MANUAL PENGATURCARAAN PERISIAN MATLAB BAGI KERJA-KERJA PEMODELAN PANTAI DAN OSEANOGRAFI
This study presents a MATLAB-based framework for coastal and oceanographic modeling, focusing on sediment transport, river flow, and sea level rise (SLR) analysis, developed by NAHRIM, Malaysia. It details MATLAB’s application in processing NetCDF data, calculating river flow rates, sediment yield, and total suspended solids (TSS) using empirical methods like USLE, MUSLE, and Gumbel Extreme Distribution for Annual Recurrence Interval (ARI) rainfall analysis. The study also covers SLR projections using IPCC AR6 data from PODAAC, integrating components like ocean dynamics, glaciers, ice sheets, groundwater, and land motion. Key findings include MATLAB scripts for extracting and visualizing data, with outputs in .csv and MIKE 21 formats, supporting advanced coastal and hydrological modeling for Malaysia’s environmental management.
Authors
Abstract
This study presents a MATLAB-based framework for coastal and oceanographic modeling, focusing on sediment transport, river flow, and sea level rise (SLR) analysis, developed by NAHRIM, Malaysia. It details MATLAB’s application in processing NetCDF data, calculating river flow rates, sediment yield, and total suspended solids (TSS) using empirical methods like USLE, MUSLE, and Gumbel Extreme Distribution for Annual Recurrence Interval (ARI) rainfall analysis. The study also covers SLR projections using IPCC AR6 data from PODAAC, integrating components like ocean dynamics, glaciers, ice sheets, groundwater, and land motion. Key findings include MATLAB scripts for extracting and visualizing data, with outputs in .csv and MIKE 21 formats, supporting advanced coastal and hydrological modeling for Malaysia’s environmental management.
Citation
DR. KHAIRUL ANUAR MOHAMAD. 2022. MANUAL PENGATURCARAAN PERISIAN MATLAB BAGI KERJA-KERJA PEMODELAN PANTAI DAN OSEANOGRAFI. Digital NAHRIM Publication Repository.