Charles Lehnen uses brand-new Galileo HAS corrections with the Arrow Gold+ in the Galápagos archipelago. His work will study Santa Fe Island's rewilding.
Habitat Restoration using GNSS, GalHAS and Laser Rangefinders in Great Smoky Mountains National Park
Three AmeriCorps GIS interns overcame the challenges of dense canopy using an Arrow Gold+ GNSS receiver, Galileo HAS corrections, and an LTI laser rangefinder. Their work will help field staff clear trees to re-establish the historic bald boundaries.
Ella Voorhees supports critical conservation efforts in Great Smoky Mountains National Park thanks in part to Eos GNSS receivers, Galileo HAS, and ArcGIS Field Maps.
The First All-Canadian Antarctic Expedition Uses Galileo HAS and Eos GNSS to Map Underwater Features
Discover how the first all-Canadian Antarctic research expedition achieved high-accuracy underwater mapping using the Arrow Gold+ and Galileo HAS — all in one of the world’s most remote, RTK-free environments.
Join ocean mapping researcher Kevin Wilcox as he captures Antarctic bathymetry using the Arrow Gold+® GNSS receiver with Galileo HAS for extreme precision.
Hungarian researcher Prof. Dr. Kornél Czimber test‑drives the Skadi Gold™ GNSS receiver with Galileo HAS in Austria’s dense forests, revealing reliable 25–50 cm accuracy for real-world forestry workflows even in challenging conditions.
Canadian graduate student Sophie LeGresley is researching a new way to reduce GNSS positioning errors caused by ionospheric scintillation in the Arctic. Using 50 Hz observations from an Arrow Gold+ GNSS receiver aboard the CCGS Amundsen research vessel,…