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opengeos/leafmap

Analysis updated 2026-07-03

3,699PythonAudience · dataComplexity · 2/5LicenseSetup · easy

TLDR

A Python package for creating interactive maps and running geographic analysis in Jupyter notebooks with just a few lines of code, no Google Earth Engine account needed.

Mindmap

mindmap
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    What it does
      Interactive maps
      Geographic analysis
      No account required
    Backends
      ipyleaflet
      folium
      kepler.gl
      pydeck
    Analysis tools
      WhiteboxTools 500+
      Terrain and watershed
      LiDAR processing
    Environments
      Jupyter and Colab
      marimo notebooks
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What do people build with it?

USE CASE 1

Display an interactive map in a Jupyter notebook and load a local vector or raster file onto it in a single line of Python.

USE CASE 2

Run terrain analysis, watershed modeling, or LiDAR processing using WhiteboxTools through a click-based graphical panel, no code needed.

USE CASE 3

Load geographic data from cloud storage and visualize it on an interactive map in Google Colab without any account setup.

USE CASE 4

Switch between map backends like kepler.gl, pydeck, or bokeh to find the best visualization style for your geographic dataset.

What is it built with?

PythonJupyterfoliumipyleafletWhiteboxTools

How does it compare?

opengeos/leafmapfacebookresearch/reagentstability-ai/stable-audio-tools
Stars3,6993,6993,699
LanguagePythonPythonPython
Setup difficultyeasymoderatehard
Complexity2/54/54/5
Audiencedataresearcherresearcher

Figures from each repo's GitHub metadata at analysis time.

How do you get it running?

Difficulty · easy Time to first run · 5min

Runs in any Jupyter environment including Google Colab with no account required, just pip install leafmap.

MIT license, use freely in personal or commercial projects, just keep the copyright notice.

In plain English

Leafmap is a Python package that lets you create interactive maps and analyze geographic data without writing much code. It runs inside Jupyter notebooks, which are browser-based environments commonly used for data science work in tools like Google Colab and JupyterLab. The main appeal is that you can put a map on screen and load geographic files onto it in a single line of Python. The package fills a gap for people who want to work with geographic data but do not have access to Google Earth Engine, a powerful cloud platform that requires an approved account. Leafmap is free and open source with no account required. It was originally spun off from a related package called geemap, which was built specifically for Google Earth Engine users. Under the hood, Leafmap combines several other open-source libraries. The map display is handled by folium and ipyleaflet, which create the interactive map you see in the browser. Geographic analysis, including things like terrain analysis, watershed modeling, and LiDAR data processing, is handled by a library called WhiteboxTools, which includes over 500 analysis tools. Leafmap wraps all of this with an optional graphical user interface so you can load data files and run analyses by clicking buttons rather than writing code. Some key features described in the README: switching between multiple map display backends (ipyleaflet, folium, kepler.gl, pydeck, and bokeh), loading vector and raster files from local disk or from cloud storage, and running geospatial analysis tools through a visual panel. The package is also supported in the marimo notebook environment. Leafmap is licensed under the MIT license and has tutorials available on YouTube as well as a dedicated documentation site.

Copy-paste prompts

Prompt 1
Using opengeos/leafmap in a Jupyter notebook, show me how to display an interactive map and load a local GeoJSON file onto it in the fewest lines of Python.
Prompt 2
I want to run a watershed analysis with leafmap and WhiteboxTools. Walk me through the steps to load a digital elevation model and compute drainage basins.
Prompt 3
How do I load a raster file from an S3 bucket onto a leafmap map? Show me the Python code to do it in Google Colab.
Prompt 4
I want to use leafmap's graphical UI to run geospatial analysis without writing code. How do I open the tool panel in JupyterLab?
Prompt 5
Compare the different map backends in leafmap, ipyleaflet, folium, kepler.gl, and pydeck. When would I choose each one for a data science project?

Frequently asked questions

What is leafmap?

A Python package for creating interactive maps and running geographic analysis in Jupyter notebooks with just a few lines of code, no Google Earth Engine account needed.

What language is leafmap written in?

Mainly Python. The stack also includes Python, Jupyter, folium.

What license does leafmap use?

MIT license, use freely in personal or commercial projects, just keep the copyright notice.

How hard is leafmap to set up?

Setup difficulty is rated easy, with roughly 5min to a first successful run.

Who is leafmap for?

Mainly data.

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