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analysis-mcglannan-2022

analysis of HadCM3BL surface winds for McGlannan et al. (2022)

analysis-template

Boilerplate template for generic data analysis using python and jupyter notebooks

aprp_deepmip

documentation of APRP analysis to quantify shortwave feedbacks in DeepMIP and CMIP models

archive-db

PostgreSQL database and Go API for ClimateArchive

barakuda

A python-based monitoring package for NEMO General Ocean Circulation Model

climate-archive

climatearchive-api

Flask (Python) API to extract point data from climate model data

climatearchive-spe

cmip_scripts

Collection of bash and NCL scripts for CMIP3/5 data

conda-constructor

constructed installers for conda packages

deepmip-helpers

collection of dictionaries and scripts for interacting with DeepMIP data

deepmip-web-app

Interactive app for DeepMIP model-data comparison built with Python and streamlit

deepmip_model_database_notebooks

Interactive analysis of DeepMIP model data

early-cretaceous-lignites

analysis of simulated and reconstructed Early Cretaceous land temperatures

earth-kcm

earth app modified to display KCM data

era5-heatwaves

analysis and visualisation of July 2023 heatwaves in the ERA5 dataset

geo-timescale

A D3.js-based geologic time scale that utilizes the Paleobiology Database

hadcm3b-ensembles

scripts to create parameter ensemble jobs for HadCM3B

hadgem3-ancils

python notebooks to create ancillary files for various HadGEM3 experiments

introduction-to-scientific-computing

Material developed for the 2022/2023 "Introduction to Scientific Computing" course at the University Bristol.

ipcc_chapter_7_figure_check

approximate reproduction of IPCC AR6 figures 7.11, 7.13 and 7.19 based on provided input data

ipython_extensions

My IPython extensions

jupyter-notebook-collection

assorted collection of jupyter notebooks (python)

kcm_validation

navigator

Graphical user interface for exploring space, time, and taxa in the PBDB

nimbus

netCDF converter for ClimateArchive engine

palaeodmc

Gaussian process regression to estimate Eocene surface temperatures as published in Inglis et al. (2020)

paleooceanstarter

Procedural generation of idealised ocean temperatures to initialise paleoclimate model simulations

ppe_deepmip

HadCM3B Eocene perturbed parameter experiment (PPE) analysis

pygplates-paleomap-old

notebook to calculate paleolocations based on PALEOMAP rotation model