Environmental monitoring
Out drone mapping, technologies can help preserve natural areas and monitor their evolution
With our W-LAB Drone mapping technologides, we can help environmental protection organizations companies with a cost-effective system to control regularly areas of special natural protection,
We combine the 2D and 3D photogrammetry models to check the evolution of these locations and create GIS databases to keep track of different processes that could affect natural environments.
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All our Orthophoto maps are georeferenced and shared with our clients in GEOpacakge or GEOtiff format, compatible with GIS applications.
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We can capture accurate 3D models using photogrammetry and deliver georeferenced Mesh models to perform analysis and measurements
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In the client area, you will find the results of each survey classified by date. Allowing measurements like Areas, distances and perimeters
Our outputs and workflows can be adapted to the specific needs of each project and landscape. Our services are flexible and can be shaped based on the demands of each situation. To know more please do not hesitate on contacting our team and we will be delighted to listen to you.
vegetation and terrain 3D maps
We have different technologies available to allow monitoring landscape, erosion modifications or vegetation growth, We can measure green area, and help environmental protection organizations to keep track of degradation processes caused by natural phenomena or human action
Aerial panoramas
360 imagery and interactive maps are quite useful to understand the elements and areas that have been modified by human action or natural causes.
With aerial photogrammetry and 3D orthophoto maps, managing the evolution of natural areas of special interest is faster, safer and cheaper than with other survey methods.
Computer vision to quantify elemenTs
If we can see it on a map we can count it, and allocate it. Our computer vision algorithms can be trained to identify multiple elements helping environmental protection organizations to measure the area covered by vegetation or damaged by a catastrophic event, or even locating things like fallen trees after a storm. This allows us to provide useful data for other organizations in charge of planning recovery or action plans, that have no time to spare and needed information quickly.
The video above shows a quick demo of our process to capture imagery with a preprogrammed drone flight mission. We have different drones for different purposes and operations. Once we have collected the imagery, this is processed so we can generate a high-resolution orthophoto-map and then apply the computer vision algorithms to identify the objects we are looking for. For this specific project, the aim was to count fallen trees in a forest area at Richmond Park in London, after a severe storm event.
