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Classification 1 Classification 2 Display name Short name Description Type Metadata contact organization Keywords Preview
Vegetation Vegetation types - present present_veg Current major vegetation group (class) Contextual (polygonal) ERIN
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Vegetation Classification NVIS 4.1 Major Vegetation Groups nvis41_mvg Major Vegetation Groups were identified to summarise the type and distribution of Australia's native vegetation. The classification contains different mixes of plant species within the canopy, shrub or ground layers, but are structurally similar and are often dominated by a single genus. In a mapping sense, the groups reflect the dominant vegetation occurring in a map unit where there are a mix of several vegetation types. Subdominant vegetation groups which may also be present in the map unit are not shown. For example, the dominant vegetation in an area may be mapped as dominated by eucalypt open forest, although it contains pockets of rainforest, shrubland and grassland vegetation as subdominants. Contextual (polygonal) http://www.environment.gov.au/fed/catalog/search/resource/details.page?uuid=%7Beade4b5f-6a30-46ae-86d8-58ed374ddc72%7D dominant, tree, forest, woodland, canopy, understory
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Biodiversity Occurrence Density odensity Occurrence Density Environmental (gridded) 0.01 degree (~1km) ALA-SPATIAL average, sample
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Biodiversity Species Richness srichness Species Richness Environmental (gridded) 0.01 degree (~1km) ALA-SPATIAL diversity, occurrence, sample, average
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Substrate Physics Weathering Intensity V2 weathering_intensity_v2 A weathering intensity index for the Australian continent using airborne gamma-ray spectrometry and digital terrain analysis V2 (1km grid) Environmental (gridded) soil, radiometric, geochemistry, regolith, geophysics
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Biodiversity Phylogenetic Diversity Mammals – Fritz et al 2009 - 0.5 degree phylo_tree_4152 Mammals – Fritz et al 2009 Environmental (gridded) ALA-SPATIAL
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Vegetation Classification NVIS 4.1 Major Vegetation Subgroups nvis41_mvs Eighty-five (85) Major Vegetation Subgroups identified in v4.1 to summarise the type and distribution of Australia's native vegetation. The classification contains an emphasis on the structural and floristic composition of the dominant stratum (as with Major Vegetation Groups), but with additional types identified according to typical shrub or ground layers occurring with a dominant tree or shrub stratum. In a mapping sense, the subgroups reflect the dominant vegetation occurring in a map unit from a mix of several vegetation types. Less-dominant vegetation groups which are also present in the map unit are not shown. For example, the dominant vegetation in an area may be mapped as dominated by eucalypt open forest with a shrubby understorey, although it contains pockets of rainforest, shrubland and grassland vegetation as subdominants. Contextual (polygonal) http://www.environment.gov.au/fed/catalog/search/resource/details.page?uuid=%7B21a53368-c383-4ec1-bf51-878b369ce303%7D dominant, tree, forest, woodland, canopy, understory
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Biodiversity Phylogenetic Diversity Acacia – Miller et al 2012 - 0.5 degree phylo_tree_5 Acacia – Miller et al 2012 Environmental (gridded) ALA-SPATIAL
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Area Management Atlas of Life in the Coastal Wilderness alwc4 The ALCW Bioregion spans the landscape from the Great Dividing Range in the west, to the coast of New South Wales south from Bateman’s Marine Park and down to the northern coastal region of Victoria at Lakes Entrance. Contextual (polygonal) Atlas of Life in the Coastal Wilderness climate, change, invasive, catalogue
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Distance Distance - to coast substrate_distcoast Distance - to coast Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences
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Vegetation Phenology Phenology peak day of year 2002 dry phenomax1_2002 Based on per-pixel greenness trajectories measured by MODIS EVI, phenological cycle curves were modelled and their key properties in the form of phenological curve metrics were derived including: the first and second minimum point, PEAK, start and end of cycle; length of cycle, and; the amplitude of the cycle. This layer is the day of the year peak amplitude. 2002 was a dry year. Environmental (gridded) http://www.auscover.org.au/geonetwork/srv/en/main.home?uuid=03312acf-5f95-4fcc-9802-52801afe4e85 evi, green, flower
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Political PSMA State Electoral Boundaries (2016) psma_state_electoral Contextual (polygonal) PSMA Australia Limited psma, electoral boundaries, state
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Vegetation Phenology Phenology peak day of year 2012 wet phenomax1_2012 Based on per-pixel greenness trajectories measured by MODIS EVI, phenological cycle curves were modelled and their key properties in the form of phenological curve metrics were derived including: the first and second minimum point, PEAK, start and end of cycle; length of cycle, and; the amplitude of the cycle. This layer is the day of the year peak amplitude. 2012 was a wet year. Environmental (gridded) http://www.auscover.org.au/geonetwork/srv/en/main.home?uuid=03312acf-5f95-4fcc-9802-52801afe4e85 evi, green, flower
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Biodiversity Shannon Diversity (H) sh Shannon Diversity Index (H) calculated on all ALA bio data and 0.1 (10km) global grid Environmental (gridded) http://www.ala.org.au biodiversity, richness, eveness, abundance
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Biodiversity Phylogenetic Diversity Amphibians (global) – Pyron & Wiens 2011 - 0.5 degree phylo_tree_2857 Amphibians (global) – Pyron & Wiens 2011 Environmental (gridded) ALA-SPATIAL
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Marine Temperature Marspec Annual Variance in Sea Surface Temperature marspec_17 Satellite measures of sea surface temperature (SST) were obtained at a 2.5 arc-minute resolution (approximately 4 km²) from Aqua-MODIS 4-micron nighttime SST Level 3 standard mapped image products, downloaded from NASA's Ocean Color website (http://oceancolor.gsfc.nasa.gov/). Final SST monthly climatological rasters were multiplied by 100 to preserve the precision of the dataset, and rounded to the nearest integer to save file space. As with salinity, five bioclimatic MARSPEC variables were derived from the scaled SST climatologies, but unlike salinity, the variables were calculated from only the ice-free months. We calculated the mean annual sea surface temperature (biogeo13), temperature of the coldest ice-free month (biogeo14), temperature of the warmest ice-free month (biogeo15), annual range in sea surface temperature (biogeo16), and annual variance in sea surface temperature (biogeo17). Environmental (gridded) http://www.marspec.org/
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Climate Evaporation 2030A1BMk35M: Evaporation - month min 2030A1BMk35M_evapi Minimum month evaporation (mm) - future climate scenario for 2030 A1B emissions CSIRO Mk3.5 GCM medium climatic sensitivity - OZCLIM + ANUCLIMv5.1 Environmental (gridded) CSIRO Ecosystem Sciences water, GDM-Ready, 2030-centred
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Marine Temperature Marspec Annual Range in Sea Surface Temperature marspec_16 Satellite measures of sea surface temperature (SST) were obtained at a 2.5 arc-minute resolution (approximately 4 km²) from Aqua-MODIS 4-micron nighttime SST Level 3 standard mapped image products, downloaded from NASA's Ocean Color website (http://oceancolor.gsfc.nasa.gov/). Final SST monthly climatological rasters were multiplied by 100 to preserve the precision of the dataset, and rounded to the nearest integer to save file space. As with salinity, five bioclimatic MARSPEC variables were derived from the scaled SST climatologies, but unlike salinity, the variables were calculated from only the ice-free months. We calculated the mean annual sea surface temperature (biogeo13), temperature of the coldest ice-free month (biogeo14), temperature of the warmest ice-free month (biogeo15), annual range in sea surface temperature (biogeo16), and annual variance in sea surface temperature (biogeo17). Environmental (gridded) http://www.marspec.org/
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Marine Temperature Marspec Sea Surface Temperature of the warmest ice-free month marspec_15 Satellite measures of sea surface temperature (SST) were obtained at a 2.5 arc-minute resolution (approximately 4 km²) from Aqua-MODIS 4-micron nighttime SST Level 3 standard mapped image products, downloaded from NASA's Ocean Color website (http://oceancolor.gsfc.nasa.gov/). Final SST monthly climatological rasters were multiplied by 100 to preserve the precision of the dataset, and rounded to the nearest integer to save file space. As with salinity, five bioclimatic MARSPEC variables were derived from the scaled SST climatologies, but unlike salinity, the variables were calculated from only the ice-free months. We calculated the mean annual sea surface temperature (biogeo13), temperature of the coldest ice-free month (biogeo14), temperature of the warmest ice-free month (biogeo15), annual range in sea surface temperature (biogeo16), and annual variance in sea surface temperature (biogeo17). Environmental (gridded) http://www.marspec.org/
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Political Commonwealth Electoral Boundaries electorates Commonwealth Electoral Boundaries Contextual (polygonal) Australian Electoral Commission political, voting
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Substrate Chemistry Ph - soil Ph Soil Acidity and Alkalinity (pH) Environmental (gridded) 0.01 degree (~1km) MCAS
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Marine Temperature Marspec Sea Surface Temperature of the coldest ice-free month marspec_14 Satellite measures of sea surface temperature (SST) were obtained at a 2.5 arc-minute resolution (approximately 4 km²) from Aqua-MODIS 4-micron nighttime SST Level 3 standard mapped image products, downloaded from NASA's Ocean Color website (http://oceancolor.gsfc.nasa.gov/). Final SST monthly climatological rasters were multiplied by 100 to preserve the precision of the dataset, and rounded to the nearest integer to save file space. As with salinity, five bioclimatic MARSPEC variables were derived from the scaled SST climatologies, but unlike salinity, the variables were calculated from only the ice-free months. We calculated the mean annual sea surface temperature (biogeo13), temperature of the coldest ice-free month (biogeo14), temperature of the warmest ice-free month (biogeo15), annual range in sea surface temperature (biogeo16), and annual variance in sea surface temperature (biogeo17). Environmental (gridded) http://www.marspec.org/
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Marine Temperature Marspec Mean Annual Sea Surface Temperature marspec_13 Satellite measures of sea surface temperature (SST) were obtained at a 2.5 arc-minute resolution (approximately 4 km²) from Aqua-MODIS 4-micron nighttime SST Level 3 standard mapped image products, downloaded from NASA's Ocean Color website (http://oceancolor.gsfc.nasa.gov/). Final SST monthly climatological rasters were multiplied by 100 to preserve the precision of the dataset, and rounded to the nearest integer to save file space. As with salinity, five bioclimatic MARSPEC variables were derived from the scaled SST climatologies, but unlike salinity, the variables were calculated from only the ice-free months. We calculated the mean annual sea surface temperature (biogeo13), temperature of the coldest ice-free month (biogeo14), temperature of the warmest ice-free month (biogeo15), annual range in sea surface temperature (biogeo16), and annual variance in sea surface temperature (biogeo17). Environmental (gridded) http://www.marspec.org/
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Marine Chemistry Marspec Annual Variance in Sea Surface Salinity marspec_12 Measurements of sea surface salinity (SSS) were obtained from in situ oceanographic observations compiled by NOAA’s World Ocean Atlas 2009 (WOA09; Antonov et al. 2010). Monthly climatological means (measured in practical salinity units) were calculated by the original authors by averaging five “decadal” climatologies, at 1 arc-degree spatial resolution for the following time periods: 1955–1964, 1965–1974, 1975–1984, 1985–1994, 1995–2006. Further details on data compilation, quality control, and the creation of climatologies can be found in the original publication (Antonov et al. 2010). We downloaded the monthly climatologies for the sea surface in ArcGIS point shapefile format and used spline interpolation in ArcGIS 9.3.1 to spatially smooth the data from 1 arc-degree to 30 arc-second grids within the GSHHS ocean mask. The final monthly climatologies were multiplied by 100 and rounded to the nearest integer value in order to conserve file space. Five bioclimatic MARSPEC layers were calculated from the scaled climatologies: mean annual sea surface salinity (biogeo08), salinity of the least salty month (biogeo09), salinity of the saltiest month (biogeo10), annual range in sea surface salinity (biogeo11), and annual variance in sea surface salinity (biogeo12). Environmental (gridded) http://www.marspec.org/
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Marine Boundaries FAO Fishery Statistical Areas fao_areas FAO Fishing areas (Marine) Contextual (polygonal) http://www.fao.org/geonetwork/srv/en/main.home?uuid=ac02a460-da52-11dc-9d70-0017f293bd28 fishing, management, environment, politic
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Marine Chemistry Marspec Annual Range in Sea Surface Salinity marspec_11 Measurements of sea surface salinity (SSS) were obtained from in situ oceanographic observations compiled by NOAA’s World Ocean Atlas 2009 (WOA09; Antonov et al. 2010). Monthly climatological means (measured in practical salinity units) were calculated by the original authors by averaging five “decadal” climatologies, at 1 arc-degree spatial resolution for the following time periods: 1955–1964, 1965–1974, 1975–1984, 1985–1994, 1995–2006. Further details on data compilation, quality control, and the creation of climatologies can be found in the original publication (Antonov et al. 2010). We downloaded the monthly climatologies for the sea surface in ArcGIS point shapefile format and used spline interpolation in ArcGIS 9.3.1 to spatially smooth the data from 1 arc-degree to 30 arc-second grids within the GSHHS ocean mask. The final monthly climatologies were multiplied by 100 and rounded to the nearest integer value in order to conserve file space. Five bioclimatic MARSPEC layers were calculated from the scaled climatologies: mean annual sea surface salinity (biogeo08), salinity of the least salty month (biogeo09), salinity of the saltiest month (biogeo10), annual range in sea surface salinity (biogeo11), and annual variance in sea surface salinity (biogeo12). Environmental (gridded) http://www.marspec.org/
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Marine Chemistry Marspec Maximum Monthly Sea Surface Salinity marspec_10 Measurements of sea surface salinity (SSS) were obtained from in situ oceanographic observations compiled by NOAA’s World Ocean Atlas 2009 (WOA09; Antonov et al. 2010). Monthly climatological means (measured in practical salinity units) were calculated by the original authors by averaging five “decadal” climatologies, at 1 arc-degree spatial resolution for the following time periods: 1955–1964, 1965–1974, 1975–1984, 1985–1994, 1995–2006. Further details on data compilation, quality control, and the creation of climatologies can be found in the original publication (Antonov et al. 2010). We downloaded the monthly climatologies for the sea surface in ArcGIS point shapefile format and used spline interpolation in ArcGIS 9.3.1 to spatially smooth the data from 1 arc-degree to 30 arc-second grids within the GSHHS ocean mask. The final monthly climatologies were multiplied by 100 and rounded to the nearest integer value in order to conserve file space. Five bioclimatic MARSPEC layers were calculated from the scaled climatologies: mean annual sea surface salinity (biogeo08), salinity of the least salty month (biogeo09), salinity of the saltiest month (biogeo10), annual range in sea surface salinity (biogeo11), and annual variance in sea surface salinity (biogeo12). Environmental (gridded) http://www.marspec.org/
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Marine Chemistry Marspec Minimum Monthly Sea Surface Salinity marspec_09 Measurements of sea surface salinity (SSS) were obtained from in situ oceanographic observations compiled by NOAA’s World Ocean Atlas 2009 (WOA09; Antonov et al. 2010). Monthly climatological means (measured in practical salinity units) were calculated by the original authors by averaging five “decadal” climatologies, at 1 arc-degree spatial resolution for the following time periods: 1955–1964, 1965–1974, 1975–1984, 1985–1994, 1995–2006. Further details on data compilation, quality control, and the creation of climatologies can be found in the original publication (Antonov et al. 2010). We downloaded the monthly climatologies for the sea surface in ArcGIS point shapefile format and used spline interpolation in ArcGIS 9.3.1 to spatially smooth the data from 1 arc-degree to 30 arc-second grids within the GSHHS ocean mask. The final monthly climatologies were multiplied by 100 and rounded to the nearest integer value in order to conserve file space. Five bioclimatic MARSPEC layers were calculated from the scaled climatologies: mean annual sea surface salinity (biogeo08), salinity of the least salty month (biogeo09), salinity of the saltiest month (biogeo10), annual range in sea surface salinity (biogeo11), and annual variance in sea surface salinity (biogeo12). Environmental (gridded) http://www.marspec.org/
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Marine Chemistry Marspec Mean Annual Sea Surface Salinity marspec_08 Measurements of sea surface salinity (SSS) were obtained from in situ oceanographic observations compiled by NOAA’s World Ocean Atlas 2009 (WOA09; Antonov et al. 2010). Monthly climatological means (measured in practical salinity units) were calculated by the original authors by averaging five “decadal” climatologies, at 1 arc-degree spatial resolution for the following time periods: 1955–1964, 1965–1974, 1975–1984, 1985–1994, 1995–2006. Further details on data compilation, quality control, and the creation of climatologies can be found in the original publication (Antonov et al. 2010). We downloaded the monthly climatologies for the sea surface in ArcGIS point shapefile format and used spline interpolation in ArcGIS 9.3.1 to spatially smooth the data from 1 arc-degree to 30 arc-second grids within the GSHHS ocean mask. The final monthly climatologies were multiplied by 100 and rounded to the nearest integer value in order to conserve file space. Five bioclimatic MARSPEC layers were calculated from the scaled climatologies: mean annual sea surface salinity (biogeo08), salinity of the least salty month (biogeo09), salinity of the saltiest month (biogeo10), annual range in sea surface salinity (biogeo11), and annual variance in sea surface salinity (biogeo12). Environmental (gridded) http://www.marspec.org/
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Marine Topography Marspec Concavity marspec_07 Marspec Concavity: Using the Surface tools within the Spatial Analyst toolbox in ArcGIS 9.3.1, six geophysical variables were derived from bathymetry to characterize different facets of aspect, slope, and terrain curvature of the seafloor. terrain curvature were calculated in order to characterize how ocean bottom currents might interact with the seafloor. Concavity is the second derivative of the bathymetry layer (or the slope of the slope) and represents whether a raster cell is on a hill (negative values) or in a valley (positive values). Environmental (gridded) http://www.marspec.org/ topography, slope
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Marine Topography Marspec Bathymetric Slope marspec_06 Marspec Bathymetric Slope: Using the Surface tools within the Spatial Analyst toolbox in ArcGIS 9.3.1, six geophysical variables were derived from bathymetry to characterize different facets of aspect, slope, and terrain curvature of the seafloor. Bathymetric slope was measured in degrees ranging from 0º (flat surface) to 90º (vertical slope). Environmental (gridded) http://www.marspec.org/ topography
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Distance Marspec Distance to Shore marspec_05 Marspec Distance to Shore in kms Environmental (gridded) http://www.marspec.org/
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Marine Topography Marspec Profile Curvature marspec_04 Marspec Profile Curvature: Using the Surface tools within the Spatial Analyst toolbox in ArcGIS 9.3.1, six geophysical variables were derived from bathymetry to characterize different facets of aspect, slope, and terrain curvature of the seafloor. Profile curvature is the curvature in the direction parallel to the maximum slope and indicates whether flow across a surface would accelerate (positive values) or decelerate (negative values). Environmental (gridded) http://www.marspec.org/ flow, velocity, current
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Marine Topography Marspec Plan Curvature marspec_03 Marspec Plan Curvature: 3 components of terrain curvature were calculated in order to characterize how ocean bottom currents might interact with the seafloor. Plan curvature is the curvature in the direction perpendicular to the maximum slope and indicates whether flow across a surface would diverge (positive values) or converge (negative values). Environmental (gridded) http://www.marspec.org/ current, flow, converge, diverge
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Marine Topography Marspec North/South Aspect marspec_02 Marspec North/South Aspect. Marspec East/West Aspect. Using the Surface tools within the Spatial Analyst toolbox in ArcGIS 9.3.1, six geophysical variables were derived from bathymetry to characterize different facets of aspect, slope, and terrain curvature of the seafloor. Aspect, the horizontal orientation of the seafloor, was transformed from circular compass units (i.e., 0º - 360º) into linear vector components ranging from -1 to +1. East/west vector components were defined as +1=due east and -1=due west; north/south vector components were +1 = due north and -1 = due south. Bathymetric slope was measured in degrees ranging from 0º (flat surface) to 90º (vertical slope). Finally, three components of terrain curvature were calculated in order to characterize how ocean bottom currents might interact with the seafloor. Concavity is the second derivative of the bathymetry layer (or the slope of the slope) and represents whether a raster cell is on a hill (negative values) or in a valley (positive values). Plan curvature is the curvature in the direction perpendicular to the maximum slope and indicates whether flow across a surface would diverge (positive values) or converge (negative values). Profile curvature is the curvature in the direction parallel to the maximum slope and indicates whether flow across a surface would accelerate (positive values) or decelerate (negative values). Environmental (gridded) direction, compass
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Vegetation Fractional Cover - Bare Soil (2012-03-05) auscover_fractional_cover_bs Fractional Cover - Bare Soil (2012-03-05) Environmental (gridded) AusCover PAR
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Marine Topography Marspec East/West Aspect marspec_01 Marspec East/West Aspect. Using the Surface tools within the Spatial Analyst toolbox in ArcGIS 9.3.1, six geophysical variables were derived from bathymetry to characterize different facets of aspect, slope, and terrain curvature of the seafloor. Aspect, the horizontal orientation of the seafloor, was transformed from circular compass units (i.e., 0º - 360º) into linear vector components ranging from -1 to +1. East/west vector components were defined as +1=due east and -1=due west; north/south vector components were +1 = due north and -1 = due south. Bathymetric slope was measured in degrees ranging from 0º (flat surface) to 90º (vertical slope). Finally, three components of terrain curvature were calculated in order to characterize how ocean bottom currents might interact with the seafloor. Concavity is the second derivative of the bathymetry layer (or the slope of the slope) and represents whether a raster cell is on a hill (negative values) or in a valley (positive values). Plan curvature is the curvature in the direction perpendicular to the maximum slope and indicates whether flow across a surface would diverge (positive values) or converge (negative values). Profile curvature is the curvature in the direction parallel to the maximum slope and indicates whether flow across a surface would accelerate (positive values) or decelerate (negative values). Environmental (gridded) direction, compass
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Distance Euclidean Distance to Coast (metres) dist_coast_me Euclidean Distance to Coast (metres) Environmental (gridded) 30km tolerance GA terrestrial, marine, distance, coast
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Vegetation Leaf Area Index (LAI) - 2012-03-05 auscover_lai Leaf Area Index (LAI) - 2012-03-05 Environmental (gridded) AusCover
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Vegetation fPAR Fraction of Photosynthetically Active Radiation (fPAR) auscover_fpar Fraction of Photosynthetically Active Radiation (fPar) in the spectral range 400-700nm used by plants for photosynthesis - 2012-03-05 Environmental (gridded) AusCover temperature, precipitation
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Climate Temperature 2030A1BMk35M: Temperature - annual max mean 2030A1BMk35M_maxtm Mean annual maximum temperature (°C) - future climate scenario for 2030 A1B emissions CSIRO Mk3.5 GCM medium climatic sensitivity - OZCLIM + ANUCLIMv5.1 Environmental (gridded) CSIRO Ecosystem Sciences GDM-Ready, 2030-centred
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Vegetation Enhanced Vegetation Index (2012-03-05) auscover_evi Enhanced Vegetation Index (2012-03-05) Environmental (gridded) AusCover
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Marine Region Geomorphology of the Australian Margin and adjacent seafloor geo_feature Geomorphology of the Australian Margin and adjacent seafloor Contextual (polygonal) GA reef, shoal, bank, slope, basin, trench, shelf
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Vegetation Normalized Difference Vegetation Index (2012-03-05) auscover_ndvi Normalized Difference Vegetation Index (2012-03-05) Environmental (gridded) AusCover
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Vegetation Gross Primary Productivity (2012-03-13) auscover_gpp Gross Primary Productivity (2012-03-13) Environmental (gridded) AusCover
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Vegetation Fractional Cover - Non-persistent Vegetation (2012-03-05) auscover_fractional_cover_npv Fractional Cover - Non-persistent Vegetation (2012-03-05) Environmental (gridded) AusCover
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Vegetation Fractional Cover - Persistent Vegetation (2012-03-05) auscover_fractional_cover_pv Fractional Cover - Persistent Vegetation (2012-03-05) Environmental (gridded) AusCover PAR
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Area Management Biodiversity Australian Coral Ecoregions australian_coral_ecoregions Australian Coral Ecoregions Contextual (polygonal) Coral Reef Research - J.E.N. Veron coral
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Area Management Great Eastern Ranges Hunter Areas Of Interest ger_hunter_areas_of_interest ger hunter areas of interest Contextual (polygonal) GER GER, administrative, manage, region
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Area Management Great Eastern Ranges K2C Management Regions ger_k2c_management_regions_oct2009 ger k2c management regions Contextual (polygonal) GER GER, manage, adminstrate, region, border, coast, hunter, Kosciuszko, slope, summit, region
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Substrate Moisture 2030A1BMk35M: Water potential - month max 2030A1BMk35M_wpot_max Maximum month soil water potential (MPa) - future climate scenario for 2030 A1B emissions CSIRO Mk3.5 GCM medium climatic sensitivity - OZCLIM + ANUCLIMv5.1 Environmental (gridded) CSIRO Ecosystem Sciences water, temperature, precipitation, rain, evaporation, solar radiation, sun, capacity, GDM-Ready, 2030-centred
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Substrate Moisture 2030A1BMk35M: Water potential - month min 2030A1BMk35M_wpot_min Minimum month soil water potential (MPa) - future climate scenario for 2030 A1B emissions CSIRO Mk3.5 GCM medium climatic sensitivity - OZCLIM + ANUCLIMv5.1 Environmental (gridded) CSIRO Ecosystem Sciences water, temperature, precipitation, rain, evaporation, solar radiation, sun, capacity, GDM-Ready, 2030-centred
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Substrate Moisture 2030A1BMk35M: Water potential - annual mean 2030A1BMk35M_wpot_mean Mean annual soil water potential (MPa) - future climate scenario for 2030 A1B emissions CSIRO Mk3.5 GCM medium climatic sensitivity - OZCLIM + ANUCLIMv5.1 Environmental (gridded) CSIRO Ecosystem Sciences water, temperature, precipitation, rain, evaporation, solar radiation, sun, capacity, GDM-Ready, 2030-centred
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Biodiversity Region IBRA 6 Sub Regions ibra_sub_merged IBRA 6 sub regions Contextual (polygonal) DSEWPaC bioregion, ecoregion, system
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Area Management Great Eastern Ranges S2S Priority Area Billabong Creek v01 ger_s2s_priority_area_billabong_creek_v01 ger priority area billabong creek Contextual (polygonal) GER GER, slope, summit, region
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Substrate Moisture 2030A1BMk35M: Water deficit - month min 2030A1BMk35M_wdef_min Minimum month soil water deficit (mm) - future climate scenario for 2030 A1B emissions CSIRO Mk3.5 GCM medium climatic sensitivity - OZCLIM + ANUCLIMv5.1 Environmental (gridded) CSIRO Ecosystem Sciences water, temperature, precipitation, rain, evaporation, solar radiation, sun, capacity, GDM-Ready, 2030-centred
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Substrate Moisture 2030A1BMk35M: Water deficit - month mean 2030A1BMk35M_wdef_mean Minimum month soil water deficit (mm) - future climate scenario for 2030 A1B emissions CSIRO Mk3.5 GCM medium climatic sensitivity - OZCLIM + ANUCLIMv5.1 Environmental (gridded) CSIRO Ecosystem Sciences water, temperature, precipitation, rain, evaporation, solar radiation, sun, capacity, GDM-Ready, 2030-centred
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Substrate Moisture 2030A1BMk35M: Water deficit - month max 2030A1BMk35M_wdef_max Maximum month soil water deficit (mm) - future climate scenario for 2030 A1B emissions CSIRO Mk3.5 GCM medium climatic sensitivity - OZCLIM + ANUCLIMv5.1 Environmental (gridded) CSIRO Ecosystem Sciences water, temperature, precipitation, rain, evaporation, solar radiation, sun, capacity, GDM-Ready, 2030-centred
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Climate Temperature 2030A1BMk35M: Temperature - max month diurnal range 2030A1BMk35M_trngx Maximum month diurnal temperature range (°C) - future climate scenario for 2030 A1B emissions CSIRO Mk3.5 GCM medium climatic sensitivity - OZCLIM + ANUCLIMv5.1 Environmental (gridded) CSIRO Ecosystem Sciences GDM-Ready, 2030-centred
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Climate Temperature 2030A1BMk35M: Temperature - mean annual diurnal range 2030A1BMk35M_trngm Mean annual diurnal temperature range (°C) - future climate scenario for 2030 A1B emissions CSIRO Mk3.5 GCM medium climatic sensitivity - OZCLIM + ANUCLIMv5.1 Environmental (gridded) CSIRO Ecosystem Sciences GDM-Ready, 2030-centred
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Climate Temperature 2030A1BMk35M: Temperature - min month diurnal range 2030A1BMk35M_trngi Minimum month diurnal temperature range (°C) - future climate scenario for 2030 A1B emissions CSIRO Mk3.5 GCM medium climatic sensitivity - OZCLIM + ANUCLIMv5.1 Environmental (gridded) CSIRO Ecosystem Sciences GDM-Ready, 2030-centred
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Climate Temperature 2030A1BMk35M: Temperature - annual range 2030A1BMk35M_trnga Annual Range Temperature (°C) - future climate scenario for 2030 A1B emissions CSIRO Mk3.5 GCM medium climatic sensitivity - OZCLIM + ANUCLIMv5.1 Environmental (gridded) CSIRO Ecosystem Sciences GDM-Ready, 2030-centred
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Climate Precipitation 2030A1BMk35M: Precipitation - equinox seasonality ratio 2030A1BMk35M_srain2mp Equinox rainfall seasonality ratio - future climate scenario for 2030 A1B emissions CSIRO Mk3.5 GCM medium climatic sensitivity - OZCLIM + ANUCLIMv5.1 Environmental (gridded) CSIRO Ecosystem Sciences rain, GDM-Ready, 2030-centred
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Climate Precipitation 2030A1BMk35M: Precipitation - spring or autumn season 2030A1BMk35M_srain2 Spring or autumn rainfall season - future climate scenario for 2030 A1B emissions CSIRO Mk3.5 GCM medium climatic sensitivity - OZCLIM + ANUCLIMv5.1 Environmental (gridded) CSIRO Ecosystem Sciences rain, GDM-Ready, 2030-centred
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Climate Precipitation 2030A1BMk35M: Precipitation - solstice seasonality ratio 2030A1BMk35M_srain1mp Solstice rainfall seasonality ratio - future climate scenario for 2030 A1B emissions CSIRO Mk3.5 GCM medium climatic sensitivity - OZCLIM + ANUCLIMv5.1 Environmental (gridded) CSIRO Ecosystem Sciences rain, GDM-Ready, 2030-centred
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Climate Precipitation 2030A1BMk35M: Precipitation - summer or winter season 2030A1BMk35M_srain1 summer or winter rainfall season - future climate scenario for 2030 A1B emissions CSIRO Mk3.5 GCM medium climatic sensitivity - OZCLIM + ANUCLIMv5.1 Environmental (gridded) CSIRO Ecosystem Sciences rain, GDM-Ready, 2030-centred
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Substrate Moisture 2030A1BMk35M: Water surplus - month min 2030A1BMk35M_spls_min Minimum month soil water surplus (mm) - future climate scenario for 2030 A1B emissions CSIRO Mk3.5 GCM medium climatic sensitivity - OZCLIM + ANUCLIMv5.1 Environmental (gridded) CSIRO Ecosystem Sciences water, temperature, precipitation, rain, evaporation, solar radiation, sun, capacity, GDM-Ready, 2030-centred
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Substrate Moisture 2030A1BMk35M: Water surplus - annual mean 2030A1BMk35M_spls_mean Mean annual soil water surplus (mm) - future climate scenario for 2030 A1B emissions CSIRO Mk3.5 GCM medium climatic sensitivity - OZCLIM + ANUCLIMv5.1 Environmental (gridded) CSIRO Ecosystem Sciences water, temperature, precipitation, rain, evaporation, solar radiation, sun, capacity, GDM-Ready, 2030-centred
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Substrate Moisture 2030A1BMk35M: Water surplus - month max 2030A1BMk35M_spls_max Maximum month soil water surplus (mm) - future climate scenario for 2030 A1B emissions CSIRO Mk3.5 GCM medium climatic sensitivity - OZCLIM + ANUCLIMv5.1 Environmental (gridded) CSIRO Ecosystem Sciences water, temperature, precipitation, rain, evaporation, solar radiation, sun, capacity, GDM-Ready, 2030-centred
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Climate Temperature 2030A1BMk35M: Temperature - min difference in max 2030A1BMk35M_rtxmin minimum difference in maximum temperatures (°C/day) - future climate scenario for 2030 A1B emissions CSIRO Mk3.5 GCM medium climatic sensitivity - OZCLIM + ANUCLIMv5.1 Environmental (gridded) CSIRO Ecosystem Sciences GDM-Ready, 2030-centred
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Climate Temperature 2030A1BMk35M: Temperature - max difference in max 2030A1BMk35M_rtxmax Maximum difference in maximum temperatures (°C/day) - future climate scenario for 2030 A1B emissions CSIRO Mk3.5 GCM medium climatic sensitivity - OZCLIM + ANUCLIMv5.1 Environmental (gridded) CSIRO Ecosystem Sciences GDM-Ready, 2030-centred
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Climate Temperature 2030A1BMk35M: Temperature - min difference in min 2030A1BMk35M_rtimin Minimum difference in minimum temperatures (°C/day) - future climate scenario for 2030 A1B emissions CSIRO Mk3.5 GCM medium climatic sensitivity - OZCLIM + ANUCLIMv5.1 Environmental (gridded) CSIRO Ecosystem Sciences GDM-Ready, 2030-centred
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Climate Temperature 2030A1BMk35M: Temperature - max difference in min 2030A1BMk35M_rtimax Maximum difference in minimum temperatures (°C/day) - future climate scenario for 2030 A1B emissions CSIRO Mk3.5 GCM medium climatic sensitivity - OZCLIM + ANUCLIMv5.1 Environmental (gridded) CSIRO Ecosystem Sciences GDM-Ready, 2030-centred
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Area Management Great Eastern Ranges S2S Priority Areas v05 ger_s2s_priority_areas_v05 ger s2s priority areas Contextual (polygonal) GER GER, slope, summit, manage, region
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Climate Precipitation 2030A1BMk35M: Precipitation - min difference between successive months 2030A1BMk35M_rprecmin Least rainfall difference between successive months (mm/day) - future climate scenario for 2030 A1B emissions CSIRO Mk3.5 GCM medium climatic sensitivity - OZCLIM + ANUCLIMv5.1 Environmental (gridded) CSIRO Ecosystem Sciences rain, GDM-Ready, 2030-centred
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Climate Precipitation 2030A1BMk35M: Precipitation - max difference between successive months 2030A1BMk35M_rprecmax Greatest rainfall difference between successive months (mm/day) - future climate scenario for 2030 A1B emissions CSIRO Mk3.5 GCM medium climatic sensitivity - OZCLIM + ANUCLIMv5.1 Environmental (gridded) CSIRO Ecosystem Sciences rain, GDM-Ready, 2030-centred
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Climate Humidity 2030A1BMk35M: Humidity - month max relative 3pm 2030A1BMk35M_rhu215_x Maximum month relative humidity at 3pm (%) - future climate scenario for 2030 A1B emissions CSIRO Mk3.5 GCM medium climatic sensitivity - OZCLIM + ANUCLIMv5.1 Environmental (gridded) CSIRO Ecosystem Sciences temperature, moisture, GDM-Ready, 2030-centred
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Biodiversity Endemism endemism Endemism based on Crisp, M.D., Laffan, S., Linder, H.P. and Monro, A (2001). Endemism in the Australian Flora. Journal of Biogeography 28, 183-198. Environmental (gridded) 0.1 degree ALA-SPATIAL diversity, occurrence, sample, average
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Biodiversity Endemism (Non-marine) endemism_non_marine Endemism (Non-marine) based on Crisp, M.D., Laffan, S., Linder, H.P. and Monro, A (2001). Endemism in the Australian Flora. Journal of Biogeography 28, 183-198. Environmental (gridded) 0.1 degree ALA-SPATIAL diversity, occurrence, sample, average
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Climate Humidity 2030A1BMk35M: Humidity - annual mean relative 3pm 2030A1BMk35M_rhu215_m Mean annual relative humidity at 3pm (%) - future climate scenario for 2030 A1B emissions CSIRO Mk3.5 GCM medium climatic sensitivity - OZCLIM + ANUCLIMv5.1 Environmental (gridded) CSIRO Ecosystem Sciences temperature, moisture, GDM-Ready, 2030-centred
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Climate Humidity 2030A1BMk35M: Humidity - month min relative 3pm 2030A1BMk35M_rhu215_i Minimum month relative humidity at 3pm (%) - future climate scenario for 2030 A1B emissions CSIRO Mk3.5 GCM medium climatic sensitivity - OZCLIM + ANUCLIMv5.1 Environmental (gridded) CSIRO Ecosystem Sciences temperature, moisture, GDM-Ready, 2030-centred
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Climate Precipitation 2030A1BMk35M: Precipitation - wettest month 2030A1BMk35M_rainx Precipitation of the wettest month (mm) - future climate scenario for 2030 A1B emissions CSIRO Mk3.5 GCM medium climatic sensitivity - OZCLIM + ANUCLIMv5.1 Environmental (gridded) CSIRO Ecosystem Sciences rain, GDM-Ready, 2030-centred
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Climate Precipitation 2030A1BMk35M: Precipitation - annual mean 2030A1BMk35M_rainm Mean annual rainfall (mm) - future climate scenario for 2030 A1B emissions CSIRO Mk3.5 GCM medium climatic sensitivity - OZCLIM + ANUCLIMv5.1 Environmental (gridded) CSIRO Ecosystem Sciences rain, GDM-Ready, 2030-centred
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Climate Precipitation 2030A1BMk35M: Precipitation - driest month 2030A1BMk35M_raini Precipitation of the driest month (mm) - future climate scenario for 2030 A1B emissions CSIRO Mk3.5 GCM medium climatic sensitivity - OZCLIM + ANUCLIMv5.1 Environmental (gridded) CSIRO Ecosystem Sciences rain, GDM-Ready, 2030-centred
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Climate Solar radiation 2030A1BMk35M: Radiation - max month precipitation modified 2030A1BMk35M_radnx Maximum month rainfall-modified solar radiation (MJ/m2/day) - future climate scenario for 2030 A1B emissions CSIRO Mk3.5 GCM medium climatic sensitivity - OZCLIM + ANUCLIMv5.1 Environmental (gridded) CSIRO Ecosystem Sciences solar, sun, GDM-Ready, 2030-centred
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Climate Solar radiation 2030A1BMk35M: Radiation - mean annual precipitation modified 2030A1BMk35M_radnm Mean annual rainfall-modified solar radiation (MJ/m2/day) - future climate scenario for 2030 A1B emissions CSIRO Mk3.5 GCM medium climatic sensitivity - OZCLIM + ANUCLIMv5.1 Environmental (gridded) CSIRO Ecosystem Sciences GDM-Ready, 2030-centred
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Climate Solar radiation 2030A1BMk35M: Radiation - min month precipitation modified 2030A1BMk35M_radni Minimum month rainfall-modified solar radiation (MJ/m2/day) - future climate scenario for 2030 A1B emissions CSIRO Mk3.5 GCM medium climatic sensitivity - OZCLIM + ANUCLIMv5.1 Environmental (gridded) CSIRO Ecosystem Sciences solar, sun, GDM-Ready, 2030-centred
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Substrate Moisture 2030A1BMk35M: Water stress index - month min 2030A1BMk35M_pwat_min Minimum month soil water stress index - future climate scenario for 2030 A1B emissions CSIRO Mk3.5 GCM medium climatic sensitivity - OZCLIM + ANUCLIMv5.1 Environmental (gridded) CSIRO Ecosystem Sciences evaporation, water, soil, rain, crop factor, GDM-Ready, 2030-centred
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Substrate Moisture 2030A1BMk35M: Water stress index - annual mean 2030A1BMk35M_pwat_mean Mean annual soil water stress index - future climate scenario for 2030 A1B emissions CSIRO Mk3.5 GCM medium climatic sensitivity - OZCLIM + ANUCLIMv5.1 Environmental (gridded) CSIRO Ecosystem Sciences evaporation, water, soil, rain, crop factor, GDM-Ready, 2030-centred
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Climate Temperature 2030A1BMk35M: Temperature - coolest month max 2030A1BMk35M_maxti Maximum temperature coolest month (°C) - future climate scenario for 2030 A1B emissions CSIRO Mk3.5 GCM medium climatic sensitivity - OZCLIM + ANUCLIMv5.1 Environmental (gridded) CSIRO Ecosystem Sciences GDM-Ready, 2030-centred
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Substrate Moisture 2030A1BMk35M: Water stress index - month max 2030A1BMk35M_pwat_max Maximum month soil water stress index - future climate scenario for 2030 A1B emissions CSIRO Mk3.5 GCM medium climatic sensitivity - OZCLIM + ANUCLIMv5.1 Environmental (gridded) CSIRO Ecosystem Sciences evaporation, water, soil, rain, crop factor, GDM-Ready, 2030-centred
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Climate Temperature 2030A1BMk35M: Temperature - warmest month min 2030A1BMk35M_mintx Minimum temperature warmest month (°C) - future climate scenario for 2030 A1B emissions CSIRO Mk3.5 GCM medium climatic sensitivity - OZCLIM + ANUCLIMv5.1 Environmental (gridded) CSIRO Ecosystem Sciences GDM-Ready, 2030-centred
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Climate Temperature 2030A1BMk35M: Temperature - annual min mean 2030A1BMk35M_mintm Mean annual minimum temperature (°C) - future climate scenario for 2030 A1B emissions CSIRO Mk3.5 GCM medium climatic sensitivity - OZCLIM + ANUCLIMv5.1 Environmental (gridded) CSIRO Ecosystem Sciences GDM-Ready, 2030-centred
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Climate Temperature 2030A1BMk35M: Temperature - coldest month min 2030A1BMk35M_minti Minimum temperature coldest month (°C) - future climate scenario for 2030 A1B emissions CSIRO Mk3.5 GCM medium climatic sensitivity - OZCLIM + ANUCLIMv5.1 Environmental (gridded) CSIRO Ecosystem Sciences GDM-Ready, 2030-centred
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Climate Growth index 2030A1BMk35M: Growth index C3 mesotherm plants - annual mean 2030A1BMk35M_mesogi Mean annual growth index C3 mesotherm plants - future climate scenario for 2030 A1B emissions CSIRO Mk3.5 GCM medium climatic sensitivity - OZCLIM + ANUCLIMv5.1 Environmental (gridded) CSIRO Ecosystem Sciences water, temperature, precipitation, rain, evaporation, solar radiation, sun, capacity, GDM-Ready, 2030-centred
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Climate Growth index 2030A1BMk35M: Growth index C3 macrotherm plants - annual mean 2030A1BMk35M_megagi Mean annual growth index C3 macrotherm plants - future climate scenario for 2030 A1B emissions CSIRO Mk3.5 GCM medium climatic sensitivity - OZCLIM + ANUCLIMv5.1 Environmental (gridded) CSIRO Ecosystem Sciences water, temperature, precipitation, rain, evaporation, solar radiation, sun, capacity, GDM-Ready, 2030-centred
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Climate Temperature 2030A1BMk35M: Temperature - month hottest maximum 2030A1BMk35M_maxtx Maximum temperature hottest month (°C) - future climate scenario for 2030 A1B emissions CSIRO Mk3.5 GCM medium climatic sensitivity - OZCLIM + ANUCLIMv5.1 Environmental (gridded) CSIRO Ecosystem Sciences GDM-Ready, 2030-centred
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Substrate Moisture 2030A1BMk35M: Crop factor - month min 2030A1BMk35M_eaeo_min Minimum month crop factor - future climate scenario for 2030 A1B emissions CSIRO Mk3.5 GCM medium climatic sensitivity - OZCLIM + ANUCLIMv5.1 Environmental (gridded) CSIRO Ecosystem Sciences evaporation, water, soil, rain, crop factor, GDM-Ready, 2030-centred
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Substrate Moisture 2030A1BMk35M: Crop factor - annual mean 2030A1BMk35M_eaeo_mean Mean annual crop factor - future climate scenario for 2030 A1B emissions CSIRO Mk3.5 GCM medium climatic sensitivity - OZCLIM + ANUCLIMv5.1 Environmental (gridded) CSIRO Ecosystem Sciences evaporation, water, soil, rain, crop factor, GDM-Ready, 2030-centred
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Sensitive Data Layers Phylloxera Infection Zone Phylloxera Infection Zone - Whitebridge, Victoria phylloxera_whitebridge Phylloxera Infection Zone - Whitebridge, Victoria Contextual (polygonal) http://www.dpi.vic.gov.au/ sds
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Substrate Moisture 2030A1BMk35M: Crop factor - month max 2030A1BMk35M_eaeo_max Maximum month crop factor - future climate scenario for 2030 A1B emissions CSIRO Mk3.5 GCM medium climatic sensitivity - OZCLIM + ANUCLIMv5.1 Environmental (gridded) CSIRO Ecosystem Sciences evaporation, water, soil, rain, crop factor, GDM-Ready, 2030-centred
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Climate Growth index 2030A1BMk35M: Growth index C4 megatherm plants - annual mean 2030A1BMk35M_c4gi Mean annual growth index C4 megatherm plants - future climate scenario for 2030 A1B emissions CSIRO Mk3.5 GCM medium climatic sensitivity - OZCLIM + ANUCLIMv5.1 Environmental (gridded) CSIRO Ecosystem Sciences water, temperature, precipitation, rain, evaporation, solar radiation, sun, capacity, GDM-Ready, 2030-centred
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Climate Precipitation 2030A1BMk35M: Aridity index - month min 2030A1BMk35M_arid_min Minimum month aridity index - future climate scenario for 2030 A1B emissions CSIRO Mk3.5 GCM medium climatic sensitivity - OZCLIM + ANUCLIMv5.1 Environmental (gridded) CSIRO Ecosystem Sciences evaporation, rain, precipitation, GDM-Ready, 2030-centred
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Climate Precipitation 2030A1BMk35M: Aridity index - annual mean 2030A1BMk35M_arid_mean Mean annual aridity index - future climate scenario for 2030 A1B emissions CSIRO Mk3.5 GCM medium climatic sensitivity - OZCLIM + ANUCLIMv5.1 Environmental (gridded) CSIRO Ecosystem Sciences evaporation, rain, precipitation, GDM-Ready, 2030-centred
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Climate Precipitation 2030A1BMk35M: Aridity index - month max 2030A1BMk35M_arid_max Maximum month aridity index - future climate scenario for 2030 A1B emissions CSIRO Mk3.5 GCM medium climatic sensitivity - OZCLIM + ANUCLIMv5.1 Environmental (gridded) CSIRO Ecosystem Sciences evaporation, rain, precipitation, GDM-Ready, 2030-centred
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Climate Precipitation 2030A1BMk35M: Precipitation deficit - month min 2030A1BMk35M_adefx Minimum month precipitation deficit (mm) - future climate scenario for 2030 A1B emissions CSIRO Mk3.5 GCM medium climatic sensitivity - OZCLIM + ANUCLIMv5.1 Environmental (gridded) CSIRO Ecosystem Sciences rain, GDM-Ready, 2030-centred
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Climate Precipitation 2030A1BMk35M: Precipitation deficit - annual mean 2030A1BMk35M_adefm Mean annual precipitation deficit (mm) - future climate scenario for 2030 A1B emissions CSIRO Mk3.5 GCM medium climatic sensitivity - OZCLIM + ANUCLIMv5.1 Environmental (gridded) CSIRO Ecosystem Sciences rain, GDM-Ready, 2030-centred
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Climate Precipitation 2030A1BMk35M: Precipitation deficit - month max 2030A1BMk35M_adefi Maximum month precipitation deficit (mm) - future climate scenario for 2030 A1B emissions CSIRO Mk3.5 GCM medium climatic sensitivity - OZCLIM + ANUCLIMv5.1 Environmental (gridded) CSIRO Ecosystem Sciences rain, GDM-Ready, 2030-centred
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Marine Topography Great Barrier Reef 100m DEM gbr_gbr100 Great Barrier Reef 100m DEM Environmental (gridded) 100m Deepreef Explorer topo,depth
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Sensitive Data Layers Phylloxera Infection Zone Phylloxera Infection Zone - Mooroopna, Victoria phylloxera_mooroopna Phylloxera Infection Zone - Mooroopna, Victoria Contextual (polygonal) http://www.dpi.vic.gov.au/ sds
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Area Management Farming Phosphorus totp Total phosphorus applied from chemical fertilisers in 2000-2001 by SLA (t/ha) Environmental (gridded) 0.01 degree (~1km) ABARE
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Area Management Farming Potassium totk Total potassium applied from chemical fertilisers in 2000-2001 by SLA (t/ha) Environmental (gridded) 0.01 degree (~1km) ABARE
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Area Management Farming Nitrogen totn Total nitrogen applied from chemical fertilisers in 2000-2001 by SLA (t/ha) Environmental (gridded) 0.01 degree (~1km) ABARE
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Substrate Chemistry Carbon - organic soil_carbon Soil organic carbon flux (%) Environmental (gridded) 0.01 degree (~1km) ASRIS
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Social Population - change sla_popch Population growth (%) Environmental (gridded) 0.01 degree (~1km) ABS
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Social Unemployment rate sla_unemp Unemployment rate, by SLA Environmental (gridded) 0.01 degree (~1km) ABS
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Social Age - prime group sla_prime_wa Population aged 25-44 as proportion of total population, by SLA Environmental (gridded) 0.01 degree (~1km) ABS
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Social Population - density SLA 2006 p/sqkm) sla_popdens Population density for 2006, by SLA (people per sq km) Environmental (gridded) 0.01 degree (~1km) ABS
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Social Work force - older sla_older_wa Older Work Force, population aged 45-64 (%) Environmental (gridded) 0.01 degree (~1km) ABS
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Social Age sla_median_a Median Population Age (years) Environmental (gridded) 0.01 degree (~1km) ABS
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Social Internet sla_internet Home internet access (%) Environmental (gridded) 0.01 degree (~1km) ABS
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Social Income - low sla_inc_low Households receiving total weekly income of $350 or less (%) by SLA Environmental (gridded) 0.01 degree (~1km) ABS
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Social Employment sla_empaffm Persons employed in agriculture, fisheries, forestry and mining (%) Environmental (gridded) 0.01 degree (~1km) ABS
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Social Income - high sla_inc_high Households receiving total weekly income of $1200 or more (%) Environmental (gridded) 0.01 degree (~1km) ABS
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Social Education - vocational training sla_edu_voc Persons with certificate or diploma (%) Environmental (gridded) 0.01 degree (~1km) ABS
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Social Home ownership sla_dwell06 Home Ownership (%) Environmental (gridded) 0.01 degree (~1km) ABS
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Social Education - degrees sla_edu_deg Education - persons with university degree (%) Environmental (gridded) 0.01 degree (~1km) ABS
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Social Population - density census area 2006 (p/sqkm) popn_dens06 Population density for 2006, by census district (people per sq km) Environmental (gridded) 0.01 degree (~1km) MCAS
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Social Disadvantaged seifa Index of relative socio-economic disadvantage (points, mean=1000, lower score=more disadvantage) Environmental (gridded) 0.01 degree (~1km) ABS
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Topography Averaged Topographic Relief relief_ave This data represents the averaged topographic relief for the Australian continent, the Australian continental shelf, and the Australian continental slope. This dataset is a contribution to the CERF Marine Biodiversity Hub and is hosted temporarily by CMAR on behalf of Geoscience Australia. Environmental (gridded) Geoscience Australia elevation, bathymetry
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Marine Temperature Sea Surface Temperature - MODIS Terra mtsst_mean MODIS Terra Sea Surface Temperature Mean Environmental (gridded) 4km CSIRO Division of Marine and Atmospheric Research satellite, ocean
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Topography Topographic slope (%) substrate_slope Terrain slope (%) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences angle, dip
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Marine Biology SeaWiFS Chlorophyll Mean swchlo_mean SeaWiFS Chlorophyll Mean Environmental (gridded) 4km CSIRO Division of Marine and Atmospheric Research plant, biomass, ocean, productivity
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Substrate Moisture Unreliable water retention parameters substrate_wr_unr Solum average unreliable water retention parameters (index) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences soil, capacity, water
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Topography Valley bottom % substrate_valleybottom Proportion Valley bottoms (%) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences
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Substrate Moisture Topographic wetness index substrate_twi Topographic wetness index (index) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences soil, slope, water
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Substrate Moisture Water holding capacity - plant-available substrate_solpawhc Plant-available soil water holding capacity (mm) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences soil, evaporation, temperature, rain, precipitation
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Substrate Physics Soil depth substrate_soldepth Solum depth (surface and subsoil layers) (metres) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences soil, horizon
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Topography Topographic roughness substrate_roughness Terrain roughness (%) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences elevation, height, difference
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Topography Ridge top flatness - proportion substrate_ridgetopflat Proportion Ridge tops (%) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences
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Topography Topographic relief substrate_relief Terrain relief (metres) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences elevation, height, difference
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Substrate Chemistry Phosphorus - plant-available total pre-European substrate_ptotn0 Pre-European estimate of mean annual store of total plant-available soil phosphorus (PTot0.Base) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences soil, fertility
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Substrate Chemistry Phosphorus - plant-available pre-European substrate_pmnln0 Pre-European estimate of mean annual store of plant-available mineral phosphorus (PMnl0.Base) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences soil, fertility
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Substrate Chemistry Phosphorus pre-European substrate_pmnlconcn0 Pre-European estimate of mean annual concentration of dissolved phosphorus in soil water (PMnlConc0.Base) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences soil, fertility
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Substrate Physics Soil pedality substrate_pedality Grade of soil pedal structure (grade) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences soil, structure, porosity, grain
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Substrate Physics Magnetic anomalies substrate_magnetics Magnetic anomalies (nanoTesla, nT) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences
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Substrate Chemistry Nutrient status substrate_nutrients Gross nutrient status (rating) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences soil, fertility, nitrogen, phosphorus, potassium
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Substrate Chemistry Nitrogen - plant-available pre-European substrate_ntotn0 Pre-European estimate of mean annual store of total plant-available soil nitrogen (NTot0.Base) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences soil, nutrient
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Substrate Chemistry Nitrogen store pre-European substrate_nmnln0 Pre-European estimate of mean annual store of mineral nitrogen (NMnl0.Base) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences soil, nutrient
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Substrate Chemistry Nitrogen concentration pre-European substrate_nmnlconcn0 Pre-European estimate of mean annual concentration of mineral nitrogen in soil water (NMnlConc0.Base) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences soil, nutrient
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Topography Valley bottom flatness index substrate_mrvbf Valley Bottom Flatness (index) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences
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Topography Ridge top flatness substrate_mrrtf Ridgetop Flatness (index) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences
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Substrate Moisture Hydrological conductivity - uncertainty substrate_ks_err Solum average uncertainty of horizon saturated hydraulic conductivity estimates (index) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences soil, permiability, saturation
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Substrate Moisture Hydrologic conductivity - average saturated substrate_ksat Solum average median horizon saturated hydraulic conductivity (mm/h) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences soil, permiability, saturation
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Substrate Moisture Pedality hydrological score substrate_hpedality Hydrological scoring of pedality (score) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences soil, structure, water
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Substrate Physics Bouguer gravity anomalies substrate_gravity Bouguer gravity anomalies (acceleration, Gal) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences
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Substrate Age Lithology - age range substrate_geolrngeage Geological age range (M years) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences
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Vegetation IGBP Land Cover vegetation classification scheme (2011) auscover_land_cover_type Land Cover Type - IGBP global vegetation classification scheme (2011) Contextual (polygonal) AusCover
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Substrate Age Lithology - mean age substrate_geolmeanage Geological age mean (M years) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences
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Substrate Age Lithology - mean age range (log) substrate_geollrngeage Geological age (log10) range (Log10 M years) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences
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Substrate Age Lithology - mean age (log) substrate_geollmeanage Geological age (log10) mean (Log10 M years) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences
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Substrate Chemistry Lithology - fertility substrate_fert Inherent rock fertility (rating) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences nutrient, soil, rock
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Substrate Physics Erosional surfaces - proportion substrate_erosional Proportion Erosional surfaces (%) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences erosion, stability, slope, friability
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Distance Distance - to permanent water (weighted) substrate_distpermwat Weighted distance to permanent water features (index) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences
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Distance Distance - to non-permanent water (weighted) substrate_distnonpermw Weighted distance to non-permanent water features (index) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences
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Climate Precipitation Precipitation deficit - month max adefi Maximum month precipitation deficit (mm) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences rain
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Substrate Substrate data reliability substrate_datasupt Data levels supporting soil property interpretations (index) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences
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Distance Distance - to any water (weighted) substrate_distanywater Weighted distance to any water features (index) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences
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Substrate Chemistry Carbon store pre-European substrate_corg0 Pre-European estimate of mean annual store of soil organic carbon (COrg0.Base) (kgC ha-1) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences soil, primary, productivity, NPP
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Substrate Physics Soils - coarse substrate_coarse Soils dominated by coarse fragments including ironstone (class) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences soil, grain
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Substrate Chemistry Calcrete substrate_calcrete Calcrete in or below soil profile (presence) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences soil, calcium, lithology
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Substrate Physics Clay % substrate_clay Solum average median clay content (%) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences soil, grain
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Climate Temperature Temperature - min absolute mean min tminabsi Minimum month absolute mean minimum temperature (°C) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences
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Substrate Physics Bulk density substrate_bdensity Solum average bulk density (Mg/m3) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences soil, structure, porosity
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Area Management Farming Fallow practice - dominant (number) fal_dom_no_01 Dominant fallow practice for cereal farmers, based on number of respondents in 2000-2001 by SLA (class) Contextual (polygonal) BRS farm, SLA, cereal, manage
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Marine Energy GEOMACS - geometric mean geomacs_gmean GEOMACS (Geological and Oceanographic Model of Australias Continental Shelf) Geometric mean Environmental (gridded) 0.1 degree GA energy, ocean, wave
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Substrate Moisture ASRIS 0-1m Plant Available Water Capacity (250m raster) pawc1m ASRIS 0-1m Plant Available Water Capacity (250m raster) Environmental (gridded) ACLEP moisture
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Substrate Physics ASRIS 0-30cm Clay Content (250m raster) clay30 ASRIS 0-30cm Clay Content (250m raster) Environmental (gridded) ACLEP grainsize, soil
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Substrate Physics ASRIS 0-30cm Bulk Density (250m raster) bd30 ASRIS 0-30cm Bulk Density (250m raster) Environmental (gridded) ACLEP soil
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Topography Topographic Slope (degrees) slope_2 Topographic slope in degrees terrestrial and marine Environmental (gridded) 1:10,000,000 GA marine, angle
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Area Management Farming Sheep numbers sheep_dse Sheep numbers (Dry Sheep Equivalents) by SLA Environmental (gridded) ABARE
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Marine Turbidity SeaWIFS K490 Mean swk490_mean Diffuse attenuation at 490nm measured in metres squared Environmental (gridded) 4km CSIRO Division of Marine and Atmospheric Research ocean, turbidity
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Area Management Farming Gypsum gypsum Gypsum used to correct physical soil problems in 2000-2001 by SLA (t/ha) Environmental (gridded) 0.01 degree (~1km) ABARE
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Area Management Natural resource management expenditure - additional add_nrm Additional NRM activities (expenditures on planning, resource assessment and capacity building) expenditure ($/ha) Environmental (gridded) 0.01 degree (~1km) ABARE
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Area Management Farming Dolomite (physical) dolo_phys Dolomite used to correct physical soil problems in 2000-2001 by SLA (t/ha) Environmental (gridded) 0.01 degree (~1km) ABARE
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Area Management Farming Dolomite (acidity) dolo_acid Dolomite used to correct or stabilise soil acidity in 2000-2001 by SLA (t/ha) Environmental (gridded) 0.01 degree (~1km) ABARE
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Area Management Farming Lime lime Lime (crushed limestone and lime sand) used to correct or stabilise soil acidity in 2000-2001 by SLA (t/ha) Environmental (gridded) 0.01 degree (~1km) ABARE
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Fire Fire frequency fire_frq Fire frequency - number of fires between 1997-2008 for each cell Environmental (gridded) 0.01 degree (~1km) NAFI
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Fire Time since last burn fire_tslb08 Number of years since last burn (between 1997-2008) Environmental (gridded) 0.01 degree (~1km) NAFI
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Biodiversity Status Threatened communities (2008) threatnd_com Number of threatened ecological communities occurring in a 5km grid cell (frequency) Environmental (gridded) 0.01 degree (~1km) ERIN
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Climate Precipitation Precipitation deficit - annual mean adefm Mean annual precipitation deficit (mm) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences rain
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Substrate Moisture Moisture - average soilm_mean Mean annual soil moisture (upper layer)(%) Environmental (gridded) 0.01 degree (~1km) CSIRO soil, water, saturation
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Biodiversity Status Threatened species (2008) threatnd_sp Number of threatened species occurring in a 5km grid cell (frequency) Environmental (gridded) 0.01 degree (~1km) ERIN endangered, vulnerable, critical
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Substrate Moisture Moisture - variability soilm_cv Coefficient of variation of annual soil moisture (%) Environmental (gridded) 0.01 degree (~1km) MCAS soil, water, saturation
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Topography Slope length slope_length Slope length (metres) Environmental (gridded) 0.01 degree (~1km) CSIRO
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Hydrology Runoff - average runoff_mean Mean annual runoff (Ml / 5km x 5km pixel) Environmental (gridded) 0.01 degree (~1km) CSIRO water, runoff
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Climate Precipitation Precipitation - summer reliability rel_sum Rainfall reliability for summer season (proportion of years where 50% of mean seasonal rainfall has been exceeded) Environmental (gridded) 0.01 degree (~1km) CSIRO rain
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Climate Precipitation Precipitation - winter reliability rel_win Rainfall reliability for winter season (proportion of years where 50% of mean seasonal rainfall has been exceeded) Environmental (gridded) 0.01 degree (~1km) BRS rain
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Climate Precipitation Precipitation - autumn reliability rel_aut Rainfall reliability for autumn season (proportion of years where 50% of mean seasonal rainfall has been exceeded) Environmental (gridded) 0.01 degree (~1km) BRS rain
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Climate Precipitation Precipitation - spring reliability rel_spr Rainfall reliability for spring season (proportion of years where 50% of mean seasonal rainfall has been exceeded) Environmental (gridded) 0.01 degree (~1km) CSIRO rain
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Climate Precipitation Precipitation - summer rain_sum Average summer (dec, jan, feb) rainfall (mm) Environmental (gridded) 0.01 degree (~1km) CSIRO rain
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Climate Precipitation Precipitation - winter rain_win Average winter (jun, jul, aug) rainfall (mm) Environmental (gridded) 0.01 degree (~1km) BRS rain
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Climate Precipitation Precipitation - autumn rain_aut Average autumn (mar, apr, may) rainfall (mm) Environmental (gridded) 0.01 degree (~1km) BRS rain
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Climate Precipitation Precipitation - spring rain_spr Average spring (sep, oct, nov) rainfall (mm) Environmental (gridded) 0.01 degree (~1km) CSIRO rain
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Climate Precipitation Precipitation - annual rain_ann Mean annual rainfall (mm) Environmental (gridded) 0.01 degree (~1km) ANU rain
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Substrate Moisture Water holding capacity pawhc Plant available water holding capacity (mm x 1000) Environmental (gridded) 0.01 degree (~1km) CSIRO soil, evaporation, temperature, rain, precipitation
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Vegetation NPP Mean npp_mean Mean Annual Net Primary Productivity (tonnes/ha/yr) Environmental (gridded) 0.01 degree (~1km) CSIRO
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Area Management Natural resource management expenditure nrm_exp Average Annual NRM Expenditure ($) Environmental (gridded) 0.01 degree (~1km) ABARE region, funds
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Substrate Physics Erodibility erodibility Erodibility (k factor ) Environmental (gridded) 0.01 degree (~1km) CSIRO erosion, stability, slope, friability
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Biodiversity Status Migratory species (2008) migratry_sp Number of migratory species occurring in a 5km grid cell (frequency) Environmental (gridded) 0.01 degree (~1km) ERIN threatened, bird
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Vegetation NDVI Mean ndvi_mean Normalised difference vegetation index (NDVI*100) Environmental (gridded) 0.01 degree (~1km) BRS
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Climate Evaporation Evaporation - average evap_mean Mean annual evaporation (Ml /5km x 5km pixel) Environmental (gridded) 0.01 degree (~1km) AWAP water, temperature, precipitation, rain
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Substrate Physics Erosivity erosivity Rainfall erosivity (MJmm/ha/hr) Environmental (gridded) 0.01 degree (~1km) CSIRO erosion, stability, slope, friability
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Climate Evaporation Evaporation - variability evap_cv Coefficient of variation of annual evaporation (%) Environmental (gridded) 0.01 degree (~1km) CSIRO water, temperature, precipitation, rain
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Topography Elevation elevation Elevation (metres above mean sea level) Environmental (gridded) 0.01 degree (~1km) GA height, dem
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Hydrology Drainage - variability drain_cv Coefficient of variation of annual drainage (%) Environmental (gridded) 0.01 degree (~1km) CSIRO water, runoff
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Hydrology Drainage - average drain_mean Mean annual drainage (Ml / 5km x 5km pixel) Environmental (gridded) 0.01 degree (~1km) CSIRO water, runoff
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Distance Remoteness index aria Accessibility/Remoteness Index of Australia (class) Environmental (gridded) 0.01 degree (~1km) GISCA population, infrastructure, towns, service
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Topography Aspect aspect Aspect (degree) Environmental (gridded) 0.01 degree (~1km) BRS angle, direction
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Substrate Moisture Water potential - month min wpot_min Minimum month soil water potential (MPa) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences soil, evaporation, temperature, rain, precipitation
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Sensitive Data Layers Phylloxera Infection Zone Phylloxera Infection Zone - Nagambie, Victoria phylloxera_nagambie Phylloxera Infection Zone - Nagambie, Victoria Contextual (polygonal) http://www.dpi.vic.gov.au/ sds
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Substrate Moisture Water potential - annual mean wpot_mean Mean annual soil water potential (MPa) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences soil, evaporation, temperature, rain, precipitation
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Substrate Moisture Water potential - month max wpot_max Maximum month soil water potential (MPa) Environmental (gridded) CSIRO Ecosystem Sciences
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Climate Temperature WorldClim: Temperature - driest quarter mean worldclim_bio_9 Mean Temperature of Driest Quarter Environmental (gridded) 0.01 degree (~1km) WorldClim precipitation, rain, bio09
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Climate Temperature WorldClim: Temperature - wettest quarter mean worldclim_bio_8 Mean Temperature of Wettest Quarter Environmental (gridded) 0.01 degree (~1km) WorldClim rain, precipitation, bio08
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Marine Region Marine Ecoregions of the World meow_ecos Marine Ecoregions of the World Contextual (polygonal) The Nature Conservancy and World Wildlife Fund
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Sensitive Data Layers Fruit Fly Exclusion Zones Fruit Fly Exclusion Zone - Tri State ffez Fruit Fly Exclusion Zone - Tri State Contextual (polygonal) sds
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Climate Temperature WorldClim: Temperature - annual range worldclim_bio_7 Temperature Annual Range Environmental (gridded) 0.01 degree (~1km) WorldClim bio07
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Climate Temperature WorldClim: Temperature - coldest month min worldclim_bio_6 Min Temperature of Coldest Month Environmental (gridded) 0.01 degree (~1km) WorldClim bio06
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Climate Temperature WorldClim: Temperature - warmest month max worldclim_bio_5 Max Temperature of Warmest Month Environmental (gridded) 0.01 degree (~1km) WorldClim bio05
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Climate Temperature WorldClim: Temperature - seasonality worldclim_bio_4 Temperature Seasonality Environmental (gridded) 0.01 degree (~1km) WorldClim range, mean, ratio, bio04
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Vegetation Vegetation types - native native_veg Pre-European major vegetation groups (class) Contextual (polygonal) ERIN
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Climate Temperature WorldClim: Temperature - isothermality worldclim_bio_3 Isothermality Environmental (gridded) 0.01 degree (~1km) WorldClim diurnal, day, daily, season, ratio, bio03
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Climate Temperature WorldClim: Temperature - diurnal range mean worldclim_bio_2 Mean Diurnal Range Environmental (gridded) 0.01 degree (~1km) WorldClim day, daily, max, ratio, bio02
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Climate Precipitation WorldClim: Precipitation - coldest quarter worldclim_bio_19 Precipitation of Coldest Quarter Environmental (gridded) 0.01 degree (~1km) WorldClim rain, bio19
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Climate Precipitation WorldClim: Precipitation - warmest quarter worldclim_bio_18 Precipitation of Warmest Quarter Environmental (gridded) 0.01 degree (~1km) WorldClim rain, bio18
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Biodiversity Region IBRA 6 Regions ibra_merged Interim Biogeographic Regionalisation of Australia 6 Contextual (polygonal) DSEWPaC bioregion, ecoregion, system
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Climate Precipitation WorldClim: Precipitation - driest quarter worldclim_bio_17 Precipitation of Driest Quarter Environmental (gridded) 0.01 degree (~1km) WorldClim rain, bio17
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Climate Precipitation WorldClim: Precipitation - wettest quarter worldclim_bio_16 Precipitation of Wettest Quarter Environmental (gridded) 0.01 degree (~1km) WorldClim rain, bio16
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Climate Precipitation WorldClim: Precipitation - seasonality worldclim_bio_15 Precipitation Seasonality Environmental (gridded) 0.01 degree (~1km) WorldClim rain, bio15
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Climate Precipitation WorldClim: Precipitation - driest month worldclim_bio_14 Precipitation of Driest Month Environmental (gridded) 0.01 degree (~1km) WorldClim rain, bio14
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Climate Precipitation WorldClim: Precipitation - wettest month worldclim_bio_13 Precipitation of Wettest Month Environmental (gridded) 0.01 degree (~1km) WorldClim rain, bio13
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Climate Precipitation WorldClim: Precipitation - annual worldclim_bio_12 Annual Precipitation Environmental (gridded) 0.01 degree (~1km) WorldClim rain, bio12
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Climate Temperature WorldClim: Temperature - coldest quarter mean worldclim_bio_11 Mean Temperature of Coldest Quarter Environmental (gridded) 0.01 degree (~1km) WorldClim bio11
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Climate Temperature WorldClim: Temperature - warmest quarter mean worldclim_bio_10 Mean Temperature of Warmest Quarter Environmental (gridded) 0.01 degree (~1km) WorldClim bio10
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Climate Temperature WorldClim: Temperature - annual mean worldclim_bio_1 Annual Mean Temperature Environmental (gridded) 0.01 degree (~1km) WorldClim bio01
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Climate Wind Wind speed - month min 9am or 3pm wind_windspmin Wind speed - month min 9am or 3pm (m/s) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences
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Climate Wind Wind speed - annual mean 9am or 3pm wind_windspmean Wind speed - annual mean 9am or 3pm (m/s) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences
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Climate Wind Wind speed - month max 9am or 3pm wind_windspmax Wind speed - month max 9am or 3pm (m/s) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences
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Climate Wind Wind speed - month max 9am wind_windsp9x Wind speed - month max 9am (m/s) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences
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Climate Humidity Vapour pressure deficit - month max 9am vpd29_x Maximum month vapour pressure deficit at 9am (KPa) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences temperature, moisture
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Climate Wind Wind speed - annual mean 9am wind_windsp9m Wind speed - annual mean 9am (m/s) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences
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Climate Wind Wind speed - month min 9am wind_windsp9i Wind speed - month min 9am (m/s) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences
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Climate Wind Wind speed - month max 3pm wind_windsp15x Wind speed - month max 3pm (m/s) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences
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Climate Wind Wind speed - annual mean 3pm wind_windsp15m Wind speed - annual mean 3pm (m/s) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences
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Climate Wind Wind speed - month min 3pm wind_windsp15i Wind speed - month min 3pm (m/s) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences
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Climate Wind Wind run - month max wind_windrx Wind run - month max (km/day) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences speed, distance
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Climate Wind Wind run - annual mean wind_windrm Wind run - annual mean (km/day) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences speed, distance
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Climate Wind Wind run - month min wind_windri Wind run - month min (km/day) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences speed, distance
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Substrate Moisture Water deficit - month min wdef_min Minimum month soil water deficit (mm) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences soil, evaporation, temperature, rain, precipitation
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Substrate Moisture Water deficit - month mean wdef_mean Minimum month soil water deficit (mm) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences soil, evaporation, temperature, rain, precipitation
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Substrate Moisture Water deficit - month max wdef_max Maximum month soil water deficit (mm) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences soil, evaporation, temperature, rain, precipitation
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Climate Humidity Vapour pressure deficit - month min vpd2min Minimum month vapour pressure deficit (KPa) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences temperature, moisture
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Climate Humidity Vapour pressure deficit - annual mean vpd2mean Mean annual vapour pressure deficit (KPa) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences temperature, moisture
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Climate Humidity Vapour pressure deficit - month max vpd2max Maximum month vapour pressure deficit (KPa) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences temperature, moisture
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Climate Humidity Vapour pressure deficit - month min 9am vpd29_i Minimum month vapour pressure deficit at 9am (KPa) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences temperature, moisture
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Climate Temperature Temperature - max month diurnal range trngx Maximum month diurnal temperature range (°C) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences
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Climate Temperature Temperature - mean annual diurnal range trngm Mean annual diurnal temperature range (°C) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences
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Climate Temperature Temperature - min month diurnal range trngi Minimum month diurnal temperature range (°C) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences
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Climate Temperature Temperature - annual range trnga Annual Range Temperature (°C) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences
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Climate Temperature Temperature - mean annual absolute mean min tminabsm Mean annual absolute mean minimum temperature (°C) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences
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Climate Precipitation Precipitation - equinox seasonality ratio srain2mp Equinox rainfall seasonality ratio Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences rain
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Climate Precipitation Precipitation - spring or autumn season srain2 Spring or autumn rainfall season Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences rain
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Climate Precipitation Precipitation - solstice seasonality ratio srain1mp Solstice rainfall seasonality ratio Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences rain
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Climate Precipitation Precipitation - annual mean rainm Mean annual rainfall (mm) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences rain
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Climate Precipitation Precipitation - summer or winter season srain1 summer or winter rainfall season Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences rain
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Climate Precipitation Precipitation - annual seasonality ratio srain0mp annual rainfall seasonality ratio Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences rain
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Climate Precipitation Precipitation - annual seasonality srain0 annual rainfall seasonality index Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences rain
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Substrate Moisture Water surplus - month min spls_min Minimum month soil water surplus (mm) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences soil, evaporation, temperature, rain, precipitation
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Substrate Moisture Water surplus - month max spls_max Maximum month soil water surplus (mm) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences soil, evaporation, temperature, rain, precipitation
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Climate Precipitation Precipitation - spring or autumn (log) season slrain2 Spring or autumn (log) rainfall season Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences rain
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Climate Precipitation Precipitation - summer or winter (log) season slrain1 summer or winter (log) rainfall season Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences rain
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Climate Precipitation Precipitation - annual (log) seasonality index slrain0 annual (log) rainfall seasonality index Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences rain
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Climate Temperature Temperature - min difference in max rtxmin minimum difference in maximum temperatures (°C/day) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences
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Climate Temperature Temperature - max difference in max rtxmax Maximum difference in maximum temperatures (°C/day) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences
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Climate Temperature Temperature - min difference in min rtimin Minimum difference in minimum temperatures (°C/day) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences
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Climate Temperature Temperature - max difference in min rtimax Maximum difference in minimum temperatures (°C/day) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences
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Climate Precipitation Precipitation - min difference between successive months rprecmin Least rainfall difference between successive months (mm/day) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences rain
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Vegetation National Dynamic Land Cover dlcmv1 The National Dynamic Land Cover Dataset Contextual (polygonal) 250m GA
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Climate Precipitation Precipitation - max difference between successive months rprecmax Greatest rainfall difference between successive months (mm/day) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences rain
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Climate Humidity Humidity - month max relative 3pm rhu215_x Maximum month relative humidity at 3pm (%) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences temperature, moisture
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Climate Humidity Humidity - annual mean relative 3pm rhu215_m Mean annual relative humidity at 3pm (%) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences temperature, moisture
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Climate Humidity Humidity - month min relative 3pm rhu215_i Minimum month relative humidity at 3pm (%) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences temperature, moisture
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Climate Humidity Humidity - month min relative rh2min Minimum month relative humidity (%) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences temperature, moisture
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Climate Humidity Humidity - annual mean relative rh2mean Mean annual relative humidity (%) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences temperature, moisture
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Climate Humidity Humidity - month max relative rh2max Maximum month relative humidity (%) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences temperature, moisture
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Climate Precipitation Precipitation - wettest month rainx Precipitation of the wettest month (mm) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences rain
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Climate Precipitation Precipitation - driest month raini Precipitation of the driest month (mm) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences rain
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Climate Solar radiation Radiation - max month precipitation modified radnx Maximum month rainfall-modified solar radiation (MJ/m2/day) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences solar, sun
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Climate Solar radiation Radiation - mean annual precipitation modified radnm Mean annual rainfall-modified solar radiation (MJ/m2/day) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences
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Climate Solar radiation Radiation - min month precipitation modified radni Minimum month rainfall-modified solar radiation (MJ/m2/day) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences solar, sun
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Substrate Moisture Water stress index - annual mean pwat_mean Mean annual soil water stress index Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences soil, evaporation, temperature, rain, precipitation
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Substrate Moisture Water stress index - month max pwat_max Maximum month soil water stress index Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences soil, evaporation, temperature, rain, precipitation
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Climate Temperature Temperature - warmest month min mintx Minimum temperature warmest month (°C) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences
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Climate Temperature Temperature - annual min mean mintm Mean annual minimum temperature (°C) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences
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Climate Temperature Temperature - coldest month min minti Minimum temperature coldest month (°C) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences
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Climate Growth index Growth index C3 mesotherm plants - annual mean mesogi Mean annual growth index C3 mesotherm plants Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences water, temperature, precipitation, rain, capacity
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Climate Growth index Growth index C3 macrotherm plants - annual mean megagi Mean annual growth index C3 macrotherm plants Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences water, temperature, precipitation, rain, capacity
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Climate Temperature Temperature - month hottest maximum maxtx Maximum temperature hottest month (°C) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences
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Climate Temperature Temperature - annual max mean maxtm Mean annual maximum temperature (°C) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences
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Climate Temperature Temperature - coolest month max maxti Maximum temperature coolest month (°C) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences
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Substrate Moisture Crop factor - month min eaeo_min Minimum month crop factor Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences evaporation, water, temperature
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Substrate Moisture Crop factor - annual mean eaeo_mean Mean annual crop factor Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences evaporation, water, temperature
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Substrate Moisture Crop factor - month max eaeo_max Maximum month crop factor Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences evaporation, water, temperature
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Climate Growth index Growth index C4 megatherm plants - annual mean c4gi Mean annual growth index C4 megatherm plants Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences water, temperature, precipitation, rain, capacity
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Climate Temperature Temperature - wettest quarter mean (Bio08) bioclim_bio8 Temperature - wettest quarter mean (Bio08) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences rain, precipitation
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Climate Temperature Temperature - annual range (Bio07) bioclim_bio7 Temperature - annual range (Bio07) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences
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Climate Temperature Temperature - coldest period min (Bio06) bioclim_bio6 Temperature - coldest period min (Bio06) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences
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Climate Temperature Temperature - warmest period max (Bio05) bioclim_bio5 Temperature - warmest period max (Bio05) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences
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Climate Temperature Temperature - seasonality (Bio04) bioclim_bio4 Temperature - seasonality (Bio04) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences variation, mean, ratio
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Substrate Moisture Moisture Index - coldest quarter mean (Bio35) bioclim_bio35 Moisture Index - coldest quarter mean (Bio35) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences soil, water, saturation
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Substrate Moisture Moisture Index - warmest quarter mean (Bio34) bioclim_bio34 Moisture Index - warmest quarter mean (Bio34) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences soil, water, saturation, temperature
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Substrate Moisture Moisture Index - lowest quarter mean (Bio33) bioclim_bio33 Moisture Index - lowest quarter mean (Bio33) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences soil, water, saturation
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Substrate Moisture Moisture Index - highest quarter mean (Bio32) bioclim_bio32 Moisture Index - highest quarter mean (Bio32) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences soil, water, saturation
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Substrate Moisture Moisture Index - seasonality (Bio31) bioclim_bio31 Moisture Index - seasonality (Bio31) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences soil, water, saturation
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Substrate Moisture Moisture Index - lowest period (Bio30) bioclim_bio30 Moisture Index - lowest period (Bio30) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences soil, water, saturation
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Climate Temperature Temperature - isothermality (Bio03) bioclim_bio3 Temperature - isothermality (Bio03) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences day, daily, season, ratio
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Substrate Moisture Moisture Index - highest period (Bio29) bioclim_bio29 Moisture Index - highest period (Bio29) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences soil, water, saturation
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Substrate Moisture Moisture Index - annual mean (Bio28) bioclim_bio28 Moisture Index - annual mean (Bio28) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences soil, water, saturation
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Climate Solar radiation Radiation - coldest quarter (Bio27) bioclim_bio27 Radiation - coldest quarter (Bio27) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences solar, sun
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Climate Solar radiation Radiation - warmest quarter (Bio26) bioclim_bio26 Radiation - warmest quarter (Bio26) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences solar, sun
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Climate Solar radiation Radiation - driest quarter (Bio25) bioclim_bio25 Radiation - driest quarter (Bio25) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences solar, sun
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Climate Solar radiation Radiation - wettest quarter (Bio24) bioclim_bio24 Radiation - wettest quarter (Bio24) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences solar, sun
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Climate Solar radiation Radiation - seasonality (Bio23) bioclim_bio23 Radiation - seasonality (Bio23) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences solar, sun
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Climate Solar radiation Radiation - lowest period (Bio22) bioclim_bio22 Radiation - lowest period (Bio22) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences solar, sun
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Climate Solar radiation Radiation - highest period (Bio21) bioclim_bio21 Radiation - highest period (Bio21) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences solar, sun
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Climate Solar radiation Radiation - annual mean (Bio20) bioclim_bio20 Radiation - annual mean (Bio20) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences solar, sun
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Climate Temperature Temperature - diurnal range mean (Bio02) bioclim_bio2 Temperature - diurnal range mean (Bio02) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences
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Climate Precipitation Precipitation - coldest quarter (Bio19) bioclim_bio19 Precipitation - coldest quarter (Bio19) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences rain
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Climate Precipitation Precipitation - warmest quarter (Bio18) bioclim_bio18 Precipitation - warmest quarter (Bio18) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences rain
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Climate Precipitation Precipitation - driest quarter (Bio17) bioclim_bio17 Precipitation - driest quarter (Bio17) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences rain
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Climate Precipitation Precipitation - wettest quarter (Bio16) bioclim_bio16 Precipitation - wettest quarter (Bio16) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences rain
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Climate Precipitation Precipitation - seasonality (Bio15) bioclim_bio15 Precipitation - seasonality ( (Bio15) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences rain
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Climate Precipitation Precipitation - driest period (Bio14) bioclim_bio14 Precipitation - driest period (Bio14) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences rain
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Climate Precipitation Precipitation - wettest period (Bio13) bioclim_bio13 Precipitation - wettest period (Bio13) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences rain
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Climate Precipitation Precipitation - annual (Bio12) bioclim_bio12 Precipitation - annual (bio12) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences rain
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Climate Evaporation 2030A1BMk35M: Evaporation - month max 2030A1BMk35M_evapx Maximum month evaporation (mm) - future climate scenario for 2030 A1B emissions CSIRO Mk3.5 GCM medium climatic sensitivity - OZCLIM + ANUCLIMv5.1 Environmental (gridded) CSIRO Ecosystem Sciences water, GDM-Ready, 2030-centred
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Climate Temperature Temperature - coldest quarter mean (Bio11) bioclim_bio11 Temperature - coldest quarter mean (Bio11) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences
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Climate Temperature Temperature - warmest quarter (Bio10) bioclim_bio10 Temperature - warmest quarter (Bio10) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences
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Climate Temperature Temperature - annual mean (Bio01) bioclim_bio1 Temperature - annual mean (Bio01) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences
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Topography Bathymetry and Topography 9 sec bath_topo_ausbath_09_v4 Australian bathymetry and topography grid, June 2009 Environmental (gridded) 0.01 degree (~1km) GA depth, dem
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Area Management Biodiversity Bush Heritage Reserves April 2015 bh_reserves Bush Heritage Reserves as at 14/4/2015. Note that a subset of these reserves are included in the CAPAD terrestrial layers. Contextual (polygonal) http://www.bushheritage.org.au/places-we-protect conservation
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Climate Evaporation 2030A1BMk35M: Evaporation - annual mean 2030A1BMk35M_evapm Mean annual evaporation (mm) - future climate scenario for 2030 A1B emissions CSIRO Mk3.5 GCM medium climatic sensitivity - OZCLIM + ANUCLIMv5.1 Environmental (gridded) CSIRO Ecosystem Sciences water, GDM-Ready, 2030-centred
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Climate Precipitation Aridity index - month min arid_min Minimum month aridity index Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences evaporation, rain, precipitation, temperature
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Climate Precipitation Aridity index - annual mean arid_mean Mean annual aridity index Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences evaporation, rain, precipitation, temperature
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Climate Precipitation Aridity index - month max arid_max Maximum month aridity index Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences evaporation, rain, precipitation, temperature
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Climate Precipitation Precipitation deficit - month min adefx Minimum month precipitation deficit (mm) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences rain
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Political Culture Murray-Darling Basin Water Resource Planning Areas Traditional Owners - Surface Water sw_wrpa_traditional_owners This dataset lists Traditional Owner groups for the purpose of water resource planning for each of the 20 surface water resource plan areas (WRPAs) for the Murray-Darling Basin. The table and map has been compiled using a number sources and should only be used as a preliminary guide. Endorsed by Murray Lower Darling Rivers Indigenous Nations and Northern Basin Aboriginal Nations, June 2015. Contextual (polygonal) Murray-Darling Basin Authority indigenous, aboriginal, torres strait, surface water, murray-darling, mdba
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Political Culture Murray-Darling Basin Water Resource Planning Areas Traditional Owners - Ground Water gw_wrpa_traditional_owners This dataset lists Traditional Owner groups for the purpose of water resource planning for each of the 20 surface water resource plan areas (WRPAs) for the Murray-Darling Basin. The table and map has been compiled using a number sources and should only be used as a preliminary guide. Endorsed by Murray Lower Darling Rivers Indigenous Nations and Northern Basin Aboriginal Nations, June 2015. Contextual (polygonal) Murray-Darling Basin Authority indigenous, aboriginal, torres strait, ground water, murray-darling, mdba
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Political PSMA Commonwealth Electoral Boundaries (2016) psma_electoral Contextual (polygonal) PSMA Australia Limited psma, electoral boundaries, commonwealth
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Area Management Murray-Darling Basin Murray-Darling Basin Ground Water SDL Resource Units mdb_ground_water_sdl_resource_units This dataset defines the boundaries of the 94 groundwater SDL resource units in the Murray-Darling Basin. These include 2 groundwater SDL resource units for deep groundwater that lie beneath the 92 groundwater SDL resource units. In some areas, there are SDL resource units that overlap one another (eg: GS1). This occurs where SDLs have been set for discrete aquifers that overlie one another under the same area of land. These can be differentiated by the GWSDLName field. There are areas of overlap between the groundwater and deep groundwater SDL resource units which need to be taken into account when viewing the data. These can be differentiated by the GWSDLType field. Contextual (polygonal) Murray-Darling Basin Authority mdba, ground water, resources
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Area Management Murray-Darling Basin Murray-Darling Basin Ground Water Plan Areas mdb_ground_water_water_resource_plan_areas This dataset defines the boundaries of the 23 groundwater water resource plan areas (WRPAs) for the Murray-Darling Basin. Contextual (polygonal) Murray-Darling Basin Authority mdba, ground water, resources
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Area Management Murray-Darling Basin Murray-Darling Basin Surface Water Plan Areas mdb_surface_water_water_resource_plan_areas The Basin Planas management arrangements will be implemented at a local scale through water resource plans prepared by the Basin states for accreditation by the Commonwealth Water Minister. The Basin has been divided into 19 surface- water water resource plan areas. The boundaries of these areas are shown in the Surface Water Water Resource Plan Areas dataset. The surface-water water resource plan areas cover the entire Basin, including those areas not previously subject to water planning arrangements. The water resources in the Murray-Darling Basin to which the Basin Plan will apply are identified in the Water Act 2007 (Cwlth). These resources do not include the Great Artesian Basin water resources. Contextual (polygonal) Murray-Darling Basin Authority mdba, surface water, resources
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Topography Physiographic Provinces of Australia physioprov Physiographic Provinces of Australia 2011 Contextual (polygonal) 1:10,000,000 CSIRO Land and Water landform, geology, landscape, erosion, deposition, structure, regolith, substrate
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Area Management Murray-Darling Basin Murray-Darling Basin Wetlands wetlands_mdb_name_only Contextual (polygonal) Murray-Darling Basin Authority mdba, wetlands, names
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Area Management Murray-Darling Basin Murray-Darling Basin Wetland Groups wetlands_mdb_group_only Contextual (polygonal) Murray-Darling Basin Authority mdba, wetlands, groups/categories
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Area Management Murray-Darling Basin Murray-Darling Basin Surface Water SDL Resource Units mdb_surface_water_sdl_resource_units The surface water sustainable diversion limit (SDL) resource unit dataset defines the boundary of 29 surface water SDL areas in the proposed Murray- Darling Basin Plan. The SDLs represent the maximum long-term average quantities of water that can be taken for consumption in any one year, i.e. the long-term average annual limit. An SDL will be set for all diversions in each of the 29 surface-water SDL areas that have been established for the Basin Plan. Contextual (polygonal) Murray-Darling Basin Authority mdba, surface water, resources
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Political Local Government Areas lga_aust Local Government Areas Contextual (polygonal) Australian Bureau of Statistics
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Area Management Murray-Darling Basin Murray-Darling Basin Sustainable Rivers Audit (SRA) Zones MDB_SRA_zones Murray-Darling Basin Sustainable Rivers Audit (SRA) Zones Contextual (polygonal)
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Area Management Murray-Darling Basin Murray-Darling Basin Sustainable Rivers Audit (SRA) Valleys MDB_SRA_valleys Murray-Darling Basin Sustainable Rivers Audit (SRA) Valleys Contextual (polygonal)
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Area Management Biodiversity NRM Regions 2015 nrm2015 NRM Regions 2015 Contextual (polygonal) adminisration, government, landcare, heritage, local
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Area Management Biodiversity NRM Regions 2014 nrm2014 National Resource Management (NRM) Regions 2014 Contextual (polygonal) ERIN adminisration, government, landcare, heritage, local
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Biodiversity Region NZ Ecological Districts 1987 nzdoc_eco_districts New Zealand Ecological Districts as at 1987 (v3). Multiple Districts form Ecological regions. Contextual (polygonal) domain, ecology
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Political NZ Land Registration Districts nzdoc_land_districts New Zealand Land Registration Districts Contextual (polygonal) http://www.linz.govt.nz/land/land-registration/land-transfer-system/land-registration-districts
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Political NZ Land Provinces nz_provinces NZ land provinces as existed in 1876. Superseded by Land Districts Contextual (polygonal) https://koordinates.com/layer/4240-nz-regional-councils-2012-yearly-pattern/ history
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Area Management Murray-Darling Basin Murray Darling Basin Authority Water Quality Zones MDB_water_quality_zones Murray Darling Basin Authority Water Quality Zones Contextual (polygonal)
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Area Management Murray-Darling Basin Murray-Darling Basin Boundary mdb_boundary Murray-Darling Basin Boundary Contextual (polygonal) Department of the Environment
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Area Management Biodiversity Antarctic Protected Areas aspas_asmas_aat Antarctic Protected Areas Contextual (polygonal) reserve, park, conservation, AAT
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Sensitive Data Layers Phylloxera Infection Zone Phylloxera Infection Zone - Maroondah, Victoria phylloxera_maroondah Phylloxera Infection Zone - Maroondah, Victoria Contextual (polygonal) http://www.dpi.vic.gov.au/ sds
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Biodiversity Region World Anthropogenic Biomes (2000) a2000_global The Anthropogenic Biomes of the World, Version 2: 2000 data set describes anthropogenic transformations within the terrestrial biosphere caused by sustained direct human interaction with ecosystems, including agriculture and urbanization c. 2000. Potential natural vegetation, biomes, such as tropical rainforests or grasslands, are based on global vegetation patterns related to climate and geology. Anthropogenic transformation within each biome is approximated using population density, agricultural intensity (cropland and pasture) and urbanization. This data set is part of a time series for the years 1700, 1800, 1900, and 2000 that provides global patterns of historical transformation of the terrestrial biosphere during the Industrial Revolution. Contextual (polygonal) http://sedac.ciesin.columbia.edu/data/set/anthromes-anthropogenic-biomes-world-v2-2000 man, biodiversity, bioregion
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Area Management Biodiversity Important Bird Areas (IBA) Australia iba_australia Three hundred and fourteen IBAs have been identified across Australia. This is however a dynamic set of sites - additional areas are likely to be identified based on future fieldwork and some IBAs may lose their status because of habitat destruction, long-term drought or other threats. There are more IBAs in the cleared intensive-use zones of Australia as habitat loss has lead to more threatened species and smaller fragmented IBAs. There are also many IBAs on small islands around Tasmania, Great Barrier Reef and offshore islands and territories. Contextual (polygonal) http://www.birdlife.org.au/projects/important-bird-areas/iba-maps biodiversity, richness
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Marine Biology Global Seagrass Species Richness (2003) seagrass Global distribution of seagrass species richness. Created by UNEP World Conservation Monitoring Centre in collaboration with Dr Frederick T. Short (University of New Hampshire, USA). The boundaries do not represent actual ranges as seagrass are distributed in waters shallow enough for sunlight to penetrate. No surface area calculations should be attempted. Contextual (polygonal) http://data.unep-wcmc.org/datasets/9
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Area Management Biodiversity Global 200 priority ecoregions - Freshwater g200_fw WWF's Global 200 is a first attempt to identify a set of ecoregions whose conservation would achieve the goal of saving a broad diversity of the Earth's ecosystems. These ecoregions include those with exceptional levels of biodiversity, such as high species richness or endemism, or those with unusual ecological or evolutionary phenomena. Contextual (polygonal) http://www.worldwildlife.org/publications/global-200 biome, freshwater, diversity, richness
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Area Management Biodiversity Global 200 priority ecoregions - Terrestrial g200_terr WWF's Global 200 is a first attempt to identify a set of ecoregions whose conservation would achieve the goal of saving a broad diversity of the Earth's ecosystems. These ecoregions include those with exceptional levels of biodiversity, such as high species richness or endemism, or those with unusual ecological or evolutionary phenomena. Contextual (polygonal) biome, land, diversity, richness
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Area Management Biodiversity Global 200 priority ecoregions - Marine g200_marine WWF's Global 200 is a first attempt to identify a set of ecoregions whose conservation would achieve the goal of saving a broad diversity of the Earth's ecosystems. These ecoregions include those with exceptional levels of biodiversity, such as high species richness or endemism, or those with unusual ecological or evolutionary phenomena. Contextual (polygonal) http://www.worldwildlife.org/publications/global-200 biome, land, diversity, richness
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Topography Physiographic Regions 2011 physioreg Physiographic Regions of Australia Contextual (polygonal) 1:2,500,000 CSIRO Land and Water landform, geology, landscape, erosion, deposition, structure, regolith, substrate
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Area Management Biodiversity CAPAD 2014 Marine capad_2014_marine This version, provides spatial and text information about off-shore protected areas in both state and Commonwealth waters. State and Territory conservation agencies supplied data current for 30 June 2014. This is the seventh version of the CAPAD- Marine database, with previous versions published in 1997, 2002, 2004, 2008 2010 and 2012. CAPAD provides a snapshot of protected areas that meet the IUCN definition of a protected area: "A protected area is an area of land and/ or sea especially dedicated to the protection and maintenance of biological diversity, and of natural and associated cultural resources, and managed through legal or other effective means" (IUCN 1994). Contextual (polygonal) IUCN, reserve, park, conservation, wilderness
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Area Management Biodiversity CAPAD 2014 Terrestrial capad_2014_terrestrial The Collaborative Australian Protected Areas Database (CAPAD) 2014 provides both spatial and text information about government, indigenous and privately protected areas for continental Australia. State and Territory conservation agencies supplied data current to 30 June 2014. This is the ninth version of the database. CAPAD provides a snapshot of protected areas that meet the IUCN definition of a protected area: "A protected area is an area of land and/or sea especially dedicated to the protection and maintenance of biological diversity, and of natural and associated cultural resources, and managed through legal or other effective means" (IUCN 1994). Contextual (polygonal) IUCN, reserve, park, conservation, wilderness
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Fire Fire regime niches fire_regime_niches The group classified a continental-scale vegetation map (National Vegetation Information Systems, version 3.1), defining classes based on typical fuel (e.g. litter, grass, shrubs) and fire types (e.g. surface, crown, ground). Classes were intersected with a broad climate classification to derive a map of twenty broad fire regimes. Contextual (polygonal) http://www.aceas.org.au/index.php?option=com_content&view=article&id=75&Itemid=77 vegetation, fuel, climate, pyrogeography
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Area Management Biodiversity CAPAD 2012 Marine capad_2012_marine CAPAD (Collaborative Australian Protected Area Database) contains information on all protected areas in Australia, including their IUCN management categories. Contextual (polygonal) http://www.environment.gov.au/land/nrs/science/capad/2012 IUCN, reserve, park, conservation, wilderness
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Sensitive Data Layers Special Quarantine Zones Special Quarantine Zone - Torres Strait sqz_ts Special Quarantine Zone - Torres Strait Contextual (polygonal) sds
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Area Management Biodiversity CAPAD 2012 Terrestrial capad_2012 CAPAD (Collaborative Australian Protected Area Database) contains information on all protected areas in Australia, including their IUCN management categories. CAPAD 2012 figures include interim protected areas. These are land parcels purchased or identified to become protected areas with binding agreements. Most are properties purchased through the National Reserve System Program which have an agreement to establish a protected area and are now in the process of getting formal recognition as a protected area. Contextual (polygonal) IUCN, reserve, park, conservation, wilderness
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Climate Classification Agroclimatic classification of Australia agroclimate Integrating a global agro-climatic classification with bioregional boundaries in Australia Contextual (polygonal) ANU Fenner School agriculture, bioregions, ibra, climate
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Substrate Geological Regions of Australia georegions Geological Regions of Australia Contextual (polygonal) 1:5,000,000 Geoscience Australia geology, structural, earth
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Political ASGS Australian States and Territories asgs_aust_11 Australian Statistical Geography Standard Australian States and Territories Contextual (polygonal) Australian Bureau of Statistics boundary, boundaries, coastline
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Area Management Great Eastern Ranges GER Kanangra-Boyd to Wyangala Link 2014 ger_kanangra_wyangala GER Kanangra-Boyd to Wyangala Link Contextual (polygonal) GER
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Area Management Great Eastern Ranges Great Eastern Ranges Initiative ger_initiative GER Great Eastern Ranges Initiative Contextual (polygonal) GER
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Area Management Great Eastern Ranges GER Central Victorial Biolinks ger_cvb2 GER Central Victorial Biolinks Contextual (polygonal) GER
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Area Management Great Eastern Ranges GER Standard Boundary GER_311213 GER Standard Boundary 31-12-2013 Contextual (polygonal) GER
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Area Management Great Eastern Ranges GER Border Ranges ger_border_ranges_20121031 GER Border Ranges Contextual (polygonal) GER GER
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Sensitive Data Layers Phylloxera Infection Zone Phylloxera Infection Zone - North East, Victoria phylloxera_north_east Phylloxera Infection Zone - North East, Victoria Contextual (polygonal) http://www.dpi.vic.gov.au/ sds
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Political Culture Indigenous Protected Areas 2013 ipa_7aug13 Indigenous Protected Areas as at August 2013 Contextual (polygonal) http://www.nntt.gov.au/Pages/default.aspx native, land, aboriginal
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Political Culture Indigenous Land Use Agreements ilua Registered and Notified Indigenous Land Use Agreements (ILUA) - agreement boundaries and core attributes about agreement Contextual (polygonal) http://www.nntt.gov.au/Pages/default.aspx aboriginal, tribunal, land
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Political Culture National Native Title Register (NNTR, Determinations of Native Title) - boundaries and core attributes ntd This dataset reflects the boundaries of claimant and nonclaimant native title applications that have been determined in part or in full, together with attribution about that determination. This dataset is stored nationally. The National Native Title Register (s192, Native Title Act, Commonwealth), is a register containing information about each determination of native title by the Federal or High Court or by a recognized State or Territory body. Determinations are categorized by both process and outcome. Process will be by consent, litigation or unopposed. Outcome will be that native title will have been found to exist in full or part, or been extinguished. Those determinations subject to appeal are also noted. Contextual (polygonal) http://www.nntt.gov.au/ aboriginal, land, tribunal
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Political NSW Local Land Services Regions nswlls NSW Local Land Services regional boundaries were determined in 2013 following extensive community consultation. They are a composite of Local Government Areas Contextual (polygonal) http://www.lls.nsw.gov.au/ LGA, region
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Climate Classification Koppen Climate Classification (All Classes) koppen_all_classes Koppen Climate Classification (All Classes) Contextual (polygonal) BoM Grid, rainfall, temperature, classification, meteorology
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Climate Classification Koppen Climate Classification (Major Classes) koppen An objective classification of the climate of Australia modified from Koppen Contextual (polygonal) BoM temperature, precipitation, humidity, desert, grassland, equatorial, tropical, polar
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Area Management Biodiversity Collaborative Australian Protected Areas Database (CAPAD) 2010 capad_2010 Collaborative Australian Protected Areas Database (CAPAD) 2010 Contextual (polygonal) DSEWPaC IUCN, reserve, park, conservation
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Area Management ACT TAMS Reserves tams_reserves ACT TAMS Reserves Contextual (polygonal) ACT Government Environment and Sustainable Development Directorate
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Vegetation NZ Land Cover Database Version 3 nz-lcdb3 NZ Land Cover Database Version 3 Contextual (polygonal) NZ Landcare Research
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Area Management Biodiversity Australian Tropical Savanna savanna Australian Tropical Savanna Contextual (polygonal) Australian Tropical Herbarium
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Sensitive Data Layers Protected Zones Protected Zone - Australia Papua New Guinea pz_apng Protected Zone - Australia Papua New Guinea Contextual (polygonal) GA sds
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Hydrology Drainage Divisions Level 2 drainage_divisions_level2 Drainage Divisions Level 2 Contextual (polygonal) Bureau of Meterology geofabric, catchment
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Hydrology Drainage Divisions Level 1 awra_drainage_divisions Drainage Divisions Level 1 Contextual (polygonal) Bureau of Meterology geofabric, catchment
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Political Statistical Local Areas sla_aust Statistical Local Areas Contextual (polygonal) Australian Bureau of Statistics sla
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Hydrology River Regions river_regions River Regions Contextual (polygonal) Bureau of Meterology geofabric
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Area Management Great Eastern Ranges GER Southern Highlands ger_southern_highlands_20121031 GER Southern Highlands Contextual (polygonal) GER GER
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Area Management Great Eastern Ranges GER Slopes To Summit ger_slopes_to_summit_20121031 GER Slopes To Summit Contextual (polygonal) GER GER
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Area Management Great Eastern Ranges GER National Corridor ger_national_corridor_20121031 GER National Corridor Contextual (polygonal) GER GER
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Area Management Great Eastern Ranges GER Kosciuszko to Coast ger_kosciuszko2coast_20121031 GER Kosciuszko to Coast Contextual (polygonal) GER GER
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Area Management Great Eastern Ranges GER Kanangra-Boyd to Wyangala Link ger_kanangra_wyangala_20121031 GER Kanangra-Boyd to Wyangala Link Contextual (polygonal) GER GER
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Area Management Great Eastern Ranges GER Illawarra to Shoalhaven ger_illawarra_shoalhaven_20121031 GER Illawarra to Shoalhaven Contextual (polygonal) GER GER
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Area Management Great Eastern Ranges GER Hunter Valley ger_hunter_valley_20121031 GER Hunter Valley Contextual (polygonal) GER GER
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Area Management NZ DOC Public Conservation Areas nz-doc-public-conservation NZ DOC Public Conservation Areas Contextual (polygonal) NZ Department of Conservation
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Biodiversity Region Terrestrial Ecoregional Boundaries teow Terrestrial Ecoregional Boundaries Contextual (polygonal) The Nature Conservancy wwf
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Biodiversity Region Freshwater Ecoregions of the World feow Freshwater Ecoregions of the World Contextual (polygonal) The Nature Conservancy wwf
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Biodiversity Region IBRA 7 Subregions ibra7_subregions IBRA 7 Subregions Contextual (polygonal) DSEWPaC bioregion, ecoregion, system
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Hydrology Water Observations From Space wofs_filtered WOfS displays the detected surface water from the Australia-wide Landsat 5 and Landsat 7 satellite imagery archive. The aim of WOfS is to better understand where water is usually present; where it is seldom observed; and where inundation of the surface has been occasionally observed by satellite. The total dataset contains the number of clear satellite observations over the period (1987-2014), the number of occasions water was detected, the percentage of clear observations on which water was detected, the confidence (or probability) that a water observation in this location is correct (a percentage, based on a number of factors including the slope of the land and the existence of other corroborative evidence) and the percentage of clear observations on which water was detected, filtered for confidence. It is this LAST layer ONLY that is provided in the ALA. Environmental (gridded) http://www.ga.gov.au/scientific-topics/hazards/flood/wofs/water-observations-from-space-access-details satellite, inundation, flood, hazard, intermittent, stream, river, lake, estuary
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Area Management Farming Dairy numbers dairy_dse Dairy numbers (Dry Sheep Equivalents) by SLA Environmental (gridded) ABARE
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Area Management Farming Beef numbers beef_dse Beef numbers (Dry Sheep Equivalents) by SLA Environmental (gridded) ABARE
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Climate Humidity Vapour pressure deficit - annual mean 9am vpd29_m Mean annual vapour pressure deficit at 9am (KPa) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences temperature, moisture
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Climate Temperature Temperature - max absolute mean max tmaxabsx Maximum month absolute mean maximum temperature (°C) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences
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Climate Temperature Temperature - month mean absolute max tmaxabsm Mean annual absolute mean maximum temperature (°C) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences
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Biodiversity Region IBRA 7 Regions ibra7_regions Interim Biogeographic Regionalisation for Australia (IBRA), Version 7 (Regions) Contextual (polygonal) DSEWPaC bioregion, ecoregion, system
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Area Management Biodiversity Collaborative Australian Protected Areas Database (CAPAD) marine 2010 capad_2010_marine Collaborative Australian Protected Areas Database (CAPAD) marine 2010 Contextual (polygonal) DSEWPaC IUCN, reserve, park, conservation
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Sensitive Data Layers Phylloxera Infection Zones Phylloxera Infection Zone - Sydney, New South Wales phylloxera_sydney Phylloxera Infection Zone - Sydney, New South Wales Contextual (polygonal) www.dpi.nsw.gov.au/biosecurity/plant sds
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Substrate Moisture Water surplus - annual mean spls_mean Mean annual soil water surplus (mm) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences soil, evaporation, temperature, rain, precipitation
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Substrate Moisture Water stress index - month min pwat_min Minimum month soil water stress index Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences soil, evaporation, temperature, rain, precipitation
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Climate Evaporation Evaporation - month max evapx Maximum month evaporation (mm) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences water, temperature, precipitation, rain
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Climate Evaporation Evaporation - annual mean evapm Mean annual evaporation (mm) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences water, temperature, precipitation, rain
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Climate Evaporation Evaporation - month min evapi Minimum month evaporation (mm) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences water, temperature, precipitation, rain
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Climate Temperature Temperature - driest quarter mean (Bio09) bioclim_bio9 Temperature - driest quarter mean (Bio09) Environmental (gridded) 0.01 degree (~1km) CSIRO Ecosystem Sciences
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Sensitive Data Layers Phylloxera Infection Zones Phylloxera Infection Zone - Albury, New South Wales phylloxera_albury Phylloxera Infection Zone - Albury, New South Wales Contextual (polygonal) www.dpi.nsw.gov.au/biosecurity/plant sds
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Area Management Great Eastern Ranges GER Jaliigirr ger_jaliigirr_20121031 GER Jaliigirr Contextual (polygonal) GER GER
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Sensitive Data Layers Phylloxera Infection Zone Phylloxera Infection Zone - Upton, Victoria phylloxera_upton Phylloxera Infection Zone - Upton, Victoria Contextual (polygonal) http://www.dpi.vic.gov.au/ sds
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Area Management Great Eastern Ranges Hunter Analysis Mask ger_hunter_analysis_mask ger hunter analysis mask Contextual (polygonal) GER GER, administrative, manage, region
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Political World Country Boundaries world Global Administrative Areas - World Boundary Contextual (polygonal) GADM coast, island, nation, state, territory, political
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Area Management Farming Tillage practice - dominant (area) til_dom_ha_01 Dominant tillage practice for cereal farmers, based on area in 2000-2001 by SLA (class) Contextual (polygonal) BRS farm, cereal, SLA, manage
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Area Management Farming Tillage practice - dominant (number) til_dom_no_01 Dominant tillage practice for cereal farmers, based on number of respondents in 2000-2001 by SLA (class) Contextual (polygonal) BRS farm, cereal, SLA, manage
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Area Management Farming Fallow practice - dominant (area) fal_dom_ha_01 Dominant fallow practice for cereal farmers, based on area in 2000-2001 by SLA (class) Contextual (polygonal) BRS farm, SLA, cereal, manage
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Area Management Farming Irrigation practice - dominant irr_dom_no_01 Dominant irrigation practices for cereal farmers, based on number of respondents in 2000-2001 by SLA (class) Contextual (polygonal) BRS farm, SLA, water, manage
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Area Management Farming Stubble practice - dominant (area) st_dom_ha_01 Dominant stubble practice for cereal farmers, based on area in 2000-2001 by SLA (class) Contextual (polygonal) BRS farm, cereal, SLA, manage
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Area Management Farming Stubble practice - dominant (number) st_dom_no_01 Dominant stubble practice for cereal farmers, based on number of respondents in 2000-2001 by SLA (class) Contextual (polygonal) BRS farm, cereal, SLA, manage
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Vegetation Land cover landcover Vegetation cover, based on integrated vegetation (class) Contextual (polygonal) BRS vegetation
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Area Management Land use landuse Catchment scale land use (ALUM secondary class) Contextual (polygonal) BRS landuse, manage
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Biodiversity Region IMCRA Meso-scale Bioregions imcra_meso IMCRA Meso-scale Bioregions Contextual (polygonal) Department of Sustainability, Environment, Water, Population and Communities Bioregion, regionalisation
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Sensitive Data Layers Potato Cyst Nematode Zones Potato Cyst Nematode Zones - Victoria pcn_vic Potato Cyst Nematode Zones - Victoria Contextual (polygonal) http://www.dpi.vic.gov.au/ sds
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Area Management Biodiversity NRM Regions nrm_regions_2010 National Resource Management (NRM) Regions Contextual (polygonal) ERIN adminisration, government, landcare, heritage, local
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Area Management Biodiversity Directory of Important Wetlands diwa_type_criteria Directory of Important Wetlands Spatial Database including Wetlands Type and Criteria Contextual (polygonal) ERIN reserve, water, bird
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Area Management Biodiversity RAMSAR wetland regions ramsar RAMSAR wetland regions Contextual (polygonal) ERIN reserve, water, bird
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Substrate Surface Geology of Australia lith_geologicalunitpolygons1m Surface Geology of Australia 1:1,000,000 Scale, 2010 Edition Contextual (polygonal) 1:1,000,000 Scale GA lithology, rock, outcrop, unit, stratigraph
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Area Management Great Eastern Ranges Upper Hunter Focus Area v2 ger_upper_hunter_focus_area_v2 ger upper hunter focus area Contextual (polygonal) GER GER, region
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Marine Habitat Estuary habitat mapping geohab OzCoasts estuary/coastal waterways geomorphic habitat mapping Contextual (polygonal) Digitised at 1:5,000 OzCoasts
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Area Management Biodiversity Areas for Further Assessment within the East Marine Region east_afa_final East Areas for Further Assessment: Batemans, Hunter, Clarence, Tweed, Fraser, Tasmantid, Norfolk, plus the Coral Sea Conservation Zone Contextual (polygonal) ERIN reserve, coral, conservation
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Marine Boundaries Territorial Sea ts_poly Territorial Sea - Australian Maritime Boundaries Contextual (polygonal) > 1:150,000 GA
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Vegetation Vegetation - condition vast Vegetation assets, states and transitions - VAST 2 (class) Contextual (polygonal) BRS
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Substrate Chemistry Sodicity sodicity Sodicity (class) Contextual (polygonal) BRS soil, sodium, water
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Biodiversity Region IMCRA 4 Regions imcra4_pb Integrated Marine and Coastal Regionalisation of Australia Contextual (polygonal) ERIN bioregion, ecoregion, system, marine
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Political Australian States and Territories aus1 Australian States and Territories Contextual (polygonal) ANZLIC political
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Political LGA Boundaries (deprecated) aus2 LGA Boundaries (superceeded by update Local Government Areas 2012_02_17) Contextual (polygonal) ANZLIC local, government, area, administate, region, state, territory
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Marine Boundaries Continental Shelf cs_poly Continental Shelf - Australian Maritime Boundaries Contextual (polygonal) > 1:150,000 GA
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Marine Boundaries States including coastal waters cw_state_poly States (including coastal waters) - Australian Maritime Boundaries Contextual (polygonal) > 1:150,000 GA
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Marine Boundaries Contiguous Zone cz_poly Contiguous Zone - Australian Maritime Boundaries Contextual (polygonal) > 1:150,000 GA
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Marine Boundaries Exclusive Economic Zone eez_poly Exclusive Economic Zone - Australian Maritime Boundaries Contextual (polygonal) > 1:150,000 GA
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