0000000000825142

AUTHOR

Alessandro Castagna

showing 2 related works from this author

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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Glenoid bone loss in anterior shoulder dislocation: a multicentric study to assess the most reliable imaging method

2022

Purpose: The aim of this multicentric study was to assess which imaging method has the best inter-reader agreement for glenoid bone loss quantification in anterior shoulder instability. A further aim was to calculate the inter-method agreement comparing bilateral CT with unilateral CT and MR arthrography (MRA) with CT measurements. Finally, calculations were carried out to find the least time-consuming method. Method: A retrospective evaluation was performed by 9 readers (or pairs of readers) on a consecutive series of 110 patients with MRA and bilateral shoulder CT. Each reader was asked to calculate the glenoid bone loss of all patients using the following methods: best fit circle area on…

Bone lossBone loAnterior shoulder instability; Bone loss; CT; Glenoid bony defect; MRI; Measurement technique; PICORadiology Nuclear Medicine and imagingAnterior shoulder instabilityPICOGeneral MedicineMeasurement techniqueAnterior shoulder instability; Bone loss; CT; Glenoid bony defect; MRI; Measurement technique; PICO.Glenoid bony defectAnterior shoulder instability; Bone loss; CT; Glenoid bony defect; Measurement technique; MRI; PICOCTMRI
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