Assessing the Socio-Economic Impacts of Climate Change on Vulnerable Communities in Baltimore: A CLASIC Tool Analysis Abstract

Abstract Submission: Climate change poses significant risks to vulnerable populations in Baltimore City, exacerbating social and economic inequalities. This study uses the CLASIC tool to perform a comprehensive analysis of the socio-economic impacts of climate change on these at-risk communities. By examining data on climate-induced stressors such as increased flooding and heatwaves, the research assesses how these factors disproportionately affect different socio-economic groups. The analysis focuses on economic vulnerability, health risks, and access to essential resources, providing a detailed understanding of how climate change exacerbates existing disparities. Findings highlight the heightened risk exposure faced by marginalized communities, particularly those living in older or inadequately maintained housing with limited access to climate adaptation resources. The study also evaluates the effectiveness of current adaptation measures and offers recommendations for targeted interventions to enhance resilience and equity. By integrating socio-economic data with climate impact assessments, the research underscores the need for inclusive climate adaptation strategies that address the specific needs of Baltimore’s most vulnerable populations. This approach is crucial for developing policies and practices that foster equitable and sustainable urban environments in the face of ongoing climate challenges.

Learning Objectives/Expected Outcome (Optional) : The burdens of climate change impacts and environmental hazards are not equally experienced among and within communities and this distribution often follows racial and income lines in addition to other social factors. This session will highlight research seeking to address these inequities to promote the inclusion of all people, particularly those from historically underrepresented and/or marginalized communities in planning and management of environmental and water resources infrastructure systems.