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The IN102Ex Size Scanning Nephelometer extends the capabilities of our IN102 nephelometer aerosol to sample in the range from PM1 to PM10.
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A Compact Gas Chromatograph.
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Higher accuracy,stability and reliability
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EXO2 Multiparameter SondeEXO - State-of-the-art Water Quality Monitoring Platform
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Stop waiting for “ideal” weather to get your fieldwork done
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Expandable Closed-Path Eddy-Covariance System with EC155, Pump Module, and Automatic Zero and Span
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Economical, Easy-to-Install, Excellent Soil Contact
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High-performance VNIR hyperspectral imager with very high spatial resolution and superior image quality.
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4 isotopologues, 3 isotopic ratios, 2 phases, 1 instrument
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Four Cameras, One Field Of View;Accepts 1-inch Filters and Polarizers;CMOS Global Shutter;
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The CPEC200 is a closed-path eddy-covariance system that measures surface-atmosphere exchange of carbon dioxide, water vapor, heat, and momentum. The system includes Campbell Scientific's EC155 closed-path gas analyzer, our CSAT3A sonic anemometer, and our CR3000 datalogger, along with the other hardware and software needed for a turn-key eddy-covariance system.
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Irrational greenhouse gas (GHG) emissions from human activities have a significant impact on global climate change. Greenhouse gases mainly includes CO 2 、CH 4 、N 2 O、H 2 O、OCS, etc. Among them, CO 2 、CH 4 and N 2 O are considered to be main GHG and has been widespread concerned. Soil greenhouse gas respiration is an important flow path in the global greenhouse gas cycle. The loss of CO 2 , CH 4 and N 2 O in the soil significantly increased the gas content of CO 2 , CH 4 and N 2 O in the atmosphere and enhanced greenhouse gas effects. On-line, long-term and accurate measurement of soil greenhouse gas flux, which are of great significance to the study of greenhouse gas flux.
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6 nm enhanced SWIR resolution for the next generation of hyperspectral sensor
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GHG AnalyzerTravels Anywhere
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Lightweight, compact, ideal for airborne remote sensing applications.
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Higher Precision and Speed.Now available in portable.
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Weighs only 15 kg, power less than 70 W
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8 nm SWIR resolution ideal for geological studies and atmospheric research
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Sensitive, fast and compact analyzers for measurement of CH₄, CO₂ and H₂O
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Hyperspectral imaging camera covering the near infrared spectral range.
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Simultaneous measurements of δ2H, δ17O, δ18O and H2O in air
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Measure total radiation from 250 to 400 nm
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Detects, locates and quantifies natural gas leaks while flying
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APOGEE THERMOPILE PYRANOMETERS: SP-510 & SP-610Blackbody accuracy with a cost-effective design
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SILICON-CELL PYRANOMETERS: SP-100 & SP-200 SeriesAccurate and stable global shortwave (solar) radiation measurement
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High-precision infrared hyperspectral imaging camera. High spectral and spatial resolutions.
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INFRARED RADIOMETERS: SI-100-SS, SIF-100-SS, & SI-410-SS SeriesHigh accuracy non-contact surface temperature measurement
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Weighs only 15 kg, power less than 65 W
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Fast, Accurate, Synchronous, Multi-parameter and Verifiable
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Near-ultraviolet hyperspectral imager. Includes custom objective lens optimized for ultraviolet imaging.
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Simplify Soil Studies
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Enhanced Performance series delivers ultra-high stability and higher performance
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Reliable delivery of water vapor isotope standards over a wide range of concentrations
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Simultaneous measurements of methane and nitrous oxide continuously and via syringe injection
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Highly sensitive, accurate and fast analyzer for reliable measurement of δ13C, δ18O, CO2 and H2O.
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Simultaneous measurements of carbonyl sulfide, carbon dioxide, carbon monoxide and water vapor in air?
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Sensitive ammonia measurements in seconds Absolutely
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δ13CH4 for methane ranging from 1 ppm to 100%
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Simultaneous measurements of H2S and NH3
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The Deep Water Gas Analyzer combines membrane separation technology with Los Gatos Research’s cavity enhanced laser absorption spectroscopy technology to provide in situ measurements of methane and carbon dioxide at depths to 2500 meters. Designed for applications such as ocean acidification, carbon sequestration, methane hydrate and hydrothermal vent studies, these novel analyzers provide real-time measurements of dissolved gases in oceans and lakes.