Developing decision support tools for integrated potato irrigation management

Carl Boivin

Researcher, agr., M.Sc.

418 643-2380
ext 430

Contact Carl Boivin

Description

Producers in Québec receive high quality support on fertilization and crop protection, but they have a harder time accessing expertise in the field of irrigation management. The aim of this project was to set up a support service to equip producers and others in the industry to improve their irrigation management.

Objective(s)

  • Promote the adoption of sound irrigation management by testing the feasibility of establishing a specialized support network in this field

From 2015 to 2017

Project duration

Market gardening

Activity areas

, Water protection

Services

As a result of this project, growers will be able to better utilize water resources, reduce fertilizer use, and boost crop yields.

Partners

Fédération des producteurs de pommes de terre du Québec | Maxi-Sol | Proculteur | Ferme Victorin Drolet | La Ferme des Pionniers | Ministère de l'Agriculture, des Pêcheries et de l'Alimentation du Québec

This may interest you

2016-2018 • Market gardening

Galinsoga management in organic vegetable production

The aim of this project was to evaluate the effectiveness of different control strategies.

Researcher: Maryse Leblanc

Read more about the project

Maryse Leblanc
2018-2019 • Market gardening

Evaluating a protocol for growing organic market garden cabbage using split band applications of granulated laying-hen droppings

This project aims to develop a GHD-based fertilizer management system using split band applications for high-N-demand crops grown in rows, e.g., summer cabbage.

Researcher: Christine Landry

Read more about the project

Christine Landry
2019-2022 • Market gardening

Developing mass trapping strategies to control the striped cucumber beetle in organic cucurbit farming

This project aims to develop mass trapping strategies to keep damage caused by the striped cucumber beetle populations below the economic threshold, while minimizing the capture of pollinators and natural enemies.

Researchers: Annabelle Firlej Maxime Lefebvre

Read more about the project

Annabelle Firlej
Maxime Lefebvre
F