Past Webinars

Discover which CTDs are best for moored applications, coastal and ocean profiling, polar oceanography, gliders, AUVs, and more.

In this highly interactive session, we cover how to get the most out of this free software at all stages of your project – from planning to deployment to post-processing.

Due to growing demand from the oceanographic research community, RBR recently released pyRSKtools, an official, open-source data processing toolbox for Python. Get a brief overview of the toolbox and insights from RBR research scientist Qi Wang in this technical session with Scripps Oceanography.

Join RBR President Greg Johnson, and Sensor Manager Jon Taylor as they introduce the RBRtridente and show you how the multi-channel sensor improves how you measure backscatter and fluorescence.

Researchers are often surprised by the flexibility of our wave instruments and how that helps them in their projects. We’ve seen a spike in interest in wave studies recently, so we decided to host a webinar on the topic.

Join Jon Taylor, RBR Sensor Manager, for a highly interactive webinar and discover the science and technology behind common oceanographic sensors for measuring temperature, pressure, conductivity, dissolved oxygen, PAR, fluorescence, backscatter, and turbidity.

Our calibration lab tours are some of our most popular events. In this webinar we expand beyond the cal lab to follow an RBR CTD through the complete process. See how we inspect and test each instrument before calibration; watch how we calibrate temperature, pressure, and conductivity channels; and learn how we calibrate and maintain our reference standards.

Learn how the new line of RBR PAR and narrow-band radiometers can help you simplify PAR measurements on your next project.

Learn how the RBR range of sensors is adding to the capability of Sofar’s Smart Mooring for cost-effective, real-time monitoring.

Découvrir l’instrumentation CTD haute résolution de RBR pour les applications de mesures sur mouillages, profils et plateformes autonomes.
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Learn about RBR’s high-accuracy CTD and integrated sensors for mooring, profiling, and autonomous platform applications. (Presented in French)

Learn about our newest addition to our line of high-accuracy quartz based pressure loggers: the RBRquartz³ Q|plus. Developed specifically for long-term wave, tide, and sea-level measurements.

Learn about the power and ease of use of RBR’s desktop and mobile software for sensor configuration, data visualization, and data analysis.

Tour RBR’s new calibration lab, and learn about our calibration process for conductivity, temperature, pressure, and DO, and how you can maintain and verify some sensors in the field.

Learn more about how the RBR optical DO sensor has enabled improved oxygen measurement for vertical profiling and high-stability long-term moorings.

Learn about RBR’s CTD integrations into different profiling platforms, and how this has helped increase mission duration and reduce price per profile.

Learn the operating principles, accuracy and stability, and deployment guidance for the RBR unpumped inductive conductivity cell.

An informal interview type Q&A session with Greg Johnson focusing on getting the most out of your instrumentation – an opportunity to ask RBR anything.

This talk explores how data collected using RBRsolo D pressure loggers can be combined with artificial intelligence to provide crucial information about surf and swash zone dynamics.

Measure for longer, more often, and faster using the DMO wave powered profiler and RBR power efficient loggers reporting via an energy efficient modem.

Field measurements highlight the importance of different surf-zone processes and are critical for validating numerical models to explore the future.

Techniques and challenges using moored CTDs in the nearshore Arctic by the Beaufort Lagoon Ecosystems Long Term Ecological Research Program.

Explore the coupling between subsurface irradiance, chlorophyll fluorescence, and diel vertical migration in the Bay of Bengal.

Learn how the Port of Brisbane is using high accuracy tidal observations to support hydrography at their port and throughout Queensland.

This webinar will show observations of beach breaching at Carmel River that include seasonal migration of the beach as well as prediction of breach closure.

Surf zone wave monitoring to assess the performance of the Palm Beach artificial reef, using nine RBRduet T.Ds deployed in the lee of the artificial reef along two shore parallel lines.

Pore pressure response to wave action can lead to sand liquefaction. Learn the results of measuring pore pressure at beaches using RBRsolo³ Ds.

Explore an array of projects where the powerful RBRsolo³ D was used to obtain critical wave and water level data for studying coastal hazards.

RBRsolo³ D data is used to validate modeled wave energetics along West Maui, enlightening energy transformations and run-up components.

For many years, the fishing community in Rhode Island has been working with WHOI scientists to collect data over the continental shelf. Learn what their combined efforts have discovered.

Learn the highlights of how the GIT team have used RBRconcertos and other CTDs in the McMurdo Sound, under the Ross Ice Shelf, and the Thwaites Glacier, both on the Icefin and profiling casts through the ice.

This webinar will outline some pilot activities of community-based observing of the coastal ocean in Nunatsiavut, and plans to expand in the future.

Learn the results of a ChemYak field deployment from Cambridge Bay, Nunavut, Canada that demonstrate a large methane release during the spring freshet.

Explore the application of the high accuracy RBRsolo³ T temperature logger to reveal the weak vertical temperature gradients in cold waterbodies.

Learn about the RBR calibration procedure for conductivity, temperature, pressures, and other sensors, and how you can maintain, verify, and calibrate some sensors in the field.

Expand your understanding of wave measurements, learn how to optimize your deployment settings, and review Ruskin wave processing methods.

Learn more about the many functions in the the free post-processing toolbox and how it can improve your CTD data quality.

Discover how researchers are improving profiles of CTD and optical measurements from underway vessels.

Learn how customers are using the new RBRlegato glider CTD to extend glider missions, improve data quality, and enable more measurements.

Learn about the full capability of the Ruskin software, including simulating different instrument configurations, automatic cast detection, wave processing, and editing calibration coefficients.

Learn how RBR is helping customers improve data quality when profiling through strong thermoclines with vertical profiles, Argo floats, and gliders.

Explore how the Ruskin Mobile app can be used to view your data, GPS tag events, and map your profile locations on your phone or tablet.

Experience how researchers are achieving rapid, continuous vertical profiles and receiving realtime data using the Wirewalker with RBR systems.

Learn more about how the RBR optical DO sensor has enabled improved oxygen measurement for vertical profiling and high-stability long-term moorings.

Explore how the RBRquartz³ is designed and configured to provide drift-corrections using the AzeroA method for long-term pressure measurements.

Review the 2020 Sea Technology paper describing operating principles, accuracy and stability, and deployment guidance for the unpumped inductive conductivity cell.