Hungary's impressive cherry breeding programme recently celebrated its 70th anniversary. Started in the early post-war period by the late S. Brózik, one of the most prolific researchers and breeders in the world, the programme was continued by J. Apostol and, more recently, by Z. Békefi.
From the very beginning, the project was turned over to the Fruit Research Institute, then passed into the hands of NARIC - National Agricultural Research and Innovation Centre at the turn of the century and, from 2021, to the Hungarian University of Agriculture and Life Science in Budapest. All in all, more than 30 cherry varieties have been released.
In chronological order: the first clones (1, 3 and 45) from the selection of the local variety Germersdorfer (1980s); the varieties Margit, Linda, Katalin and Kavics (1990s); Aida, Anita, Axel, Carmen, Paulus, Petrus, Sandor, Tunde and Vera; Elvira (Edit), Magdolna, Kira, Pillangó (Papillon) and the new late selection 16/77 (2020s).
Read the full presented at Macfrut 2023 by Zsuzsanna Békefi, the current Hungarian project leader.
30 May 2024
‘Thanks to the protection, the cherries are safe, the number of treatments is 75% less than in the open field,’ says Moreno Morisi, ‘the quality is excellent and the production is without residues. And I have the guarantee of harvesting as much as budgeted’.
09 Dec 2024
The auction will see the amount go to 2024's charity partner, Little Wings. The organisation provides free, safe and professional air and ground transportation to seriously ill children in regional and rural towns in New South Wales, Australia and Queensland.
09 Dec 2025
Copefrut introduces RedBeats, a Chilean cherry brand tailored for Gen Z: music-driven identity, flexible packaging and smart formats for every moment. The goal is to turn cherries into a daily snack, moving beyond the traditional gifting-centered consumption model.
09 Dec 2025
A scientific study in Sichuan (China) analyzed two cherry varieties with contrasting colors to understand the genetic regulation of anthocyanin production. The PavMYB.C2 gene and cyanidin-3-glucoside play a central role in developing darker hues. Applications for agriculture and
