Most organic fruits today are grown using seeds designed for chemical farming, which makes them struggle without pesticides. This work finds 'forgotten' fruit varieties that naturally fight off pests and handle heat better. It's like upgrading a phone's battery and software so it lasts longer in harsh conditions without needing a constant charger.
Organic fruit growers rely on varieties bred for chemical farming, making them vulnerable to pests and climate change. This leads to lower yields and higher risks for organic producers.
A European Organic Fruit Tree Breeding Network and a shared dataset of pome and stone-fruit materials. They also developed NIR spectroscopy protocols and digital tools for detecting apple scab.
If you are a commercial organic orchard dealing with crop loss from apple scab and climate stress — this project developed digital disease-detection tools and new plant types that increase robustness and reduce the need for expensive inputs.
If you are a tech provider dealing with slow, manual fruit quality checks — this project validated Near Infrared (NIR) spectroscopy for non-destructive, cost-effective quality assessment of fruit.
If you are a nursery company dealing with a lack of organic-certified rootstocks — this project created a shared dataset of pome and stone-fruit materials to accelerate the breeding of low-input varieties.
Based on available project data, specific pricing for the methods is not listed, but the project focuses on cost-effective tools like NIR spectroscopy to reduce evaluation expenses.
Yes, the project uses a multi-actor approach and a European Organic Fruit Tree Breeding Network to ensure the results are applicable across different regions and scales.
Based on available project data, the project involves 21 partners and focuses on shared datasets and coordinated access to genetic resources, though specific licensing terms are not detailed.
Yes, a core objective of the project is checking the sustainability and consistency of the developed solutions with actual regulations before dissemination.
The project period runs until 2026-12-31, suggesting that validated materials and protocols will be finalized by the end of 2026.
The consortium is heavily weighted toward research and academic expertise, with 10 research organizations and 4 universities. However, there is a significant commercial bridge with 3 industry partners and 4 SMEs, representing a 14% industry ratio. This structure suggests the project is designed to move scientific discovery into practical, small-to-medium business applications across 10 European countries.
Contact the Centro Internazionale di Altistudi Agronomici Mediterranei in Italy.
Contact us to connect with the EURORGANIC FRUITBREEDNET for early access to organic variety data.
