Articles
ODACE: a tool for evaluation and dialogue between stakeholders and researchers, to support the design of plant protection solutions
Article number
1425_37
Pages
289 – 296
Language
English
Abstract
The ODACE project (2021-2024) aims to develop a tool to help stakeholders in reducing the use of phytosanitary products in orchards.
We are developing a modeling approach to improve the understanding of the interactions between plants and pests, their management practices, and planned biodiversity including service plants.
The tool, using fruit crop models (QualiTree and V-Mango) and IPSIM damage models, aims to explicitly consider the effects of several alternative options to pesticides on multiple pest damage, and the impacts of this damage on fruit production.
These alternatives are evaluated on several criteria: ecosystem services, environmental impact indicators, socio-economic performance, and health risks.
We consider several stakeholder’s profiles with contrasting preferences and use simulations to identify and archive a large number of suitable solutions for each stakeholder profile.
Multi-criteria decision support and preference elicitation methods are implemented to learn the stakeholders reasoning.
The tool will allow to test in silico most suitable scenarios for users (organic, zero pesticides, integrated) and to evaluate their social acceptability.
The tool has been initially developed for apples, additional crops will include peach-nectarine and mango.
We are developing a modeling approach to improve the understanding of the interactions between plants and pests, their management practices, and planned biodiversity including service plants.
The tool, using fruit crop models (QualiTree and V-Mango) and IPSIM damage models, aims to explicitly consider the effects of several alternative options to pesticides on multiple pest damage, and the impacts of this damage on fruit production.
These alternatives are evaluated on several criteria: ecosystem services, environmental impact indicators, socio-economic performance, and health risks.
We consider several stakeholder’s profiles with contrasting preferences and use simulations to identify and archive a large number of suitable solutions for each stakeholder profile.
Multi-criteria decision support and preference elicitation methods are implemented to learn the stakeholders reasoning.
The tool will allow to test in silico most suitable scenarios for users (organic, zero pesticides, integrated) and to evaluate their social acceptability.
The tool has been initially developed for apples, additional crops will include peach-nectarine and mango.
Authors
M.M. Memah, J.N. Aubertot, D. Bevacqua, P. Blanc, J. Borg, P. Borioli, S. Drusch, V. Gallia, B. Gauffre, H. Gautier, M. Génard, L. Gomez, I. Grechi, P. Franck, B. Labeyrie, O. Lacroix, C. Lavigne, F. Lescourret, V. Mercier, C. Monot, C. Mouiren, F. Normand, D. Plenet, M.H. Robin, A. Rolland, B. Rosiès, J. Ruesch, N. Sautereau, P. Valsesia, G. Vercambre
Keywords
orchards, multiple pests, sustainable pest management, modeling, multicriteria decision support
Groups involved
- Division Plant-Environment Interactions in Field Systems
- Division Precision Horticulture and Engineering
- Working Group Modelling in Fruit Research and Orchard Management
- Working Group Modelling Plant Growth, Environmental Control, Greenhouse Environment
- Division Greenhouse and Indoor Production Horticulture
Online Articles (61)