Tooling

NC OneMap serves as a strategic resource, offering a comprehensive collection of authoritative geographic data and web services. This collaborative initiative involves numerous partners across North Carolina, including local, state, and federal government agencies, the private sector, and academia. Users can search for, browse, and download data, integrate it into applications, perform analysis with various tools, or develop new applications using its APIs.

This GitHub organization hosts the Algorithm Development Team (ADT) for the OPERA project. The team focuses on developing and sharing open-source algorithms for processing remote sensing data, particularly from Synthetic Aperture Radar (SAR) missions. Their work supports the creation of various Earth observation products for end-users.

The Utah Geospatial Resource Center (UGRC) aggregates and makes available important statewide data sets. It engages and advises on GIS implementations and best practices, and builds custom tools, services, and applications for all levels of government.

This platform serves as the central hub for the Base Adresse Nationale (BAN) and the Base Adresse Locale (BAL) in France. It offers official, standardized address data, making it accessible for various uses. The site provides resources, documentation, and tools for managing, validating, and utilizing address information across French communes.

This hub provides a vast array of free public GIS data resources from the California State Lands Commission. Users can explore maps, applications, and geographic datasets to gain valuable insights. It supports informed decision-making across the commission by offering readily accessible geospatial information.

geojs is an open-source JavaScript library designed for high-performance visualization of scientific and geospatial data. It enables interactive data exploration within web applications, handling complex location-aware datasets efficiently. This tool is ideal for developers building sophisticated web-based mapping and data analysis platforms.

Pytroll is an easy-to-use, modular, free, and open-source Python framework designed for the processing of Earth Observation (EO) satellite data. Its packages are suitable for both research and development (R&D) environments and 24/7 operational production. The framework focuses on atmospheric applications and imaging sensors, supporting a wide range of Earth sciences.

TNMap serves as a centralized hub for accessing downloadable GIS datasets, a variety of web applications, and data services for the state of Tennessee. Its primary goal is to support and serve the geospatial community within Tennessee by providing essential resources.

This platform offers real-time tracking of Starlink, SpaceX, Kuiper, and GPS satellites using an interactive WebGL map. Users can explore live satellite positions, launch tables, and coverage information, with upcoming features like orbital decay predictions and satellite train tracking. It provides a comprehensive visualization of internet constellations and individual satellites.

TouchTerrain is a free web application designed to generate 3D printable terrain models. Users can select areas of the Earth's surface to create physical models, making complex topographical data accessible for various applications.

climlab is a powerful Python package offering a flexible engine for process-oriented climate modeling. It enables users to simulate climate processes as stand-alone models or integrate them into more complex systems, based on a general concept of models as interacting processes. The package facilitates the definition and interactive execution of new model classes by combining various sub-processes.

The LIST (Land Information System Tasmania) provides a comprehensive portal for accessing location-based data and services across Tasmania, Australia. Users can explore and acquire various geospatial datasets, maps, and property information, supporting diverse applications from environmental management to urban planning. This platform serves as a central hub for government agencies, businesses, and the public to utilize authoritative spatial data.

The Riverscapes Consortium is a collective of scientists, restoration practitioners, managers, and conservationists dedicated to addressing urgent riverscape challenges. It works to advance science, build community, develop tools, and distribute data to increase capacity and knowledge, inspiring action for improved riverscape health.

Agisoft Metashape is a standalone software product designed for advanced photogrammetric processing of digital images. It generates highly accurate 3D spatial data suitable for GIS applications, cultural heritage documentation, and visual effects production. The platform also supports indirect measurements of objects across various scales and integrates with Agisoft Cloud for enhanced site inspection and documentation.

This resource provides a ready-to-use and curated list of spectral indices for various remote sensing applications. It keeps track of both classical and novel indices, ensuring they are standardized and usable across different environments and programming languages. The indices are available in convenient formats like CSV and JSON.

This Rust library provides an implementation of the Geohash algorithm, enabling efficient encoding and decoding of longitude-latitude tuples into and from hashed strings. It facilitates spatial indexing and proximity searches by converting precise geographic coordinates into a compact, searchable string format.

This GitHub repository serves as an "awesome list" for photogrammetry, collecting a wide range of projects, libraries, and tools related to the field. It provides a community-driven compilation for developers, researchers, and enthusiasts looking for relevant resources. The list aims to categorize and highlight significant contributions in photogrammetry.

NASA's Land Processes Distributed Active Archive Center (LP DAAC) offers a vast array of Earth science data. This center is essential for researchers and scientists investigating, characterizing, and monitoring biological, geological, hydrological, and ecological conditions and processes. It serves as a key resource within the NASA Earthdata ecosystem for land science.