Loading...
Loading...
Climate models, weather data, oceanography, hydrology, atmospheric science, environmental monitoring
27,013 datasets
A reanalysis of occurrence data for 22 univoltine butterfly species, derived from a larger set of 100 species, conducted by Elise A. Larsen of Georgetown University. The dataset underpins a critique of prior phenological analyses, highlighting substantive differences in macroscale patterns. The original study by Fric et al. was published in 2020.
NASA's Ocean Biology DAAC provides near real-time global sea surface temperature data derived from Aqua MODIS thermal infrared daytime observations. This Level-3 binned product is processed with provisional ancillary data, making it a rapid snapshot for monitoring dynamic ocean conditions. Users apply the data to detect ocean fronts, monitor marine heatwaves, and drive ecosystem models, though it is sensitive to clouds and diurnal warming.
Data from 50 sonobuoys were recorded over the Capel and Faust Basins, 800 km east of Australia, during a 2006 seismic survey for Geoscience Australia's Big New Oil programme. The data were interpreted and forward modelled by ray-tracing to estimate P-wave velocities in the upper sedimentary section and constrain sediment thickness. Gravity and magnetic anomaly data were also recorded to provide additional constraints for velocity models.
Monterey Bay, California, and the Gulf of Mexico are the primary study sites for this dataset, which combines airborne and field sampling to validate the Ocean Color Instrument (OCI) on NASA's PACE satellite. The data likely contains hyperspectral and radiometric measurements of water-leaving radiance, atmospheric transmittance, and inherent optical properties, targeting a wide range of aerosol and ocean states. It is designed to provide high-accuracy calibration and validation for satellite remote sensing over larger spatial and temporal domains than traditional ship or buoy systems.
Pulleniatina sample weights from sediment core U1486, collected during International Ocean Discovery Program Expedition 363. The data supports a UK NERC-funded project (NE/P016375/1) led by Professor Paul Pearson to study the Indo-Pacific Warm Pool's climatic history over the last 15 million years. The dataset is hosted by the British Geological Survey and was last updated in April 2026.
Pulleniatina U1486 coiling sequence data from the International Ocean Discovery Program (IODP) Expedition 363, supported by NERC grant NE/P016375/1. The dataset relates to the study of the Indo-Pacific Warm Pool's climatic history over the past 15 million years. Professor Paul Pearson of the British Geological Survey contributed to the expedition, specializing in planktonic foraminifera for biostratigraphy and evolutionary study.
Ten instrument stations deployed across ground cracks in Sindhupalchok, Nepal, recorded rainfall, ground acceleration, and crack extension after the 2015 earthquake. Data includes daily statistics for extension and three-axis acceleration, complemented by shapefiles mapping landslides in the Upper Bhote Kosi valley before and after the 2015 monsoon. This dataset was produced by the British Geological Survey under NERC grant NE/N007689/1.
Mainland England, Scotland, and Wales are covered by this dataset of gridded potential recharge (soil drainage) values. The data are outputs from the BGS ZOODRM model driven by 11 regional climate model ensembles, averaged over historical, 2020s, 2050s, and 2080s time horizons. It was produced by the British Geological Survey to assess climate change impacts on groundwater resources.
Geochemical data from springs, streams, and monsoonal rainwater samples collected in the Melamchi Valley catchment, Nepal, between 2022 and 2025. The dataset includes analysis of major ions, stable water isotopes, and Sr, Li, Si, and C isotopes to investigate chemical weathering. It was contributed by the British Geological Survey (BGS).
2003 to 2017 warming rates for sea surface temperature across 58 Australian Marine Parks, derived from MODIS (Aqua) satellite imagery. The dataset includes annual and monthly warming rates in degrees Celsius per year and per month. This research was supported by the National Environmental Science Program (NESP) Marine Biodiversity Hub.
An educational dataset from the Australian Ocean Data Network illustrates sonar techniques for mapping seafloor depth and composition. The resource, last updated on 2026-04-10, includes data for processing and plotting to discover features like submarine canyons or shipwrecks. It is designed as an activity for secondary students to understand bathymetry surveys and backscatter analysis.
A legacy seismic survey dataset from the Surat region in Queensland, Australia. The data was published by Geoscience Australia and last updated in May 2026. The raw description indicates no abstract is available, suggesting minimal metadata.
Climate TRACE provides greenhouse gas and air pollutant emissions data for the United States Virgin Islands, featuring annual country-level aggregates since 2015 and monthly source-level data since 2021. The inventory covers multiple sub-sectors and specific gases, derived from a global monitoring network of over 2.7 million sources.
Climate TRACE provides greenhouse gas and air pollutant emission estimates for the Northern Mariana Islands, featuring annual country-level data since 2015 and monthly source-level data since 2021. The dataset tracks emissions across various sub-sectors and gas types for specific assets and sources within the territory.
Climate TRACE provides annual country-level and monthly source-level greenhouse gas and air pollutant emissions for Zimbabwe starting from 2015. The inventory includes estimates for specific sub-sectors and gases, derived from a global monitoring network of over 2.7 million emission sources. Monthly source-level data is available from 2021 onwards and includes confidence metrics.
Geoscience Australia evaluated the Gage Sandstone and South Perth Shale for long-term CO2 storage as part of the National CO2 Infrastructure Plan. The assessment identified widespread fault reactivation and seismic anomalies potentially indicating hydrocarbon seepage. The study highlights the importance of understanding spatial seal variability and fault history for both petroleum exploration and CO2 storage.
Climate TRACE provides greenhouse gas and air pollutant emission estimates for Zambia, featuring annual country-level data since 2015 and monthly source-level data since 2021. The inventory tracks emissions by sub-sector and gas type across millions of global assets.
Climate TRACE provides annual and monthly greenhouse gas and air pollutant emission estimates for Yemen across various sub-sectors and gases. The inventory includes country-level annual records starting in 2015 and granular source-level monthly records starting in 2021. Data is produced by a non-profit coalition using estimates derived from over 744 million global assets.
Climate TRACE provides greenhouse gas and air pollutant emission estimates for Western Sahara, featuring annual country-level data since 2015 and monthly source-level data since 2021. The inventory tracks emissions across various sub-sectors and specific assets, incorporating confidence metrics for monthly observations.
Climate TRACE provides greenhouse gas and air pollutant emission estimates for Wallis and Futuna Islands, featuring annual country-level data since 2015 and monthly source-level data since 2021. The inventory categorizes emissions by sub-sector and specific gas types derived from a global database of 2.7 million sources. This dataset is maintained by the Climate TRACE coalition and was last updated in March 2026.