Despite of the importance that leaf wetness duration (LWD) holds in the plant diseases management and forecasting, no standard for its measurement has been widely accepted, and different measurements principles, sensor designs and positioning are responsible for different results. The differences between the observed LWD and the LWD recorded by sensors, and the difference between the measurements of different positioned sensors, had lead to the exigency to verify the possible influences that those differences could have on the forecasting of LWD related plant diseases. In this work a particular attention was addressed to the performance of different sensor positioning and to their effect on the quality of epidemiological simulations.

Leaf wetness sensor positioning and its effect on plant disease simulation models / A.Dalla Marta; S.Orlandini; M.Ghironi; F.Sabatini. - STAMPA. - (2005), pp. 29-33.

Leaf wetness sensor positioning and its effect on plant disease simulation models

DALLA MARTA, ANNA;ORLANDINI, SIMONE;
2005

Abstract

Despite of the importance that leaf wetness duration (LWD) holds in the plant diseases management and forecasting, no standard for its measurement has been widely accepted, and different measurements principles, sensor designs and positioning are responsible for different results. The differences between the observed LWD and the LWD recorded by sensors, and the difference between the measurements of different positioned sensors, had lead to the exigency to verify the possible influences that those differences could have on the forecasting of LWD related plant diseases. In this work a particular attention was addressed to the performance of different sensor positioning and to their effect on the quality of epidemiological simulations.
2005
Leaf wetness duration: analysis of the agrometeorological requirements and evaluation of new estimation methods
29
33
A.Dalla Marta; S.Orlandini; M.Ghironi; F.Sabatini
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Utilizza questo identificatore per citare o creare un link a questa risorsa: https://hdl.handle.net/2158/385001
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