central Java Province 2019. Journal of Sports Health, 8(1).
• 25. Nandini R., Narendra B.H. 2011. Study of Changes in Rainfall, Temperature and Climate Type in Ecosystem Zones on Lombok Island. Journal of Forestry Policy Analysis, 8(3), 228–244.
• 26. Nasrullah, et al. 2015. Outdoor Air Temperature and Relative Humidity. Proceedings of the 2015 IPLBI Scientific Meeting. Sam Ratulangi University Manado. 2015. D045–D050.
• 27. Nduru R.E., Situmorang M., Tarigan G. 2014. Analysis of factors influencing rice production in Deli Serdang. Saintia Mathematics, 2(1), 71–83.
• 28. Pascoe D.D., Bellingar T.A., McCluskey B.S. 2009. Clothing and Exercise: II. Influence of Clothing During Exercise /Work in Environment Extremes.
• 29. Nugroho F.A. 2006. Green Open Space at Citraya Surabaya as Part of the Surabaya City Landscape in Realizing a Green City. Ciputra Raya. Proceedings of the Seminar on Urban Landscapes-Green City “Strategies and Implementation of Green Open Space (RTH) and Urban Landscapes in Realizing Green-City, 31.
• 30. Pitipaldi K., Bakhtiar A., Suliantoro H. 2018. Spearman Correlation Analysis SNI ISO Quality Management System Standards Against Industrial Property Rights in Indonesia.Industrial Engineering Online Journal, 7(1).
• 31. Ratnasari A., Sitorus S.R., Tjahjono B. 2015. Yogyakarta Green City Planning Based on Land Use and Sufficiency of Green Open Space. Tataloka, 17(4), 196–208.
• 32. Sari, A. N. 2019. Evaluation of Urban Forests Based on Microclimate Amelioration Functions in Semarang City. Bogor: Department of Forest Resources Conservation and Ecotourism, Faculty of Forestry, IPB.
• 33. Siami L., Ramadhani A. 2019. Climatology of Discomfort Index for Decade in Bandar Lampung, Indonesia. KnE Social Sciences, 460–469.
• 34. Siregar, D. C., Lubis, N. A. Z., & Muhajir, M. 2020. Analysis of Thermal Comfort in Banda Aceh City Based on Temperature Humidity Index, Discomfort Index and Humidex. Widyakala: Journal of Pembangunan Jaya University, 7(1), 48–53.
• 35. Siwi, L.O. 2020. Benefits of Healthy Plants Green Open Space on Comfort Levels in Luwuk District, Banggai Regency, Central Sulawesi Province. Journal of Biological Research. 7(1), 1097–1108.
• 36. Sudarno. 2017. Data Analysis. Semarang: Statistics Department, Faculty of Science and Mathematics UNDIP.
• 37. Tarwiyanti D., Hartanti R.I., Indrayani R. 2020. Physical Workload and Work Climate with Hydration Status of P2 Unit Workers Section (Wood Working 1) WW1 PT. KTI Probolinggo. Health Library, 8(1), 60–65.
• 38. Turyanti A., Sunarsih I., Hermawan. 2007. Analysis of Rainfall Potential based on Cloud Distribution Data and Black Body Temperature Data in Kototabang, West Sumatra. Indonesian Agromet Journal, 21(2), 39–45.
• 39. Wong N.H, et al. 2010. Thermal Evaluation of Vertical Greenery Systems for Building Walls. Singapore: Building and Environment.
• 40. Yudihartanti Y. 2018. Determination of Relationship between Research Courses and Final Projects with Spearman Rank Correlation. Jutisi: Scientific Journal of Informatics Engineering and Information Systems, 6(3), 1691–1694.
• 41. Yuliara I.M. 2016. Simple linear regression. Simple Linear Regression, 13.
• 42. Zayadi H., Hayati A. 2017. Spatial Distribution of Shade Trees on Jalan Raya Lowokwaru Malang City with GIS Applications. Bioscience-Tropic (Bioscience-Tropic), 3(1), 46–52.