Innovative technologies like AI allow us to develop objective tools for marine plastic litter detection.
Artificial Intelligence to detect marine plastic litter
Unravelling the spectral signals of sugar beet plants captured by drones
Searching for disease-resistant sugar beet varieties
We can do more with the wealth of information drones provide us about our field trial plots than simple averaging.
Applying spatial models to better examine plant traits
By integrating a versatile AI workflow into MAPEO we are speeding up the development of new plant trait products!
Developing an object detection workflow for drone imagery
Drones provide a tool for automated flower counting in the orchard which is useful to optimize flower thinning processes in order to increase fruit size and promote return bloom in the following season.
Drone-based flower count in fruit orchards
Drone-based phenotyping helps us to understand in what plant developmental stage(s) and in what magnitude, our products can stimulate plant growth
How Aphea.Bio is using drones to evaluate biostimulants
Make your own integration kit and capture multispectral data with a low-cost drone.
How to integrate a multispectral camera under a low-cost drone
Drone technology for water quality gets out of its infancy. Use it wisely to enhance monitoring capacity.
Drones and dredging! Is there a match?
It was amazing to show the LUMEN service operating successfully in real life conditions
Can we use drones in disaster management?
MapEO gives us a deeper insight in how our crops grow so we can provide an even better advice on varieties for cereals to the farmers.
Image analytics for objective plant variety assessment
With MAPEO we support plant breeders in their quest to the next generation of wheat varieties
New technologies help plant breeders make a leap forward
Our goal is to give you an objective overview of the state of your infrastructure