Prediction of Plastic (Urban Waste) Distribution Along Coast in Tuban District Based on Geographical Information System
Keywords:
Windwaves-05, ArcGIS, Forecasting Linear Regression, ModellingAbstract
Beach waste such as plastic in the waters north of Java comes from consigned waste collected from various downstream parts of the river and flows into the sea from time to time. effect of human interaction and community activities on coastal environment is a major problem in coastal area management. This research aims to create a simulation model of movement of plastic/urban waste in Tuban Regency during four seasonal winds and determine prediction results at research points using oceanographic parameters such as direction and speed of sea breeze. One of movement factors is direction and speed of sea breeze. Using data on direction and speed of sea winds off coast of Tuban for 2018 - 2020 with quarterly data processing (quarters of a month). Research results obtained from this research are prediction data for 2021 -2025 in form of data on direction and speed of seasonal winds at 6 points on Tuban coast. Modeling direction of seasonal winds using ArcGIS software, resulting in a model proven by a survey of area of rubbish on beach in August – September 2022 that point of rubbish in first transitional season winds is towards southwest, east monsoon winds are towards southeast, second transitional season winds are towards south and west to southeast monsoon winds.
References
BPS, 2017, Tuban Regency Regional Statistics 2017, Tuban; Tuban Regency Central Statistics Agency. Heizer, J., & Render, B., 2001. Operations management (6th ed.). Upper Saddle River, NJ: Prentice -Hall.
Joesidawati, MI, 2016, Classification of Beaches on Tuban Coast, East Java. National Seminar on Fisheries and Marine Affairs VI, Faculty of Fisheries and Marine Sciences, Brawijaya University Malang. Volume: VI, ISBN: 978-602-72784-1-7.
Joesidawati, MI, 2017, Study of Climate Change and Damage to Coastal Resources in Tuban Regency.
Dissertation, Sepuluh November Institute of Technology, 289.
Noya, YA & Tuahatu, JW 2021. Density and Transport Patterns of Floating Marine Debris on West Coast of Outer Ambon Bay Waters. Journal of Science Research, 23(1), 19 –27.
Sari, NP, 2019, Modeling Current Patterns to Predict Movement Patterns of Marine Debris in Waters of Banten Bay, Banten Province. Thesis, Brawijaya University.
Sumayang, L., 2003. Basics of Production and Operations Management. Salemba Empat: Jakarta.
Takarina, ND, AIS Purwiyanto, AA Rasud, AA Arifin, Y. Suteja. 2022. Microplastic Abundance and Distribution in Surface Water and Sediment Collected from Coastal Areas. Global J Environ. Sci. Manage 8(2): 183-196. DOI: 10.22034/gjesm.2022.02.02.
Widyastuti, R., Handoyo, YE, Suntoyo. 2010, Modeling Surface Ocean Current Patterns in Indonesian Waters Using Jason-1 Altimetry Satellite Data. GEOID Vol. 06, No. 01, August 2010 (011 -016).
Khair, U., Fahmi, H., Al Hakim, S., & Rahim, R. (2017). Forecasting error calculation with mean absolute deviation and mean absolute percentage error. Journal of Physics: Conference Series, 930(1).
