From analyzing dissolved inorganic carbon levels to assessing marine and freshwater ecosystems, LI-COR's tools deliver reliable, accurate data that support critical research in environmental science, marine biology, and freshwater ecology. With a commitment to innovation and sustainability, LI-COR enables scientists to tackle the challenges of water resource management and marine ecosystem health.
LI-COR goes beneath the surface, with instrumentation that can be used on the open ocean, rivers and lakes, or even a farmer's field. The carbon cycle, photosynthesis, and underwater photosynthetically active radiation are just some of the parameters we can help you measure.
LI-COR also offers a range of lab-based and field-deployable instruments with solar power and remote connectivity.
LI-COR can help you lead the way in discovery by delivering fully computed results—using peer-reviewed best practices—in real-time. In many cases, we can give precision and accuracy even with smaller sample sizes than other measurement tools.
LI-COR scientists are actively engaged with the aquatic research community. This expertise allows us to push technology and methodologies forward. It means our team is uniquely qualified to not only help you choose the right solution but also ensure you are set up for success.
Understanding our planet’s water systems is a huge challenge. Whether looking to measure carbon flux or photosynthesis in aquatic environments, LI-COR has the accurate, reliable instruments you need. We can help you determine the right solutions for your research requirements and budget.
Advanced instrumentation and software solutions for characterizing carbonate in aquatic systems with precision and efficiency.
Learn moreREQUEST A QUOTEPrecise tools and systems for measuring dissolved oxygen and analyzing photosynthetic activity in aquatic environments, enabling advanced research on ecosystem productivity.
Learn moreREQUEST A QUOTEThe rugged and corrosion-resistant LI-192 Underwater Quantum Sensor and LI-193 Spherical Underwater Quantum Sensor measure photosynthetically active radiation in air or underwater to help you understand downwelling, upwelling, and light use by terrestrial and aquatic plants and algae.
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