After two years of research, collaboration and cross-border cooperation, the European project CEDRIC, co-funded by the Interreg Italy–Austria 2021–2027 Programme, has officially come to an end. The project leaves behind valuable scientific results, strengthened partnerships, and new perspectives for promoting sustainable agriculture through healthier soils.
The project’s final event, hosted by the University of Udine, brought together researchers, institutions, companies and stakeholders to present the project’s achievements and discuss future opportunities for soil regeneration and agricultural innovation.
Healthy soils start with an invisible world
Healthy soils are fundamental to food security, biodiversity and climate resilience. At the heart of CEDRIC’s research lies the complex community of microorganisms living around plant roots that plays a crucial role in plant nutrition, growth and resistance to environmental stress, namely the rhizosphere microbiome.
Over the course of the project, the partners investigated the potential of soil microbiome transplantation as an innovative strategy to regenerate degraded soils. The project has demonstrated the potential feasibility of rhizosphere microbiome transplantation as a strategy for the regeneration of degraded soils, with potential benefits for restoring microbial biodiversity and enhancing the soil’s capacity to support healthier and more resilient crops.
These findings represent an important step towards developing nature-based solutions that can contribute to more sustainable farming practices in the future.
Collaboration driving innovation
One of CEDRIC’s greatest strengths has been its interdisciplinary and cross-border approach. Researchers and experts from Italy and Austria combined their knowledge and expertise to address one of agriculture’s most pressing challenges: restoring soil health while supporting productive and sustainable farming systems. Beyond the scientific outcomes, CEDRIC also highlighted the importance of transferring research results into practical applications that can benefit farmers, businesses and society.
Bringing science closer to society
CEDRIC had also a deep commitment to science communication and public engagement. Throughout the project, partners organised educational activities, public events and outreach initiatives involving schools, students and local communities. These activities helped raise awareness of the essential role of soil biodiversity and encouraged dialogue between researchers and citizens on the importance of protecting this vital natural resource.
By making complex scientific concepts more accessible, the project contributed to building greater understanding of how healthy soils support healthy ecosystems, sustainable agriculture and ultimately human well-being.
Looking ahead
Although the project has come to an end, the challenges it addressed remain highly relevant. During the final roundtable discussion, participants highlighted the need to move from short-term interventions towards long-term soil regeneration strategies based on scientific evidence and ecological processes.
Particular attention was also given to the growing role of artificial intelligence in agriculture. Integrating microbiological, climatic, genetic and physiological data will enable increasingly sophisticated predictive models, helping researchers and farmers better anticipate environmental stress and make more informed decisions for sustainable crop management.
CEDRIC concludes leaving behind a strong cross-border network of researchers and institutions, valuable knowledge on soil microbiomes, and a shared vision of soil as a living ecosystem that deserves protection and restoration. The project demonstrates how crossborder and international cooperation, scientific excellence and knowledge sharing can contribute to developing innovative solutions for healthier soils, more resilient agriculture and a more sustainable future.
Relive the CEDRIC journey
Watch the CEDRIC promotional video and revisit two years of research, collaboration and innovation dedicated to the future of soil health.









