Cherry Times hosts the presentations displayed on Saturday 10 June in Palombara, Rome, during the National Cherry Symposium, a scientific and academic event at the service of farmers and lovers of the Sabina cherries.
The event took place within the framework of the 95th Historical Edition of the Sagra delle Cerase, the oldest in Europe of this crop, based on a centuries-old tradition, due to the Cerase del Papa variety, dating back to Honorius IV (around 1200).
The aim of the Symposium was to foster cherry production, drawing attention to a product of Italian excellence that can represent the crop of attraction and valorisation, taking stock of the latest developments in agrifood research, focusing on the Sabina area.
Another objective was to connect national and local administrations, public opinion, and the scientific and academic world with operators in the agri-food sector, who invest energy and time on the excellence and uniqueness to which cherries are an undisputed witness of flavour and beauty.
Here the Symposium programme in pdf (Italian).
Symposium reports (Italian):
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20 Jun 2025
During the 2025 Technical Tour in Spain, ANA Chile® evaluated very early and low-chill cherry varieties, already present in Chile. Selections like the promising Selection 10 and Ibergen genotypes showed excellent quality, productivity, and commercial potential.
15 Dec 2025
With bee health under threat and wild pollinators in decline, an innovative project is turning to flies as alternative pollinators for crops like cherries, avocados and vegetables, offering a practical solution to build a more resilient and sustainable fruit production system.
18 Feb 2026
Chile’s 2025-2026 cherry season closes with 112 million boxes exported, 87% shipped to China. Prices remain stable despite high supply levels. The United States and Southeast Asia show growth, while the industry faces mounting concerns over potential overproduction risks.
18 Feb 2026
Study in China on 110 sweet cherry plastomes (Prunus avium) reveals three maternal lineages and a marked reduction in genetic diversity among modern cultivars. A clear plastid bottleneck emerges, with implications for breeding, traceability and climate resilience.
