C-FLUOR probes are sensitive single-wavelength in situ fluorescence and turbidity instruments that are now available with a Digital Output option. ASCII data can be polled every 0.5 seconds or streamed at variable rates as fast as 16 readings per second. Combining a maximum requirement of 22mA current draw at 12VDC input with a T99 of less than 0.6 seconds, Digital C-FLUOR probes require very low levels of power. Factory-calibrated, each C-FLUOR ships with a calibration certificate that specif...
Congratulations to Christopher McGuire of University of California, Irvine who was awarded a Travel Stipend for his presentation at ASLO OSM 2020 featuring our Trilogy Laboratory Fluorometer.
Abstract: Response of Primary Production to Changing Conditions in Salton Sea Water Chemistry The Salton Sea is a body of water that formed in Southern California as the result of an engineering accident when waters were diverted from the Colorado River to support...
Congratulations to Joana Tavares-Reager of University of California, Irvine who was awarded a Travel Stipend for her presentation at ASLO OSM 2020 featuring our Trilogy Laboratory Fluorometer.
Abstract: AI43B-12Impacts of Aerosol Depositions from Ship Emissions on Marine Primary Productivity, Biological Community Composition and Biogeochemical Cycling Joana Tavares-Reager1, Patricia Haigh2, Ida-Maja Hassellov3, Amanda Nylund3, Eric S Saltzman4, Tiffany...
Congratulations to Johann Lopez of University of California, Irvine who was awarded a Travel Stipend for his presentation at ASLO OSM 2020 featuring our Trilogy Laboratory Fluorometer.
Abstract: The conversion of dinitrogen gas into ammonia by marine diazotrophs accounts for a large portion of 'new production' in otherwise nitrogen limited ecosystems. Understanding the physiology and plasticity of nitrogen-fixing phytoplankton is paramount to accurately und...
Congratulations to Raisha Lovindeer of University of California, Irvine who was awarded a Travel Stipend for her presentation at ASLO OSM 2020 featuring our Trilogy Laboratory Fluorometer.
Abstract: Light is a limiting resource in the ocean, and light spectrum changes with depth, creating distinct light color niches. The ability of some cyanobacteria to change light harvesting accessory pigments to the complementary color of incoming irradi...
