This study includes preliminary considerations and results concerning the development and the validation of a physical model for leaf wetness duration measurement working in topographical way, taking advantage from high quality precipitation fields supplied by the GPM - 500 polarimetric radar, and from dense network measurements provided by weather stations available in Friuli Venezia Giulia region.
Using remotely sensed data for leaf wetness duration measurement / S. DIETRICH; A. CICOGNA; R. FABBO; M. GANI; S. ORLANDINI; M. SANDRA; G. MARACCHI; R. ALILLA; R. GIOVANARDI; M. SEVERINI. - STAMPA. - (2002), pp. 1-1. (Intervento presentato al convegno EUROPEAN GEOPHYSICAL SOCIETY tenutosi a Nice, FRANCE nel 21-26 April 2002).
Using remotely sensed data for leaf wetness duration measurement
ORLANDINI, SIMONE;MARACCHI, GIAMPIERO;
2002
Abstract
This study includes preliminary considerations and results concerning the development and the validation of a physical model for leaf wetness duration measurement working in topographical way, taking advantage from high quality precipitation fields supplied by the GPM - 500 polarimetric radar, and from dense network measurements provided by weather stations available in Friuli Venezia Giulia region.
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