Heat, Vapor, and Carbon-Dioxide Flux
Sensors for eddy covariance systems
Current Products
No Retired
IRGASON Integrated Gas Analyzer and Sonic Anemometer
Campbell Scientific’s IRGASON fully integrates the open-path analyzer and sonic anemometer. Designed specifically for eddy-covariance flux measurements, the patented design is easier to install and...
EC150 Open-Path Gas Analyzer
Campbell Scientific’s EC150 is an open-path analyzer specifically designed for eddy-covariance flux measurements. As a stand-alone analyzer, it simultaneously measures absolute carbon-dioxide and water-vapor densities,...
EC155 Closed-Path Gas Analyzer
Campbell Scientific's EC155 is a closed-path analyzer specifically designed for eddy-covariance flux measurements. It is sold as the principle component in our CPEC200 Closed-Path Eddy-Covariance...
FW05 Fine Wire Thermocouple
The FW05 is a type E thermocouple with a 0.0005-in. diameter. It measures atmospheric temperature gradients or fluctuations with research-grade accuracy. The FW05 is compatible...
KH20 Krypton Hygrometer
The KH20 is a highly sensitive hygrometer designed for measurement of rapid fluctuations in atmospheric water vapor, not absolute concentrations. It is typically used together...
Resources and Links
About Heat, Vapor, and Carbon-Dioxide Flux
By finding the covariance between the vertical wind speed fluctuations with temperature against humidity and carbon dioxide fluctuations, the sensible and latent heat flux, as well as vapor and CO2 fluxes, can be found. Virtual sensible heat flux can be determined by finding the covariance between the sonically determined temperature and vertical wind speed fluctuations.
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