Complete text of papers written by Sea-Bird Scientific to explain the engineering and science behind a specific Sea-Bird Scientific instrument or measurement methodology:
- Case Study - Studying the Implications of the Lahaina Wildfire on Coastal Water Quality, Dr. Andrea Kealoha, Natalie Zielinski, Marialena Christopoulou
- Case Study - Paul Allen Foundation pH Sensors, Greg Ikeda, December 2018
- White Paper: Radiometer Calibration Transfer, Sea-Bird Scientific, September 2018
- Case Study: Autonomous Systems Help To Understand Nutrient Sources Within The St. Lucie Estuary, Ian Walsh, December 2017
- Case Study: Measuring Nitrate in Puget Sound Using Optical Sensors, Sea-Bird Scientific, November 2017
- Case Study: Comparing ISFET and Glass Electrode pH Sensors Part 1: Stable Bath Test, Greg Ikeda, June 2018
- Case Study: SeaExplorer Sets Endurance Record with GPCTD, Sea-Bird Scientific, April 2018
- Case Study: Identifying Oil In Water With The Seaowl UV-A™ Fluorescence and Backscattering Instrument, Ian Walsh, March 2018
- Case Study: High-Resolution Biophysical Observations in an Underway Sampling Application, Kim Martini, Sea-Bird Scientific, June 2017
- Case Study: Long-Term Water Quality Monitoring Deployments with the Sea-Bird Scientific HydroCAT-EP, Doug Wilson et al. May 2017
- Case Study: Real-Time Data from NOAA PMEL Ocean Climate Station Moorings, Kim Martini, Sea-Bird Scientific, March 2017
- Comparison of Argo float pressure sensor performance: Druck versus Kistler, David Murphy, Sea-Bird Scientific, February 2015
- Case Study: Observing a Western Mediterranean overturn event with a Navis BGC autonomous profiling float, Ian Walsh, David Murphy, Geoff MacIntyre, Sea-Bird Scientific, October 2014
- Accuracy and Stability of Argo SBE 41 and SBE 41CP CTD Conductivity and Temperature Sensors, Carol Janzen, Nordeen Larson, Rick Beed, Kristi Anson, Sea-Bird Scientific, Preliminary summary of SBE 41 and 41CP sensor performance on Argo profiling floats, December 2008
- Conductivity Sensors for Moored and Autonomous Operation, Sea-Bird Scientific
- Sea-Bird Scientific Calibration System Development, Sea-Bird Scientific, August 1995
- Measurement Accuracy at Triple Point of Water and Gallium Melt Point Supports a Total Measurement Uncertainty of 0.0006 degrees C, Sea-Bird Scientific (09/01)
Technical, application-specific documents.