Water Levels, Waves & Webcams (WWW Network)
MARACOOS, along with other IOOS Regional Associations, are deploying networks of low-cost water level sensors, wave buoys, and webcams to fill critical gaps in coastal hazard data. These systems provide near-real-time, hyper-local information to help coastal communities prepare for and respond to flooding, rip currents, and other coastal hazards. By partnering with local residents, decision-makers at the local and state levels, and federal agencies—and integrating with the existing national WebCOOS network—this collaborative effort ensures access to vital ocean data to strengthen community safety.
WWW Network Goals
Deliver near real-time information on flooding, waves, and coastal hazards which can include rip currents, dangerous shore breaks, high waves, storms, flooding, marine life interactions, and other environmental risks. Providing this data and information can help communities protect people, property, and infrastructure during changing coastal conditions.
Provide easy-to-use data tools that empower emergency managers, planners, and local leaders to make informed, timely decisions for flood forecasting, emergency response, and coastal resilience.
Visualize sensor data through OceansMap, turning complex ocean observations into clear, trustworthy insights on water levels, waves, and shoreline conditions—for residents, fishers, businesses, and decision-makers alike.
Collaborate with communities, scientists, and government agencies to co-develop solutions that address real-world coastal challenges and strengthen regional preparedness.
WWW Webinar Series
Watch our summer 2025 webinar series recordings to learn more about the WWW Network and explore the latest options with OceansMap and our OceansMap Insights, broken down by state (Delaware, Maryland, New York & New Jersey, and Virginia).
If you don’t have time to watch the entire webinar, we’ve broken each session into bite-sized segments so you can dive into the topics that matter most to you, linked below each full-length video.
Delaware

Dr. Alexandra Schueller shares about the Sofar spotter wave buoy network going into Delaware Bay and how the data will help improve flood forecasting, emergency response and public safety.

Tina Sepahpur highlights how water level monitoring is expanding across the Mid-Atlantic.

Sheri Schwartz gives a quick demo of OceansMap Insights, focused on Delaware-specific insights.
Maryland

Sheri Schwartz gives a quick demo of OceansMap Insights, focused on Delaware-specific insights.

Tina Sepahpur highlights how water level monitoring is expanding across the Mid-Atlantic.

Ava Puschnigg shares about HydroNet, a new dashboard designed to transform complex sea level data into accessible, user-friendly insights.

Sheri Schwartz gives a quick demo of OceansMap Insights, focused on Maryland-based insights.
New York & New Jersey

Dr. Philip Orton shares how low-cost water level sensors are expanding access to real-time, hyperlocal data that improves flood forecasting, emergency response, and public safety.

Tina Sepahpur highlights how MARACOOS is expanding water level monitoring across the Mid-Atlantic.

Sheri Schwartz gives a quick demo of OceansMap Insights, focused on New York and New Jersey-based insights.
Virginia

Dr. Derek Loftis shares best practices for flood monitoring and model validation using next-gen sensors and community science.

Tina Sepahpur highlights how water level monitoring is expanding across the Mid-Atlantic.

Sheri Schwartz gives a quick demo of OceansMap Insights, focused on Virginia-based insights.
Explore Other Projects
- ECCOFS
- Harmful Algal Blooms Monitoring to Protect Mid-Atlantic Waters and Communities
- Improving Coastal Safety Through Coastal Hazard Monitoring and Risk Management
- Mid-Atlantic Coastal Acidification Network (MACAN)
- Mid-Atlantic MBON
- Ocean Integrating Ocean and Weather Data Through Shared Infrastructure
- OTT – Animal-borne Sensors
- Tracking Marine Species and Biodiversity Hotspots to Support Ocean Management






