Canopy Apple Variety Field Day Held in Italy
Growers and technicians evaluated the scab-resistant Canopy apple at a research field day in Piedmont.
Updated on Sept. 28, 2026 in Botany
Live Poll
Do you support the introduction of new, modified crop varieties in your local agricultural region?
Nearly 40 agriculture professionals gathered on September 15 for a field day in Piedmont, Italy, to examine the new Canopy apple variety. Developed by the IFO research center, the fruit is designed as a scab-resistant alternative to the Granny Smith apple.
Why it matters
The Canopy variety was bred to help apple growers reduce dependency on traditional pest management by leveraging the Rvi6 gene for natural disease resistance. Its development offers a potentially more sustainable, tangy, and crisp option for the global produce market.
The Canopy variety uses the Rvi6 gene for scab resistance and is currently being assessed within the EUFRIN network. Trial plantings are underway across Germany, Switzerland, Austria, Spain, and France to determine the apple's viability.
The players
IFO
This is a research and development center responsible for creating the Canopy apple variety.
Dalival
This is an agricultural firm that co-hosted the recent field day for the new apple variety.
EUFRIN
This is an international network that evaluates new apple varieties and horticultural research.
The details
Developed through a hybridization program, the Canopy apple aims to provide a crisp and tangy alternative to existing varieties. The recent field day allowed local industry stakeholders to assess the initial production output from current pilot orchards.
Timeline
The Canopy apple variety was officially launched in 2023.
The inaugural field day occurred in Piedmont on September 15, 2026.
Commercial fruit is expected to reach retail shelves between 2029 and 2030.
The Big Picture
The introduction of the Canopy variety follows a long-standing tradition of breeding for disease resistance to compete with established global standards like the Granny Smith. This discovery marks a shift in horticultural focus toward using the Rvi6 gene to streamline orchard maintenance.
Consumers can expect to see this tangy, scab-resistant variety on shelves within the next few years as commercial production scales. The development represents a shift toward more resilient fruit varieties that may require fewer chemical inputs during the growing season.
The takeaway
Growers and breeders continue to prioritize genetic resistance to improve crop reliability and reduce agricultural overhead. Future market availability will depend on the successful transition of current pilot programs into full-scale commercial operations by 2030.
Further reading
For more information on the latest research in the field, visit Botany.
Source note: This article includes information reported by Freshplaza.
Live Poll
Do you support the introduction of new, modified crop varieties in your local agricultural region?
