Meteorology and Modeling Team

Distinguished Professor, Board of Governors Professor, Co-Director RUCOOL
Professor & Co-Founder
Associate Professor


The ocean and atmosphere are tightly connected parts of the Earth system, and accurate and thorough observation and modeling of our coastal environment is dependent on understanding both components. To further this mission, RUCOOL operates a state of the art meteorological monitoring station along the New Jersey coast, and runs a real-time mesoscale weather model daily.


RUCOOL operates a Coastal Metocean Monitoring Station in the Great Bay Boulevard Wildlife Management Area, very near the Rutgers University Marine Field Station. This site houses a 12 m meteorological tower which measures a variety of standard meteorological variables (such as temperature, dewpoint, and wind speeds). Additionally, a Triton SODAR (Sound Detection and Ranging) located at the site uses sound pulses to measure a wind speed profile up to 200 m height. There is also a newly-installed Lockheed Martin WindTracer scanning wind lidar system which can measure winds throughout the atmospheric boundary layer, out to a range of 10+ km, depending on atmospheric conditions. This suite of instrumentation co-located at this site makes it one of the most advanced meteorological observing stations, ideally situated to capture the unique NJ coastal environment. Current observations from the site, along with other current meteorological data, can be found here.


RUCOOL also operated the Weather Research and Forecasting (WRF) mesoscale model v 4.1 daily from December 2018 – March 2023, centered over coastal New Jersey and the broader Mid-Atlantic Bight. This model, which we call RU-WRF, utilizes our unique coldest-pixel sea surface temperature data that captures cold coastal upwelling better than conventional warmest-pixel methods, which often mistake cold water for clouds. This allows the model to better predict the atmospheric conditions in the coastal region. More details are available here.