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 study conducted at the NIAB in East Malling and the NIR at the University of Greenwich (UK) determined whether repellents, formulated in specially designed controlled-release dispensers, could reduce damage to strawberries caused by D. suzukii under semi-field conditions.
A Serbian research on 27 native cherry genotypes identifies resistant, adaptable, and low-vigor rootstocks, ideal for sustainable and resilient fruit growing. A key step to meet climate challenges in modern agriculture across Europe and beyond.
A Spain-Denmark study reveals the molecular pathways behind sweet cherry bud dormancy release. The research highlights the roles of hydrogen cyanamide, jasmonates and cytokinins in helping fruit trees adapt to climate change effects on flowering.
Japanese cherry blossom trees bloom from March to April, but not all produce edible cherries. Learn the difference between ornamental and fruiting cherry trees, discover the most iconic varieties and where to see them—from Tokyo to Washington D.C.