Project Details
Description
The ocean is a bountiful resource for the urban centers along the northeastern coast of the United
States, but frequent coastal flooding poses a management problem that is becoming more
challenging as sea levels rise. Even in New York City (NYC), which is devoting billions of
dollars to coastal protections, densely populated areas will remain unprotected, and the protected
areas will remain at risk of flooding from extreme surge events. A gap in preparations for flood
risk is the capacity of residents in urban coastal neighborhoods to take adaptation actions to
protect their homes and their financial sustainability. Homeowners in coastal NYC have invested
substantial resources to rebuild after Hurricane Sandy, while rebuilding their homes as they were
before Sandy, increasing their vulnerability to future flooding. Awareness that flood risk is
increasing and understanding of the costs of adaptation actions relative to costs of not adapting
are low among residents.
The proposed project has two objectives: (1) build the capacity of coastal residents to use
existing resources to adapt to coastal flooding, (2) evaluate if, how, and for whom the proposed
approach contributes to adaptation compared to other initiatives. The second objective includes
assessing the value of flood risk predictions. The approach is a co-production process, in which
scientists, educators, community leaders, and residents in coastal NYC will collaborate through a
series of workshops to understand current and future flood risks, which are specific to the
communities and occur on time frames relevant to decision making. The participants will
identify adaptive actions and calculate the costs and benefits of those actions, taking into account
costs of not taking adaptation actions. The workshops will build on and broaden the impacts of
existing NYC and federal programs.
The evaluation will use methods, which are new in the study context, to rigorously assess the
benefits of the approach, enabling a credible cost benefit analysis. We will document how to
adapt the approach to different contexts based on evidence from diverse study neighborhoods.
Status | Finished |
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Effective start/end date | 9/1/19 → 8/31/22 |
Funding
- NOAA Research: US$299,999.00
ASJC Scopus Subject Areas
- Decision Sciences(all)
- Earth and Planetary Sciences(all)
- Environmental Science(all)
- Atmospheric Science
- General