An advanced method based on surface renewal theory to estimate the friction velocity and the surface heat flux [Research data]
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Mesures del camp de velocitat del vent (3 components), temperatura sònica i de l'aire a alta freqüència (8-10 Hz) separades per fitxers en base temporal cada 30 min.
NoteDades primàries associades a un article publicat a la revista Water Resources Research disponible a l'adreça https://doi.org/10.1029/2018WR022808
European research projects
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Except where otherwise noted, this item's license is described as cc-by-nc-sa, (c) Francesc Castellví et al., 2018
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An advanced method based on surface renewal theory to estimate the friction velocity and the surface heat flux Castellví Sentís, Francesc (American Geophysical Union, 2018)The earlier formulation based on surface renewal (SR) analysis for estimating the sensible (or buoyant) heat flux (H) of a surface without requiring calibration involved canopy parameters to simultaneously estimate H and ...
Castellví Sentís, Francesc; Medina, Eva T.; Cavero Campo, José (Elsevier, 2020-07-10)Agricultural engineers, crop physiologists and hydrologists are often forced to deploy instrumentation close to the canopy top to estimate surface eddy fluxes. This is a widely recognized problem either at farm-level or ...
Estimating sensible heat flux using surface renewal analysis and the flux variance method: A case study over olive trees at Sástago (NE of Spain) Castellví Sentís, Francesc; Martínez-Cob, Antonio (American Geophysical UnionWiley, 2005)The eddy covariance technique for measuring surface fluxes is often not affordable outside experimental research institutes. Therefore knowledge of the performance of alternative methods for determining surface fluxes is ...