20 Feb 2026
A Bulgarian study compares the SLECI system with drip irrigation in sweet cherry orchards. Water use reduced up to 14 times with similar yields and higher irrigation water productivity. A sustainable solution for drought-prone areas with limited energy resources.
19 Feb 2026
A 13-year study in Čačak, Serbia, on a high-density sweet cherry orchard (1,250 trees/ha) comparing Mazzard and Colt rootstocks. Growth, yield, fruit quality and profitability were assessed on heavy, acidic soils without irrigation, highlighting long-term differences.
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.
17 Feb 2026
A study on ‘0900 Ziraat’ sweet cherries shows that combining 4% calcium chloride with modified atmosphere packaging (MAP) reduces weight loss, respiration and decay, preserving organic acids, vitamin C and phenolic compounds during cold storage and extending overall shelf life.
11 Feb 2026
A Chinese study shows the effectiveness of 5-aminolevulinic acid hydrochloride against sweet cherry black rot, inhibiting Alternaria alternata and improving postharvest fruit quality. An innovative strategy for food safety and sustainable crop protection.
10 Feb 2026
Low temperature storage extends the shelf life of sweet cherries but may induce pulp lignification. A study on the Meizao cultivar examines structural, biochemical and molecular changes affecting fruit firmness, texture, quality and consumer acceptance during post-harvest storage
04 Feb 2026
A recent study in China highlights the effectiveness of Ginkgo biloba leaf extract in protecting sweet cherries from Penicillium expansum. The treatment reduces decay, enhances the fruit’s defense system and preserves its commercial quality after harvest.
03 Feb 2026
Which rootstocks to choose for cherry trees in dry climates? A study in Hungary compares MaxMa 14, GiSelA 6, and WeiGi 2, showing key differences in water stress response. Learn which rootstock ensures sustainable cherry growing under water-limited conditions.
30 Jan 2026
A new study from Turkey explores sweet cherry grafting compatibility using advanced tools like PCA, Random Forest and SHAP. Gisela 6 and local genotypes show promising integration for improved selection methods in cherry cultivation and rootstock choice.
29 Jan 2026
A genomic study identifies 38 AKR genes in sweet cherry, key to drought, salinity, and hormonal stress responses. The findings offer new opportunities for breeding resilient cultivars, vital for climate adaptation and increased crop stability and yield.
