jwagemann / 2020_analysis_of_big_earth_data_with_jupyterLinks
This repository hosts the Jupyter notebooks developed for the lecture on 'Analysis of Big Earth Data with Jupyter notebooks' during the OpenGeoHub Summer School 2020.
☆15Updated last year
Alternatives and similar repositories for 2020_analysis_of_big_earth_data_with_jupyter
Users that are interested in 2020_analysis_of_big_earth_data_with_jupyter are comparing it to the libraries listed below
Sorting:
- Short course on interactive analysis of Big Earth Data with Jupyter Notebooks☆31Updated 6 years ago
- Relative Elevation Model in Python using xarray☆74Updated 3 years ago
- An open, reproducible and transferable workflow to assess and anticipate climate extremes beyond the observed record☆18Updated last year
- Reconstruction of surface water dynamics in global reservoirs☆52Updated 2 years ago
- A python jupyter notebook with a GUI using ipywidgets and the geemap python package for interactive surface water mapping using Google Ea…☆34Updated 2 months ago
- Python Geospatial Data Analysis Course offered at UW during winter 2021☆27Updated 3 years ago
- ☆22Updated this week
- Aggregating gridded data (xarray) to polygons☆100Updated last month
- Delineating watershed basins and computing attribute statistics using Google Earth Engine☆35Updated 2 weeks ago
- Python scripts for the "NWP Data Acquisition, Processing and Visualization With Python" training course (INPE / CPTEC) - Jul / 2021☆36Updated last year
- Calculate the ET-SCI climate extremes indices☆55Updated last month
- Content from the NASA Earthdata webinar presented by ORNL DAAC in September 2019.☆11Updated 5 years ago
- Content for SciPy 2024 Tutorial "Github Actions for Scientific Data Workflows."☆30Updated last year
- Functions and Python scripts to ingest ERA5 data into Google Earth Engine☆89Updated 4 years ago
- Interactive Jupyter Book for wrangling, visualizing, and analyzing ICESat-2 sea ice thickness data☆17Updated 2 years ago
- An introduction to netcdf files in R, python, and matlab☆30Updated 9 years ago
- Containerized application for running individual tasks in a larger, orchestrated CMIP6 bias-adjustment and downscaling workflow.☆16Updated 2 weeks ago
- ☆59Updated last year
- Curated list of open resources that make our lives as (eco-)hydrologists easier or just more awesome☆52Updated 5 years ago
- A Python package for simple STAC queries☆67Updated 3 years ago
- Workshop materials for EGU General Assembly 2021 sessions Spatio-temporal trend analysis of spatial climate data (temperature and rainfal…☆25Updated last year
- OceanHackWeek - Tutorials☆54Updated 2 months ago
- Deploy Tensorflow models to Google Cloud Platform for automating predictions on Earth Engine imagery☆23Updated 2 years ago
- ☆26Updated 7 months ago
- Fast and accurate calculations for applications in atmospheric science☆18Updated last week
- ☆35Updated 2 years ago
- This repository contains a Jupyter Notebook for automatic flood extent mapping using space-based information.☆43Updated 2 years ago
- A python package of tools coming from the GEOGLOWS initiative☆17Updated last week
- Precipitation-based indices are generally considered as the simplest indices because they are calculated solely based on long-term rainfa…☆37Updated 3 years ago
- Code for estimating ET using the alternative to the Penman-Monteith equation given in McColl et al. (2020, WRR)☆13Updated 5 years ago