Repository for Digital Earth Australia Jupyter Notebooks: tools and workflows for geospatial analysis with Open Data Cube and Xarray
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Updated
Aug 15, 2024 - Jupyter Notebook
Repository for Digital Earth Australia Jupyter Notebooks: tools and workflows for geospatial analysis with Open Data Cube and Xarray
Repository for Digital Earth Africa Sandbox, including: Jupyter notebooks, scripts, tools and workflows for geospatial analysis with Open Data Cube and xarray
Lexcube: 3D Data Cube Visualization in Jupyter Notebooks
A collection of Python notebooks and applications related to Earth Observation (EO) sector.
Repo covering Jupyter Notebook resources for Unidata's 2023 triennial meeting held in Boulder, Colorado
The PyEarthScience repository created by DKRZ (German Climate Computing Center) provides Python scripts and Jupyter notebooks in particular for scientific data processing and visualization used in climate science. It contains scripts for visualization, I/O, and analysis using PyNGL, PyNIO, xarray, cfgrib, xesmf, cartopy, and others.
Interactive widgets for topographic data analysis and modelling in Jupyter notebooks
Python Jupyter notebooks for exploratory reading and visualization (RV) of various geospatial data products and file formats
Collection of notebooks used to demonstrate some Pangeo tools on HPC
Precipitation climatology anomalies of Tanzania, shedding light on drought in the East African country. A jupyter notebook tutorial for geospatial analysis of netcdf data, and precipitation time series.
We have created a Jupyter Notebook to use with NASA PACE data employing HyperCoast to download the data and then view and process these hyperspectral data using traditional python code.
The Copernicus Data Store (CDS) is a one stop shop for a wide range of historical and real time geospatial data from various remote sensing and on-the-ground weather observations. The following notebook is an approach to design a neural network to predict the [Total Precipitation] from the two input variables [Temperature of air at 2m above the …
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