Galilee TDS THREDDS Data Server

Catalog https://galilee.univ-reunion.fr/thredds/catalog/output/hour/1km/U10/catalog.html

Dataset: U10

• Data format: netCDF
• Data type: GRID
• Naming Authority: le2p-galilee
• ID: swio/hour/1km/U10

Documentation:

• SWIO-Energy (Solar and Wind Energy in the Indian Ocean)
• summary: Scientific data provided by ENERGY-Lab located at the University of La Reunion.
• rights: These data were generated as part of an academic research project, and the principal accountable, Mathieu Delsaut (mathieu.delsaut@univ-reunion.fr), asks to be informed of intent for scientific use and appropriate acknowledgment given in any publications arising therefrom.
• license: Creative Commons Attribution 4.0 International license (CC-BY).
• citation: Citation to be used in publications should follow the form: 'ENERGY-Lab. ([year-of-data-download]). [Title] [Data set]. [DOI]'.
• funding: SWIO-Energy (Solar and Wind Energy in the Indian Ocean) project has been financially supported by Europe and the Reunion Region.

Keywords:

• Surface solar radiation (SSR)
• Regional Climate Models (RCM)
• General Circulation Models (GCM)
• Coordinated Regional Downscaling Experiment (CORDEX)
• Ground-based measurements
• Satellite-derived products
• Reanalyses
• Mean Bias Errors (MBEs)
• Climate projections
• Impact studies

Publishers:

• ENERGY-Lab
  • email: energy-lab-direction@univ-reunion.fr
  • https://www.energylab.re/en

Variables:

• Vocabulary []:
  • ACHFX (J m-2) = = accumulated upward heat flux at the surface
  • ACLHF (J m-2) = = accumulated upward latent heat flux at the surface
  • ACLWDNB (J m-2) = = accumulated downwelling longwave flux at bottom
  • ACLWUPB (J m-2) = = accumulated upwelling longwave flux at bottom
  • ACSWUPB (J m-2) = = accumulated upwelling shortwave flux at bottom
  • COSALPHA = = local cosine of map rotation
  • DZS (m) = = thicknesses of soil layers
  • GLW (W m-2) = = downward long wave flux at ground surface
  • LH (W m-2) = = latent heat flux at the surface
  • P (Pa) = = perturbation pressure
  • PB (Pa) = = base state pressure
  • PH (m2 s-2) = = perturbation geopotential
  • PHB (m2 s-2) = = base-state geopotential
  • QVAPOR (kg kg-1) = = water vapor mixing ratio
  • SFROFF (mm) = = surface runoff
  • SH2O (m3 m-3) = = soil liquid water
  • SINALPHA = = local sine of map rotation
  • SMOIS (m3 m-3) = = soil moisture
  • SWDOWN (W m-2) = = downward short wave flux at ground surface
  • T (K) = = perturbation potential temperature theta-t0
  • TSK (K) = = surface skin temperature
  • TSLB (K) = = soil temperature
  • U (m s-1) = = x-wind component
  • UDROFF (mm) = = underground runoff
  • V (m s-1) = = y-wind component
  • W (m s-1) = = z-wind component
  • SST (K) = = sea surface temperature