LI-COR Environmental

LI-COR soil chambers measuring coastal forests after flooding

Understanding the Wind is Critical to Successful Trace Gas Research

Los Alamos National Laboratory researches how to locate, quantify, and characterize methane leaks from oil & gas infrastructure.

Wind Measurements Help Assess Optical Interference in the Lower Atmospheric Boundary Layer

Find out how Alex Clark of Engenius Micro employs the TriSonica^® Mini to determine optical turbulence and boundary layers.

Long-term Measurements at Mace Head, Ireland

Capturing clues from the wind: how does a solar eclipse change the boundary layer?

A solar eclipse provides a unique opportunity to observe atmospheric turbulence to an approximate step change in solar radiation.

TriSonica^® Minis Measure Wind to Improve Monsoon Forecasting in the Southwestern US Desserts

Embry-Riddle Aeronautical University's use of UAS to improve predictions of the North American Monsoons.

TriSonica^® Minis Measure Turbulence on a Fire Front

San Jose State University is a leader in Wildfire Atmospheric Research using unmanned aircraft.

Wind Turbine and Telecom Tower Site Assessment with the TriSonica^® Mini

Discover how FlexSCADA integrated the TriSonica^® Mini with their own technology to monitor off-grid wind and weather data.

Measuring Microclimate Surface Layer Physics from a Tethered Air Blimp

The TriSonica Mini's accuracy and cost were key in its selection for the University of Guelph's atmospheric research studies using blimps.

Weather Monitoring with the TriSonica Mini

The TriSonica Mini is ideal for weather monitoring applications including micrometeorology and atmospheric profiling.

A row of five small tripods support five identical sensor platforms, each featuring a LI-550F TriSonica Mini Wind and Weather Sensor. A leafless woodland canopy stands in the background, while sparse leaf litter covers the mowed grass in the foreground.

From fable to fact: characterizing the eclipse wind

Winds change when a solar eclipse comes on, but no one has measured it – until now. Dr. David Horne seeks to collect the data that will measure the wind during an eclipse.

Case Studies