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Crop yield, soil data, pest surveillance, livestock, food composition, precision farming
19,075 datasets
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.
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.
The United Kingdom's official yearbook provides statistics on government, international relations, defence, education, labour markets, social protection, health, crime, justice, religion, culture, media, sport, environment, housing, planning, transport, the economy, public finance, trade, investment, science, engineering, technology, agriculture, fishing, forestry, manufacturing, construction, energy, natural resources, and financial services. It is produced by the UK Office for National Statistics and designated as Official Statistics. The dataset was last updated on 2026-07-08.
April/May 2020 canopy cover data for the Australian Capital Territory (ACT), derived from LiDAR at 1-meter resolution. The dataset, created by the ACT Government, represents vegetation above 3 meters and has been processed to remove noise and non-vegetative surfaces. It is available as vector polygons, split into districts and 1km tiles for easier access.
ACTGOV Mature Tree 2020 Crowns contains geospatial polygons representing mature tree crowns across Canberra, Australian Capital Territory. The dataset was derived from 2020 LiDAR data captured by Aerometrex and the ACT Government, using a marker-controlled watershed delineation method. It includes native and non-native trees with a canopy footprint larger than 100m2 and height greater than 8 metres.
Phytoplankton species composition, abundance, and nitrogen uptake rates from the Leeuwin Current and coastal waters off the Gascoyne region of Western Australia. Data includes pigment biomass percentages for groups like picoplankton and diatoms, and nitrogen uptake rates measured at trace and saturating levels. The dataset was provided by Parks Australia and originates from research relevant to Australian Marine Parks.
A survey designed to provide detailed information on the dietary behavior and nutritional status of people aged 65 and over in Great Britain. The dataset is based on a sample of approximately 1,300 people living in the community and approximately 400 people living in institutions. It is produced by the Office for National Statistics and was last updated in July 2026.
Laboratory experiments from 2017 to 2019 measured the effects of ten herbicides detected in Great Barrier Reef catchments on the lesser duckweed Lemna aequinoctialis. The dataset includes growth rates from frond number and surface area, and photosynthetic efficiency measured as effective quantum yield. The work was conducted under the NESP TWQ 3.1.5 project by AIMS and JCU.
Farm census data for Northern Ireland has been collected since 1847, providing a long-term historical perspective on agricultural trends. The dataset covers all farm businesses and includes counts of livestock, farmed area, and labour force, aggregated by District Electoral Area. It combines survey responses with administrative data from the Animal and Public Health Information System (APHIS).
Farm census statistics for Northern Ireland provide counts of farms, livestock, land use, and labor across District Electoral Areas. Data collection began in 1847, with information sourced from direct farm surveys and administrative data from the Animal and Public Health Information System (APHIS). The statistics support a wide variety of stakeholders in understanding the structure and nature of farming in the region.
Laboratory experiments from 2019 measured the chronic effects of seven herbicides on the aquatic fern Azolla pinnata. Data includes growth rates from surface area and biomass, and photosynthetic efficiency measured as effective quantum yield. The project was part of NESP TWQ 3.1.5 and conducted by AIMS and JCU to improve risk assessment for the Great Barrier Reef catchment.
2016 and 2017 hazard maps predicting coral bleaching risk for the Great Barrier Reef using a dynamic temperature threshold. The dataset was created by the Australian Institute of Marine Science under the NESP TWQ 4.2 project, employing a classification tree model trained on aerial survey data. The model achieved over 66% accuracy in classifying reef bleaching conditions based on variables like DHWmax anomaly and water column stratification.
The dataset contains three VB.Net programs developed for a trial farm in the Burdekin region. These programs facilitate communication between the WiSA automated irrigation system and the IrrigWeb decision support tool, automating data transfer and irrigation scheduling. The Uplink program has reportedly saved a trial farmer more than 200 hours over two years of operation.
A dataset characterizing the abundance of symbiotic nitrogen-fixing trees across forest plots spanning five continents, covering approximately 5,000 species and 4 million trees. The majority of plots (86%) were located in America or Asia, and patterns were examined against mean annual temperature and precipitation. The analysis suggests nitrogen inputs to Asian tropical forests might be lower than previously estimated.
Preliminary estimates of discharge, total suspended sediment, and total nitrogen loads from gully sites in the Great Barrier Reef rangelands. Data were generated from monitoring during three wet seasons spanning June-July 2016 to 2019 as part of the NESP TWQ Project 2.1.4. The Australian Ocean Data Network hosts this dataset, which is intended to be viewed in the context of its parent project on gully remediation.
Six field trials from Mackay to the wet tropics measured sugarcane performance, fertilizer nitrogen recovery, and runoff losses. The dataset includes tables of means with statistical differences for crop yield and nitrogen use efficiency under different fertilizer application rates and enhanced efficiency products. Research was conducted by the University of Queensland, with field sites established after the 2016 crop harvest.
A digital map of all woodland in Great Britain with a minimum area of 0.5 hectares and tree crown cover potential over 20%. The dataset was created by the Scottish Government using Ordnance Survey MasterMap features and aerial imagery analysis, with procedures for annual updates. The primary objective is to provide a comprehensive spatial inventory of woodland for a rolling program of sample field surveys.
An HF ocean radar system covering approximately 40,000 square kilometres monitors surface currents, wind direction, and significant wave height in the South Australia Gulfs region. The WERA phased array system, with receive arrays at Cape Wiles and Cape Spencer, operates at 8.512 MHz with a maximum range of 200 km. Data collection is supported by the South Australia Research and Development Institute and managed by the Australian Ocean Data Network.