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Atmospheric River Tracking Method Intercomparison Project Tier 2 Paleo Source Data and Catalogues

  • William Rush (Contributor)
  • Christopher Skinner (Contributor)
  • Sofia Menemenlis (Contributor)
  • Christine Shields (Creator)
  • Paul Ullrich (Contributor)
  • Travis O'Brien (Contributor)
  • Swen Brands (Contributor)
  • Bin Guan (Contributor)
  • Kyle Mattingly (Contributor)
  • Elizabeth McClenny (Contributor)
  • Kyle Nardi (Creator)
  • Arjun Nellikkattil (Contributor)
  • Alexandre Ramos (Contributor)
  • Kimberley Reid (Contributor)
  • Eric Shearer (Contributor)
  • Ricardo Tom\u00e9 (Contributor)
  • Jonathan Wille (Contributor)
  • L. Leung (Contributor)
  • Fred Ralph (Contributor)
  • Jonathan Rutz (Contributor)
  • Michael Wehner (Contributor)
  • Zhenhai Zhang (Contributor)
  • Mengqian Lu (Contributor)
  • Kwesi Quagraine (Contributor)

Dataset

Description

Atmospheric River Tracking Method Intercomparison Project (ARTMIP) Tier 2 Paleoclimate source data and developer catalogues. Each ARTMIP method/algorithm (named by the developer) submits a catalogue comprised of 0's (no AR exists) or 1's (yes AR exists) for each time slice, for each grid point, using output from CESM2 paleoclimate simulations for PreIndustrial, orbital forcing comparable to the Holocene at 10ka, and greenhouse forcing comparable to 21ka. LGM (Last Glacial Maximum). Each simulation has 30 years of data. Derived quantities required for algorithms, such as IVT or IWV, were computed by the ARTMIP project so that all methods use the same data.
Date made availableNov 7 2024
PublisherNSF NCAR - National Center for Atmospheric Research

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