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Innovative formulations by encapsulation of entomopathogenic nematodes for use against codling moth, Cydia pomonella
Conventional plant protection products remain the main means of controlling insect pests. The negative impact of these substances on the environment and human health is significant. More environmentally friendly solutions exist but remain not sufficiently implemented due to technological barriers hi
Biocontrol against Sesamia nonagrioides using the larval parasitoide Cotesia typhae
The Mediterranean corn borer, Sesamia nonagrioides, is the second aerial pest of maize in France after the European corn borer. It attacks grain and seed maize crops in the South and West of France where it can cause significant yield losses. It is a species native to sub-Saharan Africa, where its l
Feasibility and interest of microwave heating for the disinsectisation of stored cereals
Microwave heating is a physical process with various advantages for the disinsectisation of stored cereals (common wheat, durum wheat, barley, oats, corn, sorghum, triticale...). This technique allows temperature rises in a few seconds and an almost instantaneous transfer of energy. In a context of
Formulation of a bacterial biocontrol agent to control several potato pathogens and diseases
Background and Objectives: The SaveTuber project will develop different formulations of a new biocontrol agent and evaluate their efficacy against several pathogens and diseases of potato, a crop in orphan use. The French network for production of potato seed tubers is the second largest exporter in
Development of a new Biocontrol Agent to reduce AflaToxin B1 contamination in maize crops for sustainable agriculture
This project aims to develop the first biocontrol agent (BCA) from bacterial origin to effectively control aflatoxin B1 (AFB1) contamination of maize crops. AFB1 is a human carcinogenic mycotoxin produced by Aspergillus flavus, a filamentous fungus, emerging on maize in Europe and in France in respo
Derepression of plant imnune responses: a new strategy to improve biocontol efficiency
This project aims to develop an innovative method of biocontrol for the protection of the vineyard against cryptogamic diseases, and therefore to accelerate our independence from chemical pesticides. The objective is to transpose to the plot the concept of disinhibition of plant defence responses (d
ACTING on aphid behaviour to reduce virus yellows transmission to sugar beets.
Context and objectives : The ban of neonicotinoids as seed treatments to manage aphids transmitting sugar beet yellows viruses constitutes a major challenge for farmers and sugar beet industries. Previous studies (ex : PNRI, Modefy) have shown that sugar beet varieties and certain companion plants
Experimental on-farm precision assessment to ameliorate spraying processes and efficacy of biocontrol for diseases in viticulture
The project aims at developping BioSprayTech, a service for companies that produce and distribute biocontrol solutions for grapevine cryptogamic diseases. The objective of the service is to determine the ways to apply a chosen biocontrol solution to optimize its effectiveness in the field. This issu