Conceptually, inductive moorings seem complex – communicating with 100 instruments through a single cable doesn’t exactly sound intuitive. But, in practice, the setup is surprisingly simple. Watch our latest video to see how easy it is to test and simulate an inductive modem mooring.
The data shows conductivity from a 19plus deployed in a shallow estuarine river. The red line shows the CTD downcast and the green line shows the upcast. While the upcast data show the expected shape for a CTD profile (low conductivity at the surface, rising conductivity as the CTD descends), the downcast shows an unusual shape in until about 2.6 meters depth, where conductivity appears to suddenly correct itself.
May 2020 Newsletter The data above show two major symptoms of the same problem occurring in different locations on a 19plusV2 profiling CTD. On the left, oxygen appears to drop below zero and is highly erratic during the downcast (light blue). However, once it hits a...
Reintroducing the Shallow SeaFET™ V2 and Shallow SeapHOx™ V2! We are delighted to announce that we have restarted production and service of our cutting-edge Shallow SeaFET™ V2 and Shallow SeapHOx™ V2 pH sensors! After rigorous qualification, testing, and field...
Sea-Bird Scientific’s HydroCAT-EP V2 CTD Sensor Integrated onto Sonardyne’s Origin 600 ADCP Sonardyne has integrated Sea-Bird Scientific’s HydroCAT-EP V2 multiparameter CTD (conductivity, temperature, depth) sensor into an Origin 600 ADCP (acoustic doppler current...
Dynamic Range Optical Sensors: Look Deeper with ECO V2 Dive into the next generation of optical monitoring with Sea-Bird Scientific's cutting-edge ECO V2 Series. This innovative line of sensors offers an impressive dynamic range, effortlessly transitioning from the...