Reverse Dependencies of pystac

The following projects have a declared dependency on pystac:

• actinia-core — Actinia Core is an open source REST API for scalable, distributed, high performance processing of geographical data that uses mainly GRASS GIS for computational tasks
• aiearth-data — AIEarth Engine Python SDK Data
• cloudsen12 — A Python package for use cloudsen12
• copernicus-marine-client — no summary
• copernicusmarine — no summary
• cyfi — Estimate cyanobacteria density in small, inland water bodies using Sentinel-2 satellite imagery.
• deltares_datasuite — Python package to create and update STAC items in the Deltares Data Management Suite
• digitalarztools — Digital Arz tools for applications
• dinamis-sdk — DINAMIS SDK
• eodag — Earth Observation Data Access Gateway
• eodash_catalog — This package is intended to help create a compatible STAC catalog for the eodash dashboard client. It supports configuration of multiple endpoint types for information extraction.
• eodatasets3 — Packaging, metadata and provenance for OpenDataCube EO3 datasets
• eodc — Python SDK for interacting with EODC services.
• eotdl — Earth Observation Training Data Lab
• flipnslide — A concise Python package to preprocess large scientific images for use with GPUs.
• geonadir-upload-cli — Geonadir upload CLI tool.
• geostore — Central storage, management and access for important geospatial datasets developed by LINZ
• geovisio — GeoVisio API - Main
• harmony-service-lib — A library for Python-based Harmony services to parse incoming messages, fetch data, stage data, and call back to Harmony
• hls_tools — Tools for working with the Harmonized Landsat Sentinel 2 remote sensing dataset
• hydromt — HydroMT: Automated and reproducible model building and analysis.
• insupdel4stac — A python-based module to ingest STAC metadata catalogs into STAC-databases like pgSTAC
• intake-stac — An intake adapter for building intake catalogs begining with SpatioTemporal Asset Catalogs (STAC)
• ipp-toolkit — A general framework for informative path planning experiments, with a focus on wrapping datasets, sensors, planners, and visualization in a modular manner
• l2ss-py — L2 Subsetter Service
• malpolon — Malpolon v1.0.3
• mapchete — Tile-based geodata processing using rasterio & Fiona
• odc-apps-dc-tools — CLI utils for working with a datacube index
• odc-stac — Tooling for converting STAC metadata to ODC data model
• odc-stats — Statistical Product Generation Framework
• planetary-computer — Planetary Computer SDK for Python
• pypgstac — Schema, functions and a python library for storing and accessing STAC collections and items in PostgreSQL
• pystac-client — Python library for working with SpatioTemporal Asset Catalog (STAC) APIs.
• pystac-io — Python library providing additional IO implementations for PySTAC
• radiant-mlhub — A Python client for Radiant MLHub
• rastervision-core — A rastervision plugin that adds geospatial machine learning pipelines
• rio-stac — Create STAC Items from raster datasets.
• rio-tiler — User friendly Rasterio plugin to read raster datasets.
• s2stac — Create a STAC from local S2 data.
• satgpt — GPT for satellite mission planning. In development. Get your API keys ready!
• scaneo — A labelling tool for satellite imagery
• scikit-map — scikit-learn applied to mapping and spatial prediction
• solafune-tools — Solafune internal geodata management tools
• spotlite — Package to simplify working with Satellogic APIs
• STA2STAC — A Python Ecosystem for Harvesting Time Series data information from SensorthingsAPI (STA) and Cultivating STAC-Metadata.
• stac-api-validator — STAC API Validator
• stac-asset — Read and download STAC assets across platforms and providers
• stac-check — Linting and validation tool for STAC assets
• stac-fastapi.api — An implementation of STAC API based on the FastAPI framework.
• stac-fastapi.core — Core library for the Elasticsearch and Opensearch stac-fastapi backends.
• stac-fastapi.nosql.mongo — An implementation of STAC API based on the FastAPI framework.
• stac-fastapi.pgstac — An implementation of STAC API based on the FastAPI framework and using the pgstac backend.
• stac-fastapi.types — An implementation of STAC API based on the FastAPI framework.
• stac-geoparquet — no summary
• stac-model — A PydanticV2 validation and serialization libary for the STAC ML Model Extension
• stac-table — Generate STAC Collections for tabular datasets.
• stac2dcache — Python tool to create and manipulate STAC catalogs on a dCache storage system
• stactask — Class interface for running custom algorithms and workflows on STAC Items
• stactools — Command line tool and Python library for working with STAC
• stactools-core — Core subpackage of stactools, a command line tool and Python library for working with STAC.
• stactools-esa-cci-lc — stactools package for ESA''s Climate Change Initiative (CCI) Land Cover (LC) product
• stactools-esa-worldcover — stactools package for ESA WorldCover data
• stactools-fws-nwi — stactools package for the National Wetlands Inventory (NWI) product provided by the U.S. Fish and Wildlife Service (FWS)
• stactools-goes-glm — stactools package for the Geostationary Lightning Mapper (GLM) on the GOES-16/R, GOES-17/S, and GOES-18/T satellites.
• stactools-naip — STAC item creation tools for NAIP dataset.
• stactools-noaa-c-cap — Create STAC Items and Collections for NOAA C-CAP data
• stactools-sentinel2 — Create STAC Items from Sentinel-2 metadata
• stactools-usda-cdl — stactools package for USDA Cropland Data Layer
• stelar-spatiotemporal — Spatiotemporal data processing for the STELAR project
• tds2stac — TDS2STAC
• titiler.extensions — Extensions for TiTiler Factories.
• unity-sds-client — Unity-Py is a Python client to simplify interactions with NASA's Unity Platform.
• unstac — Tool for unwrapping Spatiotemporal Asset Catalogs into GeoPackage
• xhydro — Hydrological analysis library built with xarray.
• xpystac — Extend xarray.open_dataset to accept pystac objects
• xstac — xstac
• zen3geo — The 🌏 data science library you've been waiting for~