GRACE-REC: A reconstruction of climate-driven water storage changes over the last century
type: Dataset
comment: This dataset metadata was generated with the use of AI and reviewed by an expert. If you see any mistakes please file an issue on GitHub at https://github.com/earthcube/communityCollections/issues.
description: GRACE-REC provides reconstructed terrestrial water storage (TWS) anomalies driven by climate variability, trained on GRACE observations and meteorological forcing data. The reconstruction is provided at 0.5° spatial resolution and is available at daily and monthly temporal scales over the period 1901 to present (with updates released regularly). The product is designed for analyses of long-term hydroclimate variability, drought and flood assessment, and interpretation of GRACE/GRACE-FO water storage records and gaps.
keywords: GRACE-REC
keywords: terrestrial water storage
keywords: TWS
keywords: water storage anomalies
keywords: hydrology
keywords: hydroclimate
keywords: drought
keywords: flood
keywords: GRACE
keywords: GRACE-FO
keywords: reconstruction
keywords: climate-driven
keywords: 0.5 degree
keywords: monthly
keywords: daily
keywords: Figshare
creator: Vincent Humphrey
  type: Person
  affiliation: Institute for Atmospheric and Climate Science, ETH Zurich
creator: Lukas Gudmundsson
  type: Person
  affiliation: Institute for Atmospheric and Climate Science, ETH Zurich
provider: Figshare
publisher: Figshare
is accessible for free: true
variable measured: Terrestrial water storage anomaly
  type: PropertyValue
  description: Reconstructed climate-driven terrestrial water storage anomalies (TWSA) derived from statistical modeling calibrated to GRACE observations.
  temporal coverage: 1901-01-01/2019-12-31
  spatial coverage: Global terrestrial water storage reconstruction
    type: Place
    geo: GeoShape
      box: -180,-90 180,90
  temporal resolution: P1D
  temporal resolution: P1M
  spatial resolution: 0.5 degree
variable measured: Ensemble members
  type: PropertyValue
  description: Multiple ensemble realizations to quantify predictive uncertainty for reconstructed TWS anomalies.
  temporal coverage: 1901-01-01/2019-12-31
  spatial coverage: Global terrestrial water storage reconstruction
    type: Place
    geo: GeoShape
      box: -180,-90 180,90
  temporal resolution: P1D
  temporal resolution: P1M
  spatial resolution: 0.5 degree
measurement technique: Statistical reconstruction calibrated with GRACE observations
measurement technique: Reconstruction driven by meteorological forcing datasets at daily and monthly scales
encoding format: application/x-netcdf
encoding format: application/zip
encoding format: text/html
license: https://creativecommons.org/licenses/by/4.0/
distribution: Figshare dataset landing page
  type: DataDownload
  description: Dataset landing page and downloads hosted on Figshare.
  encoding format: text/html
distribution: Figshare DOI landing page
  type: DataDownload
  description: Persistent DOI landing page for the dataset on Figshare.
  encoding format: text/html
citation: GRACE-REC: a reconstruction of climate-driven water storage changes over the last century
  type: ScholarlyArticle
  author: Vincent Humphrey
  author: Lukas Gudmundsson
  is part of: Earth System Science Data
  date published: 2019
about: Hydrology
about: Terrestrial water storage
about: Climate variability
about: Drought
about: Floods
about: GRACE satellite gravimetry

PropertyValue
property ID: doi
value: 10.5194/essd-11-1153-2019