We map agricultural and forest land for measurement, drainage, inventory and planning. The method and sensor are selected according to the technical question, season and actual field conditions.
Orthophotos and digital models can support parcel delineation, slope analysis, drainage design, access-track checks and documentation of land-improvement works.
Under vegetation, LiDAR can improve terrain description only in suitable conditions and configurations; density, classification and control are specified for each site.
FAE provides airborne LiDAR scanning for terrain, vegetation, corridors, infrastructure and classified point clouds. When a project combines photogrammetry and LiDAR, we assess the site, geodetic control and deliverables as one coordinated scope; full LiDAR technical details are available on Discover LIDAR.
RGB capture records visible conditions. Indices such as NDVI or NDRE require an appropriate multispectral sensor, radiometric calibration and a comparable flight window.
The maps reveal variation that must be interpreted with an agronomist or forestry specialist; they do not identify the cause of stress by themselves and do not replace field checks.
We agree from the outset the coordinate reference system, resolution or density, area, comparison dates and formats required for GIS, CAD or reporting.
Season, wind, light, moisture, crop condition and canopy cover can limit comparability; the project is confirmed after the site assessment.
Upload the KML/KMZ file and describe the required outcome. If not all technical requirements are defined, we will set them together before confirmation.
