February 24—27, 2025
Tucson, Arizona, USA
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Plants
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Soil
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Water
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Fast, accurate carbon dioxide flux measurements.
Access and share real-time, trustworthy data from anywhere.
Measure aquatic carbon to gain valuable insight into carbon fluxes, cycles, ecosystem production, human emissions, and the global carbon budget.
Quick and streamlined actual evapotranspiration measurements.
Suitable for the lab and portable to the field, the LI-7825 measures the four most abundant CO2 gas isotopologues in air and reports δ13C, δ17O, and δ18O with high precision and accuracy.
Get trustworthy, long-term CO2 isotope measurements in an automated soil monitoring system.
Controlled environment gas exchange and fluorescence measurements for in depth plant physiology observations.
Combined stomatal conductance and chlorophyll fluorescence data from the same leaf area for high-throughput plant screening.
The 6800-18 Aquatic Chamber is used to measure steady-state carbon assimilation and chlorophyll a fluorescence from an algal suspension using the LI-6800 Portable Photosynthesis System.
All you need to verify that your plants get the right light in the right amount.
The world standard for non-destructive leaf area index measurements in plant canopies.
Measure detailed spectral output and tailor your lighting strategy to give your plants the light they use best.
Industry-leading photosynthetically active radiation measurement precision—no matter the source.
Integrates below-canopy photosynthetically active radiation measurements over a 1-meter length in µmol s-1 m-2.
A simple, versatile light monitoring package that provides instant measurements of photosynthetically active radiation.
Adds data logging, long-term measurements, and automated calculation of daily light integral to your light management.
A proven system for fast, non-destructive leaf area measurements in the field.
Precise, rapid measurement of a large quantity of harvested leaves.
Complete systems for detailed evaluation of the exchange of gases between the terrain and atmosphere.
Lightweight and portable wind sensors capture essential data in more places than ever before.
Solutions to monitor the core processes of an ecosystem and research their interdependencies.
Precise and accurate atmospheric gas monitoring of CO2, CH4, and N2O with exceptional stability in the lab or the field.
Continuous CO2 and H2O monitoring with a small footprint and a wide measurement range.
Hardware, software, and analyzers to collect and evaluate the temporal and spatial variation of your fluxes with confidence.
Fast, reliable survey measurements of your soil gas of interest with analyzer flexibility and real-time flux calculations from LI-COR analyzers.
Assess long-term flux variation of multiple soil gases from up to 8 chamber locations around your study site.
A manifold which multiplies the number of chambers that can be included in your long-term system.
For those with an LI-8100A system, find all the available chambers and accessories you need.
Standard-setting sensors for ecological, meteorological, solar energy, plant research, and underwater measurements.
Record the spectral output of your light sources at the single nanometer level with dozens of variables.
Underwater photosynthetically active radiation measurements from all angles in one hemisphere in µmol s-1 m-2.
Underwater photosynthetically active radiation measurements from all directions in µmol s-1 m-2.
Measures global solar radiation in watts per square meter (W m-2) for various research applications.
Measures visible light with the same sensitivity as typical the human eye in lux or lumens.
A portable read-out-device that provides instant readings from any light sensor you connect.
Track variables critical to light management, such as photosynthetically active radiation, daily light integral, and spectral composition.
Accurately assess resources to support site planning and optimization to maximize solar energy yield.
GPS enabled LI-1500 Light Sensor Logger with the hardware necessary to take underwater measurements.
High performance, highly portable CO2, CH4, and N2O analysis in the lab, in the field, or on the move.
Robust, with low maintenance and power requirements, ideal for long-term deployments in remote locations.
Designed to deliver high-speed CO2/H2O measurements with the ruggedness and low power demands of an open path analyzer.
An open path analyzer designed specifically for eddy covariance flux measurements of methane density in ambient air.
