Exploring the potential of thermal imaging data acquired by drone for the detection of water stress in lowbush blueberries

Carl Boivin, researcher

Carl Boivin

Researcher

418 643-2380
ext 430

Contact Carl Boivin

Description

The principle behind thermal imaging is based on the fact that plants under water stress have a lower transpiration rate and a higher canopy temperature than plants well supplied with water. Canopy temperatures captured by drone can be used to quickly evaluate water stress in crops like lowbush blueberries and guide decisions as to whether irrigation is required.

Objective(s)

  • Explore the potential of detecting water stress in lowbush blueberries using a thermal infrared imaging sensor installed on a drone

From 2017 to 2018

Project duration

Fruit production

Activity areas

Optimal water management

Service

IRDA has recognized expertise in precision farming.

Partners

Ministère de l'Agriculture, des Pêcheries et de l'Alimentation du Québec | Institut national de la recherche scientifique

This may interest you

Exclusion net
2017-2019 • Fruit production

Exclusion nets made from biobased polymers

The purpose of this project is to test the general hypothesis that biobased polymers can be used to replace fossil-fuel-based products and reduce the use of pesticides without increasing GHG emissions.

Read more about the project

Gérald Chouinard
Daniel Cormier
Pheromone dispenser
2016-2018 • Fruit production

Large-scale use of codling moth mating disruption in Quebec orchards

The aim of our project was to increase the acreage on which mating disruption is used against the codling moth in all of Québec’s apple-growing regions.

Researcher: Daniel Cormier

Read more about the project

Daniel Cormier
Spotted Wing Drosophila
2016-2019 • Fruit production

Control strategies to reduce the impact of the spotted wing drosophila

This project aims to promote a biocontrol solution by testing a complex of natural enemies that attack the spotted wing drosophilia at different development stages.

Researcher: Annabelle Firlej

Read more about the project

Annabelle Firlej