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BIODROB - Biology, ecology and transmission of Xylella fastidiosa by the sharpshooter Draculacaephala robinsoni

EFSA - The BIODROB project focuses on the study of a xylem-feeding insect called Draculacephala robinsoni, a leafhopper recently introduced in Europe and suspected of being a vector of Xylella fastidiosa, a very dangerous plant bacterium.
The main goal is to gather detailed information about the biology, ecology, and behavior of this insect. Specifically, researchers will use advanced techniques, such as EPG (Electrical Penetration Graph), to closely observe how the insect feeds and how often it transmits the bacterium to different plants.
Furthermore, the project will analyze how these insects communicate with each other through vibrations. This research could lead to the development of "semiochemicals," that is, chemical or physical signals that attract or repel the insect, offering new strategies to control the spread of Xylella fastidiosa.
In summary, the BIODROB project aims to better understand a potential vector of a plant disease, with the goal of finding innovative solutions to protect our crops.

Project acronym

BIODROB

Start Date

01/01/2024

End Date

31/12/2026

Funded by

Autorità europea per la sicurezza alimentare (EFSA)

Grant agreement ID

CUP: D43C23004460002

Total cost

total project funding
395.207,47 Euro
FEM funding
26.934,14 Euro

Project description

EFSA - The BIODROB project focuses on the study of a xylem-feeding insect called Draculacephala robinsoni, a leafhopper recently introduced in Europe and suspected of being a vector of Xylella fastidiosa, a very dangerous plant bacterium.
The main goal is to gather detailed information about the biology, ecology, and behavior of this insect. Specifically, researchers will use advanced techniques, such as EPG (Electrical Penetration Graph), to closely observe how the insect feeds and how often it transmits the bacterium to different plants.
Furthermore, the project will analyze how these insects communicate with each other through vibrations. This research could lead to the development of "semiochemicals," that is, chemical or physical signals that attract or repel the insect, offering new strategies to control the spread of Xylella fastidiosa.
In summary, the BIODROB project aims to better understand a potential vector of a plant disease, with the goal of finding innovative solutions to protect our crops.

Funding Scheme

Europeo