Drone technology is constantly being upgraded and updated, allowing drones to be used in a variety of applications in dozens of industries to improve the time efficiency of tasks, change the way we work, and make everything better. Here, we explain how drones can be used to restore riverbanks.
The development of drones surprises us. Developing new uses for drones is something we love to see. Drones equipped with LiDAR technology can be used to provide accurate three-dimensional maps to maintain man-made structures or natural landscapes.
The structure along rivers is always subject to variability, resulting from human impact and floods eroding the banks, and river restoration efforts can be fully realized with the help of drones. For example, the River Restoration Project, led by the Center for Natural Resource Analysis at West Virginia University, uses drones to restore the Clover Run stream.
The restoration effort began by using lidar-equipped drones to document the conditions of the river at that time. The drone mapped the entire river in just 20 minutes, flying at 18 miles per hour and 262 feet above the ground. Using lidar and drone technology, this valuable, otherwise unobtainable information was collected in less than half an hour.
To monitor the health of the river and measure the efficacy of installed structures, the Clover Run river will be surveyed annually by drone, providing the same high-accuracy, high-resolution 3D images for comparison.
Drones help riverbank project restoration
Riverbank surveying and surveying: UAVs equipped with lidar, cameras and other sensors can conduct precise measurements and surveys of riverbanks, obtain data on terrain, vegetation coverage, soil stability and other data, and provide accurate basic data for restoration work.
Monitoring and inspection: Drones can regularly monitor and inspect riverbanks, detect riverbank degradation, cracks, landslides and other problems in a timely manner, and provide timely information support for project repairs.
Remote sensing imaging and data analysis: High-definition images and remote sensing data obtained by drones can be used to analyze riverbank degradation, vegetation restoration, etc., and help engineers formulate restoration plans.
Material transportation: Drones can be used to transport materials needed for riverbank project repairs, especially in remote or hard-to-reach areas. Drones can quickly and efficiently transport the tools and materials needed for repairs.
Construction supervision: Drones can be used to supervise the riverbank restoration construction process, record construction progress through aerial photography and video, and ensure construction quality and safety.
Drones can fully provide spatial remote sensing imaging data when repairing riverbank projects. Drones with high-definition cameras, drones with RTK modules, and drones with lidar can all collect images quickly and effectively. , data modeling and other work to improve efficiency.
Drones are booming across multiple industries, even in ways we might not expect. Drones can help riverbank restoration efforts. Join us to explore more drone solutions.
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