Name, Geographic extent and Database | Sample Name and example | Variables/ Layers | Year Range | Domain | Spatial Resolution |
Current climate data
| Location, Current Climate year, resolution
Example:
Australia, Current Climate (1976-2005), 2.5 arcmin (~5km) | - Bioclim 01: Annual mean temperature
- Bioclim 02: Mean Diurnal Range (Mean of monthly (max temp - min temp))
- Bioclim 03: Isothermality (BIO2/BIO7) (* 100)
- Bioclim 04: Temperature Seasonality (standard deviation *100)
- Bioclim 05: Max Temperature of Warmest Month
- Bioclim 06: Min Temperature of Coldest Month
- Bioclim 07: Temperature Annual Range (BIO5-BIO6)
- Bioclim 08: Mean Temperature of Wettest Quarter
- Bioclim 09: Mean Temperature of Driest Quarter
- Bioclim 10: Mean Temperature of Warmest Quarter
- Bioclim 11: Mean Temperature of Coldest Quarter
- Bioclim 12: Annual Precipitation
- Bioclim 13: Precipitation of Wettest Month
- Bioclim 14: Precipitation of Driest Month
- Bioclim 15: Precipitation Seasonality (Coefficient of Variation)
- Bioclim 16: Precipitation of Wettest Quarter
- Bioclim 17: Precipitation of Driest Quarter
- Bioclim 18: Precipitation of Warmest Quarter
- Bioclim 19: Precipitation of Coldest Quarter
| 1976-2005 |
Terrestrial | 2.5 arcmin (~5km)
30 arcmin (~1km)
|
WorldClim 2.1 | WorldClim2.1, Altitude, 30 arcsec (~1km) WorldClim2.1, current bioclim variables (1970-2000), 30 arcsec (~1km) | - Elevation (elevation above sea level)
- Bioclim 01: Annual mean temperature
- Bioclim 02: Mean Diurnal Range (Mean of monthly (max temp - min temp))
- Bioclim 03: Isothermality (BIO2/BIO7) (* 100)
- Bioclim 04: Temperature Seasonality (standard deviation *100)
- Bioclim 05: Max Temperature of Warmest Month
- Bioclim 06: Min Temperature of Coldest Month
- Bioclim 07: Temperature Annual Range (BIO5-BIO6)
- Bioclim 08: Mean Temperature of Wettest Quarter
- Bioclim 09: Mean Temperature of Driest Quarter
- Bioclim 10: Mean Temperature of Warmest Quarter
- Bioclim 11: Mean Temperature of Coldest Quarter
- Bioclim 12: Annual Precipitation
- Bioclim 13: Precipitation of Wettest Month
- Bioclim 14: Precipitation of Driest Month
- Bioclim 15: Precipitation Seasonality (Coefficient of Variation)
- Bioclim 16: Precipitation of Wettest Quarter
- Bioclim 17: Precipitation of Driest Quarter
- Bioclim 18: Precipitation of Warmest Quarter
- Bioclim 19: Precipitation of Coldest Quarter
| 1970-2000 | Terrestrial | 2.5 arcmin (~5km)
30 arcmin (~1km)
5 arcmin (~10km)
10 arcmin (~20km)
|
MODIS
Australia Fraction of Photosynthesis Active Radiation
Monthly | Location1, MODIS-fPAR (year)2, resolution5
Example:
Australia, MODIS-fPAR (2001), 9 arcsec (~250m) | - Fraction of Photosynthetically Active Radiation (Maximum)
- Fraction of Photosynthetically Active Radiation (Mean)
- Fraction of Photosynthetically Active Radiation (Minimum)
| 2000 2001 2002 2003 2004 2005 2006 2007 2008 2009 2010 2011 2012 2013 2014 (2001-2002 Growing Year) (2000-2014) |
|
|
MODIS Vegetation Fraction decile layers, June 2018, Australian Albers projection,15 arcsec (~500m) | - Total Cover Anomaly Australian Albers Projection (EPSG:3577)
| Jan-dec 2001 2002 2003 2004 2005 2006 2007 2008 2009 2010 | Terrestrial | 15 arcsec (~500m) |
Australia, MODIS-fPAR November 2013, 9 arcsec (~250m) | - Fraction of Photosynthetically Active Radiation
| Jan-dec 2000 2001 2002 2003 2004 2005 2006 2007 2008 2009 2010 2011 2012 2013 | Terrestrial | 9 arcsec (~250m) |
MODIS Vegetation Fraction decile layers, February 2021, native projection, 15 arcsec (~500m) | - Total Cover Native Projection
- Total Cover Anomaly Native Projection
| Jan-dec 2001 2002 2003 2004 2005 2006 2007 2008 2009 2010
| Terrestrial | 15 arcsec (~500m) |
BIOCLIM[CSIRO] | Australia, Current Climate (1976-2005, 9 arcsec (~250m)): BIOCLIM variable suite [CSIRO] | - BIOCLIM variable suite [CSIRO]
- Bioclim 01: Annual mean temperature
- Bioclim 02: Mean Diurnal Range (Mean of monthly (max temp - min temp))
- Bioclim 03: Isothermality (BIO2/BIO7) (* 100)
- Bioclim 04: Temperature Seasonality (standard deviation *100)
- Bioclim 05: Max Temperature of Warmest Month
- Bioclim 06: Min Temperature of Coldest Month
- Bioclim 07: Temperature Annual Range (BIO5-BIO6)
- Bioclim 08: Mean Temperature of Wettest Quarter
- Bioclim 09: Mean Temperature of Driest Quarter
- Bioclim 10: Mean Temperature of Warmest Quarter
- Bioclim 11: Mean Temperature of Coldest Quarter
- Bioclim 12: Annual Precipitation
- Bioclim 13: Precipitation of Wettest Month
- Bioclim 14: Precipitation of Driest Month
- Bioclim 15: Precipitation Seasonality (Coefficient of Variation)
- Bioclim 16: Precipitation of Wettest Quarter
- Bioclim 17: Precipitation of Driest Quarter
- Bioclim 18: Precipitation of Warmest Quarter
- Bioclim 19: Precipitation of Coldest Quarter
- Bioclim 20: Annual mean radiation
- Bioclim 21: Highest weekly radiation
- Bioclim 22: Lowest weekly radiation
- Bioclim 23: Radiation seasonality
- Bioclim 24: Radiation of wettest quarter
- Bioclim 25: Radiation of driest quarter
- Bioclim 26: Radiation of warmest quarter
- Bioclim 27: Radiation of coldest quarter
- Bioclim 28: Annual mean moisture index
- Bioclim 29: Highest weekly moisture index
- Bioclim 30: Lowest weekly moisture index
- Bioclim 31: Moisture index seasonality
- Bioclim 32: Mean moisture index of wettest quarter
- Bioclim 33: Mean moisture index of driest quarter
- Bioclim 34: Mean moisture index of warmest quarter
- Bioclim 35: Mean moisture index of coldest quarter
- Summary variables with elevation and radiative adjustment [CSIRO]
- Annual atmospheric water deficit (annual precipitation - annual potential evaporation
- Annual potential evaporation
- Annual precipitation
- Annual temperature range (Max monthly mean diurnal temp range - Min monthly mean diurnal temp range)
- Annual total actual evapotranspiration modelled using terrain-scaled water holding capacity
- Annual total actual evapotranspiration terrain scaled using MODIS
- Maximum monthly aridity index
- Maximum monthly atmospheric water deficit (precipitation - potential evaporation
- Maximum monthly mean diurnal temperature range
- Maximum monthly potential evaporation
- Maximum monthly precipitation
- Maximum temperature - annual mean
- Maximum temperature - monthly maximum
- Maximum temperature - monthly minimum
- Mean annual aridity index (annual precipitation/annual potential evaporation)
- Minimum monthly aridity index
- Minimum monthly atmospheric water deficit (precipitation - potential evaporation
- Minimum monthly mean dirunal temperature range
- Minimum monthly potential evaporation
- Minimum monthly precipitation
- Minimum temperature - annual mean
- Minimum temperature - monthly maximum
- Minimum temperature - monthly minimum
- Precipitation seasonality 1 - solstice seasonality composite factor ratio
- Precitidation seasonality 2 - equinox seasonality composite factor ratio
| 1976-2005
|
terrestrial | 9 arcsec (~250m) |
CHELSA Global Monthly data | CHELSA version, Current climate(year)1, based on GCM2, emission scenario3
CHELSA v2.1, current climate 2071-21001, GFDL-ESM42 ssp3703
| -
- Monthly climate moisture indices
- Monthly near-surface wind speed
- Monthly potential evapotranspiration
- Monthly potential evapotranspiration using the Penman-Monteith equation
- Monthly near-surface relative humidity
- precipitation amount
- mean daily maximum 2m air temperature
- mean daily air temperature
- mean daily minimum air temperature
- Total cloud cover fraction
- Monthly vapor pressure deficit
|
January February |
|
NA
|
[ARS1] Bio-ORACLE
Global | BioOracle Current (year)1, Type, resolution3
BioOracle v2.2 Current, 2000-2014, Benthic Max Depth 5 arcmin (~10km)
| - Long term average of maximum currents velocity
- Long term average of minimum currents velocity
- Maximum Currents Velocity
- Mean Currents Velocity
- Minimum Currents Velocity
- Surface, Benthic Min Depth, Benthic Max Depth, Benthic Mean Depth
- Max Iron Concentration
- Mean Calcite Concentration
- Long term average of maximum chlorophyll A concentration
- Long term average of minimum chlorophyll A concentration
- Maximum Chlorophyll A Concentration
- Mean Chlorophyll A Concentration
- Minimum Chlorophyll A Concentration
- Range of Chlorophyll A Concentration
- Maximum Cloud cover at the surface
- Mean Cloud cover at the surface
- Minimum Cloud cover at the surface
- Long term average of maximum currents velocity
- Long term average of minimum currents velocity
- Maximum Currents Velocity
- Mean Currents Velocity
- Minimum Currents Velocity
- Range of Currents Velocity
- Maximum Diffuse Attenuation
- Mean Diffuse Attenuation
- Minimum Diffuse Attenuation
- Long term average of maximum oxygen concentration
- Long term average of minimum oxygen concentration
- Maximum Oxygen Concentration
- Mean Oxygen Concentration
- Minimum Oxygen Concentration
- Range of Oxygen Concentration
- Long term average of maximum sea ice concentration
- Long term average of minimum sea ice concentration
- Maximum Sea Ice Concentration
- Mean Sea Ice Concentration
- Minimum Sea Ice Concentration
- Range of Sea Ice Concentration
- Long term average of maximum Ice Thickness
- Long term average of minimum Ice Thickness
- Maximum Ice Thickness
- Mean Ice Thickness
- Minimum Ice Thickness
- Range of Ice Thickness
- Long term average of maximum iron concentration
- Long term average of minimum iron concentration
- Mean Iron Concentration
- Minimum Iron Concentration
- Range of Iron Concentration
- Long term average of maximum nitrate concentration
- Long term average of minimum nitrate concentration
- Maximum Nitrate Concentration
- Mean Nitrate Concentration
- Minimum Nitrate Concentration
- Range of Nitrate Concentration
- Maximum Photosynthetically Available Radiation
- Mean Photosynthetically Available Radiation
- Long term average of maximum phosphate concentration
- Long term average of minimum phosphate concentration
- Maximum Phosphate Concentration
- Mean Phosphate Concentration
- Minimum Phosphate Concentration
- Range of Phosphate Concentration
- Long term average of maximum phytoplankton concentration
- Long term average of minimum phytoplankton concentration
- Maximum Phytoplankton Concentration
- Mean Phytoplankton Concentration
- Minimum Phytoplankton Concentration
- Long term average of maximum primary productivity
- Long term average of minimum primary productivity
- Maximum Primary Productivity
- Mean Primary Productivity
- Minimum Primary Productivity
- Range of Primary Productivity
- Maximum Water Salinity of Saltiest Month
- Minimum Water Salinity of Freshest Month
- Maximum Water Salinity
- Mean Water Salinity
- Minimum Water Salinity
- Range of Water Salinity
- Long term average of maximum silicate concentration
- Long term average of minimum silicate concentration
- Maximum Silicate Concentration
- Mean Silicate Concentration
- Minimum Silicate Concentration
- Range of Silicate Concentration
- Maximum Water Temperature of Warmest Month
- Minimum Water Temperature of Coldest Month
- Maximum Water Temperature
- Mean Water Temperature
- Minimum Water Temperature
- Range of Water Temperature
- Mean pH
|
|
|
|
Fresh water Catchment Australia | Freshwater Catchment Data (Australia), Current climate (1921-1995), 9 arcsec (~250m)
| - Bioclim 01: Annual mean temperature
- Bioclim 05: Max Temperature of Warmest Month
- Bioclim 06: Min Temperature of Coldest Month
- Bioclim 08: Mean Temperature of Wettest Quarter
- Bioclim 09: Mean Temperature of Driest Quarter
- Bioclim 11: Mean Temperature of Coldest Quarter
- Bioclim 12: Annual Precipitation
- Bioclim 16: Precipitation of Wettest Quarter
- Bioclim 17: Precipitation of Driest Quarter
- Bioclim 18: Precipitation of Warmest Quarter
- Bioclim 19: Precipitation of Coldest Quarter
- Bioclim 20: Annual mean radiation
- Average growth index seasonality (mesotherm plants)
- Average annual growth index (megatherm plants)
- Average growth index seasonality (mesotherm plants)
- Average annual growth index (mesotherm plants)
- Average growth index seasonality (microtherm plants)
- Average annual growth index (microtherm plants)
- Average rainfall erosivity R factor
|
|
|
|
Stream Data Catchment data Catchment Data (Australia) | Freshwater Stream Data (Australia), Vegetation, 9 arcsec (~250m) | Vegetation - Percentage extant bare
- Percentage extant forests cover
- Percentage extant grass cover
- Percentage natural forests cover
- Percentage natural grasses cover
- Percentage natural vegetation cover with no data values
- Percentage natural shrub cover
- Percentage natural bare
- Percentage natural woodland cover
- Percentage extant vegetation cover with no data values
- Percentage extant shrub cover
- Percentage extant woodland cover
Terrain - Indicator of valley confinement
- Average slope of downstream flow path
- Maximum slope in downstream flow path
- Local aspect
- Distance to outlet
- Maximum segment elevation
- Mean segment elevation
- Minimum segment elevation
- Stream segment slope
- Distance to source
- Strahler stream order
River disturbance - Catchment Disturbance Index
- Sub-catchments - Point source factor (maximum of all data)
- Flow Regime Disturbance Index
- Sub-catchments - Point source factor (only Geodata)
- Streams - Flow diversions factor (only Geodata)
- Streams - Impoundments factor (only Geodata)
- Sub-catchments - Infrastructure factor (only Geodata)
- Sub-catchments - Settlement factor (only Geodata)
- Sub-catchments - Land use factor
- Streams - Levee bank factor
- Streams - Flow diversions factor (maximum of all data)
- Streams - Impoundments factor (maximum of all data)
- Sub-catchments - Infrastructure factor (maximum of all data)
- Sub-catchments - Settlement factor (maximum of all data)
- Streams - Flow diversions factor (only NWI data)
- Sub-catchments - Point source factor (only NWI data)
- Streams - Impoundments factor (only NWI data)
- Sub-catchments - Infrastructure factor (only NWI data)
- Sub-catchments - Settlement factor (only NWI data)
- Sub-catchments - Settlement factor (other data)
- River Disturbance Index
- Sub-catchments - Point source factor (other data)
- Streams - Flow diversions factor (other data)
- Sub-catchments - Infrastructure factor (other data)
- Streams - Impoundments factor (other data)
- Segment Flow Regime Disturbance Index
- Sub-catchment Disturbance Index
Land use - Percentage used for intensive animal production
- Percentage used for aquaculture
- Percentage artifical impoundment
- Percentage where fertilzer is likely to be used
- Percentage used for forestry
- Percentage used for irrigation supply/drainage
- Percentage irrigated land
- Percentage used for mining
- Percentage modified land (i.e. not conservation)
- Percentage where herbicides/pesticides are likely to be used
- Percentage used for intensive plant production
- Percentage road
- Percentage urban
- Net primary productivity (annually)
- Annual mean Net Primary Productivity
- Net primary productivity (monthly)
- Monthly (January) mean Net Primary Productivity
- Monthly (October) mean Net Primary Productivity
- Monthly (November) mean Net Primary Productivity
- Monthly (December) mean Net Primary Productivity
- Monthly (February) mean Net Primary Productivity
- Monthly (March) mean Net Primary Productivity
- Monthly (April) mean Net Primary Productivity
- Monthly (May) mean Net Primary Productivity
- Monthly (June) mean Net Primary Productivity
- Monthly (July) mean Net Primary Productivity
- Monthly (August) mean Net Primary Productivity
- Monthly (September) mean Net Primary Productivity
Population - Percentage with population density greater than 1 person/km2
- Percentage with population density greater than 10 person/km2
- Maximum population density
- Average population density
Substrate - Percentage of carbonate sedimentary rocks
- Percentage of igneous rocks
- Percentage of metamorphic rocks
- Percentage of mixed sedimentary and igneous rocks
- Percentage of old bedrock
- Percentage of other sedimentary rocks
- Average Saturated Hydraulic Conductivity
- Percentage of siliciclastic/undifferentiated sedimentary rocks
- Percentage of unconsolidated rocks
- Average Solum Plant Available Water Holding Capacity
| NA | Freshwater | 9 arcsec (~250m) |
Risk Mapping | Australian Population Grid 2011 30 arcsec (~1km) | Australian Population Grid 2018 | 2011 2018 | | 30 arcsec (~1km) |
| Australian Template (for BioSecurity Modelling) | Australia Template (for BioSecurity Modelling) | NA | | |
| Accommodation Distribution, Australia (2015-2016) | Accommodation Distribution, Australia (2015-2016) | (2015-2016) | | |
| Australian Postcodes, 2022 3 arcsec (~90m) | Australian Postcodes 2022 | 2022 | | 3 arcsec (~90m)30 arcsec (~1km)9 arcsec (~250m) |
Elevation | 3 second SRTM Derived Digital Elevation Model (DEM) Version 1.0 | 3 second SRTM Derived Digital Elevation Model (DEM) Version 1.0 | 2016 | | 3 arcsec (~90m) |
| GEODATA 9 second DEM and D8: Digital Elevation Model Version 3 and Flow Direction Grid 2008 | GEODATA 9 Second Digital Elevation Model (DEM-9S) GEODATA 9 Second Flow Direction Grid (D8-9S) | 2008 | | |
Australia Topography | Multi-resolution Ridge Top Flatness, v2.0 (2016), 3 arcsec (~90m) | Multiresolution ridgetop flatness index class Multiresolution valley bottom flatness index class | 2016 | | 3 arcsec (~90m) |
National Vegetation Information System (NVIS) | Australia, National Vegetation Information System (NVIS) V6.0, 3 arcsec (~90m)Australia, National Vegetation Information System (NVIS) V6.0, Groups, 2020, 3 arcsec (~90m) | - Australian Major Vegetation Groups - Present
- Australian Major Vegetation Groups - Pre-1975
Australian Major Vegetation Groups – Present - Mangroves
- Heathlands
- Unknown/no data
- Other Shrublands
- Acacia Shrublands
- Sea and estuaries
- Eucalypt Woodlands
- Hummock Grasslands
- Tussock Grasslands
- Unclassified forest
- Other Open Woodlands
- Acacia Open Woodlands
- Eucalypt Open Forests
- Eucalpyt Open Woodlands
- Eucalypt Low Open Forests
- Eucalypt Tall Open Forests
- Other Forests and Woodlands
- Acacia Forests and Woodlands
- Rainforest and Vine Thickets
- Unclassified native vegetation
- Callitris Forests and Woodlands
- Casuarina Forests and Woodlands
- Mallee Woodlands and Shrublands
- Melaleuca Forests and Woodlands
- Regrowth, modified native vegetation
- Tropical Eucalypt Woodlands/Grasslands
- Cleared, non-native vegetation, buildings
- Low Closed Forests and Tall Closed Shrublands
- Naturally bare - sand, rock, claypan, mudflat
- Inland Aquatic - freshwater, salt lakes, lagoons
- Mallee Open Woodlands and Sparse Mallee Shrublands
- Other Grasslands, Herblands, Sedgelands and Rushlands
- Chenopod Shrublands, Samphire Shrublands and Forblands
Subgroups - Mangroves
- Other grasslands
- Other shrublands
- Banksia woodlands
- Hummock Crasslands
- Unclassified forest
- Other open woodlands
- Salt lakes and lagoons
- Callitris open woodlands
- Melaleuca onen wood ands
- Other tussock arassands
- Mallee with nummock arass
- Warm temperate raintorest
- Cool temperature rainforest
- Other forests and woodlands
- Sedgelanas, rushes or reeds
- Temperate tussock grasslands
- Lignum shrublanas and wetlands
- Unclassified native vegetation
- Dr rainforest or vine thickets
- - Regrowth or modified graminoids
- Regrowth or modified shrublands
- Calitris forests and woodlands
- _ an shrulans
- entosnermum forests and woodlands
- Mixed samnre+/- for
- Other Acacia forests and woodlands
- Sea, estuaries (includes seagrass)
- Tropical or sub-tropical rainforest
- Me aleuca oden forests and woodlands
- Mallee win a dense shruboy understorev
- Mallee with a tussock grass understore,
- -Mallee with an open shrubby understorey
- Melaleuca shrublands and open shrublands
- Tropical mixed son forests and woodlands
- Cleared, non-native vegetation, buildings
- Regrowth or modified forests and woodlands
- Saline or brackish sedgelands or arassiands
- Mitchell grass (Astrebla) tussock grassland:
- Naturally bare, sand, rock, claypan, mudflat
- Other sparse shrublands and soarse neatniands
- Eucalyptus woodlands with a shrubby understorey
- Eucalvotus low open woodlands with nummock arass
- Eucalvotus low open woodlands with tussock grass
- Casuarina and Allocasuarina forests and woodlands
- Eucalyptus open forests with a grassy understorey
- Eucalvotus open forests with a shrunov understores
- Eucalvotus open woodlands with shrubby understorey
- Freshwater, dams, lakes, lagoons or aquatic plants
- Bridalow Acacia narooonylla) forests and woodlands
- Eucalyptus open woodlands with a grassy understorey
- _ Eucalyptus woodlands with a hummock grass understorey
- Eucalvotus woodlands with a tussock grass understore)
- Other Acacia tall open shrublands and tall shrublands
- dEuca votus low open woodlands with a shrubov understorev
- Mulga (Acacia aneura) woodlands +/- tussock grass +/- Toros
- _ Eucalyptus woodlands with a chenopod or samphire understorey
- Acacia=- loW) wodlands and sruans wt
- Regrowth or modified chenopod shrublands, sampnire or Torolanas
- Acacia -/- lOW) open woodlands and shrublands - - tussock arass
- Acacid+/- loW oen woodns an shrns nummock crass
- Mulga (Acacia aneura) woodlands and shrublands with hummock grass
- Eucalyptus tall open forest with a fine-leaved shrubby understorey
- Casuarina and Allocasuarina open woodlands with a shrubby understore)
- Wet tussock grassland with herbs, sedges or rushes, herblands or ferns
- Boulders/rock with algae, lichen or scattered plants, or alpine fjaeldmarks
- Casuarina and Allocasuarina open woodlands with a hummock grass understorey
- Casuarina and Allocasuarina open woodlands with a tussock grass understorey
- Eucalvotus (+/- low) open woodlands with a chenopod or sampnire understorey
- Casuarina and Allocasuarina open woodlands with a chenoood shrub understorev
- Mulga (Acacia aneura) open woodlands and sparse shrublands +/- tussock grass
- Mulga Acacia aneura) open woodlands and sparse shrublands with mmock grass
- Eucalvotus woodlands with ferns, heros. sedges, rusnes or wet tussock arassand
- Acacia+/- low) open woodlands and sparse shrublands with a shrubby understorey
- Open mallee woodlands and sparse mallee shrublands with a dense shrubby understorey
- Open mallee woodlands and sparse mallee shrublanos with a hummock grass understorev
- Onen mallee woodlands and soarse mallee shrublands with a tussock grass understorey
- - Open mallee woodlands and soarse mallee shrudlanos with an oden shrubov understorev
- Tropical Eucalyptus open forests and woodlands with a tall annual grassy understorev
- Tow closed forest or tall closed shrun ands (includina Acacia. Melaleuca and Banksia)
- Blue grass (Dicanthium) and tall bunch grass (Vitiveria svn: Chrysopogon) tussock grasslands
- Eucalvotus tall open forests and open forests with ferns, herbs, sedges, rushes or wet tussock grasses
- Euca votus (-/- tall) open forest with a dense oroad-leaved and/or tree-fern understorev(wet scleroonvil
| 1750 2020 | | 3 arcsec (~90m) |
Enhanced Vegetation Index | Australia, Enhanced Vegetation Index (2000-2008), 9 arcsec (~250m) | - Annual maximum Enhanced Vegetation Index (EVI) trend
- Annual mean Enhanced Vegetation Index (EVI) trend
- Annual minimum Enhanced Vegetation Index (EVI) trend
| (2000-2008), | | 9 arcsec (~250m) |
| National Forest and Sparse Woody Vegetation, Australia, 2020, 1 arcsec (~25m) | | | | |
| Australian NDVI (Normalised Difference Vegetation Index) February 2017 | | | | |
| Australia, Vegetation Assets, States and Transitions (VAST) (1995-2006), 30 arcsec (~1km) | VAST classification 0. Bare 6. Removed 1. Residual 2. Modified 4-5. Replaced 3. Transformed | (1995-2006) | | 30 arcsec (~1km) |
SOIL | Australian continent, landforms (1949-2013), 9 arcsec (~250m) | Landforms - contributing area
- elevation focal range
- plan curvature
- profile curvature
- slope_relief
- Topographic wetness index
- Median of Percent Slope over 300
substrates- Available water capacity depth - weighted average estimated value 0-30cm
- Bulk density whole earth - weighted average estimated value 0-30cm
- Mass fraction clay - weighted average estimated value 0-30cm
- Depth to hard rock
- Depth of soil profile
- Cations extracted depth-weighted average estimated value 0-30cm
- Mass fraction of organic carbon depth - weighted average estimated value 0-30cm
- pH of soil depth - weighted average estimated value 0-30cm
- Mass fraction of sand determined with pipette method depth - weighted average estimated value 0-30cm
- Mass fraction of silt determined with pipette method depth - weighted average estimated value 0-30cm
- Total nitrogen depth - weighted average estimated value 0-30cm
- Total phosphorous depth - weighted average estimated value 0-30cm
| (1949-2013) | | 9 arcsec (~250m) |
National Soil Grids | Australia, Soil Grids (2012), 9 arcsec (~250 m) | - Australian Soil Classification
- Bulk density 0-30 cm
- Clay content percentage 0-30 cm
- Plant available water capacity 0-1 m
- pH (Calcium Chloride 1:5) 0-30cm
| 2012 | | 9 arcsec (~250 m) |
Australia, Gross Primary Productivity | Australia, Gross Primary Productivity (2000-2007), 9 arcsec (~250m) | - Minimum Gross Primary Productivity
- Coefficient of Variance
- Maximum Gross Primary Productivity
Mean Gross Primary Productivity | (2000-2007) | | 9 arcsec (~250m) |
| Australia, Dynamic Land Cover (2000-2008), 9 arcsec (~250 m) | - Dynamic Land Cover - Reduced classification (5 classes)
- Dynamic Land Cover - Original classification (34 classes)
| (2000-2008) | | 9 arcsec (~250m) |
| | | | | |
