SOPHYA
Soil Microbiome and Physiology of Agricultural Plants
Exploring soil microbiomes to develop innovative and sustainable agricultural solutions
An International Associated Laboratory bringing together the University of Lille (France) and Alexandru Ioan Cuza University of Iași (Romania) to study soil – microbiome – plant interactions and develop innovative agroecological solutions.
Microbiome-based solutions for sustainable agriculture
Development of innovative agricultural solutions based on beneficial microorganisms, including biofertilizers, biocontrol agents, and biostimulants. Particular attention is given to microbial mechanisms involved in phosphorus mobilization, antifungal activity, and the enhancement of plant tolerance to environmental contaminants such as heavy metals.
Plant-microbiome interactions under climate change
Understanding how climate-related stresses influence soil microbial communities and plant-associated microbiomes is essential for future agriculture. This research axis investigates the responses of soil microbiomes and plant physiology to environmental changes using envirotyping approaches, enabling a deeper understanding of plant resilience mechanisms.
Predictive tools for sustainable agriculture
Development of predictive and modeling tools to support resilient crop production. By integrating microbiological, agronomic, and environmental data, SOPHYA aims to anticipate crop responses to changing environmental conditions and improve the management of soil microbiomes for sustainable and high-performing agricultural systems.
Knowledge transfer and valorization
Dissemination and valorization of scientific results through international collaboration, researcher mobility, and engagement with the agricultural sector. This axis promotes the transfer of innovative microbiome-based solutions to support sustainable agricultural practices.
