AGU 2025 Annual Meeting
Headwall set up our Booth 1017 at AGU25 in New Orleans, 15-19 December 2025 to show how our hyperspectral imaging + LiDAR systems reveal the unseen in the lab, in the field, in the air, and even in space! Our focus is on providing and supporting streamlined workflows to help you get your data processed and interpreted faster.
Headwall set up our Booth 1017 at AGU25 in New Orleans, 15-19 December 2025 to show how our hyperspectral imaging systems reveal the unseen in the lab, in the field, in the air, and even in space! Our focus is on providing and supporting streamlined workflows to help you get your data processed and interpreted faster. Our partner GRYFN provides the GRYFN Processing Tool, an intuitive software solution that integrates UAV-based hyperspectral, LiDAR, and GNSS data. This tool streamlines job management, automates workflows, and enables efficient multi-modal data processing. Additionally, GRYFN’s geometric calibration technology eliminates the need for ground control points by specifying sensor parameters, optical characteristics, and platform positioning, ensuring unmatched precision for multi-temporal analytics.
Ask about our airborne payloads and fully integrated “turnkey” unmanned systems that are NDAA-compliant.
At least two Headwall customers presented posters this year:
Multiscale Framework for Mapping Biocrusts with Hyperspectral Data Using the MICA Algorithm
Wednesday, 17 December 2025: 08:30 – 12:00, Hall EFG (Poster Hall) (MCCNO)
Stefanie Herrmann, University of Arizona, Tucson, AZ, United States, William Kolby Smith, University of Arizona, School of Natural Resources and the Environment, Tucson, AZ, United States, Raymond F Kokaly, U.S. Geological Survey, Denver, CO, United States, Miguel L Villarreal, USGS, Baltimore, MD, United States and Sasha Reed, U.S. Geological Survey, Southwest Biological Science Center, Moab, United States
Biological soil crusts (biocrusts) are key regulators of soil stability and biogeochemical cycling in drylands, yet they remain largely absent from satellite-based land cover and surface composition products due to challenges in detecting them remotely. In multispectral surface reflectance products, they spectrally fall between green vegetation and soil, making them indistinguishable from the intermixed vegetation and soil cover typical of drylands.
Wednesday, 17 December 2025: 14:15 – 17:45, Hall EFG (Poster Hall) (MCCNO)
Nushrat Jahan Niva1, Lorena Nunes Lacerda2, George Vellidis3, Cristiane Pilon4, Alicia Peduzzi4, Sara Maktabi5, Sudhir Payare4 and Matheus Ardigueri6, (1)American Society of Agronomy, Athens, GA, UNITED STATES, (2)University of Georgia, Crop and Soil Sciences, Athens, United States, (3)University of Georgia, Department of Crop & Soil Sciences, Athens, United States, (4)University of Georgia, Athens, United States, (5)University of Georgia, Crop and soil science, Tifton, United States, (6)University of Georgia, crop and soil sciences, Athens, United States
This study aims to predict peanut yield by flying a drone over fields without disturbing the plants and to provide farmers with a faster, more accurate yield estimation than traditional manual methods, which are time-consuming.
The American Geophysical Union is about:
- Cutting-Edge Science: Discover the latest research in Earth and space sciences.
- Global Collaboration: Network with experts, policymakers, and emerging leaders.
- Interactive Sessions: Attend workshops, panel discussions, and hands-on learning experiences.
- Career Advancement: Access mentoring programs, career fairs, and funding opportunities.
The AGU25 theme is “Where Science Connects Us”. The Union celebrates all the ways we connect. The purpose of what we connect. The power of how we connect. The promise of where we connect.
