In order to understand and predict coastal ocean behavior, a multidisciplinary approach is needed—one that measures and tracks a full range of physical, chemical and biological ocean processes, in addition to atmospheric dynamics. Such an approach pushes the limits of existing science and requires new technical solutions to measure a wide range of variables, as well as to handle the tremendous volumes of data collected.

Satlantic manufactures a range of mooring management and controller solutions which have been designed to overcome traditional challenges of mooring management, such as power constraints, communications bandwidth, and complex data formats. Our systems employ a unique combination of technologies that enable investigators to more effectively collect, manage and analyze very large data sets from the deployed moorings. As a result, information will be more readily available for multidisciplinary scientific models and for commercial and recreational users of the bay.

CMEP Program - Centre for Marine Environmental Prediction
See the coastal observatory system designed by Satlantic. This network system is coupled with various numerical models engineered to forecast physical, meteorological, and biological conditions in the coastal zone.

UNH Great Bay Coastal Buoy
Sensor systems from WETSAT partners, WET Labs and Satlantic, are combined with sensors from other vendors to meet user requirements for monitoring systems for marine, estuarine and fresh water applications. The team has developed building blocks for observing systems from single monitoring buoys, buoy networks to high bandwidth, high power electro-optic cabled systems.

Please contact our Sales Department for additional information.