EarthCube 2022 Call for Notebooks

EarthCube 2022 Call

Notebook Submissions

Data Cleaning with Pandas and Jupyter Notebooks
- Data Cleaning with Pandas and Jupyter Notebooks
Magnetic Polarity Inversion Line Detection and Analysis Tool
- AJ_01_MPIL_Detection_and_Analysis_Tool
Predicting Solar Flares with Machine Learning
- Predicting Solar Flares with Machine Learning
PaleoHack: Putting EarthCube tools in the hands of paleogeoscientists
- PaleoHack: Putting EarthCube tools in the hands of paleogeoscientists
Visualizing Ice Core Datasets in Python Using a Jupyter Notebook Template
- Visualizing Ice Core Datasets in Python Using a Jupyter Notebook Template
Database interoperability, uncertainty quantification and reproducible workflows in the paleogeosciences
Intro to Argovis' API
- Intro to Argovis’ API
Assimilative Mapping of Geospace Observations (AMGeO)
- AMGeO 2.0: Crafting an API for Geospace Data Scientists
Accelerating Lagrangian analyses of oceanic data: benchmarking typical workflows
- Accelerating Lagrangian analyses of oceanic data: benchmarking typical workflows
Handling Highly Imbalanced Data in Machine Learning Applications
- Handling Highly Imbalanced Data in Machine Learning Applications
EC_SEP_Visualization
- GSEP Event Catalog and Time Series Dataset
Jupyter Notebooks as a bridge to the MagIC Database and Open Science
- Jupyter Notebooks as a bridge to the MagIC Database and Open Science
ICESpark
- ICESpark-EarthCube-2022-Annual-Meeting

Theme by the Executable Book Project

Index

By EarthCube Office: Supported by NSF Award Number 1928208