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RUCOOL | Rutgers Center for Ocean Observing Leadership
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  • About Us
    • Our Team
    • Facilities
    • Awards and Recognitions
    • Unselfish Ocean Champions
    • Annual Reports
  • Scholarly Leadership
    • Transdisciplinary Themes
      • Understanding the Earth System
        • Polar Science / LTER
          • Palmer LTER
        • Ocean Acidification
        • Offshore Wind
      • Forecasting Extreme Events
        • Hurricane Science
        • Evaluation of Ocean Models
      • Growing the Blue Economy
        • Shellfish Fisheries
        • Munroe Lab
      • Ensuring Food Security
        • Shellfish Fisheries
        • Estuarine & Coastal Fisheries
    • Scholarly Recognition
      • Graduate Student Alumni
      • Student Awards
      • Publications
      • External Awards
  • Innovative Research
    • Ocean Sensors
      • Ocean Gliders
      • Ocean Surface Current Radar
      • Remote Sensing
      • Ocean Robotics
      • Codar
      • Buoys
    • Big Data
      • MARACOOS OceansMap
      • IOOS HF-Radar DAC
      • IOOS Ocean Glider DAC
      • Long-Term NJ Fish Database
      • IOOS Model Comparisons Archive Viewer
    • Remote Sensing Overview
    • Satellite Data
    • Ocean Glider Data
    • Ocean Surface Current Radar Data
  • Student Success
    • Joining Rutgers
      • Why Study At Rutgers?
      • Undergraduate Program
      • Graduate Program
    • COOL Classroom Teaching
      • Glider Technology School
      • HF Radar Technology School
    • Experiential Learning
      • RIOS
      • Master of Operational Oceanography
      • The Sentinel Mission
  • Community Engagement
    • RUCOOL Community Engagement
    • Science Storytelling
    • Movies, Videos, Photos, Logos & Templates
  • News
    • RUCOOL X
    • RUCOOL Facebook
    • RUCOOL Instagram
    • RUCOOL Linkedin
    • RUCOOL BlueSky
  • Giving
  • Contact
  • Toggle website search
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Featured News

Read more about the article Dr. Hugh Roarty Visits CODAR Ocean Sensors

Dr. Hugh Roarty Visits CODAR Ocean Sensors

Dr. Hugh Roarty from RUCOOL visited CODAR Ocean Sensors to discuss HF radar technology and the state of ocean observing. CODAR has been an industry partner of RUCOOL dating back…

Continue ReadingDr. Hugh Roarty Visits CODAR Ocean Sensors
Read more about the article Enhancing Coastal Flood Forecasting in New York Harbor with High-Frequency Radar Technology

Enhancing Coastal Flood Forecasting in New York Harbor with High-Frequency Radar Technology

Dr. Hugh Roarty, a leading expert in coastal resilience and ocean observation, presented the transformative role of High-Frequency (HF) radar technology in improving flood predictions for urban estuaries like New…

Continue ReadingEnhancing Coastal Flood Forecasting in New York Harbor with High-Frequency Radar Technology
Read more about the article Understanding the Caribbean Sea’s role in the broader oceanic circulation system

Understanding the Caribbean Sea’s role in the broader oceanic circulation system

Dr. Travis Miles and Dr. Joe Gradone, along with partners at NC State and UVI, have been awarded a grant from the National Science Foundation (NSF OCE-2421622) to better understand the Caribbean…

Continue ReadingUnderstanding the Caribbean Sea’s role in the broader oceanic circulation system
Read more about the article RAA Event Celebrates Innovative Ocean Research

RAA Event Celebrates Innovative Ocean Research

When Hurricane Beryl churned toward the Caribbean Sea last summer, Leah Hopson knew she had an exceptional opportunity. The doctoral student in oceanography at Rutgers was remotely piloting a robotic…

Continue ReadingRAA Event Celebrates Innovative Ocean Research
Read more about the article Successful Spring Deployment of MOO Glider RU23

Successful Spring Deployment of MOO Glider RU23

After completing the Fall mission of RU23 along the Rutgers Endurance Line, the 2024-2025 MOO students have once again successfully deployed, piloted, and recovered the glider for a Spring mission.…

Continue ReadingSuccessful Spring Deployment of MOO Glider RU23
Read more about the article Zooplankton and Offshore Wind: Drifters in a Sea of Uncertainty

Zooplankton and Offshore Wind: Drifters in a Sea of Uncertainty

This study addresses to what degree can we predict how the development of offshore wind (OSW) might alter the distribution of zooplankton, the major food source for migrating whales along…

Continue ReadingZooplankton and Offshore Wind: Drifters in a Sea of Uncertainty
Read more about the article Lagrangian coherent structures influence the spatial structure of marine food webs

Lagrangian coherent structures influence the spatial structure of marine food webs

Animals often need to search for food, especially in the ocean were food can be patchy and can move based on the ocean currents.  This study related the base of…

Continue ReadingLagrangian coherent structures influence the spatial structure of marine food webs
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Find Us

Center for Ocean Observing Leadership
Department of Marine and Coastal Sciences
School of Environmental and Biological Sciences
Rutgers, The State University of New Jersey

71 Dudley Rd
New Brunswick, NJ 08901-8520

848-932-6555

webocean@marine.rutgers.edu

Links

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