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Inland from the Coast: A multi-scalar approach to regional climate change responses

Project Goals:
  • Gathering and disseminating local ecological knowledge about landscape functionality
  • Providing high quality, accessible information on current and future environmental conditions to influence community decision-making
  • Evaluating past events to support adaptation responses, strategies, and best practices that are more emotionally and culturally sensitive
  • Defining community wellbeing priorities in coastal communities and inland migration destinations
  • Integrating ecological conditions and community wellbeing to foreground safety in planning and development decision-making
  • Integrating climate adaptation design methods and best practices and other policy tools to increase the likelihood of effective implementation

Outputs include:

  • Calibrated and validated basin- and watershed-scale models for a coupled inland-coastal system, that can be used by community leaders and design professionals to provide decision support highlighting critical vulnerabilities and opportunities for adaptation at the community or neighborhood scale
  • Neighborhood-scale models that can improve safety and increase adaptive capacity at the local level
  • Profiles for current and future wellbeing in coastal and inland communities, including commonalities across regions; community outreach and educational resources including accessible web-based resources to help impacted communities become more resilient
  • Best practices for adaptive design and policy that incorporate ecological integrity and community wellbeing considerations
  • Vision document positioning project findings particular to the Baton Rouge region in a regionally relevant context to maximize the transferability of this research to other regions and states
Project Team:
  • Track One: Modeling Coupled Inland-coastal Systems for Stormwater Management
    • Clint Willson, PhD, PE Professor, College of Engineering
      Director, LSU Center for River Studies
    • Craig Colten
    • Scott Hagan
  • Track Two: Understanding Current and Future Community Well-being
    • Traci Birch, PhD, AICP
    • Craig Colten
    • Katie Cherry
    • Cecile Guin
    • Marla Nelson
  • Track Three: Design Application and Policy framework
    • Traci Birch, PhD, AICP
    • Jeff Carney Director, Coastal Sustainability Studio
      Associate Professor, School of Architecture
    • Melissa Daigle Coordinator of Louisiana Sea Grant Legal Program
    • Niki Pace
  • Students
    • Brendan Bailey Architecture
      MArch expected May 2019
    • Yi Ling Chan Geography
      MS expected May 2018
    • Alec Cowles Coastal & Ecological Engineering
      MS expected May 2019
    • Kathleen Eubanks Coastal & Ecological Engineering
      MS expected May 2019
    • Audrey Grismore Geography and Anthropology
      PhD candidate
    • Yuta Masakane Landscape Architecture
      MLA expected May 2019
    • Hayley Pugh Architecture
      MArch expected May 2018
    • Chris Turnipseed Engineering
      PhD Candidate
    • Nick Willbanks Mass Communications
      MA expected May 2019
    • Dahyung Yang Landscape Architecture
      MLA expected May 2018
    • Adrienne Wood Energy Law & Policy
      J.D./D.C.L. Expected 2019
    • Shu Gao Civil Engineering
      PhD candidate
    • Gulf Research Program (GRP) of the National Academies of Sciences, Engineering, and Medicine
    • Robert Wood Johnson Foundation (RWJF)
Project Outputs:

This integrative team engages multiple disciplines (e.g. architecture, landscape architecture, planning, geography, psychology, engineering, and law) to consider future environmental risk, measures of community well-being in coupled social-ecological systems, and regional design preferences and practice. The goals are to create and test design methods, based on clear projections of future environmental risk and suitability for development, and work to restore and enhance community well-being in the face of climate change.

This work will engage at three scales:
  1. Pontchartrain Basin (Geologic): Stretching from Baton Rouge to the mouth of the Mississippi River represents a hydrologic and social continuum defined by proximity to the Mississippi River and the Gulf of Mexico. The coastal-inland relationship is underpinned by this geology. As the basin transgresses the relationship between coast and inland communities is physically and socially compressed as floodwater and people migrate inland. At this scale the team proposes 1) a coupled inland-coastal ecological model that accurately assess current and future risk, and 2) engagement of community members from across the inland-coastal transect to define and prioritize elements of current and future well-being.
  2. East Baton Rouge, Livingston, and Ascension Parish (Amite River Watershed): These parishes house the bulk of the region’s population, and lie within the same watershed, but otherwise don’t coordinate development decision-making. This has resulted in development patterns that disrupt natural and social systems and exacerbate climate impacts, threatening community well-being. At this scale the team proposes 1) engagement of local ecological knowledge holders and community members in discussions related to environmental conditions, social memory, place attachment, community well-being, and design preferences; and 2) engagement of regional leaders to build relationships, policy objectives, and projects founded on basin-scale models and community well-being priorities.
  3. Community (from subdivision to block to building): Subdivisions are the primary development unit in this region. There is great leeway in their design, the policies that guide them, enforcement mechanisms, cumulative effects on the community at large, etc. At this scale the team will focus on working with neighborhood groups, builders and developers, designers, and individual community members to transform research knowledge into action through design and planning projects.
The project identifies three distinct but interconnected research tracks:
  • Regional Mapping and Hydrologic Modeling
  • Defining and Measuring Community Well-being
  • Design Application and Policy Framework
Four phases of work:
  • Data Gathering and Assessment (month 1-9)
  • Research Synthesis (month 9-18)
  • Design Project Focus (month 18-24)
  • Vision and Dissemination (month 24-36)