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Electricity generation/consumption, renewable energy, smart grid, oil/gas, carbon emissions
4,887 datasets
Historical and climate projection monthly hydropower generation timeseries for HUC4 watersheds within the contiguous U.S. (CONUS). The data were developed as an extension to the Department of Energy Water Power Technologies Office's SECURE Water Act Section 9505 Third Assessment and include both federal and non-federal hydropower facilities. The dataset is provided in multiple formats, including a machine-readable 'tidy' CSV, to facilitate use.
Daniel Broman of Pacific Northwest National Laboratory provides historical and projected monthly hydropower generation timeseries for balancing authorities across the contiguous U.S. The dataset extends the Department of Energy Water Power Technologies Office's SECURE Water Act Section 9505 Third Assessment and includes data from both federal and non-federal facilities. It is provided in multiple formats, including machine-readable CSV, XLSX, and CSV files organized by balancing authority.
Fitness-conditional genes for soil adaptation were identified in the bioaugmentation agent Pseudomonas veronii 1YdBTEX2. The dataset contains raw and processed Tn-seq data from libraries incubated in liquid, sand, or silt microcosms for up to 51 generations of growth. It was produced by researchers at the University of Lausanne to support a submitted manuscript.
Kathiravan Meeran from Universität Innsbruck provides data on ecosystem CO2 fluxes, soil respiration, and 13CO2 dynamics. The dataset contains measurements from a grassland experiment during summer 2017, featuring drought, elevated CO2, and warming treatments. It includes three CSV files for ecosystem fluxes, excess 13C, and time-series dynamics, accompanied by R scripts for analysis and visualization.
A review of petroleum exploration in the Gippsland Basin up to February 1976, published by the Australian Ocean Data Network. The report assesses the basin's geology, petroleum reserves, and remaining exploration potential. It describes the basin as containing up to 4500 meters of sediments and holding initial reserves of over 300 million cubic meters of oil and 200 billion cubic meters of natural gas.
A preliminary evaluation report assesses the petroleum potential of Australia's east coast from the NSW/Victoria border to the southern boundary of the Great Barrier Reef Marine Park. The report, published by the Australian Ocean Data Network, covers a region with sparse exploration history and identifies several sedimentary basins and geological features. It excludes the Great Barrier Reef Marine Park area where exploration is prohibited.
A dataset modeling the IEEE 14-bus power system for peer-to-peer electricity market studies. It includes one year of real Australian consumption, solar, and wind power data at 30-minute intervals from July 2012 to June 2013. The dataset was created by Tiago Sousa at the Technical University of Denmark and incorporates market prices from the Australian Energy Market Operator.
Australian Ocean Data Network provides subsidence and thermal history models for 31 wells and 25 depocentre sites in the Browse Basin. The analysis examines the generation and expulsion history of Jurassic and Early Cretaceous petroleum systems, incorporating new palaeo-bathymetric estimates and kerogen kinetic data. The models suggest multiple effective source units for gas expulsion and identify specific areas for oil charge.
The Southwest Bairnsdale No. 1 Well dataset details a stratigraphic and hydrocarbon exploration well drilled in the Gippsland Basin, Victoria. The well was drilled by Reading and Bates (Australia) Pty Ltd for Woodside (Lakes Entrance) Oil Company N.L. and Arco Limited between January 8 and February 14, 1963, reaching a total depth of 3926 feet. It achieved its objectives of obtaining stratigraphic data and testing hydrocarbon potential, finding no shows of hydrocarbons and being plugged and abandoned as a dry hole.
Geochemical data from fourteen petroleum exploration wells evaluate source rock potential and organic maturation in the Darling Basin of western New South Wales. The data, held by the Australian Ocean Data Network, indicate hydrocarbon prospectivity is confined to the concealed western basin. The analysis suggests the eastern flank of the Lake Wintlow High - Wilcannia High is the most prospective region.
BGS MNSH Final March 2016 is a petroleum geoscience study by the British Geological Survey (BGS) and the North Sea Transition Authority, created as part of the 21st Century Exploration Roadmap. It evaluates the remaining petroleum potential of overlooked areas of the UK Continental Shelf, focusing on Carboniferous and Devonian systems around the Mid North Sea High. The results, published under the Open Government License in March 2017, include seismic, well, and gravity interpretations, burial/uplift/maturity modelling, and palaeographic reconstructions.
May 2016 study by the British Geological Survey petroleum geoscience team, created for the 21st Century Exploration Roadmap. It evaluates the remaining petroleum potential of overlooked areas of the UK Continental Shelf, focusing on Carboniferous and Devonian plays. Results include seismic, well, and gravity interpretations, burial/uplift/maturity modelling, and palaeographic reconstructions.
A geological dataset from the Australian Ocean Data Network describes the lithology and diagenesis of carbonate reef foundations underlying modern reefs in the southern Great Barrier Reef. The data likely contains information from drill holes, detailing Holocene and older reef successions extending to depths of up to 420 meters and ranging from late Pleistocene to middle Miocene in age. The dataset was last updated on 2026-06-23.
34.5 KB of tabular data from a two-year comparative field study on forest conversion effects on soil carbon cycling. The dataset, authored by Xin Huang and last updated in 2026, shows a 25.52% increase in total soil respiration after conversion from Pinus elliottii to Eucalyptus urophylla × E. grandis. It was collected using paired adjacent plots and continuous in-situ observations in subtropical coastal sandy lands.
The Bureau of Mineral Resources and South Australian Department of Mines and Energy conducted a joint regional framework multichannel seismic survey in 1986-1987. This folio is the principal product of that study, covering basins including the Duntroon, Denman, Great Australian Bight, Polda Trough, and Bremer Basin. The report combines interpretations from the two organizations and includes seismic data, sampling, and heatflow work.
ResME is a process-based model for estimating methane emissions from hydropower reservoirs. The collection includes code to run the model, inputs for a subset of global reservoirs with published field measurements, and global output for hydropower reservoir methane emissions. It was created by Kyle Delwiche of Stanford University.
Australian Ocean Data Network provides preliminary geophysical results from the Lord Howe Rise, a major submarine feature in the Tasman Sea. The dataset includes interpretations of seismic profiles, sediment thickness, and basin structures relevant to petroleum exploration. It was last updated on 2026-06-23.
16.5 TCF of gas, 4026 MMbbl of oil, 385 MMbbl of condensate, and 752 MMbbl of LPG were found in the Gippsland Basin as of 2012. The dataset provides a geochemical overview of these hydrocarbon accumulations, focusing on identifying multiple source rocks and migration pathways. This analysis is intended to support future exploration and assess risks for potential carbon dioxide sequestration.
Interpretations of basin geology and petroleum prospects for the eastern New Ireland Basin, a 600 km by 150 km offshore area northeast of Papua New Guinea. The Australian Ocean Data Network published this analysis, which integrates onshore geology with offshore seismic reflection data and limited geological sampling. The basin contains up to 5 km of strata ranging from early Miocene to Pleistocene-Recent sediments, with petroleum prospects assessed as moderate.
Wellington Park No. 1 Well was drilled in the Gippsland Basin, Victoria, Australia, by Oil Drilling and Exploration Limited for Woodside (Lakes Entrance) Oil Company NL. The well reached a total depth of 12,011 feet between December 1961 and April 1962, with a program of mud logging, coring, and electric logging conducted. No significant oil or gas shows were encountered, and the well was plugged and abandoned as a dry hole.