SECOORA Webinar | WebCOOS and Water Levels: Web Cameras for Coastal Flood Insights

On October 21st at 12 PM ET, SECOORA is hosting a webinar with investigators from the Webcam Coastal Observation System (WebCOOS) project team and the WebCOOS Project Manager. Web cameras are a low-cost technology that can be used to document flooding impacts to coastal communities. Register here.

NEWS
October 3, 2025

On Tuesday, October 21 at 12 PM ET, SECOORA is hosting a webinar with investigators from the Webcam Coastal Observation System (WebCOOS) project team and the WebCOOS Project Manager. Tune in to hear about how web camera data can be applied towards coastal flood monitoring.

Click the button to register and receive a calendar invitation with the meeting link.

Webinar Abstract

Web cameras are a low-cost technology that can be used for coastal science & observation, including to study and document water levels and flooding impacts to coastal communities and infrastructure. Camera imagery can be paired with water level data to show the extent of flooding and give context to water level recordings. Web camera imagery can also be used to derive information about wave runup, total water levels, and shoreline change. A community in Charleston, SC has used web cameras to document flooding, and paired them with water level and air quality sensors to more holistically understand the environment and risks to human health.

Meet the Speakers

WebCOOS Investigators

Dr. Greg Dusek is a Senior Scientist at NOAA National Ocean Service (NOS) Center for Operational Oceanographic Products and Services (CO-OPS), and the Co-Executive Director of the US Coastal Research Program. Greg studies coastal flooding, rip currents, and the application of data science to coastal hazard prediction.
Dr. Matt Conlin is an Oceanographic Technical Specialist with Ocean Associates, Inc., supporting CO-OPS. He has developed automated tools to derive coastal change information from camera imagery, and now works to develop and improve coastal flood prediction models and products.
Dr. Alex Pang is a Professor in the Computer Science Department at the University of California Santa Cruz. His group has developed algorithms for rip current and shoreline detection using imagery from WebCOOS cameras.
Dr. Joe Long is the Director of Coastal Engineering program and Associate Professor of Coastal Engineering at the University of North Carolina Wilmington. He has developed the WebCOOS shoreline change algorithm, which identifies a shoreline from a video segment.
Dr. Dwayne Porter is a Professor in the Department of Environmental Health Sciences in the Arnold School of Public Health and the Baruch Institute for Marine and Coastal Sciences within the University of South Carolina. Dr. Porter uses web cameras in the Rosemont Community of Charleston, SC to document community flooding, and has worked on community outreach.
Jeremy Cothran is a Senior Software Developer in the Arnold School of Public Health at USC. He works on object detection and sensor and data processing development. He operates the SaludaSys system, which can be used to summarize results from WebCOOS object detection into counts and graphs for actionable information.

WebCOOS Project Manager

Theo Jass is the WebCOOS Project Manager at SECOORA. He coordinates the WebCOOS project among partners, PIs, and contractors, and works to expand the project to new locations nationwide.