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Cell biology, microbiology, ecology, biodiversity, species data, evolutionary biology
23,865 datasets
Habitat network maps for Northern Ireland's grassland priority habitats, produced in 2020 using a methodology from Natural England. Ulster Wildlife, National Trust NI, RSPB NI, and Woodland Trust NI created these vector datasets to support Nature Recovery Networks. The maps categorize land based on its potential for habitat restoration and its role in enhancing ecological connectivity.
Palaeoshorelines on the stable Australian continental shelf are relict coastal structures formed during periods of lower sea level. An analysis indicates modal sea levels occurred at 30–40 m and 70–90 m depths during the Late Quaternary (0–128 ka). These features provide a geospatial framework for biodiversity studies and targeting potential sand resources and archaeological sites.
A 2020 project funded by the National Lottery Heritage Fund produced habitat network maps for priority habitats in Northern Ireland. Ulster Wildlife, National Trust NI, RSPB NI, and Woodland Trust NI collaborated to create these vector datasets using the Natural England methodology. The maps categorize land based on its potential for habitat restoration and connectivity enhancement.
A geospatial vector dataset mapping land suitability for traditional orchard habitat restoration and connectivity in Northern Ireland. The habitat network maps were produced in 2020 by a consortium including Ulster Wildlife and the National Trust NI, funded by the National Lottery Heritage Fund. The data is intended as a decision-support tool for ecological planning.
Ulster Wildlife, National Trust NI, RSPB NI, and Woodland Trust NI produced habitat network maps for Northern Ireland in 2020. The vector datasets categorize land based on its favorability for restoration or creation of priority habitats and its effectiveness for enhancing habitat connectivity. The maps serve as a decision-support tool for ecological planning.
Northern Ireland habitat network maps for terrestrial and intertidal priority habitats. The vector datasets categorize land based on its favourability for habitat restoration and its effectiveness for enhancing ecological connectivity. The maps were produced in 2020 by a consortium including Ulster Wildlife, funded by the National Lottery Heritage Fund, and are intended as a decision-support tool.
Habitat network maps for terrestrial and intertidal priority habitats in Northern Ireland, created using a methodology from Natural England. Ulster Wildlife, National Trust NI, RSPB NI, and Woodland Trust NI produced these vector datasets in 2020 with funding from the National Lottery Heritage Fund. The maps categorize land based on its potential for habitat restoration and its role in enhancing ecological connectivity.
Geoscience Australia applied a new genetic classification system to the Perth submarine canyon, covering an area greater than 1500 km². The work used 20 m resolution bathymetry and acoustic backscatter data acquired in 2015, plus sub-bottom datasets and sediment samples from 2005. Results were presented at the 2017 American Geophysical Union Fall Meeting.
Huiyong Zheng's bibliometric analysis comprises 1,010 papers on immune checkpoint inhibitor-induced colitis from the Web of Science Core Collection. The dataset includes literature from 62 countries, 1,873 institutions, 7,385 authors, and 373 journals, with data last updated in May 2026. Analysis and visualization were performed using CiteSpace, VOSViewer, and the Bibliometrix package in R.
A 2020 project funded by the National Lottery Heritage Fund produced habitat network maps for Northern Ireland. Ulster Wildlife, National Trust NI, RSPB NI, and Woodland Trust NI collaborated to create these vector datasets using a methodology from Natural England. The maps categorize land based on its potential for habitat restoration and connectivity enhancement.
Western Australia's Canning Basin provides rock core data from four to five boreholes intersecting the Middle Ordovician Goldwyer Formation. The dataset integrates palynological, petrographic, molecular, and stable isotopic analyses to reconstruct depositional environments and microbial diversity during the Great Ordovician Biodiversification Event. It includes evidence of the oldest cryptospores in Australian Middle Ordovician strata and biomarker signatures for organisms like Gloeocapsomorpha prisca.
November 2016 to March 2017 daily composites of sea surface temperature derived from hourly Himawari-8 satellite imagery. The dataset maps the dynamics of the seasonal Bonney Coast Upwelling, a key ecological feature in Australian waters. The work was presented at the 2017 Australian Marine Sciences Association Conference.
Northern Ireland habitat network maps for deciduous woodland, produced in 2020 by a consortium including Ulster Wildlife and the National Trust. The vector datasets categorize land based on its potential for habitat restoration and connectivity enhancement. The maps are intended as a decision-support tool, not a replacement for on-site ecological surveys.
632,252 expert annotations for seafloor imagery collected during 21 Antarctic research campaigns between 1985 and 2019. The annotations are part of the Antarctic Seafloor Annotated Imagery Database (AS-AID) and follow the CATAMI classification scheme. They have been reviewed by experts and are accessible via the Squidle+ platform.
Two major marine surveys in 2003 and 2007 collected biological, geological, photographic, video, and bathymetry data on the Lord Howe Rise submarine plateau. The Australian Ocean Data Network presents this data, which covers 1.6 million km² of Australia's exclusive economic zone. The research identifies ecologically significant benthic habitats, including hard substrates on volcanic peaks covering around 31 km².
A 30-meter resolution Digital Elevation Model (DEM) integrates depth and elevation data for the Torres Strait, a vital area at the northern end of the Great Barrier Reef. The dataset was compiled by Geoscience Australia from multiple sources, including multibeam surveys, LiDAR, and satellite data, and was last updated in 2026. This regional-scale model underpins marine habitat mapping and hydrodynamic simulations for the entire Great Barrier Reef ecosystem.
A research dataset from a study investigating shrub and herb layer diversity in five broad-leaved plantation types in the subtropical–warm temperate transitional zone of eastern China. The dataset includes measurements of species richness, phylogenetic diversity, and environmental factors like topography and soil properties. It was authored by Zhiwei Ge and last updated on 2026-05 14.
A 132.0 KB dataset published by Zhiwei Ge on 2026-05-14. It contains research data on understory species and phylogenetic diversity across five broad-leaved plantation types in the subtropical–warm temperate transitional zone of eastern China. The data was collected using grid-based nested plots in Jiangsu, measuring vegetation, topography, and soil variables.
Geoscience Australia Data provides a Late Triassic palynoflora assemblage from the upper Flagstone Bench Formation in the Prince Charles Mountains, East Antarctica. The dataset includes records of taxa like Enzonalasporites vigens and Ovalipollis ovalis, linking it to the Tethyan Laurasian Onslow Microflora. It is considered to be of Norian age and represents the first record of a Triassic dinocyst from Antarctica.
Geoscience Australia integrates multidisciplinary marine data, including bathymetry compilations and seabed geomorphology maps, to support planning and investment decisions. The data is delivered via the Australian Marine Spatial Information System (AMSIS), a web-based interactive mapping and decision support system. A poster on this work was presented at the Australian Marine Science Association conference in July 2025.