On 12 November 2025 at the CTIFL site in La Tapy (France), CTIFL researcher Aliénor Royer-Lanoote presented a report on new cherry varieties.
The presentation focused on the evaluation of cherry varieties during 2025. After an introduction on the climatic and sanitary assessment of the previous season (high pressure of Drosophila suzukii, return of the cherry fruit fly, presence of early cracking), the researcher presented a detailed analysis of the main agronomic and quality aspects of seventeen red varieties and three bicolour varieties.
The varieties were analysed according to several parameters, such as phenology, productivity, fruit size, firmness, and susceptibility/resistance to cracking, double fruits, and mild winters.
The aim of the meeting was to guide varietal choices for new cherry orchards based on direct and objective findings on their performance under current conditions.
Red varieties examined:
Bicolour varieties examined:
Download the presentation and read the comments on each examined variety:
Source: CTIFL
Cover image source: ANA
16 Jul 2024
The study investigates the effect of these combinations on the total phenol and anthocyanin content, the content of individual phenolic compounds and the antioxidant activity of the fruit. The methods used are spectrophotometry and high-performance liquid chromatography (HPLC).
12 Aug 2024
There has been a drastic drop in production: hectares abandoned or replaced with other crops due to lack of profitability. Added to this are difficulties in protecting crops from new pests and the increasingly acute shortage of labour.
17 Apr 2026
A study on sweet cherry grown in Northern Greece examines transcription factors PaWRKY57 and PaNAC29, highlighting their key role in fruit growth, color development and in the molecular mechanisms regulating ripening in non-climacteric fruit species.
17 Apr 2026
CEAF research shows that rootstock and variety combinations influence drought tolerance in cherry trees in Chile, where rainfall is sharply declining. The study highlights strategies to improve water use efficiency and irrigation management in extreme climate conditions.
