Precision Ag
Precision agriculture calls for continuous land management at a competitive cost. Localizing and quantifying hotspot areas in fields, orchards and vineyards is now made possible with a variety of indices that can be created using specialist software.
Using the latest multi-spectral sensor, images acquired by UAV are converted to index maps such as NDVIs and NDRE. Variable application maps are created for Ag software or tractor display.
This new technology generates up-to-date information and allows for continuous monitoring and well-structured decision making for any type of plant.
Advantages include:
high resolution remote sensing - ground sampling of 5cm per pixel;
create current aerial maps and identify problem areas;
reduce costs by variable applications - resolution to 50cm;
reduce the impact on the environment;
individually tailored surveys
Using the latest multi-spectral sensor, images acquired by UAV are converted to index maps such as NDVIs and NDRE. Variable application maps are created for Ag software or tractor display.
This new technology generates up-to-date information and allows for continuous monitoring and well-structured decision making for any type of plant.
Advantages include:
high resolution remote sensing - ground sampling of 5cm per pixel;
create current aerial maps and identify problem areas;
reduce costs by variable applications - resolution to 50cm;
reduce the impact on the environment;
individually tailored surveys
Below: NDVI data captured in March, April and May.
Red areas indicate little or no plants.
Green indicates healthy plants.
Red areas indicate little or no plants.
Green indicates healthy plants.
Below: the corresponding variable application maps indicate
where different levels of fertiliser can be applied.
where different levels of fertiliser can be applied.
NDRE and NDVI maps showing the extent of nematode damage in a potato crop