Environmental scientists and water resource managers need precise, high-resolution maps to reveal areas that farmers should avoid when planting crops, to limit polluting waters with phosphorus from ...

From forests to oceans, drones paired with advanced sensors and AI are revolutionizing how we monitor and protect biodiversity. These tools allow researchers to capture high‑resolution data in remote ...

These two maps from the study were made from photos taken by a drone-carried camera using the Structure from Motion ...

American Antimony Corporation (OTCID: XTPT), operating as Xtra Energy Corp. ("American Antimony" or the "Company"), today ...

At the core of the LiDAR revolution lies its ability to emit laser pulses that can penetrate through vegetation, thus capturing ground levels with pinpoint accuracy. In contrast, photogrammetry relies ...

Environmental scientists and water resource managers need precise, high-resolution maps to reveal areas that farmers should ...

Farmers and researchers can use drones and photogrammetry to map runoff and pollution-risk areas with great accuracy, making precision agriculture more accessible.

At its most basic application, deploying drones at a project site can capture conditions and provide site context through aerial photography and videography, showing the surroundings, documenting ...

Curious what exactly you would need 144 Sony α6400 cameras for? Welcome to the rapidly expanding world of photogrammetry. This piece has been written by Mike Williams, Head of Business Development ...

When we think about the use of lidar technology within the commercial drone sector, surveying and mapping comes immediately to mind. There’s good reason for this, as the surveying community over ...