Robert Jnglin Wills

Pacific Warming Pattern Discrepancy Linked to Spurious Rainband in Climate Models

Robert Jnglin Wills, Pedro N. DiNezio

The distinctive pattern of observed Pacific surface temperature trends, with cooling in the east and intensified warming in the west, departs from the more uniform warming anticipated by climate models. The apparent inability of climate models to simulate this warming pattern limits …

Multidecadal SST Variability Assessed as Primarily Forced in the Atlantic and Internal in the Pacific Using Rotated Low-Frequency Component Analysis

Anthony S. Freveletti, Michael S. Diamond, Robert Jnglin Wills

Whether multidecadal sea surface temperature (SST) variability in the Atlantic and Pacific basins originates internally or is externally forced has long been debated. Here, we apply a novel Rotated Low-Frequency Component Analysis to large-ensemble climate model simulations and observational SST data sets …

Increased Model Resolution Amplifies Boreal Winter Arctic Precipitation and Atmospheric Circulation Response to Sea Ice Loss

Lantao Sun, Robert Jnglin Wills, Clara Deser, Adam Herrington et autres

The impact of future Arctic sea ice loss on local climate and large-scale atmospheric circulation has been extensively studied, including through the Polar Amplification Model Intercomparison Project (PAMIP). However, the influence of horizontal resolution on these responses remains largely unexplored. This study …

Forced Component Estimation Statistical Method Intercomparison Project (ForceSMIP)

Robert Jnglin Wills, Clara Deser, Karen A. McKinnon, Adam Phillips et autres

Anthropogenic climate change is unfolding rapidly, yet its regional manifestation can be obscured by internal variability. A primary goal of climate science is to identify the externally forced climate response from among the noise of internal variability. Separating the forced response from …

Towards an Open ESM Framework for Climate Intelligence in Europe

Benjamin M. Sanderson, Antonio Navarra, W. Thiery, Marit Sandstad et autres

A case for coordinated open infrastructure to strengthen European climate modelling capacity, scientific autonomy, and policy relevance.

no, it, be, ch, de, gb, nl, us, es (code pays fourni par la source)

Towards an Open ESM Framework for Climate Intelligence in Europe

Benjamin M. Sanderson, Antonio Navarra, W. Thiery, Marit Sandstad et autres

A case for coordinated open infrastructure to strengthen European climate modelling capacity, scientific autonomy, and policy relevance.

no, it, be, ch, de, gb, nl, us, es (code pays fourni par la source)

Toward exascale climate modelling: a python DSL approach to ICON’s (icosahedral non-hydrostatic) dynamical core (icon-exclaim v0.2.0)

Anurag Dipankar, Mauro Bianco, Mona Bukenberger, Till Ehrengruber et autres

A refactored atmospheric dynamical core of the ICON model implemented in GT4Py, a Python-based domain-specific language designed for performance portability across heterogeneous CPU-GPU architectures, is presented. Integrated within the existing Fortran infrastructure, the new GT4Py dynamical core is shown to exceed ICON …

Zenodo Repository for "Machine Learning of Vertical Fluxes by Unresolved Midlatitude Mesoscale Processes"

Erisa Ismaili, Robert Jnglin Wills, Tom Beucler

Pre-processed coarse-grained data and code for "Machine Learning of Vertical Fluxes by Unresolved Midlatitude Mesoscale Processes" by Ismaili et al. The folder ml-mesoscale-fluxes-main contains all code. It archives the state of https://github.com/eriberries/ml-mesoscale-fluxes/ at the time of manuscript submission. See README for more …

ch (code pays fourni par la source)

Zenodo Repository for "Machine Learning of Vertical Fluxes by Unresolved Midlatitude Mesoscale Processes"

Erisa Ismaili, Robert Jnglin Wills, Tom Beucler

Pre-processed coarse-grained data and code for "Machine Learning of Vertical Fluxes by Unresolved Midlatitude Mesoscale Processes" by Ismaili et al. The folder ml-mesoscale-fluxes-main contains all code. It archives the state of https://github.com/eriberries/ml-mesoscale-fluxes/ at the time of manuscript submission. See README for more …

ch (code pays fourni par la source)

Auxiliary code for Fahrenbach and Wills 2026 - "Amplification of ENSO-driven vegetation variability at decadal and longer timescales"

Nora L. S. Fahrenbach, Robert Jnglin Wills

Code to create the main and supplementary figures presented in Fahrenbach and Wills 2026 "Amplification of ENSO-driven vegetation variability at decadal and longer timescales" Please contact the corresponding author Nora Fahrenbach for questions about the code: nora.fahrenbach@env.ethz.ch Please acknowledge any code taken …

ch (code pays fourni par la source)

Auxiliary code for Fahrenbach and Wills 2026 - "Amplification of ENSO-driven vegetation variability at decadal and longer timescales"

Nora L. S. Fahrenbach, Robert Jnglin Wills

Code to create the main and supplementary figures presented in Fahrenbach and Wills 2026 "Amplification of ENSO-driven vegetation variability at decadal and longer timescales" Please contact the corresponding author Nora Fahrenbach for questions about the code: nora.fahrenbach@env.ethz.ch Please acknowledge any code taken …

ch (code pays fourni par la source)

Auxiliary data for Fahrenbach et al. 2025 - "Reforestation scenarios shape global and regional temperature outcomes"

Nora L. S. Fahrenbach, Steven Johan De Hertog, Felix Jäger, Peter Lawrence et autres

Relevant output variables from CESM2 simulations with the Bastin, Moustakis and Hurtt reforestation potentials as well as code for creating the figures presented in Fahrenbach et al. 2025 - "Reforestation scenarios shape global and regional temperature outcomes" (Communications Earth and Environment) Please …

ch, us (code pays fourni par la source)