Environmental Resilience in the Face of Climate Change: An Integrated Geographic Approach

Abstract

Environmental resilience in facing climate change is a critical issue that requires a comprehensive and integrated approach. An integrated geographical approach combines physical, social, economic, and spatial aspects to understand the dynamics of human-environment interactions holistically. This study aims to analyze the level of environmental resilience and identify effective adaptation and mitigation strategies in response to climate change impacts. The methods employed include spatial analysis, remote sensing, and socio-economic assessment to identify vulnerability and adaptive capacity within a region. The results indicate that environmental resilience is strongly influenced by ecosystem conditions, land use patterns, population density, and environmental management policies. The integration of geospatial data with community-based policies is essential to enhance regional resilience. Therefore, an integrated geographical approach can serve as a strategic foundation for sustainable development planning that is responsive to climate change.