Agriculture contributes substantially to air pollution and climate change, but there has been little discussion on how to mitigate the three major greenhouse gases and ammonia simultaneously from agricultural soils. In this webinar, you’ll learn how Dr. Eri Saikawa of Emory University is tackling this exact question in an experimental corn field, while keeping the yield intact. Join us for this live seminar where Dr. Saikawa will share her preliminary fieldwork results from pairing Picarro’s G2508 multi-species gas analyzer with Eosense’s eosAC automated and manual chambers for a fully-integrated, complete soil flux measurement solution.
The eosAC-T/O automated flux chamber is field-ready, compact, and ideal for long-term deployment in a wide variety of applications. The chamber’s design incorporates scientific best practices and features swappable components that allow for hassle-free repairs in the field. Seamless integration with leading gas analyzers and included flux analysis software enable simple and accurate measurements of trace gas flux.
The eosAC-LT/LO automated flux chamber is purpose-built for applications that demand a large sampling area. The chamber design incorporates scientific best practices and features swappable components that allow for hassle-free repairs in the field. Seamless integration with leading gas analyzers and included flux analysis software enable simple and accurate measurements of trace gas flux.
Whether you’re using eosAC or eosAC-LT/LO chambers, manual chambers or conducting incubations the eosMX has you covered with support for automated sampling from up to 16 locations.