FAU Incubator for Sustainable & Resilient Communities

On April 25-26, the cities of Hollywood and West Palm Beach participated in the inaugural FAU Incubator for Sustainable & Resilient Communities to address concerns about flooding and aging infrastructure, connectivity and economic development. The FAU Incubator offers leadership and expertise based on best practices and provides guidance on developing implementable plans and policies. Watch the 2-minute video above.

2017 FAU Incubator Participants

"The 2017 Florida Atlantic University Incubator for Sustainable and Resilient Communities allowed us to focus in on one neighborhood on the front lines of sea level rise and develop ideas that do so much more than simply solve a problem. The suggestions resulting from the incubator not only will help alleviate the burden of flooding but they do so while at the same time addressing other areas that are important for a sustainable and resilient community. The solutions enhance the natural environment and environmental quality, incorporate mobility, increase economic opportunity, and create value that will benefit the entire City, not just the neighborhood in question." -- Read the full text: Mayor Levy's letter to FAUMayor Josh Levy
"Florida Atlantic University’s 2017 Incubator for Sustainable and Resilient Communities addressed two examples of the new normal facing cities in South Florida. First, a city must grow all segments of its community in new ways that create equitable opportunities for not only existing industries but also residents. An Innovation Hub is one way to address that need. Second is Climate Change...Communities, specifically those on the coast, are considering all strategies for handling sea level rise and other climate related challenges. Cities are leading the way in to a sustainable and resilient future."-- Read the full text: Mayor Muoio's letter to FAUMayor Jeri Muoio

The FAU Incubator for Sustainable & Resilient Communities is a program that provides mayors and municipal leaders in South Florida the opportunity to draw upon experts for creative and attainable solutions to local problems. The process allows community leaders a safe space to hash out ideas with input from our team of experts, who assist with visioning creative solutions and identifying next steps in resolving issues.

At the end of the process, the mayor and key leaders depart with the group’s short and long-term recommended actions, strategies for accomplishing those actions, and a renewed sense of optimism for implementation in their community. FAU delivers a final report and can meet with the mayor and city leaders to discuss next steps towards implementation.

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CUES Director Cited on Hurricane Evacuation in The Atlantic, The New York Times, and Wired

Dr. John Renne, Associate Professor and Director, Center for Urban and Environmental Solutions, was cited in a recent article in The Atlantic on the possible role of self-driving cars in hurricane evacuations: http://www.theatlantic.com/technology/archive/2016/10/self-driving-cars-evacuations/504131/. Dr. Renne has also been cited regarding hurricane evacuation recently in The New York Times (http://www.nytimes.com/2016/10/11/us/hurricane-matthew-southeast-flooding.html?_r=0) and Wired (https://www.wired.com/2016/10/move-2-million-people-hurricane-matthews-way/).

Elsevier’s TRD Journal announces new section on Disasters and Resilience

Elsevier announces the formation of a new section of the international journal Transportation Research D focusing on Disasters and Resilience. This section will be edited by Karl Kim (University of Hawaii), John Renne (Florida Atlantic University) and Brian Wolshon (Louisiana State University).

This section of Transportation Research D will build on the special capabilities and interests of transportation researchers, coming from multiple disciplines, worldwide, to address the critical ways in which transportation science and the supporting theories, methods, and tools can be applied to increase societal resilience against all hazards, both natural and man-made. In addition to the wide range of natural hazards including both geo-physical and hydro-meteorological, the section will also cover industrial accidents, cascading events (where one hazard such as an earthquake can trigger a release of toxins and harmful substances into the environment), and intentional acts of sabotage or terrorism. In each of these disasters and emergencies, transportation plays a significant role. Core concepts such as travel demand modeling, rare event forecasting, activity-based analyses, system performance monitoring, optimization across time and space, mode choice, network analysis, geospatial modeling, and many other methods are appropriate topics for this section.

Interested authors are encouraged to contact section editors or submit manuscripts through EVISE: https://www.evise.com/profile/#/TRD/login

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