29 Aug 2024
By studying the specific odors emitted by infected fruit researchers have identified chemicals that repel the flies when applied to healthy fruit and are developing a slow-release device to disperse these odors in the field, ensuring they do not come in contact with the fruit.
13 Aug 2024
Three trials on Larvasoil did not demonstrate the effectiveness of this specialty, as well as the Neemazal from the SudExpe station or the 23-ADS-001, a product formulated with essential oils and the CTI 24 1. Neemazal gave contrasting results depending on the trials.
08 Aug 2024
Tests conducted with needles of 3 different sizes showed that the best product diffusion occurred with the longest needle. Subsequently, the researchers started trials directly in the field. The first study focused on the healing time of the injection sites.
26 Jul 2024
The research utilized in silico approaches to examine the interactions between the essential oil components, mainly neral and geranial, and three key protein targets: γ-aminobutyric acid (GABA) receptors, acetylcholinesterase (AChE), and glutathione S-transferase (GST).
16 Jul 2024
"There have already been promising results in North America, where it has become naturally established. We are currently testing its acclimatisation and effectiveness in about 60 plots throughout France,' explains Nicolas Borowizc of INRAE Paca.
12 Jul 2024
Although not yet detected in Australia, it is known to spread rapidly and has been identified as the third priority plant pest nationwide. Early detection and reporting is critical to manage and prevent its spread.
12 Jul 2024
Agrion researchers Davide Nari and Valentina Roera presented the latest developments in cherry and apricot variety comparisons, while Francesca Pettiti and Luca Nari showed updates from the Forficula Auricolaria and Drosophila Suzukii trials.
05 Jul 2024
The project was initiated to develop prevention and early detection approaches that can be combined with integrated pest management approaches against these new fruit fly species, particularly for out-of-season fruit production.
02 Jul 2024
Nicolas Borowiec, an INRAE engineer specialising in biological control by acclimatisation, emphasises that 'this parasitoid was selected because it attacks D. suzukii effectively and specifically in ripening fruit, thus limiting undesirable effects'.
28 Jun 2024
Manfred Hartbauer of the University of Graz and his team developed a biocide against this pest. The biocide attracts cherry vinegar flies with the scent of orange peel and at the same time has an insecticidal effect.
