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Template for use with pyisotopomer to analyze mass spectrometer data of nitrous oxide isotopomers.
Jupyter Notebook UpdatedSep 20, 2025 -
pyisotopomer Public
Forked from ckelly314/pyisotopomerpyisotopomer is a Python toolbox for processing nitrous oxide (N2O) isotopomer data. Its core is a package of scripts to correct for scrambling in the ion source during isotope ratio mass spectrome…
Jupyter Notebook MIT License UpdatedSep 20, 2025 -
cstar_blueprint_roms_marbl_example Public
Forked from CWorthy-ocean/cstar_blueprint_roms_marbl_exampleJupyter Notebook UpdatedSep 16, 2025 -
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CUPiD Public
Forked from NCAR/CUPiDPython Framework for Generating Diagnostics from CESM
Python Apache License 2.0 UpdatedMay 6, 2024 -
nbscuid-adf-sandbox Public
See https://project.cgd.ucar.edu/projects/ocean-diagnostics-books/eromashkova/nbscuid-adf-sandbox-demo1/adf_quick_run.html for an example of a published demo Jupyter book
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nbscuid Public
Notebook-Based, Super CUstomizable Infrastructure for Diagnostics
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mom6-tools Public
Forked from NCAR/mom6-toolsTools to support analysis of CESM/MOM6 model solutions (mom6-tools)
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nbscuid-examples Public
Examples for nbscuid (https://github.com/rmshkv/nbscuid)
Jupyter Notebook UpdatedSep 20, 2023 -
Repository for hosting material related to Earth System Data Science Initiative efforts
Jupyter Notebook Apache License 2.0 UpdatedAug 28, 2023 -
physical-oceanography-cookbook-datafix Public
Forked from ProjectPythia/physical-oceanography-cookbookExamples of how to use Xarray, Dask, and Holoviews to load, process, and visualize cloud-based ocean data. Datasets include satellite observations (gridded sea-surface height) and ocean model outpu…
Jupyter Notebook MIT License UpdatedJul 25, 2023 -
my-cesm-experiment-extended Public
Forked from matt-long/my-cesm-experimentJupyter Notebook UpdatedJan 31, 2023 -
analysis_tools Public
Forked from klindsay28/analysis_toolstools for ESM analysis
Python Apache License 2.0 UpdatedOct 21, 2022 -
galaxy-alignment Public
This is a series of programs used to determine galaxy clusters' principal axes from their moments of inertia, as well as comparing these to each cluster's brightest cluster galaxy's principal axis.…
Python UpdatedJan 23, 2020
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