Evaluation of AI-based optimal pesticide dosage in tree crops

Evaluation of the performance of systems to optimize the dosage of pesticides based on Artificial Intelligence for tree crops 

Interested about this service? Contact us at roberto.garcia[at]udl.cat 

Overview

Evaluation of the performance of systems to optimise the dosage of pesticides based on artificial intelligence for tree crops. The service includes comparing the optimised treatment performance versus the standard procedure, measuring the pesticide and economic savings, assessing drift reduction to the environment, and improvements in environmental and biodiversity impact or the CO2 footprint of the treatment.

More about the service

Discover more about our service, including how it can benefit you, the delivery process, and the options for customisation tailored to your specific needs!

This service provides help to ensure the effectiveness of pesticide dosage in tree crops by evaluating AI-based systems, leading to pesticide and economic savings and reduced environmental impact.

The evaluation will be conducted on tree crop fields, either at our partner farms or at your location, depending on availability. The service will take approximately one to two weeks to execute, allowing for necessary treatments and monitoring. Customers will receive a detailed report comparing the optimised pesticide dosage performance against standard procedures, including metrics on pesticide savings, economic benefits, drift reduction, and improvements in environmental impact. Additionally, metadata regarding weather conditions and treatment parameters will be provided. Customers will need to supply information on their current pesticide application practices and any specific requirements for the evaluation. Seasonal availability for this service is typically between March and October, depending on the crop type and treatment schedule. 

The service can be customised for your specific product.
Location
At user's premises
Spain
Type of Sector
Tree Crops
Type of service
Performance evaluation
Accepted type of products
Physical system