Tools tagged with "Geophysics"

MintPy is an open-source Python package developed for processing Interferometric Synthetic Aperture Radar (InSAR) time-series data. It specializes in analyzing ground deformation by extracting precise displacement measurements from satellite imagery. The software provides tools for various geodetic applications, including monitoring earthquakes, volcanoes, and land subsidence.

Pyrocko is a flexible open-source seismology environment and framework, providing building blocks for researchers and students. It is utilized for various geophysical tasks, including seismological data processing and analysis, modeling of InSAR and GPS data, dynamic waveforms, and seismic source characterization.

The G-Econ research project develops a geophysically based global dataset on economic activity. It provides "gross cell product" (GCP) for all regions at a 1-degree longitude by 1-degree latitude resolution. The current dataset, GEcon 4.0, covers 1990, 1995, 2000, and 2005, offering 27,500 terrestrial observations.

The British Geological Survey (BGS) offers comprehensive access to its vast geological data and material collections. This is achieved through a suite of dedicated online databases, web services, and application programming interfaces (APIs), enabling users to integrate and utilize BGS information.

PANGAEA offers services for archiving, publishing, and distributing georeferenced data from earth system research. As a World Data Center, it is a member of the World Data System, providing a reliable repository for scientific datasets.

The Airborne Visible Infrared Imaging Spectrometer (AVIRIS) is a NASA JPL instrument designed to collect hyperspectral imagery of Earth's surface. It plays a crucial role in various scientific research missions, monitoring environmental impacts, natural hazards, and ecological changes across diverse landscapes. The project offers access to collected data, flight planning information, and research publications.

The Rain over Africa (RoA) dataset offers spaceborn precipitation estimates for Africa, derived from geostationary imagery using convolutional and quantile regression neural networks. It includes uncertainty estimates and is updated at most yearly, licensed under CC BY 4.0. This dataset is part of the Registry of Open Data on AWS, making it discoverable on AWS Data Exchange.

The Global Multi-Resolution Topography (GMRT) synthesis is a unique and continually updated global elevation dataset. It integrates and harmonizes cleaned multibeam sonar data from oceans worldwide, rigorously reviewed and processed by the GMRT Team. This foundational resource offers seamless access to high-quality elevation data for ocean and terrestrial geoscientific research.

The Chalmers Cloud Ice Climatology (CCIC) provides a deep-learning-based climate record of atmospheric ice-particle concentrations. This dataset offers high spatial and temporal resolution, making it suitable for evaluating weather and climate models or studying individual weather systems. It is updated quarterly and available under a CC BY 4.0 license.

The DOV Verkenner (Explorer) is a web-based portal developed by the Flemish government, providing interactive access to the Databank Ondergrond Vlaanderen. It allows users to explore, visualize, and query extensive subsurface data relevant to geology, hydrogeology, and geotechnics across the Flanders region.

This library, hosted on GitHub, provides tools for InSAR phase linking, a critical technique for measuring surface displacement. It supports both persistent scatterer (PS) and distributed scatterer (DS) processing methods. The primary goal is to facilitate the generation of accurate surface displacement maps, crucial for various geoscientific applications.

GemPy is an open-source, Python-based software designed for generating 3D structural geological models. It utilizes an implicit modeling approach to create complex geological features like folds, faults, and unconformities from interface and orientation data. The software also supports probabilistic modeling to effectively address parameter and model uncertainties.

This dataset contains various data and products recorded by the GeoNet sensor network, crucial for monitoring natural hazards across New Zealand. It includes GNSS, coastal gauge, camera images, waveform, seismic, and time series data, all vital for geological hazard assessment.

The ETOPO Global Relief Model offers integrated global terrain data, combining land elevation and ocean depth into a single dataset. It is a foundational resource for various earth science applications, research, and mapping projects.

The International Permafrost Association (IPA) serves as a leading international organization dedicated to fostering permafrost research and disseminating critical information. It provides a centralized platform for accessing diverse data resources, publications, and educational materials related to permafrost science.

grond is a probabilistic earthquake source inversion framework, designed and crafted within the Pyrocko ecosystem. This robust tool provides functionalities for analyzing seismic data and inverting for earthquake source parameters, employing advanced probabilistic methods.

NCEI and the World Data Service for Geophysics maintain the Global Historical Tsunami Database. This unique resource supports tsunami warning centers, engineers, oceanographers, seismologists, and the public by providing information on tsunami events from 2000 B.C. to the present across major oceans and seas.

This collection compiles over a century of lake floor geological and geophysical data for public use. It includes bathymetry and detailed topographic maps for each Great Lake, derived from soundings collected by various U.S. and Canadian organizations. The data serves as a vital resource for researchers and communities addressing Great Lakes science, pollution, and ecosystem health.

Loop is an open-source platform for 3D probabilistic geological and geophysical modelling. Initiated by Geoscience Australia and OneGeology, it is funded by various Australian geological surveys, the Australian Research Council, and the MinEx CRC, supporting advanced subsurface analysis.

NLOG (Netherlands Oil and Gas Portal) offers a comprehensive online platform for accessing geological and subsurface data for the Netherlands. It provides access to raw and interpreted data, including boreholes, seismic data, production figures, and models, primarily derived from the DINO database.

Bedmap2 is a collaborative project that compiles and makes available a detailed dataset of Antarctica's subglacial topography, ice thickness, and surface elevation. This crucial data is derived from various airborne and ground-based geophysical measurements, offering an enhanced understanding of the continent's ice sheet dynamics and potential sea-level rise contributions. It serves as a fundamental resource for glaciological and climate research.

This USGS website serves as a hub for geospatial reference datasets and scientific project information related to Afghanistan. It details various science initiatives, including studies in biology, climate, geology, and natural hazards, offering foundational data for diverse applications.

The UPCODES Lab is an experimental facility within the Institute of Geosciences at the University of Potsdam. It supports research in General Geophysics, contributing to a wide range of studies across the geosciences.

Landlab is an open-source, Python-based modeling library designed for simulating Earth surface dynamics. It provides a flexible framework with a focus on gridded data structures and interchangeable components, enabling researchers to build and customize complex geoscientific models. The library is particularly useful for exploring various landscape evolution scenarios and hydrologic processes.

This dataset provides near, mid, far, and full stack (with AGC) imaged 3D seismic data, along with a decimated stacking velocity field. Covering approximately 2,900 km2, it is primarily used in oil and gas exploration within Australia. The data is converted to open-source MDIO format and hosted on AWS S3, licensed under CC BY 4.0.

This platform provides access to a wide array of geospatial open data related to Florida's environmental protection efforts. Users can explore datasets categorized by environmental themes, search for specific projects, and access featured applications and StoryMaps. It serves as a central hub for environmental data maintained by the Florida DEP.

This book details five and a half years of research into radar interferometry, a space-geodetic technique for measuring Earth's topography and deformation with high precision. It addresses critical issues such as data interpretation and the propagation of various errors from sensors, processing, and atmospheric effects. The work aims to provide a quantitative approach for understanding and mitigating errors in interferometric measurements.

swisstopo is the national mapping agency of Switzerland, offering a wide array of geospatial data products and services. These include various digital maps, aerial and satellite imagery, landscape and height models, and specialized geological and aeronautical maps. The organization also develops and maintains geodetic software to support surveying and mapping needs.

This program, managed by the U.S. Geological Survey, is dedicated to understanding earthquake processes and reducing their impacts across the United States and globally. It provides critical scientific information, data, and tools to assess seismic activity, evaluate hazards, and inform public safety and policy.

The NASA Ames Stereo Pipeline is a comprehensive collection of automated geodesy and stereogrammetry tools. It is specifically engineered to process planetary imagery acquired from orbiting and landed robotic explorers on other celestial bodies, facilitating advanced geospatial analysis beyond Earth.

The GIS Program at NCAR focuses on applying geospatial technologies to address critical Earth system science challenges, particularly those related to climate change. It develops and provides interactive data visualization tools that help users explore climate anomalies, variability, and future scenarios. This initiative aims to enhance the understanding and communication of complex environmental data.

Geological Survey Ireland offers a wide array of geospatial datasets and online map viewers covering diverse geological aspects like bedrock, geochemistry, groundwater, marine, and geohazards. Users can access data through online viewers, download zip files, and utilize web services. The data is provided under a Creative Commons Attribution 4.0 International license, requiring specific attribution.

This GitHub repository provides a comprehensive collection of resources focused on the intersection of mineral exploration and machine learning. It features useful code examples, libraries, and tools to assist practitioners and researchers in applying advanced analytical methods to geological data. The repository serves as a valuable hub for discovering practical applications and learning materials in this specialized field.

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.

Quantarctica is a free Geographic Information System (GIS) package developed by the Norwegian Polar Institute. It offers a rich collection of geospatial data, maps, and analysis tools specifically tailored for the Antarctic region. This resource enables researchers, educators, and enthusiasts to explore and analyze polar geographic information effectively within a QGIS environment.