21 Jul 2026
In Romania, semi-transparent agrivoltaic panels, IoT sensors and AI-powered irrigation reduced water use in a cherry orchard by 40-50%, while producing larger fruit, longer stems and more precise resource management during extreme heat and drought conditions for growers.
26 Jun 2026
A Tasmanian study examines how clear and opaque rain covers change orchard microclimate, light, leaf physiology and cherry quality, combining replicated field trials and grower case studies to help producers improve fruit performance, harvest timing and storage potential.
23 Jun 2026
Brunella Morandi examines the future of cherry growing in Emilia-Romagna and the United States: protective covers against cracking and Drosophila, variety and rootstock choices, mechanized orchards, harvesting robots and smarter irrigation for climate resilience today.
29 May 2026
Heat, mild winters and late frosts are pressuring cherry trees in Italy. Shading nets can reduce water stress and thermal damage, but their effect on yield depends on rootstock, vigor, training system, canopy density and orchard management from bloom to post harvest too.
22 May 2026
Cherry orchard covers in Chile no longer protect only against rain: they now regulate microclimate, reduce cracking, improve export quality and fruit condition, supporting more stable economic returns in modern orchards exposed to growing climate risk and market pressure.
04 May 2026
In France, the first Royal Tioga cherries reach the shelves as early as April thanks to protective systems against wind and rain. Early production reduces competition, improves growers’ margins and allows prices of up to €14 per kilo at the start of the season.
23 Apr 2026
A Tasmanian research project examines how rain covers alter orchard microclimates, analysing impacts on cherry quality, yield and tree growth. Findings will help growers manage hotter summers, extreme rainfall events and the increasing challenges of climate change.
08 Apr 2026
A study conducted in Cadriano, Bologna, investigates shading nets on Sweet Saretta cherry trees, showing improved plant water status, reduced vapor pressure deficit and enhanced physiological efficiency, with direct effects on fruit growth processes and overall quality.
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.
27 Mar 2026
Retractable rain covers enhance yield and fruit quality in family cherry orchards in Chile. They provide climate protection, increased light exposure and efficient labor management, offering a flexible solution for small growers seeking stability and cost optimization.
