Shed light on how plant growth and health are influenced by photosynthetically active radiation (PAR) and global solar radiation. Our light sensors and logging solutions help you evaluate lighting strategies in greenhouses and enhance your insights to optimize operations and yield.
Provides accurate measurements for most broad-spectrum light sources, including natural sunlight, artificial, or mixed sources, to evaluate plants' light use—in the open, in greenhouses, under plant canopies, or in growth chambers
Multiparameter logger captures highly precise temperature, RH & photosynthetically active radiation (PAR) measurements with a LI-COR PAR sensor and effortlessly offloads data to your device via Bluetooth
Intended for outdoor use in unobstructed natural daylight conditions, measures global solar radiation in watts per square meter (W m-2) and is compatible with most data loggers
Logs high-precision measurements for multiple parameters—temperature, RH & Global Solar Radiation with LI-COR LI-200R Pyranometer—and downloads data effortlessly to your device with Bluetooth wireless
Integrates below-canopy photosynthetically active radiation (PAR) measurements over 1-meter length in Photosynthetic Photon Flux Density (PPFD) units to measure non-uniform light field under canopies.
Measures light in lux or klux with the same sensitivity as the human eye to evaluate illumination in indoor environments such as offices, exhibits, and public spaces
Precision linear image sensor records intensity and composition of five color bands including near-UV and far-red, at the single nanometer level to evaluate and validate lighting strategy
Portable device provides a dynamic range of instant, high-resolution readings from any three BNC light sensors you connect
Takes spot measurements of photosynthetically active radiation intensity to assess adequate lighting using an LI-190R Quantum Sensor, LI-250A Light Meter, and 2003S Mounting and Leveling Fixture.
Rugged data logger and quantum sensor combine to automatically capture photosynthetically active radiation measurements at specified intervals and calculate Daily Light Integral (DLI)
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