Spotted Wing Drosophila, a well-known pest that infests ripe, ready-to-eat fruit, poses a significant threat to farmers because it is very difficult to control with standard pesticides. A new approach to tackling this pest involves manipulating the behavior of these insects by disguising healthy fruit as if it were infected with an unappealing pathogen.
By studying the specific odors emitted by infected fruit, researchers have identified the chemicals that repel the flies when applied to healthy fruit and are developing a slow-release device to disperse these fruity odors in the field, ensuring that they do not come into direct contact with the fruit. This method provides a new tool to help farmers protect their crops without relying exclusively on insecticides.
A Chilean study evaluates chemical agents and application timing to improve sweet cherry bud break. Results show impacts on uniformity, flowering, and fruit set, offering practical strategies to address reduced winter chill under climate change conditions.
A study on light-colored cherries in Konya, Turkey, analyzes energy efficiency, production inputs and greenhouse gas emissions, highlighting the role of fertilizers, irrigation and renewable energy in building a more sustainable and competitive fruit sector.
A WSU study shows how heatwaves, low temperatures during bloom and environmental stress affect firmness, stems, pitting and postharvest cherry quality in Washington State, with different responses across Rainier, Bing, Skeena and Sweetheart cultivars in hot seasons.
A study by Miguel Hernández University in Elche shows that natural treatments with putrescine and spermidine can raise sweet cherry yields in Spain by up to 40%, reduce rain-induced cracking, and improve fruit firmness, color, flavor and overall market quality too.