Loading...
Loading...
Climate models, weather data, oceanography, hydrology, atmospheric science, environmental monitoring
27,093 datasets
Climate indicators for Timor-Leste from the World Bank Group covering emissions, energy use, and resilience. Updated in March 2026, this CSV collection provides national-level metrics for environmental monitoring and policy assessment.
Geoscience Australia Data presents a multi-disciplinary study integrating structural architecture, sequence stratigraphy, palaeogeography, and geochemistry for the central North West Shelf. The study maps the spatial and temporal distributions of Triassic source rocks across the Bedout, Beagle, and Rowley sub-basins, identifying a new petroleum system. This extended abstract was presented at the Australasian Exploration Geoscience Conference in 2019.
Turkmenistan climate indicators covering greenhouse gas emissions, energy use, and resilience metrics, provided by the World Bank Group. The data tracks environmental shifts and exposure risks with records updated as recently as March 2026.
A source of climate indicators for Tajikistan sourced from the World Bank Group, with updates recorded through March 2026. It tracks metrics across climate systems, greenhouse gas emissions, energy use, and resilience to climate impacts.
GHRSST Level 4 analysis provides daily sea surface temperature data on a 0.011-degree grid for oceans off North and Central America (62N-20S, 165W-30W). The dataset is a blended composite of daytime skin SST from NASA's MODIS Terra satellite and subskin SST from the AMSRE instrument, produced operationally by the JPL Physical Oceanography DAAC. It represents one of four unique sensor/day-night composites generated for this region.
Thailand climate indicators covering greenhouse gas emissions, energy use, and resilience metrics provided by the World Bank Group. This CSV-formatted data was last updated in March 2026 and aggregates multiple climate-related variables for the country.
Giving access to climate change indicators for Togo, including greenhouse gas emissions and energy use metrics, sourced from the World Bank Group. It covers climate systems, exposure to impacts, and resilience factors, with the most recent update recorded in March 2026. The data is formatted as a CSV for integration into environmental monitoring workflows.
Supplying climate-related indicators for Chad, including greenhouse gas emissions and energy use metrics sourced from the World Bank Group. Updated as of March 2026, the collection covers climate systems, exposure to impacts, and national resilience data. It aggregates multiple environmental indicators into a single CSV format for humanitarian and development analysis.
Climate-related indicators for the Turks and Caicos Islands, curated by the World Bank Group and updated through March 2026. It aggregates data on greenhouse gas emissions, energy use, and climate resilience to support environmental monitoring in the region.
This collection from the World Bank Group provides climate-related indicators for the Syrian Arab Republic, last updated in March 2026. The data tracks greenhouse gas emissions, energy use, and climate resilience metrics to monitor environmental changes and exposure risks.
Offering climate change indicators for Seychelles, including greenhouse gas emissions and energy use data curated by the World Bank Group. Updated as recently as March 2026, the collection covers climate systems, exposure impacts, and resilience metrics.
A source of climate change indicators for Sint Maarten (Dutch part), sourced from the World Bank Group and updated through March 2026. It contains tabular data covering greenhouse gas emissions, energy use, and climate resilience metrics for the territory.
Eswatini climate change indicators from the World Bank Group track greenhouse gas emissions, energy use, and climate resilience metrics. This tabular collection, updated in March 2026, provides national-level data for monitoring environmental exposure and impact.
Delivering climate change indicators for Sweden sourced from the World Bank Group, with records updated as of March 2026. It tracks metrics across climate systems, greenhouse gas emissions, energy consumption, and resilience to environmental impacts. The data is provided in CSV format to support localized environmental research and policy monitoring.
Climate indicators for Slovenia from the World Bank Group include greenhouse gas emissions, energy use, and resilience metrics as of March 2026. This CSV-formatted data aggregates national-level environmental impacts and climate system observations for the Slovenian territory.
Climate indicators for the Slovak Republic covering greenhouse gas emissions, energy use, and resilience metrics from the World Bank Group. This tabular data includes measures of climate systems and exposure to impacts as of March 2026.
The World Bank Group provides this dataset of climate change indicators for Suriname, covering greenhouse gas emissions, energy use, and resilience metrics. Updated as of March 2026, the data is delivered in CSV format to support environmental monitoring and policy development. It aggregates national-level observations on climate systems and exposure to environmental impacts.
Water resources carrying capacity (WRCC) integrates multidimensional relationships among water, economy, and ecology. Congcang Tang published this dataset in 2026 to support dynamic evaluation of WRCC for sustainable water use in arid regions. The data is stored in GPH and OPJU formats, totaling 2.1 MB.
Version 2.0 results from a 1km-resolution hydrodynamic model for the Great Barrier Reef shelf, nested within a 4km-resolution model. The Australian Ocean Data Network provides this dataset, which was updated daily in near-real-time until January 2024 when river-flow data access was lost.
Version 2.0 of the 1km-resolution shelf-scale hydrodynamic model provides detailed simulations for the Great Barrier Reef. The model ran in near-real-time mode, updating daily until January 2024, and was developed by the Australian Ocean Data Network. It nested within a coarser 4km model and incorporated atmospheric data from the Bureau of Meteorology and river flow data from Queensland gauging stations.