Cellular automaton (CA) is a widely-used tool for modeling land-use changes that can
enhance our understanding of past and future urban development. Previous studies have …

Cities are located at the intersection of global interactions and analytical modeling of space
is an essential progression to understand the organizational structure of today's cities, which …

The accessibility provided by the transportation system plays an essential role in driving
urban growth and urban functional land use changes. Conventional studies on land use …

Urban sprawl is a ubiquitous with a complex network of driving forces and human and
natural impacts on various scales of the coupled human-environment urban system. In …

Urban studies require a rich set of information sources and techniques that enable a
comprehensive depiction of urban environments. Remote sensing captures physical …

Risk communication seeks to develop a shared understanding of disaster among
stakeholders, thereby amplifying public awareness and empowering them to respond more …

Simulation and prediction of land use cover change (LUCC) in cities can effectively identify
trends in land conversion and support the decision-making process regarding future urban …

In the context of changing global trends and growing uncertainties, creating and evaluating
alternative future scenarios is crucial for urban and regional planning. Computational and …

Understanding the spatio-temporal evolution of urban expansion is essential for urban
planning and sustainable development. Recently, cellular automata (CA)-based models …

Uncontrolled urban expansion presents significant challenges to green spaces, leading to
increased land surface temperature, and carbon emissions. This study emphasizes the …