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Crop yield, soil data, pest surveillance, livestock, food composition, precision farming
18,916 datasets
Four data files from a 20-day experiment investigating photophysiological responses of two coral species, Acropora millepora and Pachyseris speciosa, to constant and variable daily light integrals. The experiment was conducted at the Australian Institute of Marine Science's National Sea Simulator in July 2016 using corals collected from Davies Reef on the Great Barrier Reef. Measurements include fluorescence, chlorophyll a and carotenoid concentrations, and respirometry.
Digitized fascicles from the 1991 reissue of 'Pignon sur rue: The neighborhoods of Montréal' locate territories covered by each neighborhood study. The collection summarizes the Macro-Inventory of Montreal neighborhoods produced between 1978 and 1985 and is published under a CC BY-NC-SA 4.0 license. Data reflects the state of knowledge before the 2002 municipal mergers and was created by Michèle Benoît and Roger Gratton under an agreement between the City of Montreal and the Quebec Ministry of Cultural Affairs.
ACT Government Geospatial Data Catalogue provides a 1-meter resolution vector map of tree canopy cover for the Australian Capital Territory's Majura district, derived from LiDAR data acquired in April/May 2020. The dataset represents vegetation above 3 meters in height, processed using a Digital Surface Model and Digital Elevation Model to create a Canopy Height Model. It is one of several derivative products available from the 2020 ACT LiDAR survey, including canopy height rasters and individual tree delineations.
Australian Capital Territory canopy cover polygons at 1-meter resolution, representing vegetation above 3 meters, captured via LiDAR in April/May 2020. The dataset was processed by the ACT Government and Aerometrex using a Digital Surface Model and Digital Elevation Model, with non-vegetative surfaces removed using satellite imagery. It is available in multiple geospatial formats including GeoJSON and KML.
Australian Capital Territory canopy cover polygons at 1-meter resolution, representing vegetation above 3 meters, as detected from LiDAR data acquired in April/May 2020. The dataset was created by the ACT Government and Aerometrex using LiDAR and satellite imagery, and is split into districts and 1km tiles for easier access. It is part of a larger collection of derivative products available through the ACT Geospatial Data Catalogue.
A geospatial vector dataset of tree canopy cover for the Australian Capital Territory (ACT) from April/May 2020. The data was derived from LiDAR at 1-meter resolution, representing vegetation above 3 meters in height. It was processed by the ACT Government and Aerometrex, with building footprints and satellite imagery used to refine the canopy polygons.
A geospatial vector dataset of tree canopy cover for the Australian Capital Territory's Gungahlin district, derived from LiDAR data captured in April/May 2020. The dataset, created by the ACT Government, represents vegetation above 3 meters in height at a 1-meter resolution. It was processed using a Digital Surface Model and Digital Elevation Model, with corrections applied to remove non-vegetative surfaces and fill small gaps.
Australian Capital Territory canopy cover polygons at 1-meter resolution, representing vegetation above 3 meters as of April/May 2020. The data was detected using Light Detection and Ranging (LiDAR) acquired by Aerometrex and processed by the ACT Government. The full vector dataset is split into districts and 1km tiles for easier access.
ACT Canopy Cover 2020 1m COREE is a district-based vector dataset of vegetation cover above 3 meters for the Australian Capital Territory, captured in April/May 2020. The dataset was created by the ACT Government from LiDAR data acquired by Aerometrex and processed to a 1-meter resolution. It represents tree canopy or tree-approximate objects, with building footprints and non-vegetative surfaces removed.
April/May 2020 canopy cover data for the Australian Capital Territory, derived from LiDAR. The dataset contains district-based vector polygons representing vegetation cover above 3 meters, processed at a 1-meter resolution. It was created by the ACT Government using LiDAR data acquired by Aerometrex.
Australian Capital Territory canopy cover polygons at 1m resolution for vegetation above 3 meters, captured via LiDAR in April/May 2020. The dataset was created by the ACT Government and Aerometrex using LiDAR and satellite imagery, and is split into districts and 1km tiles for easier access. It represents tree-approximate objects after processing to remove noise, buildings, and non-vegetative surfaces.
Australian Capital Territory (ACT) canopy cover polygons at 1-meter resolution, representing vegetation above 3 meters, captured via LiDAR in April/May 2020. The dataset was processed by the ACT Government using ArcPro tools and ancillary data like building footprints and NDVI layers to refine the canopy model. It is part of a suite of related geospatial products including canopy height models and individual tree delineations.
LiDAR-derived polygons map vegetation cover above 3 meters in the Australian Capital Territory as of April/May 2020. The dataset was created by the ACT Government from aerial LiDAR data acquired by Aerometrex at an average resolution of 12 pulses per square meter. Processing involved generating canopy height models, removing non-vegetative surfaces using building footprints and NDVI, and filtering out objects smaller than 1 square meter.
District-based vector polygons representing tree canopy cover above 3 meters for the Australian Capital Territory (ACT) as of April/May 2020. The dataset was created by the ACT Government using Light Detection and Ranging (LiDAR) data acquired by Aerometrex at an average resolution of 12 points per square meter and processed to a 1-meter resolution. It includes caveats that objects should be considered 'tree-approximate' and some erroneous polygons may remain.
A 1-meter resolution vector dataset of canopy cover for the Australian Capital Territory, representing vegetation above 3 meters as detected by LiDAR in April/May 2020. The ACT Government processed the data to create district-based polygons, removing non-vegetative surfaces and filling small gaps. The dataset is part of a suite of LiDAR-derived products available from the ACT Geospatial Data Catalogue.
ACT Government Geospatial Data Catalogue provides a vector dataset of canopy cover polygons for the Australian Capital Territory's Belconnen district. The data represents vegetation above 3 meters, derived from LiDAR captured in April/May 2020 and processed to a 1-meter resolution. The dataset is part of a larger collection of LiDAR-derived products including canopy height models and building footprints.
LiDAR-derived canopy cover polygons for the Australian Capital Territory at 1-meter resolution, representing vegetation above 3 meters tall as of April/May 2020. The dataset was created by the ACT Government from LiDAR data acquired by Aerometrex and processed using Digital Surface and Elevation Models. It is split into districts and 1km tiles for easier access and is part of a larger suite of 2020 LiDAR products.
ACT Government Geospatial Data Catalogue provides a 1-meter resolution vector map of tree canopy cover for the Tuggeranong district, derived from LiDAR data acquired in April/May 2020. The dataset represents vegetation above 3 meters in height, processed using Digital Surface and Elevation Models, NDVI layers, and building footprint data to refine accuracy. It is part of a suite of 2020 LiDAR-derived products for the Australian Capital Territory.
LiDAR data acquired in April/May 2020 provides a 1-meter resolution map of vegetation cover above 3 meters for the Australian Capital Territory. The ACT Government processed this data to create a vector dataset of canopy cover, which has been split into districts and 1km tiles for easier access. Caveats note that the results represent 'tree-approximate objects' and some erroneous polygons like street lights may remain.
LiDAR data acquired in April/May 2020 at an average resolution of 12 points per square meter was processed to create a 1-meter resolution map of vegetation cover above 3 meters for the Australian Capital Territory. The dataset, produced by the ACT Government and Aerometrex, represents tree-approximate objects after extensive processing to remove noise and non-vegetative surfaces. It is available in multiple geospatial formats, including GeoJSON and KML, and is part of a larger collection of LiDAR-derived products.