TITLE:
Spatiotemporal Dynamics of Land Use Change in Narayanganj Sadar (2002-2023) and Forecasting for 2035 Using CA-Markov Modeling
AUTHORS:
Eyanur Hossain, Fardina Jahid Tahia, Al Rabby Siemens, Md Shahariar Islam, Zobaer Rahman, Istiak Ahmad
KEYWORDS:
Land Use and Land Cover (LULC), Cellular Automation-Markov (CA-Markov), Change Detection, LULC Prediction, Sustainable Urban Planning
JOURNAL NAME:
Journal of Geographic Information System,
Vol.17 No.3,
June
27,
2025
ABSTRACT: Rapid urbanization and industrial growth reshaped the landscape, making the environment and human life increasingly vulnerable. This study undergoes future land use prediction, which is necessary for future development and decision-making. Narayanganj had rapid industrial growth, and population pressure led to extensive urban expansion in the region. Using multi-temporal Landsat satellite imagery of 2002, 2014, and 2023, this research uses Cellular Automation Markov modeling to analyze Land Use Land Cover (LULC) transition dynamics for two decades and to project future trends up to 2035. The methodology for preprocessing satellite images in QGIS and ArcGIS to classify land use categories comprises built-up areas, water bodies, agricultural land, and homestead vegetation. Change detection techniques were used to track transitions in three individual periods (2002-2014, 2014-2023) and demonstrate an extreme rise of urban development from 17.64% up to 47.38% of urbanized areas, while the agricultural areas declined by 38.66% and water bodies by 4.78%. Results of the CA-Markov model, forecasting the LULC changes for 2035 through Idrisi Selva, indicate further urban growth at the expense of agricultural land and water resources. Some factors, like its proximity to the Capital City, rapid industrial development, and population pressure, led to extensive urban expansion in the region. The results suggest the need for urban planners to adopt green infrastructure, water conservation, and agricultural land protection as part of sustainable urban planning strategies to minimize the negative ecological impacts of urbanization for long-term environmental sustainability.