jameslarsonclimate
Colorado State Univ. graduate student researching societal-climate interactions in the Dept. of Atmospheric Science
Colorado State UniversityFort Collins, Colorado
Pinned Repositories
python-scripts
All python scripts concerning hindcast analysis are stored here
jameslarsonclimate
Larson-Thompson-Hurrell-2024
Repository which includes the code required to generate the figures for the Larson, Thompson, Hurrell (2024) publication. Please see the file titled "Publication-Larson-Thompson-Hurrell-Nature-2024.ipynb"
regressAtmosphereToOcean
Regress atmospheric variables to sea surface temperature. Includes user created functions to do various tasks such as remove seasonal cycle, vectorized linear regression, and plotting.
social-climate-model
This is a modified version of the social climate model produced by Dr. Frances C. Moore, as documented in Moore et al. (2022) in the journal Nature.
social-climate-model-shinyApp
This repo hosts an R Shiny app for the Moore et al. (2022) social climate model. This code was originally generated, now adapted, by Dr. Frances Moore and co-authors.
jameslarsonclimate's Repositories
jameslarsonclimate/regressAtmosphereToOcean
Regress atmospheric variables to sea surface temperature. Includes user created functions to do various tasks such as remove seasonal cycle, vectorized linear regression, and plotting.
jameslarsonclimate/jameslarsonclimate
jameslarsonclimate/Larson-Thompson-Hurrell-2024
Repository which includes the code required to generate the figures for the Larson, Thompson, Hurrell (2024) publication. Please see the file titled "Publication-Larson-Thompson-Hurrell-Nature-2024.ipynb"
jameslarsonclimate/social-climate-model
This is a modified version of the social climate model produced by Dr. Frances C. Moore, as documented in Moore et al. (2022) in the journal Nature.
jameslarsonclimate/social-climate-model-shinyApp
This repo hosts an R Shiny app for the Moore et al. (2022) social climate model. This code was originally generated, now adapted, by Dr. Frances Moore and co-authors.