The Technology Transfer Center of the Edmund Mach Foundation has organized the:
In-person event with registration at this link
Aula Magna Edmund Mach Foundation, Via E. Mach 1 - San Michele all'Adige
or
Live streaming on the Foundation E. Mach's YouTube channel www.youtube.com/fondazionemach
8:00 Participant registration
8:30 Opening greetings
8:45 SWD (Drosophila suzukii): ecology and biological control
Alberto Grassi, Simone Puppato - CTT Edmund Mach Foundation
9:15 Update on the biology of the raspberry eriophyid in Trentino
Simone Puppato, Alberto Grassi - CTT Edmund Mach Foundation
9:45 News on the biology of the strawberry weevil and integrated management
Lorenzo Tonina, Simone Puppato, Alberto Grassi, Paolo Miorelli, Gessica Tolotti – CTT Edmund Mach Foundation; Giulia Zanettin - Collaborating entomologist
10:15 Evaluation of distribution methods with cannon sprayer on tunnel strawberries
Daniel Bondesan, Paolo Miorelli, Claudio Rizzi, Gianpiero Ganarin - CTT Edmund Mach Foundation
10:45 Evaluation of organic substrates for soilless strawberry cultivation: initial observations on products available in Trentino
Paolo Martinatti, Gianpiero Ganarin, Paolo Miorelli, Luca Brentari, Tommaso Pantezzi - CTT Edmund Mach Foundation
11:15 Harvest timing and disposal to improve blueberry quality and shelf life
Luca Brentari, Sarah Girardi, Fabio Zeni, Lorenzo Turrini, Dario Angeli - CTT Edmund Mach Foundation
11:45 Debate (questions via WhatsApp or SMS to the number 335 8484120)
12:00 Closing of the technical day
Moderator: Tommaso Pantezzi, Technology Transfer Center FEM
To participate in person: registration at this link
The event will also be livestreamed at www.youtube.com/fondazionemach
The video of the event will be available later.
Image: Fondazione Mach
24 Feb 2025
In order to study how WOX genes may influence the development and drought resistance of sweet cherry, a comprehensive analysis of the WOX gene family of this species was conducted in several research centres in Tianshui (China).
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A recent study, based on the use of the MaxEnt model, has enabled Chinese researchers to predict potentially suitable areas for the cultivation of this species in China, identifying key environmental factors that influence its distribution. The MaxEnt model proved effective.
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A University of Belgrade study in Serbia examines pollen germination, pollen tube growth and flowering phenology in six sour cherry genotypes, highlighting the decisive role of genetics, environment and phenotypic stability in orchard pollination under field conditions.
25 Aug 2026
In Chile, artificial intelligence, drones and multispectral imaging are transforming cherry farming. New technologies improve yields, treatment precision, water efficiency and crop management, while accelerating the development of increasingly automated and data-driven orchards.
