CONCERTO
OFB
592 000 €
72 months Oui NationalLes enjeux
CONCERTO est un projet ancré dans le territoire des plateaux de Bourgogne, qui est en difficulté vis-à-vis de la gestion des insectes phytophages et est particulièrement sensible aux accidents climatiques en raison du faible potentiel des sols qui le composent.
L’approche territoriale proposée par le projet CONCERTO vise à atténuer les dégâts d’insectes phytophages sur l’ensemble des cultures en se passant d’insecticides.
L’action collective d’un groupe d’agriculteurs permet de mobiliser des leviers agroécologiques comme la lutte biologique par conservation ou des techniques de plantes pièges (intercultures pièges pilotée®).
Les approches collectives et paysagères sont particulièrement pertinentes dès lors que l’on souhaite influer sur l’abondance et la diversité des populations d’insectes, qu’ils soient ravageurs ou auxiliaires.
De plus, le projet CONCERTO dans lequel des fermes entières sont engagées, réaffirme la nécessité d’obtenir des systèmes rentables et multi-performants.
Il souhaite répondre à quatre enjeux majeurs pour les agriculteurs du territoire :
- La limitation des dégâts associés aux coléoptères ravageurs d’automne du colza
- La gestion des pucerons d’automne vecteurs de viroses sur les céréales à pailles
- La réduction des dégâts de bruches du pois et de la lentille
- L’amélioration de la fertilité des sols
Les objectifs
CONCERTO, qui s’inscrit dans la continuité des travaux du projet R2D2, visera à accompagner un groupe de producteurs dans la re-conception de leurs systèmes pour supprimer progressivement les applications d’insecticides sur l’ensemble du territoire. Il contribuera à l’atteinte des objectifs du plan ECOPHYTO.
La cible à long terme du projet, définie conjointement avec les agriculteurs est :
- Améliorer les performances des systèmes de culture incluant le colza
- Réduire progressivement les applications d’insecticides sur l’ensemble des cultures
- Réduire des applications d’herbicides
En plus de ces trois objectifs, le projet va travailler à :
- L’adaptation au changement climatique et l’atténuation de ses effets en renforçant la résilience des systèmes agricoles, notamment via le travail autour de l’implantation de haies et d’arbres isolés qui jouent un rôle clé dans le cycle de l’eau et permettent de créer des microclimats plus favorables à proximités des parcelles cultivées.
- La préservation de la biodiversité, en travaillant pour la création d’un maillage d’infrastructures écologiques fonctionnelles autour des parcelles et en renforçant la ressource florale à l’échelle du territoire.
Les résultats attendus
- Suivre le niveau de pression des ravageurs du colza et de la bruche du pois.
- Suivre les régulations biologiques des principaux coléoptères ravageurs du colza.
- Développer l’action collective territoriale pour gérer les insectes phytophages.
- Modifier les structures paysagères afin de favoriser les régulations biologiques selon les principes de la lutte biologique par conservation.
Le rôle de Terres Inovia
Coordinateur
- Animation du projet
- Co-conception et suivi du projet de territoire
- Acquisition et traitement des données issus des suivis scientifiques
- Accompagnement individuel et collectif des agriculteurs
- Expertise agronomique
Do you have a question?
Contact our specialist who will respond promptly to your request.
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Nicolas Cerrutti - n.cerrutti@terresinovia.fr
01/01/2025 Eclairer les décisions stratégiques Terres Inovia En cours NonM2ProLIV
ANR
undisclosed
59 months Non NationalLes enjeux
L’enjeu de M2ProLIV est de faciliter la transition vers des systèmes alimentaires plus durables, plus sains et économiquement viables, tout en renforçant les capacités technologiques et scientifiques de la France dans ce domaine. Plus particulièrement, il répond à plusieurs enjeux :
- Améliorer la qualité nutritionnelle des aliments en proposant des alternatives aux protéines animales
- Réduire l’impact environnemental de la production alimentaire en se tournant vers les protéines végétales
- Valoriser les co-produits des industries de pressage d’oléagineux et de production de lipides de microalgues
- Développer des procédés pour obtenir des ingrédients protéiques fonctionnels et nutritionnellement intéressants
- Créer un tissu de collaborations interdisciplinaires entre instituts de recherche et partenaires industriels
Les objectifs
Les objectifs du projet M2ProLIV sont axés sur l'amélioration de la durabilité, de la qualité nutritionnelle et de la fonctionnalité des aliments protéiques à partir de ressources végétales :
- Étudier les procédés de fractionnement humide ou sec pour produire des fractions protéiques moins pures mais potentiellement plus fonctionnelles.
- Utiliser la fermentation solide ou la protéolyse enzymatique pour développer des extraits protéiques multifonctionnels, tels que des antioxydants et des émulsifiants.
- Produire des hydrolysats protéiques ayant des propriétés de chélation de métaux pour répondre aux carences en micronutriments, particulièrement en fer et en zinc.
- Comprendre comment les ingrédients naturels s'organisent et évoluent dans des systèmes alimentaires.
- Développer un itinéraire technologique applicable aux graines de chanvre décortiquées permettant de réduire la teneur en lipides à froid pour conserver les propriétés fonctionnelles des protéines.
Les résultats attendus
En développant des ingrédients protéiques multifonctionnels à partir de co-produits végétaux et en utilisant des procédés de transformation douce, M2ProLIV devrait contribuer à une alimentation plus durable et plus saine, mais aussi ouvrir de nouvelles opportunités pour l'industrie agroalimentaire en France.
Le rôle de Terres Inovia
Partenaire
- Acquisition de références sur les conditions de récolte et de séchage de la graine de chanvre :
- Taux de graines vertes
- Acidité de l’huile
- Teneurs en huile et en protéines
- Amélioration de l’extraction mécanique des graines de chanvre décortiquées.
- Caractérisation rhéologique de la graine de chanvre
- Travaux sur l’optimisation des profils de vis pour limiter l’échauffement tout en réduisant la teneur en huile.
- Production de co-produits : fourniture d’une gamme de tourteaux obtenus dans des conditions bien caractérisées pour définir les conditions optimales de production.
- Synthèse et diffusion des résultats
Do you have a question?
Contact our specialist who will respond promptly to your request.
Patrick Carré - p.carre@terresinovia.fr
01/01/2024 Eclairer les décisions stratégiques CIRAD En cours NonTwinFarms
ANR
4 991 289 €
48 Non NationalThe challenges
Originating in engineering, digital twins - virtual replicas of physical systems - have enabled advances in many sectors, driven in particular by the proliferation of sensors. Agriculture is no exception to this trend: on a farm scale, the combination of data from sensors and existing agronomic knowledge opens up promising prospects for supporting the agro-ecological transition, against a backdrop of increasingly stringent climate change.
In a tactical approach, a digital twin farm could help farmers adjust their decisions over the course of the campaign, depending on the condition of crops and/or animals, drawing on in situ sensors as well as external data such as satellite images. This would be particularly useful for reacting to increasingly unpredictable climatic contingencies.
From a strategic perspective, the digital twin would enable farmers to simulate the evolution of their system over the medium to long term, in order to anticipate the effects of different change scenarios.
TwinFarms aims to make these uses tangible and accessible in the field.
The objectives
Twinfarms aims to deploy digital twins at farm level to foster agro-ecological innovation. It will be based on nine demonstrators where the digital twins should provide added value to facilitate tactical or strategic choices.
Expected results
Create a data platform that collects, cleans, organizes and stores accurate data from sensors and other databases.
Establish specifications for digital twins, assess the quality of the twins produced, and anticipate future services to be provided to enhance the agroecological transition.
- Design physical, biological and mathematical models. Learn from temporal, heterogeneous, incomplete and irregularly sampled data, and generalize these models for various applications.
- Develop intuitive and efficient user interfaces to enable farmers to take advantage of digital twins. This includes specifying requirements, implementing prototypes and writing user guides.
The role of Terres Inovia
Partner
- Specification of farmers' needs and expectations with regard to digital twins
- Identification of data sources and existing models
- Participation in a use case: SYSTERRE
Do you have a question?
Contact our specialist who will respond promptly to your request.
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Fatty acids ISO s/seeds
Method used: NF EN ISO 17059 - NF EN ISO 12966-4
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Mastering camelina cultivation
Our other training courses
Camelina: transforming a diversification crop into a technical and economic opportunity.
Boosted by a rapidly expanding market, camelina requires precise control of its cultivation itinerary if it is to achieve its full potential. This training course offers a complete technical and economic approach to successfully integrating camelina into cropping systems.
The program includes
1. camelina: basics and challenges
- Origin, development cycle and agronomic characteristics
- Crop strengths and positioning in cropping systems
2. market opportunities and value-adding framework
- Main outlets: sustainable fuels, food and feed, cosmetics, industrial uses
- Regulatory context
3.camelina technical itineraries
- Conditions for success and choice of plot
- Planting and varietal selection
- Fertilization and weed management
- Pest and disease management
- Adapting the itinerary to the type of crop: main crop, summer or winter catch crop, intercropping
4 Harvesting and securing production
- Key harvesting principles and settings
- Mowing and raking
5.camelina in organic farming
- Agronomic benefits
- Technical specificities and outlets
6.economic performance
- Comparison of margins according to technical itineraries
- Economic analysis at crop system level
7.field diagnosis
- Observation of plots and/or trials
- Collective analysis of situations encountered
At the end of the course, participants will be able to :
- Understand the agronomic, economic and regulatory issues involved in growing camelina.
- Identify the various outlets for camelina and their requirements
- Recommend key cultivation techniques for successful camelina production, whatever the cropping method (main crop, catch crop, combination, organic farming).
- Adapt camelina technical itineraries to soil and climate conditions and to production objectives.
Face-to-face format with a field component (depending on conditions and training period):
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Theoretical classroom input: Presentation of the crop, its outlets and technical itineraries (main crop, catch crop, combination), illustrated by trial results and concrete case studies.
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Field observation: Analysis of real-life situations in plots and observation of trials to carry out collective diagnoses and illustrate technical levers.
Active methods: Presentations, case studies, practical exchanges, questions and answers, applied diagnostics.
Assessment: Quiz to validate knowledge acquired, questions and answers throughout the course, self-assessment by participants, individual satisfaction survey.
Theoretical support: Presentations, lectures, regulatory texts and summary documents given to participants.
Case studies: Real-life situations based on experimental results and feedback from the field, analyzed collectively.
Practical exchanges: Sharing of experiences between participants and trainers to enrich technical analysis and diagnoses.
Technicians, agricultural advisors, farmers, agents of structures working with camelina for biofuel production Q&A, quiz, individual satisfaction survey, self-positioningIf you have any requests for adaptations to help you succeed in your course, please contact the Disability Advisor:
Christel CARO
Tel: 01 30 79 95 09
Mail: formation@terresinovia.fr
Aucun 0€ TTC https://public.dendreo.com/4rsx27tf4npws6tp4zAwc/media/h17x4yzwmvzfgytkjb6Aq7zA3flf2q6khf1xmsczn8qAw8jpnz5sw4brlfk2kAbynAvwgpj5h35tqtkdkrhg3rtsm7yAyrjA4rzs9vlhjr7g4pj8 1 Jour 102 Intra-entrepriseFungal strain on culture medium
Supply of mycelial growth on culture medium for the fungal species described below.
Price: from 107€ excl. tax per strain
Alternaria brassicae, Alternaria brassicicola, Alternaria tenuissima, Aphanomyces euteiches, Aphanomyces cochlioides, Ascochyta pisi, Ascochyta fabae, Ascochyta rabiei, Botrytis cinerea, Botrytis fabae, Cladosporium sp, Cylindrosporium concentricum, Colletotrichum lini, Colletotrichum lupini, Epicoccum sp., Fusarium oxysporum, Fusarium solani, Leptosphaeria maculans, Leptosphaeria biglobosa, Leptosphaeria lindquistii, Macrophomina phaseolina, Penicillium sp., Phomopsis helianthi, Phoma medicaginis, Phomopsis phaseolorum, Rhizoctonia sp., Pythium sp., Pseudomonas syringae pv. pisi, Rhizopus sp., Sclerotinia sclerotiorum, Sclerotinia trifoliorum, Septoria linicola, Septoria glycines, Stemphyllium sp., Trichoderma sp., Verticillium dahliae, Verticillium longisporum.
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Pathological diagnosis on plant material
Diagnosis by macroscopic and microscopic observation, supplemented if necessary by molecular analysis and/or isolation of the pathogenic micro-organism on culture medium. The results are transmitted in the form of a report.
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Short-circuit production of edible oil
Would you like to produce and sell your own oil on the local market?
This training course will guide you through the process of setting up your workshop, providing you with the keys to understanding the technical stages (pressing, filtration, preservation), guaranteeing sanitary quality, mastering regulations (labeling, DDM) and optimizing the value of your products.
In 5 remote sessions, led by experts, you'll benefit from practical support to transform your project into a viable, professional business.
Program:
- Sequence 1: Introduction to oilseeds and oil
- Sequence 2: Extraction techniques
- Sequences 3 and 4: Production of edible vegetable oil
- Sequence 5: Co-products and oilcake recovery
At the end of the course, participants will be able to :
- Characterize different oilseeds according to their quality criteria
- Identify and implement technical levers to ensure optimal press operation
- Produce edible oil and cake in compliance with the required quality criteria
- Identify and control the main health risks associated with edible oil production
- Apply the rules in force for marketing vegetable oils through direct sales or short distribution channels.
100% digital format: Remote training, accessible from any connected computer.
Active pedagogy: Technical presentations led by experts, concrete case studies, feedback.
Evaluation: End-of-session quiz, questions and answers, individual satisfaction survey, self-assessment.
Online sessions: 5 sequences of 2 hours on Teams, led by Terres Inovia expert engineers.
Theoretical support: Presentations, technical documents
Interactivity: Quizzes, questions and answers, live exchanges with trainers.
Digital support: Presentations and resources handed over after each session.
Farmers wishing to diversify their activity; technical managers or technicians from storage organizations, livestock feed manufacturers, oil mills; project leaders or anyone in charge of setting up a small-scale oil mill for human food consumption. End-of-session quiz, Q&A, individual satisfaction survey, self-assessment.If you have any requests for adaptations to help you succeed in your course, please contact the disability referent:
Christel CARO
Tel: 01 30 79 95 09
Mail: formation@terresinovia.fr
Aucun 800€ TTC 5 15 https://public.dendreo.com/4rsx27tf4npws6tp4zAwc/media/jr6AgwdmmA5dgrtgmvdf49cfjyxAg7kcgr3gcnl5krjcws5fmzvwqvjlkjlg4q6kn2y25pj5hj7hk7l5mvwv4wjvf8td1tsp4vcgcq523v6g4pj8 5 Jours Patrick CARRE 51 Inter-company and intra-companyOptimization of crushing and mechanical extraction of oil-protein seeds
Our other training courses
Training catalog
Discover all the field crop training courses offered by Arvalis and Terres Inovia.
Improve your mastery of crushing processes and mechanical extraction of oil-protein seeds.
This course will enable you to analyze in detail the impact of process parameters on the chemical composition of oils (fatty acids, phospholipids, undesirables) and on the nutritional quality of oilcakes (digestibility, anti-nutritional factors). It incorporates the latest advances in mechanical extraction and proposes an applied approach to optimize de-oiling performance and meet the technical requirements of industrial sectors.
Program:
Day 1: Fundamentals and practices of mechanical oilseed extraction
- Oil chemistry: fatty acids, triglycerides, phospholipids, sterols and phytosterols, waxes. Properties, risks of deterioration
- General information on seeds & hulling with a focus on sunflower: hulling, variability of oil quality linked to growing conditions and varieties.
- Extraction mechanics: compression, filtration, viscosity, press geometry
- Workshop visit: press study, analysis tools, case studies
- Feedback & case studies
Day 2: Heat treatment, product quality and industrial optimization
- Mechanics of baking
- Importance of baking
- Heat treatments & Oil and cake quality
- Feedback & case studies
- Process optimization tools
At the end of the course, participants will be able to :
- Identify the main chemical and nutritional characteristics of oils derived from oilseeds
- Analyze the effects of crushing processes on oil and cake quality
- Explain the operation of mechanical extraction processes and their critical parameters
- Assess the suitability of processed products for end-users (animal nutrition, industry)
- Use numerical tools to simulate, predict and optimize production performance
Theoretical and technical input: detailed presentations of the fundamentals (oil chemistry, extraction mechanisms, critical parameters), illustrated by diagrams and scientific data.
Case studies and feedback: analysis of real industrial situations, sharing of best practices and discussion of solutions.
Hands-on workshop visit: observe equipment (presses, analysis tools), demonstrate processes, manipulate parameters and analyze results in real time.
Interactive exchanges: question-and-answer sessions, quizzes to validate acquired knowledge, debates between participants and trainer.
Presentation aids given to participants: paper or digital documents: presentations, diagrams, key data, bibliography.
Digital optimization tools : use of software (Excel, solver) to simulate and optimize processes.
Case studies: simulations of industrial problems, collective analysis of solutions.
Workshop visit: possibility of a half-day workshop visit to see the effects of controllable parameters on de-oiling performance.
Technical managers, crushing plant operators or managers, agro-industrial processing professionals, R&D engineers, process technicians. End-of-session quiz, Q&A, individual satisfaction survey, self-positioningIf you have any requests for adaptations to help you succeed in your course, please contact the disability referent:
Christel CARO
Tel: 01 30 79 95 09
Mail: formation@terresinovia.fr
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Towards carbon neutrality with farms Maladies150,000 (CVO: €20,000)
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