886 entries · All types

libpysalCommunity indexed

Provide spatial weights, graphs, computational geometry and input-output foundations for spatial analysis.

Research discipline Computer and information sciencesReusable outputs 1
Computer and information sciencespysal/libpysal
Added Change observed by
GitHub · pysal/libpysalStars 292Forks 107
License unknown

Tool

libpysal tool

Provide spatial weights, graphs, computational geometry and input-output foundations for spatial analysis.

Added Change observed by
GitHub · pysal/libpysalStars 292Forks 107
Computer and information sciences
lidRCommunity indexed

Process airborne LiDAR point clouds for forest and individual-tree analysis.

Research discipline Agriculture, forestry, and fisheriesReusable outputs 1
Agriculture, forestry, and fisheriesr-lidar/lidR
Added Change observed by
GitHub · r-lidar/lidRStars 710Forks 141
License unknown

Tool

lidR tool

Process airborne LiDAR point clouds for forest and individual-tree analysis.

Added Change observed by
GitHub · r-lidar/lidRStars 710Forks 141
Agriculture, forestry, and fisheries
LICommunity indexed

lightkurve

@lightkurve

Public GitHub organization represented by selected research sources.

Added Change observed by
GitHub · @lightkurvePublic followers unknown
1 source · 1 capabilities
LightkurveCommunity indexed

Analyze astronomical pixel data and light curves from missions such as Kepler and TESS.

Research discipline Physical sciencesReusable outputs 1
Physical scienceslightkurve/lightkurve
Added Change observed by
GitHub · lightkurve/lightkurveStars 534Forks 200
License unknown

Tool

Lightkurve tool

Analyze astronomical pixel data and light curves from missions such as Kepler and TESS.

Added Change observed by
GitHub · lightkurve/lightkurveStars 534Forks 200
Physical sciences

GitHub source

lightkurve/lightkurve

A friendly package for Kepler & TESS time series analysis in Python.

Added Change observed by
GitHub · lightkurve/lightkurveStars 534Forks 200

Catalog snapshot 2026-09-22. Date ranges use UTC. Filters use the captured page time; results can change with a new catalog snapshot. Research stays at its original source.

Open-Science: Not connected.