Articles
INTEGRATED FORECASTING SYSTEMS FOR MONITORING FIRE BLIGHT IN TRENTINO
Article number
704_25
Pages
191 – 196
Language
English
Abstract
Due to the excellent climatic conditions that enhance the fruit quality, apple is one of the most important crops in Trentino, Italy.
About 12,500 hectares are cropped with apple with a production of 400 q/ha.
Appropriate strategies are necessary to prevent fire blight establishment and diffusion in this area.
After the first appearance of the bacterium in two locations in Trentino (however eradicated), a risk-monitoring network, based on a disease forecasting system, was implemented.
The system allows identification of risk periods and areas, which can be quickly checked by inspectors.
It is based on existing fire blight warning algorithms and on meteorological data of the region delivered by automatic weather stations.
Outputs of the single warning systems are combined, delivering quantitative risk estimation of infection by fire blight.
Evaluation of both the historical and the future weather and phenological data will allow optimisation of the fire blight scouting and monitoring.
About 12,500 hectares are cropped with apple with a production of 400 q/ha.
Appropriate strategies are necessary to prevent fire blight establishment and diffusion in this area.
After the first appearance of the bacterium in two locations in Trentino (however eradicated), a risk-monitoring network, based on a disease forecasting system, was implemented.
The system allows identification of risk periods and areas, which can be quickly checked by inspectors.
It is based on existing fire blight warning algorithms and on meteorological data of the region delivered by automatic weather stations.
Outputs of the single warning systems are combined, delivering quantitative risk estimation of infection by fire blight.
Evaluation of both the historical and the future weather and phenological data will allow optimisation of the fire blight scouting and monitoring.
Publication
Authors
R. Zasso, R. Moskovitch, I. Pertot, C. Gessler
Keywords
apple, warning systems, degree of risk, Erwinia amylovora
Online Articles (93)

EA1HCONTROL OF FIRE BLIGHT WITH A LYSOZYME FROM THE ERWINIA AMYLOVORA PHAGE EA1H