Miami Beach Urban Development

Utilizing NASA Earth Observations to Assess Sea Level Rise and Develop Optimal Green Infrastructure Plans to Restore Mangrove Habitat and Enhance Coastal Resiliency

Utilizing NASA Earth Observations to Assess Sea Level Rise and Develop Optimal Green Infrastructure Plans to Restore Mangrove Habitat and Enhance Coastal Resiliency

In response to projected sea level rise and extreme weather events, Miami Beach and other urban areas surrounding Biscayne Bay are developing adaptive strategies to mitigate the effects of changing environmental conditions. Because the local economy, especially the tourism industry, is intricately tied to coastal resources, city officials are involved with on-going efforts to reduce storm damage and monitor shoreline conditions. Some important considerations for these adaptive strategies include water drainage capacity, green infrastructure, and maintenance of natural wetland ecosystems, particularly mangrove forests. This NASA DEVELOP project employed Earth observations to assess historical trends in urban vegetation density, post Hurricane Irma coastal damage, and the current extent and health of mangrove ecosystems in protected areas. The goal of this project was to enhance the wetland monitoring and shoreline management programs led by local organizations, such as the City of Miami Beach Public Works Department. The results of this project will be incorporated into a mangrove habitat suitability analysis that will aid the ecological management and land use planning efforts led by the City of Miami Beach Public Works Department to improve coastal resiliency.


Project Video:
Greening the 305
Location
Georgia – Athens
Term
Fall 2017
Partner(s)
City of Miami Beach, Public Works Department
NASA Earth Observations
Landsat 5, TM
Landsat 8, OLI
Planetscope
Terra, MODIS
Team
Maria Luisa Escobar Pardo (Project Lead)
Christopher Cameron
Abhishek Kumar
Sonia Linton
David Rickless
Navid Hashemi Tonekaboni
Sam Weber
Advisor(s)
Dr. Rosanna Rivero (University of Georgia, College of Environment and Design)
Dr. Marguerite Madden (University of Georgia, Department of Geography)

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