20 Feb 2025
Cherry leaf spot is a challenge for Michigan growers due to fungicide resistance and climatic conditions. MSU research has identified effective copper-based fungicides.
17 Feb 2025
A recent study conducted on the slopes of Mount Etna (Italy) analyzed the seasonal activity, population genetics, and presence of parasitoids potentially useful for the biological control of this insect in the area.
14 Feb 2025
In the Parsada programme, financed by the French Ministry of Agriculture, several complementary levers have been identified. But these levers must be combined. It is not a question of applying isolated solutions, but of developing technical routes adapted to each situation.
12 Feb 2025
Visual scouting cannot detect early infections and while highly accurate, it is costly. Washington State University (WSU), in collaboration with Ruff Country K9 LLC, is exploring a groundbreaking solution: using trained detection dogs to identify LCD-infected trees.
12 Feb 2025
A recent study analyzed the diversity of Pseudomonas syringae sensu lato, a complex of bacteria known for their pathogenicity in plants, present in California, by sequencing the genome of 86 isolates obtained from both symptomatic and asymptomatic fruit.
07 Feb 2025
A recent study from Korea investigated the combined effect of ethyl formate (EF) and cold on this invasive species, analysing metabolic changes to better understand the impact on the insect's physiology.
04 Feb 2025
Studied between Chilean and Israeli institutes have analyzed the function of pattern-triggered immunity in sweet cherry, induced by the fungal elicitor Xyn11/eix, was analysed. The results show that Xyn11/eix induces two distinct responses: cell death and ethylene increase.
27 Jan 2025
Entomologist Julianna Wilson will tackle this research with the help of the Agricultural Climate Resilience Programme, a new partnership supported by MSU, the Michigan Plant Coalition and the Michigan Department of Agriculture and Rural Development.
27 Jan 2025
Between 2021 and 2022, researchers at the University of Georgia conducted field surveys to study the North American native parasitoids of Drosophila suzukii. A total of 371 Drosophila parasitoids were collected through the deployment of sentinel traps consisting of fruit baits.
07 Jan 2025
A genetics company and Oregon State University have released sterile males of Drosophila suzukii that have been genetically modified not to reproduce. The idea is that they will one day mate by laying non-viable eggs, thus causing the pest's population to collapse.
