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CryoCloud
Welcome to CryoCloud: Empowering collaborative Earth science in the cloud
Details
About
Mission
Getting started
CryoCloud Best Practices
CryoCloud Code of Conduct
Citing CryoCloud
Cloud Training
Cloud Training
How Tos
How To…
Background Work
GitHub
JupyterHub
Git
Earthdata Login
Google Earth Engine Sign-Up
Software Carpentry Training
Python Installation and Environments
nbdime - version control for Jupyter notebooks
Data access
Sentinel 2 cloud access
Instructions for setting up an AWS S3 bucket for your project
Using CryoCloud S3 Scratch Bucket
Earthaccess
Tutorials
Tutorials
Demo CryoCloud
ICESat-2 and Landsat cloud access and data integration
Streaming cloud-hosted ICESat-2 ATL15 (Gridded Antarctic/Arctic Land Ice Height) to calculate dh/dt trends
Using ICESat-2 ATL15 (Gridded Arctic Land Ice Height) to investigate ice-surface height anomalies
NASA Earthdata Cloud and data access using earthaccess and icepyx
Introduction to NASA Earthdata Cloud and ICESat-2
Using NASA Earthdata Search to Discover Cloud-Hosted Data
Part 1: Introduction to the
earthaccess
python library
Part 2: Using the
icepyx
python library to access ICESat-2 data
Part 2b: Using the
icepyx
python library to access ICESat-2 data (ATL06)
CryoCloud Tutorials: SlideRule
Parallelized Cloud Computing with Dask for Geoscientists
Analysis-ready, cloud-optimized data: writing zarr directories
Determining ice sheet change using Greenland Ice Mapping Project (GrIMP) tools
Contributing
Contributing
Workflow for contributing to our JupyterBook (or any GitHub project)
Reference
Publications, data products, and libraries supported by CryoCloud
Glossaries
ICESat-2 Resources
Open Science
Open-source Software
How to Get Help
repository
open issue
Index
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B
Binder
BinderHub
C
Conda
D
Docker
G
Git
GitHub
H
Hackweek
I
ICESat-2
J
Jupyter Book
Jupyter Notebook
JupyterHub
JupyterLab
M
MyST
P
Project Jupyter
S
Slack
