11 Apr 2025
From snowy Montana comes the new “FE” cherry, cold-hardy to -45°C and ideal for pies, wine, preserves, and fresh eating. Backed by 60 years of family-driven selection, it’s now available from HoneyberryUSA, a leader in American cold-hardy fruit farming.
24 Mar 2025
Find out how PavHIPP genes can improve cold resistance in cherry trees, increasing production, quality and plant growth even in adverse weather conditions.
24 Feb 2025
In order to study how WOX genes may influence the development and drought resistance of sweet cherry, a comprehensive analysis of the WOX gene family of this species was conducted in several research centres in Tianshui (China).
20 Feb 2025
The objective of the genetic research programme of the Extremadura Centre for Scientific and Technological Research (CICYTEX) was to produce new Picota-type cultivars with a superior antioxidant composition through the controlled cross 'Ambrunés' × 'Hudson'.
10 Feb 2025
"In the last 13 years we have produced an average of 4700 hybrids per year. We collect 80000 seeds, out of which 60000 come from ‘controlled’ open pollinations. The largest families have 250-300 hybrids" says Dr. José Manuel Donoso of INIA Rayantué.
20 Jan 2025
The objectives of the study was to phenotype a segregating population of sweet cherries for selected key traits of the Zipper model and for their susceptibility to cracking, for which the QTLs for cracking susceptibility were established earlier.
16 Jan 2025
Despite the fact its manifests similarly to other Rosaceae species, GSI in sour cherries is more complex due to tetraploidy and the presence of pollen-part and stylar-part mutants that cause genetic changes at S-locus.
10 Jan 2025
According to a lengthy legal dispute between the Canadian government and some fruit companies in Washington, several forms of DNA screening, years of field experiments, and a federal judge's ruling are required.
09 Jan 2025
A recent Chinese study analyzed their role in sweet cherry (Prunus avium). The findings showed that the seasonal expression of PavSPL genes varies throughout the plant's annual cycle, particularly during the post-dormancy recovery period.
30 Dec 2024
The aim of the work presented in Cáceres (Spain) was to study the relationship between the expression of PavDAM genes throughout the entire winter dormancy period, that is, from the onset of dormancy until the beginning of bud break (from October to February).
