Eos Skadi Smart Handle
Features
- Designed with a comfortable grip that makes it easy to carry all day long
- Invisible Range Pole lets you continuously know and capture your elevation to the ground
- "Shoot" nearby assets on the ground and in trenches with RTK-level accuracy
- Free ground shipping
- Expedited repair and warranty service
- Lifetime technical support
- More
Taking advantage of very accurate LiDAR and MEMS sensor measurements, the Skadi Smart Handle enables two core features: an Invisible Range Pole and Extensible Virtual Range Pole. First, the Invisible Range Pole is designed to continuously provide you with elevations to the ground while holding your Skadi receiver in your hand. It does this with a gimbal technology that acts like a plumb, so that your receiver always computes its elevation to the ground, regardless of its attitude (angle toward the ground). Next, the innovative Extensible Virtual Range Pole extends the reach of your invisible range pole beyond the position you physically occupy. Take advantage of this LiDAR-based, distance-measurement sensor that lets you capture nearby assets on the ground and in trenches without having to climb down into them.
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In The News
Long-Term Monitoring in the Chautauqua Lake Watershed
With a widely developed shoreline, Chautauqua Lake experiences influxes of non-point source pollution that have historically impacted the health of the lake. The Chautauqua Lake Association (CLA) has been monitoring the lake for over two decades, reporting on changes that have occurred over the years. A pair of local lake advocates, Jane and Doug Conroe, have lived on the lake for over 40 years and have played an important role in establishing monitoring programs and facilitating consistent data collection throughout the watershed. Doug has been involved with the Chautauqua Lake Association (CLA) since the pair moved to the area in 1980, and is currently serving as the Executive Director.
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No Red Herrings: Data Driving the Largest Salt Marsh Restoration in the NE USA
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Carbon and Nutrient Monitoring in the Great Lakes Using Satellite Observations
Carbon and nutrients are the foundation of lake food webs and play an important role in the chemical and physical processes that shape aquatic ecosystems and various lake dynamics. Studying these cornerstones can help improve understanding of other lake conditions like harmful algal blooms, hypoxia, and phytoplankton community composition. The way in which these characteristics are monitored varies, though many rely on a proxy approach wherein parameters are extrapolated from the measurement of a different parameter. An assistant professor at Cleveland State University, Brice Grunert, is working to improve current strategies and take a satellite approach to monitoring the Great Lakes.
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