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Traci Birch
Assistant ProfessorLouisiana State University
tbirch@lsu.edu
Inland from the Coast: A Multi-Scalar Approach to Regional Climate Change Responses
Risks from sea-level rise, land subsidence, and extreme weather are not limited to coastal areas but threaten entire inland-coastal regions. This project takes a multi-scalar, multi-disciplinary approach to river flood modeling, health and well-being research, and applied community design to improve flood recovery and long-term resilience across the greater Baton Rouge inland-coastal region. The team links university researchers with engineers, building and landscape architects, planners, policymakers, and community members to improve understanding of inland-coastal environmental conditions and vulnerabilities, determine indicators of community health and well-being, and develop design and planning best practices for reducing risk and increasing adaptive capacity. While the project is focused on helping the greater Baton Rouge region emerge more resilient from the devastating 2016 floods, the resulting framework will be applicable to inland-coastal regions across the Gulf Coast and beyond.
National Academies of Science, Engineering, Medicine: Gulf Research Program
Changing Geographies of Flood Mitigation Polices: A Case Study of Central, LA
Publisher: National Forum on Socioeconomic Research in Coastal Systems
Measuring Individual Community Capacity, Resilience, and Recovery Relative to Population Age in Three Louisiana Coastal Parishes
Publisher: Annual LSU Life Course and Aging Center Spring Symposium
Floodplain Management: Law and Policy Concerns
Publisher: American Planning Association Louisiana Chapter Annual Conference
Inland from the Coast: A Multi-Scalar Approach to Regional Climate Change Responses
Publisher: Robert Wood Johnson Sharing Knowledge to Build a Culture of Health Conference
Deep-seeded and Uprooted: Colorblind Resiliency Planning as Gentrification
Publisher: American Association of Geographers
The Hungry River: Designing a Future for the Amite River’s Former Sand and Gravel Mines
Publisher: Routledge of the Taylor Francis Group
Spring Up! Denham Springs Masterplan
Publisher: Routledge of the Taylor Francis Group
Assessment of Remote Sensing Products and Hydrologic Simulation of the 2016 Louisiana Flood in the Amite River Basin
Publisher: Routledge of the Taylor Francis Group
Increasing Resilience to Current and Future Flooding through the Integration of Hydrologic and Storm Surge Models
Publisher: Routledge of the Taylor Francis Group