So many factors can affect plant health, which is why LI-COR offers tools for assessing everything from photosynthesis and transpiration to leaf area and canopy structure. Through both real-time and long-term measurements, we can help find critical insights into plant function and environmental interactions.
From chlorophyll fluorescence measurements to leaf and plant canopy analysis, LI-COR instruments are recognized as the gold standard for precision and accuracy. Using these tools, scientists, researchers, and agronomists around the world continue to make breakthroughs in plant physiology.
Whether used in controlled environments like greenhouses or in dynamic field conditions, LI-COR instruments are like having a portable field lab. You will get accurate, direct, non-destructive measurements anywhere you need to take them.
With both a range of equipment and multiple testing chambers available on instruments, you can collect a wider range of measurements across a single plant, a canopy, or entire ecosystem.
LI-COR scientists are actively engaged with the plant health 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 solutions but also ensure you are set up for success.
From portable photosynthesis systems to quantum sensors for measuring photosynthetically active radiation, our tools support researchers and agricultural professionals in making smart decisions for better plant health. Let us help you determine the right solution that matches your research requirements and budget.
Controlled environment gas exchange and fluorescence measurements for in-depth plant physiology observations.
Learn moreREQUEST A QUOTECombined stomatal conductance and chlorophyll fluorescence data from the same leaf area for high-throughput plant screening.
Learn moreREQUEST A QUOTEFrom detailed spectral output measurements for tailored light solutions to instant and long-term tracking of daily light, LI-COR has what you are looking for.
Learn moreREQUEST A QUOTEMeasure steady-state carbon assimilation and chlorophyll a fluorescence from an algal suspension, coral, macro algae, or sea grasses.
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