Metashape is great when you have well-behaved photos. When you don’t, it can be super frustrating. While not every image set can be successfully aligned in Metashape, there are some strategies for manually aligning photos if they don’t want to align.
Post-processed kinematic (PPK) surveying is an important technology for achieving high-accuracy, high-precision location data for drone mapping missions. In this exercise, we look at how to post-process data collected with an Emlid Reach RS+ base station and rover setup using Emlid Studio.
Agisoft Metashape is a digital photogrammetry software application that is used for turning drone-collected photographs into high-quality maps and 3D models. This exercise will walk through the basics of how to use Metashape.
The University of Idaho’s Drone Lab was awarded a USDA NIFA Equipment Grant for $110,000 to fund the purchase of a drone-carried lidar system to be used for research and teaching in the fields of agriculture and natural resources at UI and with partners.
Drone Lab Faculty Jason W. Karl, Ph.D. Professor & Harold F. and Ruth M. Heady Endowed Chair of Rangeland EcologyLead PI, Drone LabDirector, The Rangeland Center Dr. Karl’s Drone Lab Projects Dr. Karl’s Drone Publications
The University of Idaho’s Drone Lab has worked with the Montana Chapter of The Nature Conservancy to develop and refine workflows for automated processing of drone imagery into indicators of ecosystem health.
We are using thermal infrared (TIR) imagery to map thermal profiles in rivers and riparian areas at the reach scale in the upper Big Creek drainage of Central Idaho.
LEARNING Structure from Motion with historic aerial photographs. Modern photogrammetry software is a powerful tool for orthorectifying and merging historic aerial photographs into digital map products that can be used in GIS maps and analyses. The concepts of photogrammetric mapping can be applied to any…