WaterISAC Navigation
  • About
  • Report Incident
  • Contact Us
  • Become a Member
  • NRWA Signup
  • WaterISAC Champions
  • About
  • Report Incident
  • Contact Us
  • Become a Member
  • NRWA Signup
  • WaterISAC Champions
Home H2OSecCon 2026 New Flood Model Simulates How Urban Growth and Flood Risk Interact
Become a Member

Log in

  • Upcoming Events
  • Resource Center
  • Tools
  • Webcasts
  • Contaminant Databases
  • Community Partners
  • About
  • Log in

  • My Account

  • Logout

  • Report Incident
  • Contact Us
  • NRWA Signup
  • WaterISAC Champions
More Resources

New Flood Model Simulates How Urban Growth and Flood Risk Interact

Author: April Zupan

Created: Thursday, November 9, 2023 - 15:43

Categories: General Security and Resilience, Natural Disasters, Research

North Carolina State University has posted a blog discussing a new model created by researchers that simulates how urban growth changes in response to future increased flooding risks. It emphasizes the multifaceted nature of flood risk in an era of climate change, as traditional models don’t track human responses to flood risk such as elevating buildings or moving development away from high-risk areas.

Using the Charleston, South Carolina metropolitan area as their test case, researchers compared current urban growth with predicted land and demographic changes to determine future flood risks based off a variety of policy responses. The scientists hope to expand the use of the model, called FUTURES 3.0, to additional communities and apply it on a regional scale. Read more at North Carolina State University.

Related Resources

(TLP:CLEAR) Supplemental General Security & Resilience Highlights – May 14, 2026

May 14, 2026 in General Security and Resilience

(TLP:CLEAR) FAA Extension, Safety, and Security Act of 2016 – Section 2209 Notice of Proposed Rulemaking

May 7, 2026 in Federal & State Resources, General Security and Resilience, Security Preparedness

(TLP:CLEAR) Supplemental General Security & Resilience Highlights – May 7, 2026

May 7, 2026 in General Security and Resilience

Become a Member
FAQs
About
Report Incident

Terms & Conditions
Privacy Policy
AI Policy
Contact Us

LinkedIn

1250 I Street NW, Suite 350
Washington, DC 20005
1-866-H2O-ISAC (1-866-426-4722)
© 2026 WaterISAC. All Rights Reserved.

Toggle the Widgetbar