| dc.description.abstract | Urban Green Spaces (UGS) and its
potential expansion are vital for urban cities to
enhance the quality of urban living conditions.
Recently, many studies have been conducted to
identify
potential urban expansion. However,
detecting urban green spaces is not an easy process.
Urban green spaces are changed year by year due to
rapid urbanization. The main objective of this study is
to identify the potential for future expansion of green
spaces, with specific goals including detecting
changes in urban green spaces, determining their
current potential, and developing methods for future
expansion. Therefore, this study demonstrated a
method to detect changes in urban green spaces
through the Normalized Difference Vegetation Index
(NDVI) remote sensing (RS) quantifies. Furthermore,
this study developed a method to validate detected
green spaces. Urban potential expansion is different
types with respect to urban green spaces. Thus, this
study was carried out to identify potential expansion
based on population density and urban temperature.
The study's recommendations advocate for the
integration of UGS in urban planning, the adoption of
innovative green infrastructure solutions like green
roofs, and the prioritization of green spaces to foster
resilience, sustainability, and inclusivity in the city's
development. Challenges identified include land use
conflicts, limited open spaces, and the impact of
cultural heritage on urban planning. | en_US |
