The task was to determine the volume of several stockpiles of peat on behalf of a major bio-fuel company. The typical size of the cone-shaped piles were about 15 m hight and a radius of 30 m, thus being much too small objects for conventional aerial survey. Due to the nature of peat production the [More>>]
SmartPlanes was contracted to produce a detailed digital surface model of a drainage basin in a mixed agricultural landscape of close to 1000ha. The 3D model was needed for detailed modelling of phosphor leaching from agricultural fertilizers into small ditches and streams. For this purpose, the client needed an accurate 3D mapping of every agricultural [More>>]
The Department of Geography, Durham University performed a 3D survey of an active erosion area South of Durham on the first deployment with their new Personal Aerial Mapping System. Surface models and orthophoto mosaics were processed both by Germatics PAMS processing centre and with in-house software at the Department of Geography. See also story on [More>>]
You can view this data in Google Earth here.
Smartplanes Personal Aerial Mapping System PAMS was used to map this golfcourse in Northern Sweden. A high resolution orthophoto mosaic and precise surface model was derived from 7 flighs generating over 1400 photos. With a ground resolution of 6 cm it is possible to spot a golfball in the original photos. The datasets were used [More>>]
On behalf of the Swedish Forest Agency, the Swedish University of Agricultural Sciences documented several scientific test sites with spruce forests damaged by wind-throw and secondary insect attacks (bark beetle). Some of the areas were mapped with a CIR-modified camera. The documentation was repeated three times during the vegetation season to monitor the progress and [More>>]
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