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Cell biology, microbiology, ecology, biodiversity, species data, evolutionary biology
27,240 datasets
Queensland Coastal Wetlands (Mangroves, saltpans, samphire), 1987 - 1997 (DEEDI) is a 1:100,000 scale vegetation map for the Queensland coastline. It was derived from automatic classification of 25m resolution Landsat TM images, aerial photography, and ground truthing, resulting in a positional accuracy of 100 meters and a classification accuracy of approximately 80%. The dataset is hosted by the Australian Ocean Data Network.
A geospatial data package contains potential core, corridor, and remnant habitat patches for eight amphibian species groups in the urban Australian Capital Territory. The data is an output of ecological connectivity modeling using expert-elicited metrics and is provided by the ACT Government. It was last updated on 2026-06-27.
An aerial image mosaic of the City of Melbourne municipal area captured on February 2nd and 3rd, 2019. The data provides a georeferenced top-down view with a 5cm pixel resolution, collected by ArborCarbon using an 11-band multispectral camera system. It is available for download from City of Melbourne Open Data.
Tasmania's giant crab fishery assessment from March 2013 to February 2014, forecasting catch rates and biomass. The report details a total catch of 25.95 tonnes, representing 55.7% of the Total Allowable Commercial Catch (TACC), and a decline in state-wide exploitable biomass to 106 tonnes. The data was produced by Parks Australia and published on data.gov.au.
Flood levels for 10 modeled design flood events, including 1-in-10 to 1-in-500 Annual Exceedance Probability events, produced by the Department of Water and Environmental Regulation. The dataset covers specific river systems and townsites across Western Australia, such as the Avon, Blackwood, and Swan Rivers. Data is provided in multiple geospatial formats including GeoPackage, Shapefile, and GeoJSON.
20 flood extent types for rivers and major watercourses across Western Australia, produced by the Department of Water and Environmental Regulation. The data includes boundaries for flood events ranging from a 1 in 10 Annual Exceedance Probability (AEP) to probable maximum flooding. It covers townsites including Toodyay, Beverley, Bunbury, Carnarvon, and Geraldton.
Flood level contours for eight different flood event probabilities, produced by the Department of Water and Environmental Regulation. The dataset describes how flood levels vary across floodplains for events ranging from a 10% to a 0.2% Annual Exceedance Probability, referenced to the Australian Height Datum. It covers specific rivers and townsites in Western Australia, including the Swan, Avon, Collie, and Fitzroy Rivers.
Four geospatial boundary lines delineating the 1 in 100 annual exceedance probability floodplain, produced by the Department of Water and Environmental Regulation. The dataset covers specific townsites along 15 major rivers and watercourses in Western Australia, including the Swan, Avon, and Blackwood Rivers. It is part of a 12-layer floodplain mapping series required for a complete view of flood risk.
Western Australian floodplain mapping includes bridge polygons classified by overtopping status during specific flood events. The Department of Water and Environmental Regulation provides this data, which covers over 25 rivers and townsites including the Avon, Blackwood, and Fitzroy Rivers. The dataset includes status attributes for flood events ranging from a 1 in 10 Annual Exceedance Probability (AEP) to the Probable Maximum Flood (PMF).
129 benthic habitat sites and 85 baited remote underwater video deployments were surveyed in the West Cape York Marine Park between 3-12 December 2024. The survey characterized seagrass, algae, and invertebrate communities and identified 80 fish species from 36 families. It was conducted by a partnership including Angkamuthi Traditional Owners, James Cook University, Charles Darwin University, and Parks Australia.
A 2026-updated geospatial dataset from the ACT Government models potential core, corridor, and remnant habitat patches for eight species groups in the urban Australian Capital Territory. It contains polygon layers with attributes like patch area, habitat type, and connectivity, derived from expert-elicited metrics on species dispersal and barrier crossing. The data is output from a habitat connectivity and fragmentation model designed for specific species groups.
A geospatial data package from the Urban Habitat Connectivity Project modeling potential core, corridor, and fragmented remnant habitat for eight species groups in the urban Australian Capital Territory. The data includes attributes such as species group, patch ID, habitat type, and area in hectares, derived from expert-elicited metrics on dispersal and connectivity requirements. It was created by the ACT Government's environment department and last updated in June 2026.
The Urban Habitat Connectivity Project dataset contains potential habitat and fragmentation layers for eight species groups in the urban Australian Capital Territory. The data package includes connected habitat and remnant patch layers, outputs from ecological connectivity modeling based on expert-elicited metrics. The dataset was created by environment_ACTGOV and last updated on 2026-06-27.
The Australian Capital Territory (ACT) urban area contains modeled habitat connectivity and fragmentation data for eight species groups. The dataset includes connected habitat layers showing potential core and corridor habitat, and remnant patch layers identifying fragmented areas for restoration. It was created by the ACT Government's environment agency using expert-elicited metrics and spatial connectivity modeling, with a last update in June 2026.
The Australian Capital Territory's urban area contains potential habitat and fragmentation data for eight species groups of ground-dwelling woodland fauna. The dataset includes connected habitat layers showing core and corridor habitat, and remnant patch layers for fragmented areas, derived from ecological connectivity modeling using expert-elicited metrics. It was published by the ACT Government's environment department and last updated on June 27, 2026.
The Australian Capital Territory (ACT) is the geographic scope for this dataset on potential habitat and fragmentation for eight species groups. It contains connected habitat and remnant patch layers, outputs from ecological connectivity modelling using expert-derived metrics. The data was created by the ACT Government's environment agency and was last updated on 2026-06-27.
A geospatial data package from the Urban Habitat Connectivity Project modeling potential core, corridor, and remnant habitat patches for eight species groups in the Australian Capital Territory. The data includes attributes like species group, patch ID, habitat type, and area in hectares, derived from expert-elicited metrics and connectivity modeling. It was created by the ACT Government and last updated on 2026-06-27.
The Urban Habitat Connectivity Project (UHCP) provides a package of geospatial data on potential habitat and fragmentation for eight species groups in the urban Australian Capital Territory. The data includes connected habitat layers showing core and corridor habitat, and remnant patch layers, developed using ecological connectivity models based on expert-elicited metrics. The dataset was created by the ACT Government and is available in multiple formats including GEOJSON and GPKG.
Eight species groups are modeled for potential habitat and fragmentation in the urban Australian Capital Territory. The dataset contains connected habitat and remnant patch layers, each with attributes like Patch ID, Habitat Type, and Patch Area. Outputs from the Urban Habitat Connectivity Project were created by the ACT Government using expert-elicited metrics and spatial connectivity modeling.
Eight species groups have their potential core, corridor, and remnant habitat patches modeled for the urban Australian Capital Territory. The data package includes connected habitat and fragmentation layers derived from expert-elicited metrics on dispersal distances and barrier crossings. Environment ACTGOV produced these geospatial outputs, last updated in June 2026.