Radically Simplify Soil Gas Flux Studies

Soil gas flux studies are critical to understanding environmental processes, ecosystem health, and human impact on the environment. Conducting soil gas flux studies can be challenging due to the varying nature of soil fluxes, the number of gases that need to be measured, the length of time they need to be monitored, the large area that must be monitored, the impact of external effects such as weather, and the amount of data that must be analyzed. Picarro simplifies soil gas flux studies with a complete solution that includes all the hardware and software tools needed to seamlessly collect, store and process soil gas flux data.

Innovation and Performance You Can Trust

Fully Integrated, Flexible Systems to Address Your Research Needs

Researchers around the world trust Picarro to provide them with complete solutions for high-precision gas measurements and monitoring. We've partnered with Eosense to provide fully integrated systems that cover all your needs -- from collecting measurements in the field to processing data in the lab at every step in the soil gas flux monitoring process.

Multi-species, Real-time Analyzers
- Award-winning CRDS technology for high-precision and low-drift measurements
- Straightforward and infrequent calibrations
- Fast start-up and easy to use interface
- Form factor suitable for mobile and stationary deployments

Automated Flux Chamber Packages
- Large and small, clear and opaque chambers can be mixed and matched to suit your investigation
- Internal chamber temperature and pressure sensors improve flux measurement accuracy
- System software streamlines scheduling and processing of flux measurements
- Multiplexer enables automated sampling from up to 16 locations

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High-Precision, Multi-species Analyzers

Closed System Measurement packages are turn-key systems especially designed to avoid external contamination

The 20-cm eosAC-T/O automated flux chamber is field-ready, compact, and ideal for long-term deployment in a wide variety of applications.

The 52-cm eosAC-LT/LO automated flux chamber is purpose-built for applications that demand a large sampling area.

Systems in Use Today

Mitigating GHGs and Ammonia in Agricultural Soil

In this webinar, Dr. Eri Saikawa of Emory University presents her findings using our soil gas flux system. Work like hers will hopefully one day help reduce pollution and climate change caused by agriculture.

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Picarro Inc. Headquarters

3105 Patrick Henry Dr. Santa Clara, California 95054 USA

Radically Simplifying Soil Gas Flux Studies

Fully Integrated, Flexible Systems to Address Your Research Needs

Comprehensive Solutions for Soil Gas Flux Monitoring

Chambers and Peripherals

Mitigating GHGs and Ammonia in Agricultural Soil

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