G

geospatial

Python wrapper for SFCGAL

Documentation | A library to read and write AGS files using Pandas DataFrames

ST_LUCAS deployment package.

Contains usefull GeoJSON data related to Italy country

A library for managing and persisting Italian geographic and administrative data. It provides models for Regions, Provinces, and Municipalities, along with their geometries (centroids and boundaries), imported directly from official ISTAT sources.

Automated Urban Heat Island (UHI) data pipeline using ERA5 climate data and OpenStreetMap, orchestrated with Apache Airflow, processed with GeoPandas/xarray, stored in PostGIS, and visualized with Folium.

How to integrate Giro3D into a React (Next.js) application.

Distributed geospatial data pipeline using Apache Spark and Apache Sedona to analyze NYC taxi demand hotspots from millions of trip records.

Multi-source geospatial ETL pipeline integrating bike lanes, traffic sensors, and GTFS data to analyze urban mobility infrastructure coverage in Berlin.

Python package for accessing harmonized space-time aggregated LUCAS (Land Use and Coverage Area frame Survey) data provided by the ST_LUCAS system.

Corso PostgreSQL/PostGIS livello base

Χωρικές Βάσεις Δεδομένων — κώδικας παραδειγμάτων. https://spatial-databases-book.gitlab.io

A library that handles path utilities for Geospatial applications.

SFCGAL compiled to WASM

turf-rs is a powerful geospatial analysis library for Rust, inspired by the popular Turf.js

A C library for reading ESRI shapefiles

turf-rs is a powerful geospatial analysis library for Rust, inspired by the popular Turf.js. It provides developers with fast, reliable tools for calculating distances, creating buffers, finding intersections, and performing many other essential geospatial operations—all with the safety and performance benefits of Rust.

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turf-rs es una librería de análisis geoespacial para Rust, inspirada en la popular Turf.js. Ofrece a los desarrolladores herramientas rápidas y confiables para calcular distancias, crear buffers, encontrar intersecciones y realizar muchas otras operaciones geoespaciales esenciales, todo con los beneficios de seguridad y rendimiento de Rust.

QGIS plugin for accessing harmonized space-time aggregated LUCAS (Land Use and Coverage Area frame Survey) data provided by the ST_LUCAS system.

https://elevated.eifgr.com

sumare (suitable managed realignment) is a framework to identify suitable areas for Managed Realignment using vector data of existing dike lines. The model was designed to identify suitable areas along the German Baltic Sea Coast thus is applicable to other areas. Since the framework is not built on open source libraries, a newer code is in process.