Learn how the South Carolina Department of Natural Resources uses high-accuracy GNSS to excavate artifacts before they are lost to climate change.
Priyesh Patel uses Eos Arrow 100® GNSS receivers with Esri ArcGIS® apps to aid the preservation of one of Earth’s most precious animals: bats.
Learn how Terraformation is combating climate change by using high-accuracy GNSS / GIS to increase accountability for global reforestation projects.
FPAN archaeologists and volunteers map historical sites and coastal erosion (in 3D!) to quantify erosion rates as Florida's sea levels rise.
In the Delaware Basin, Texas midstream pipeline operator Kinetik has transformed GIS and location accuracy in the field and office.
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.
To enable more accurate predictions about sea level rise, Dr. Kyle Emery is piloting a drone, GNSS, GIS, and satellite imagery workflow.
Dr. Kyle Emery leverages high-accuracy GNSS and drone imagery to deepen our understanding of coastal change.
Learn all about the namesake of the new Skadi Series™ — from the Norse goddess Skadi herself!
PESH is on a mission to explore and map México’s Sistema Huautla. The Arrow 100 GNSS receiver is helping them prove their survey findings.
Thomas Shifflett uses high-accuracy GNSS to help locate hidden cave entrances in the dense jungles of Oaxaca, Mexico.
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.