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Disaster Risk Reduction and Climate Change Adaptation
Water Flux Systems
Water flux systems are designed to measure H2O exchange between the biosphere and atmosphere in the surface layer of the atmosphere. These measurements are crucial when actual evapotranspiration measurements are desired rather than an estimate derived from environmental conditions.
Water Flux Systems
Carbon Flux Systems Measure CO2 and CH4 flux with research-grade eddy-covariance systems
Carbon flux systems are designed to measure CO2 and CH4 gas exchange between the biosphere and atmosphere. Campbell Scientific is the only company to manufacture both the gas analyzer and sonic anemometer needed for the eddy-covariance technique, helping to ensure the highest-quality data.
Carbon Flux Systems Measure CO2 and CH4 flux with research-grade eddy-covariance systems
Trace Gas Systems
Campbell Scientific offers our newest TDLAS closed-path trace gas analyzer model, the TGA200A, for measurements of CH4, N2O, or CO2 isotopes. The TGA200A has been optimized for rugged, low-maintenance operation, as it can be placed directly outside on the ground and no longer requires liquid nitrogen.
Trace Gas Systems
Turbulence and Energy Flux Systems
Campbell Scientific 3-D sonic anemometers are known for their research-grade performance, as evidenced by usage in a majority of NCAR, AmeriFlux, AsiaFlux, and NEON sites. The Campbell design features an extremely low ratio of transducer diameter to pathlength and a non-orthogonal geometry that keeps sonic paths closer to perpendicular with respect to mean horizontal flows, thereby minimizing transducer shadowing effects. The boom design also eliminates distortion of oncoming wind from support struts.
Turbulence and Energy Flux Systems
Closed-Path Eddy-Covariance Systems
Campbell Scientific offers closed-path eddy-covariance systems for fluxes of CO2, H2O (latent heat), sensible heat, CH4, N2O, and CO2 isotopes. These systems are an optimum solution for long-term, low-maintenance flux monitoring thanks to the features of automatic zero/span, low-power requirements, and the revolutionary vortex intake (U.S. Pat. No. 9,217,692), which reduces maintenance and improves H2O frequency response compared to traditional closed-path systems
Closed-Path Eddy-Covariance Systems
Open-Path Eddy-Covariance Systems
Campbell Scientific offers low-power open-path eddy-covariance systems that are unmatched in the level of analyzer and sonic anemometer system integration.
Open-Path Eddy-Covariance Systems
Surface water monitoring system
Campbell Scientific builds systems for unattended, long-term monitoring of surface water. They are used in many environments, including wells, dams, streams, weirs, stormwater systems, and water or wastewater treatment plants.
Surface water monitoring system
Flood Warning Systems (ALERT/ALERT2)
Campbell Scientific designs and builds standard ALERT, ALERT2, hybrid ALERT, and customized flood warning systems. This includes a turn-key transmitter packaged in a traditional ALERT-style canister for standpipe installation.
Flood Warning Systems (ALERT/ALERT2)
Wintersense SDI-12 Non-Invasive Surface Temperature Sensor
The Wintersense SDI-12 advanced digital sensor provides accurate, non-invasive surface temperature measurements by using infrared technology to sense road conditions.
Wintersense SDI-12 Non-Invasive Surface Temperature Sensor
TempVue 20 + Aspen 10 IoT Air Temperature Measurement Solutions
The TempVue™20 provides even greater flexibility to customers wanting the next generation of air-temperature measurements. This sensor meets all relevant World Meteorological Organization (WMO) temperature recommendations, but with a digital output that ensures maximum flexibility to meet all application needs.
TempVue 20 + Aspen 10 IoT Air Temperature Measurement Solutions
RainVue 20 + Aspen 10 Solutions IoT solutions for high-intensity rainfall monitoring
The RainVue™20 is an advanced SDI-12 precipitation sensor with an aluminum funnel for capturing accurate, localized rainfall data. When partnered with the Aspen™10 Internet of Things (IoT) Edge Device for supplementary data and gap filling, you can easily strengthen your monitoring network to provide proactive resource deployment during storm events.
RainVue 20 + Aspen 10 Solutions IoT solutions for high-intensity rainfall monitoring
RainVue 10 + Aspen 10 – Precision IoT solutions for economical rainfall monitoring
The RainVue™10 is an SDI-12 tipping bucket rain gage that uses advanced algorithms and digital processing to provide accurate precipitation and intensity measurements for hydrological and meteorological applications.
RainVue 10 + Aspen 10 – Precision IoT solutions for economical rainfall monitoring
HygroVue 10 + Aspen 10 IoT Solutions for Humidity and Air Temperature Monitoring
The HygroVue™10 is an advanced digital sensor that simplifies humidity and air temperature measurements. Pair your HygroVue 10 with the Aspen™10 Internet of Things (IoT) Edge Device to gain access to supplementary data and a gap-filling companion to enhance your monitoring capabilities.
HygroVue 10 + Aspen 10 IoT Solutions for Humidity and Air Temperature Monitoring
Weather Monitoring and Wildfire Alert System (RAWS)
Campbell Scientific builds a family of automated weather stations specifically for fire weather. Our quick-deploy Remote Automated Weather Stations (RAWS) can be set up and transmitting data over GOES satellite in as little as 10 minutes, without tools. The preprogrammed stations provide standard RAWS data and comply with the National Fire Danger Rating System (NFDRS) standard.
Weather Monitoring and Wildfire Alert System (RAWS)
Reliable high performance ETo monitoring system
Campbell Scientific offers preconfigured and custom ETo measurement and control systems to calculate water loss due to evaporation and transpiration. These measurements and calculations can be distributed and displayed in a variety of ways that help plant managers (golf course superintendents, commercial farmers, horticulturists, turf specialists, homeowners) determine and apply irrigation efficiently and on a schedule that encourages plant health
Reliable high performance ETo monitoring system
ClimaVue 50 + Aspen 10 Solutions
The ClimaVue™50 is an affordable, all-in-one meteorological sensor for fulfilling your essential weather monitoring needs. The Aspen™10 Internet of Things (IoT) Edge Device complements your ClimaVue 50 by providing supplementary data and gap filling for real-time weather observations.
ClimaVue 50 + Aspen 10 Solutions
Aviation Weather
ICAO compliant aviation weather solutions that address your specific airport requirements
Aviation Weather
Automatic Weather Stations (AWS) and Meteorologic Instruments
Automatic Weather Stations (AWS) and Meteorologic Instruments
Alpine Automated Weather Instrumentation
Trusted high-performance automated weather stations designed to work in the harshest conditions on earth
Alpine Automated Weather Instrumentation
Air Quality and Pollution Instrumentation
High-performance monitoring systems designed to work when human lives are at risk
Air Quality and Pollution Instrumentation
Monitoring station warns of saltwater intrusion
A system that helps people and local authorities proactively respond to saltwater intrusion, protect domestic water sources and agricultural production.
Monitoring station warns of saltwater intrusion
Coastal monitoring system (river – sea)
Advanced Solutions for Effective Water Environment Monitoring and Management
Coastal monitoring system (river – sea)
Real-time data service for environmental weather and thunderstorm warnings
Providing real-time environmental weather data and lightning warning services based on a network of advanced monitoring stations and a modern data analysis system
