AdaptaCol²
The French Ministry of Agriculture and Food Sovereignty through the CASDAR fund as part of the Phosmet phase-out plan.
2 554 818,50€
36 months Oui NationalThe challenges
In recent years, rapeseed cultivation has been faced with a number of difficulties linked to insect infestations that are increasingly difficult to manage, combined with unfavorable planting conditions. In this context, winter flea beetles and terminal bud weevils, which are on the increase, have developed resistance to pyrethroids, the main insecticide family used to manage them. This technical impasse has led to the loss of rapeseed acreage, and the situation is likely to worsen with climate change and the end of authorization for phosmet. The aim of the project is therefore to identify and deploy new alternative strategies to combat these two pests. As these strategies are complex, it is essential to mobilize growers and the various development and research players involved, right from the design phase through to deployment.
The objectives
Adaptacol2, part of the phosmet phase-out plan, aims to provide farmers and agricultural technicians with integrated protection strategies that will enable them to limit the attacks and harmfulness of winter flea beetles and terminal bud weevils. To achieve this, research and development players (public and private research, development players, experimenters, agricultural advisors) are mobilizing to provide coordinated support for farmers in changing their practices.
Expected results
- Acquire technical references at different scales (trials, plot networks, territory), mobilizing development players as much as possible.
- Establishment of regional committees for regular exchanges between players, which will be progressively fed with the references and knowledge produced by Adaptacol2 and the other projects of the Phosmet Phase-out Plan.
The role of Terres Inovia
Coordinator
- Overall project management
- Mobilization of development players through six regional committees
- Acquiring knowledge and evaluating new levers in the field
- Supporting farmers in the robust rapeseed approach
Achievements and spin-offs
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Rapeseed
Rapeseed is an oilseed, a plant rich in both oil and vegetable protein, with a wide range of applications: human and animal food, plant chemistry and renewable energy. Sown in late summer and harvested in July, rapeseed covers the soil for around 300 days, reducing erosion. It breaks the cycle of cereal diseases and weeds in rotation, absorbs nitrogen in autumn, improves soil organic matter and is an attractive melliferous plant for pollinating insects, particularly bees. Planting is a key stage in the crop cycle, particularly for pest control (flea beetles, weevils).
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The benefits
The benefits
Numerous opportunities
Food and feed, plant chemistry and renewable energy sources
Cuts the disease cycle
Breaks the cycle of cereal diseases and weeds in rotation
Beneficial for all
absorbs nitrogen in autumn, improves soil organic matter and is attractive to pollinating insects
Reduces erosion
rapeseed covers the soil for around 300 days, reducing erosion
Key figures
hectares
National average
National average yields
domestic production
Our growing guides
In 12 chapters, you'll learn everything there is to know about this crop: varieties, planting, fertilization, regulators, weeding, harvesting and storage. This is also an opportunity to take stock of diseases and pests in autumn and spring.
Weeds: characterization of sensitivity to ALS inhibitors
Research by molecular analysis (sequencing) of mutations in the acetolactate synthase gene conferring resistance to ALS-inhibiting herbicides in weed populations (wild sunflower, ragweed, ammi majus, poppy, orobanche ramosa, orobanche cumana, geranium dissectum, geranium columbinum, geranium rotundifolium, sanve, ravenelle).
For each population (1 population = 1 sampling site on a given date), 5 plants are analyzed. The results are transmitted in the form of a report.
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