Disasters caused by natural hazards often lead to significant and long-lasting, systemic disruptions of economic, social and ecological systems. These challenges are expected to intensify, propelled by the complex interplay of climate change and systemic risks. To improve both ex-ante disaster risk reduction and ex-post recovery, increasing attention is placed on strengthening the “disaster resilience” of communities, cities, regions and countries. However, a lack of empirical data and evidence, a high diversity in definitions, measurement approaches and applications of disaster resilience make it difficult to systematically understand the dynamics of resilience. This hinders targeted resilience strengthening investments and actions across all levels, that are increasingly demanded in the context of climate change adaptation, disaster risk reduction and sustainable development.
This session aims to discuss and improve the understanding of disaster resilience to various natural hazards (e.g., floods, droughts or wildfires) including compound events across spatial and temporal scales taking a systems approach. We encourage contributions focusing on the following topics:
• exploration of both process- and outcome-based evaluation methods, as well as innovative modeling approaches, including the use of remote sensing and climate data.
• concrete interventions (i.e. climate-smart agriculture, VSLA, field schools), adaptive planning processes, socio-technological solutions (i.e. EWS, NBS, built infrastructure) and the pivotal roles of social capital, adaptive capacity in fostering sustainable resilience and adaptation strategies.
• cross-learnings and linkages between natural hazard resilience and other systemic, complex contexts.
We encourage contributions that encompass local case studies, regional insights and global perspectives from multi- and transdisciplinary research endeavors.
This session aims to discuss and improve the understanding of disaster resilience to various natural hazards (e.g., floods, droughts or wildfires) including compound events across spatial and temporal scales taking a systems approach. We encourage contributions focusing on the following topics:
• exploration of both process- and outcome-based evaluation methods, as well as innovative modeling approaches, including the use of remote sensing and climate data.
• concrete interventions (i.e. climate-smart agriculture, VSLA, field schools), adaptive planning processes, socio-technological solutions (i.e. EWS, NBS, built infrastructure) and the pivotal roles of social capital, adaptive capacity in fostering sustainable resilience and adaptation strategies.
• cross-learnings and linkages between natural hazard resilience and other systemic, complex contexts.
We encourage contributions that encompass local case studies, regional insights and global perspectives from multi- and transdisciplinary research endeavors.