0000000000414944

AUTHOR

Claudio Gandolfi

0000-0001-7774-1841

showing 2 related works from this author

A full‐scale study of Darcy‐Weisbach friction factor for channels vegetated by riparian species

2021

In this article, an open channel flow resistance equation, deduced applying dimensional analysis and incomplete self-similarity condition for the flow velocity distribution, was tested using measurements carried out in a full-scale channel equipped with three types of riparian plants (Salix alba L., Salix caprea L. and Alnus glutinosa L.). In the experimental channel, having banks lined with boulders, the vegetation branches were anchored in a concrete bottom. For each species, the measurements were carried out with plants having different amounts of leaves, different plant density and plant area index. The relationship between the scale factor Γ of the velocity profile and the Froude numbe…

geographygeography.geographical_feature_categoryself-similaritySoil scienceScale factorDarcy–Weisbach equationopen channelOpen-channel flowsymbols.namesakevegetationdimensional analysiVegetation typevelocity profileFroude numbersymbolsmedicineSettore AGR/08 - Idraulica Agraria E Sistemazioni Idraulico-Forestalimedicine.symptomflow resistanceVegetation (pathology)ScalingWater Science and TechnologyMathematicsRiparian zoneHydrological Processes
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Comparing the use of ERA5 reanalysis dataset and ground-based agrometeorological data under different climates and topography in Italy

2022

Study region: The study region is represented by seven irrigation districts distributed under different climate and topography conditions in Italy. Study focus: This study explores the reliability and consistency of the global ERA5 single levels and ERA5-Land reanalysis datasets in predicting the main agrometeorological estimates commonly used for crop water requirements calculation. In particular, the reanalysis data was compared, variable-by-variable (e.g., solar radiation, R; air temperature, T; relative humidity, RH; wind speed, u; reference evapotranspiration, ET), with in situ agrometeorological observations obtained from 66 automatic weather stations (2008–2020). In addition, the pre…

Weather ground -based observationWater managementReanalysis datasetData-processingData-processing; Irrigation; Modelling and simulation; Reanalysis dataset; Water management; Weather ground-based observationModelling and simulationEarth and Planetary Sciences (miscellaneous)Weather ground-based observationIrrigationWater Science and TechnologyJournal of Hydrology: Regional Studies
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