To document the development of new "CITH" varieties, ICAR- Central Institute of Temperate Horticulture Kashmir (India) initiated a rigorous investigation starting in 1996 under the Project "Survey, Collection, Characterization, and Documentation of Temperate Fruit Crops".
The institute has identified and collected variability from the century-old varieties Biggareau Napoleon, Bigarreau Noir Grossa, Guigne Noir Hative, etc. Currently, the institute has a germplasm bank with 30 genotypes of sweet and sour cherries.
Of these, four promising genotypes have been identified, namely, CITH-Cherry-03, CITH-Cherry-05, CITH-Cherry-07, and CITH-Cherry-09. The CITH-Sweet cherry clones, selected from the Double and Misri varieties, bear larger fruits and are attractive in shape and color with a high total soluble solids content and pulp/stone ratio. The new varieties are of good quality with high fruit set (50-80%) under normal conditions.
For more information on CITH varieties, download the PDF here
08 Jan 2025
The surface pitting damage is caused by mechanical damage before and after harvest. The defect only manifests itself after 7-10 days of cold storage, after packing and inspection of the fruit, and has substantial economic implications.
09 Jun 2025
The 2024/25 cherry season in Chile sets a record thanks to smart irrigation strategies. With proper data use, it's possible to increase productivity and reduce water consumption by up to 42%, significantly enhancing quality, efficiency, and overall crop sustainability.
07 Apr 2026
A University of Bologna study confirms the effectiveness of Europollen Zimex on Kordia cherries and Dori kiwi in Emilia-Romagna, showing improvements in fruit quality and fruit set, based on data collected in commercial orchards during the 2025 growing season.
07 Apr 2026
Multifunctional cherry covers affect microclimate, photosynthesis and yield. Trials in Emilia Romagna and Campania show that 20% shading improves plant water status, fruit growth and productivity while maintaining overall fruit quality under varying conditions.
