eAtlas Australia's Tropical Land and Seas - WMS

World: Bright Earth e-Atlas Basemap (No Labels) (ea-be:World_Bright-Earth-e-Atlas-basemap_No-Labels)

The Bright Earth e-Atlas Basemap is a satellite-derived global map of the world at a 1:1M scale for most of the world and 1:500k scale for Australia and 1:200k for Queensland. This map was inspired by Natural Earth II (NEII) and NASA's Blue Marble Next Generation (BMNG) imagery. This version of the basemap contains no labels. Its aim was to provide a basemap similar to NEII but with a higher resolution (~10x). This basemaps is derived from the following datasets: Blue Marble Next Generation 2004-04 (NASA), VMap0 coastline, Coast100k 2004 Australian coastline (GeoScience Australia), SRTM30 Plus v8.0 (UCSD) hillshading, Natural Earth Vector 10m bathymetry and coastline v2.0 (NE), gbr100 hillshading (JCU). This layer shows version 1.0 of the Bright-Earth e-Atlas Basemap. [[http://e-atlas.org.au/data/uuid/ac57aa5a-233b-4c2c-bd52-1fb40a31f639|More information about this basemap]]

World: Bright Earth e-Atlas Basemap (ea-be:World_Bright-Earth-e-Atlas-basemap)

The Bright Earth e-Atlas Basemap is a satellite-derived global map of the world at a 1:1M scale for most of the world and 1:500k scale for Australia and 1:200k for Queensland. This map was inspired by Natural Earth II (NEII) and NASA's Blue Marble Next Generation (BMNG) imagery. Its aim was to provide a basemap similar to NEII but with a higher resolution (~10x). This basemaps is derived from the following datasets: Blue Marble Next Generation 2004-04 (NASA), VMap0 coastline, Coast100k 2004 Australian coastline (GeoScience Australia), SRTM30 Plus v8.0 (UCSD) hillshading, Natural Earth Vector 10m bathymetry and coastline v2.0 (NE), gbr100 hillshading (JCU). This layer shows version 1.0 of the Bright-Earth e-Atlas Basemap. [[http://e-atlas.org.au/data/uuid/ac57aa5a-233b-4c2c-bd52-1fb40a31f639|More information about this basemap]]

GBR: Baselayer - Outlook report style (ea:GBR_GBRMPA_Outlook-baselayer)

Baselayer of Queensland and the Great Barrier Reef in a style similar to maps used in the GBRMPA Outlook report. This baselayer is made up from the following layers and (styles): ea:GBR_GBRMPA_GBR-features (GBR-features_Outlook), ea:AU_GA_Topo2M5-2003_Drainage (Generic-line-thin-transparent-blue), ea:AU_GA_River-basins-1997 (River-basins-1997_Outline), ea:World_NED_10m-cities (10m-cities), ea:GBR_e-Atlas-GBRMPA_GBRMP-bounds_Ocean-bounds (Polygon_Outline-Red)

GBR_JCU_Bathymetry-3DGBR_Land-and-sea (GBR_JCU_Bathymetry-3DGBR_Land-and-sea)

Layer-Group type layer: GBR_JCU_Bathymetry-3DGBR_Land-and-sea

GBR_JCU_Bathymetry-3DGBR_Steps-0-5000m (GBR_JCU_Bathymetry-3DGBR_Steps-0-5000m)

Layer-Group type layer: GBR_JCU_Bathymetry-3DGBR_Steps-0-5000m

Torres Strait Satellite Aerial (With Labels) (TS_eAtlas_Satellite-aerial)

This is a baselayer that shows Landsat satellite imagery combined with high resolution aerial imagery for community areas. The high resolution aerial imagery only shows at zoom levels closer than 1:200k. Aerial imagery covers: Coconut Island, Entrance Island, Friday Island, Injinoo, Mabuiag Island, Murray Island, Prince of Wales Island, Thursday Island, New Mapoon Island, Stephens Island, Umagico-Island, Wednesday Island, Yam Island and Yorke Island. This combines layers from [[http://e-atlas.org.au/data/uuid/d06fe370-6c5c-494f-b480-9f013fb5e3a9|Torres Strait Aerial Imagery 2011 (DNRM, TSRA)]] and the [[http://e-atlas.org.au/data/uuid/71c8380e-4cdc-4544-98b6-8a5c328930ad|Torres Strait clear sky, clear water Landsat composite (e-Atlas, AIMS)]] datasets.

AU_DOEE_BIA_2015 (other-2015:AU_DOEE_BIA_2015)

Biota (Biota)

Cap Bunker: Benthic Survey Oct 2015 (NESP TWQ 3.7, AIMS) (nesp1:CapBunk_NESP-TWQ-3-7_AIMS_Benthic_2015-10)

Copepod abundance (Liston JCU) 1990 (ea:GBR_JCU_Liston_Copepod_abundance_1990)

Copepod abundances in individual samples. Circles represents individual samples, with the diameter proportional to the copepod density (no. m-3). From Peter Liston, "Spatial variability and covariability of chlorophyll and zooplankton on the Great Barrier Reef", PhD Thesis, JCU, 1990 http://eprints.jcu.edu.au/24113/

GBR: Shark survey sites 2008-2011 (MTSRF 4.8.4, JCU) (nerp:GBR_MTSRF-4-8-4_JCU_Shark-fish-sites_2012)

This layer shows the sites that shark surveys were completed as part of MTSRF project 4.8.4.

GBR: Dugong relative density 1986-2005 (JCU, MTSRF) (ea:GBR_MTSRF_Grech_JCU_Dugong-dist-1986-2005)

This dataset shows a spatial model of the distribution and relative density of dugongs (Dugong dugong) in the Torres Strait region based on an aggregate of 19 years (1986, 1987, 1992, 1994, 1999, and 2005) of systematic aerial surveys. For more information on the methods used in the creation of this dataset see Grech. A., and Marsh. H. (2007) - Prioritising areas for dugong conservation in a marine protected area using a spatially explicit population model, Applied GIS, 3(2), 1-14.

GBR: Inshore fish and benthos surveys 1999-2014 (JCU, NERP TE 8.2) (ea-2014:GBR_NERP-TE-8-2_JCU_Fish-benthos_1999-2014)

GBR: Composite Inshore Seagrass Distribution 1985 - 2007 (QDPI-F) (ea:GBR_QDPI-F_Composite-seagrass-1984-2007)

This layer shows coastal seagrass distributions derived from 38 surveys from 1984 - 2007 covering the GBRWHA and Hervey Bay.

WT: Vertebrate species observations 2012-2014 (NERP TE 3.3, JCU) (ea:WT_NERP-TE-3-3_Vertebrate-survey_2012-2014)

WT: WTMaps Vegetation 2008 (WTMA) (wtma:WT_WTMA_WTMaps-2008_Vegetation)

This layer shows detailed mapping of the vegetation in the Wet Tropics Bioregion prepared by WTMA. *Filtering Data* This layer supports CQL filters. You can change these in the layer options. Example: Level_1='Vegetated' Description: Only show regions with vegetation. Example: Level_2='Rainforests' OR Level_2='Mangroves' Description: Show rainforests and mangroves areas Example: Level_3 LIKE '%rainforests%' Description: Find all areas where the level 3 classification contains rainforest. This includes: Mesophyll rainforests, Notophyll rainforests, Microphyll rainforests and Palm-leaf rainforests. Example: WtmaTYPE='38b' Descriptioni: Show all the areas with the WTMA code of 38b. These codes can be found on the WTMA vegetation posters or by clicking on a region to find the codes matching the vegetation level classifications.

TS: Seagrass meadow boundaries 2015 (NESP 3.5, JCU) (nesp1:TS_NESP-TWQ-3-5_JCU_Benthic-surveys_2015_Meadow-boundaries)

TS: Seagrass Shannon Weaver diversity interpolation 2015 (NESP 3.5, JCU) (nesp1:TS_NESP-TWQ-3-5_JCU_Benthic-surveys_2015_Seagrass-SW-diversity)

The Shannon-Weaver index is a mathematical measure of species diversity that uses species richness (the number of species present, where a score of 0 = one species present) and the relative abundance of different species (Spellerberg et al., 2003).

GBR: Seagrass 1984-2014 (JCU, NESP TWQ 3.1) (GBR: Seagrass 1984-2014 (JCU, NESP TWQ 3.1))

GBR: Seagrass site surveys 1984-2014 (NESP 3.1, JCU) (nesp1:GBR_NESP-TWQ-3-1_JCU_Seagrass_1984-2014_Site-surveys)

This layer shows presence/absence and dominant species of seagrass at sites surveyed from 1984 to 2014. *Styles* Seagrass Presence/Absence: (default) shows all survey data, colour coded for Presence (seagrass found) versus Absence (no seagrass found). Seagrass Depth: shows only survey data where seagrass was present, colour coded based on depth of the seagrass. Survey year: This style shows the year of the sampling, indicating the age of the data. *Filtering* This layer supports filtering by date range and CQL filters. General information about how to use the date and CQL filtering can be found at http://eatlas.org.au/docs/atlasmapper-date-cql-filtering. The following are some examples of CQL filters for this layer. Example: YEAR>2009 Description: Only show surveys collected *after* 2009. Example: YEAR>=2009 Description: Only show surveys from 2009 and later. Example: H_OVALIS='Yes' Description: Only show surveys where C. Ovalis where found. Example: DEPTH<15 Description: Only show surveys is water shallower than 15 m. Example: DEPTH<15 AND PRESENCE_A ='present' Description: Show only where there is seagrass present and in shallow water. The list of filterable fields are: * YEAR (eg: 2009) * SEASON ('growing' or 'senescent') * LATITUDE (degrees) * LONGITUDE (degrees) * DEPTH (in metres) * PRESENCE_A ('present' or 'absent') * C_ROTUNDAT ('Yes' or 'No') * C_SERRULAT ('Yes' or 'No') * E_ACOROIDE ('Yes' or 'No') * H_CAPRICOR ('Yes' or 'No') * H_DECIPIEN ('Yes' or 'No') * H_OVALIS ('Yes' or 'No') * H_SPINULOS ('Yes' or 'No') * H_TRICOSTA ('Yes' or 'No') * H_UNINERVI ('Yes' or 'No') * S_ISOETIFO ('Yes' or 'No') * T_CILIATUM ('Yes' or 'No') * T_HEMPRICH ('Yes' or 'No') * Z_CAPRICOR ('Yes' or 'No')

GBR: Coral Cover and COTS - Aggregation of all surveys 1983 - 2017 (LTMP Manta Tow, AIMS) (aims:GBR_AIMS_LTMP-manta-reef-aggregation_1985-ongoing)

This layer contains an aggregation of reef wide surveys of hard coral cover and crown-of-thorns starfish. The results are an aggregation of all surveys taken on a given reef. This only includes reefs with at least 5 surveys. Some reefs have 29 surveys. The data used in this aggregation come from surveys taken from 1983-03-25 to 2017-01-24. Use the various styles associated with this layer to view the various aggregation results including: * Hard Coral Cover - 10th percentile, mean 90th percentile, mean and latest survey. * COTS - 10th percentile, 90th percentile and mean and latest survey. The 90th percentile for COTS means that 10% of the time the COTS numbers were higher in number that the displayed value, i.e. 90% of the time the COTS numbers were below the show values. This shows the worst conditions that the reefs were subjected to. Note: that when viewing the latest survey results some locations can be over 10 years old.

GBR: Mean Live Hard Coral Cover - 1985 - 2017 (LTMP AIMS) (aims:GBR_AIMS_LTMP-manta_1985-ongoing_Hard-coral)

This layer shows manta tow survey of Crown of Thorns Starfish (COTS) outbreaks data taken by the Long Term Monitoring Program AIMS. This database contains surveys from 1983-03-25 to 2017-01-24. *Filtering data* This layer supports specifying date ranges and CQL filters. This can be used to narrow the time of interest and also to filter the sites by any of the data attributes. In the eAtlas map client the date range and CQL filtering is specified in the options tab. The full list of comparison operators are: =, , >, >=, <, <=. The logical operators are: AND Example: LATEST=TRUE Description: Only show the data corresponding to the latest survey at each reef. Remember some reefs have not been surveyed in a long time. Specify a year range to limit how far back you go. Example: TOT_VISITS > 5 Description: Only show data for sites where the total number of visits to the reef is greater than 5. Example: LATEST=TRUE AND STATUS = 'AO' Description: Show the latest data for sites where there is an active COTS outbreak. To remove old styles specify the year range.

GBR: Native species counts on the islands (Expert opinion) (NERP TE 9.3, JCU) (nerp:GBR_NERP-TE-9-3_JCU_Island-management_Features-on-islands-EE)

Experts who frequent the islands were consulted as to the maximum and minimum number of individuals/pairs of native species on the islands. On each island there are multiple estimates for each species, one from each expert. *Filtering Data* You can filter the islands by species using a CQL filter in the layer options. Example: Species_na='Anous minutus' Description: Find the islands where the assessment of Black noddy's (Anous minutus) were assessed: Example: Species_na='Anous minutus' AND Upper_boun>0 Description: Find the islands where Black noddy's (Anous minutus) were assessed and their numbers were estimated to be greater than zero by at least one expert. Example: Upper_bound>0 Description: Find the island records for which an expert assessed the upper bound to be greater than 0. This filter helps to remove all the null results allowing the feature request (clicking on an island) to show species on that island. You can change the species name to any of the following (as these are the ones contained in this dataset). Note you must only use the species name, not the common name in the brackets: * Anous minutus (Black noddy) * Anous stolidus (Brown noddy) * Burhinus grallarius (Bush stone-curlew) * Calyptorhynchus lathami (Glossy black cockatoo) * Caretta caretta (Loggerhead sea turtle) * Charadrius ruficapillus (Red-capped plover) * Chelonia mydas (Green sea turtle) * Chroicocephalus novaehollandiae (Silver gull) * Egretta sacra (Pacific reef heron) * Epthianura crocea (Yellow chat) * Esacus magnirostris (Beach stone-curlew) * Falco peregrinus (Peregrine falcon) * Fregata ariel (Lesser frigatebird) * Fregata minor (Great frigatebird) * Gallirallus philippensis (Buff-banded rail) * Haematopus fuliginosus (Sooty oystercatcher) * Haematopus longirostris (Pied oystercatcher) * Haliaeetus leucogaster (White-bellied sea eagle) * Haliastur indus (Brahminy kite) * Hydroprogne caspia (Caspian tern) * Megapodius reinwardt (Orange-footed scrubfowl) * Natator depressus (Flatback sea turtle) * Onychoprion anaethetus (Bridled tern) * Onychoprion fuscata (Sooty tern) * Pandion cristatus (Osprey) * Phaethon rubricauda (Red-tailed tropicbird) * Phalacrocorax varius (Australian pied cormorant) * Phascolarctos cinereus (Koala) * Pluvialis squatarola (Grey plover) * Ptilinopus regina (Rose-crowned fruit dove) * Sterna dougallii (Roseate tern) * Sterna sumatrana (Black-naped tern) * Sternula albifrons (Little tern) * Sula dactylatra (Masked booby) * Sula leucogaster (Brown booby) * Thalasseus bengalensis (Lesser crested tern) * Thalasseus bergii (Greater crested tern) * Tringa brevipes (Grey-tailed tattler) * Xeromys myoides (False Water Rat) * Zosterops lateralis (Silvereye)

GBR: Island threats (Expert opinion) (NERP TE 9.3, JCU) (nerp:GBR_NERP-TE-9-3_JCU_Island-management_Threats-on-islands-EE)

Experts who frequent the islands were consulted as to whether they believed a given threat was present or absent on the islands. The "Interactio" must be 1.0 for the threat to be considered active for a site. An "Interactio" of 0.0 indicates that the threat was considered for the site, but not considered active. *Filtering Data* You can filter the islands by species using a CQL filter in the layer options. Example: Threat='Feral Cat' AND Interactio=1 Description: Only show islands where Feral Cat is considered a threat. Example: Threat='Feral Cat' Description: Show islands where Feral Cat was considered in the evaluation. The following is the list of threats that can be filtered on: * African Big Headed Ant * Black Rat * Brushtail Possum * Cane toad * Climbing Asparagus * Cobblers Peg * Red Junglefowl * Dwarf Poinsettia * Eastern Grey Kangaroo * Feral Cat * Feral Cattle * Feral Goat * Feral Horse * Feral Pig * Fox * Green Panic * Groundsel * Guinea Grass * Hog Deer * House Mouse * House Sparrow * Lantana * Morning Glory * Mother of Millions * Nightshade * Noogoora Burr * Periwinkle * Rubbervine * Singapore Daisy * Sisal Hemp * Soft Scale * Yellow Guava * Molasses Grass * Mossman River Grass * Mother-in-Law Tongue * Pink Periwinkle * Prickly Pear

WT: Sclerophyll inventory Trees DBH > 10 cm (CSIRO, NERP TE 7.1) (nerp:WT_NERP-TE-7-1_CSIRO_Sclerophyll-inventory_2014_LargeTrees)

This layer corresponds to all the plants with a stem diameter (at breast height), DBH, greater than 10 cm in each of the 20 m x 20 m plots. The location of the plants is only resolved to the location of the South East corner of the plot.

NGBR: Dugong Density (JCU) (NGBR: Dugong Density (JCU))

NGBR: Dugong Aerial Survey Transects 1990 - 2013 (JCU, NERP-TE 1.2) (nerp:NGBR_NERP-1-2_JCU_Dugong-density_Transects_1990-2013)

This map layer shows the aerial transects flown associated with the northern GBR Dugong surveys.

GBR: COTS control Dives Venus II & Hero Vessels 2013-2015 (AMPTO) (ea-2015:GBR_AMPTO_COTS-control_Dives_VenusII-Hero_2013-2015)

This layer shows all the results of the control dives undertaken by both the Venus II and Hero Vessels. Note: The server only renders one point for each site and since there are multiple dives at each site there is no guarantee that it represents all the samples at this site. *Date filtering* This layer supports filtering the data over a desired time period. The date can be specified as a year (2013), month (2013-06) or day (2013-06-20). Specifying a year or month represents the entire year or month. You can also choose between two dates separating them with a slash /. Example: 2013/2015 Description: Select all data from the start of 2013 to the end of 2015 Example: 2013-06 Description: Select all the data in June 2013 Example: 2013-10/2014-04 Description: Select all the data from October 2013 until April 2014. *Filtering Data* This layer supports filtering the data using a CQL filter. Use the layer options to change these. You can make your own filter by clicking on the points in the map to get the names and values of attributes you can filter with. The full list of comparison operators are: =, , >, >=, <, <=. Example: AvgDepthM>6 Description: Show the dives where the depth is greater than 6 m. Example: Vessel='MV Hero' Description: Show the dives undertaken by the Venus II vessel. Example: Vessel='MV Venus II' Description: Show the dives undertaken by the Hero vessel. Example: Total>100 Description: Show the dives where the total number of COTS culled was greater than 100. Example: Vessel='MV Venus II' AND CPUE > 1 Description: Show the dives from the Venus vessel where the COTS catch rate was high. Example: TargetArea=5 Description: Shows the dives in TargetArea 5 Example: Vessel='MV Venus II' AND Voyage=18 Description: Show the dives from voyage 18 of the Venus II vessel

GBR: COTS control site points 2013-2015 (AMPTO) (ea-2015:GBR_AMPTO_COTS-control_Site-points_2013-2015)

This layer shows the sites list table of the COTS control program implemented by AMPTO. Note: It includes planned sites that have yet to have dives. You can filter the sites by the control vessel (Venus II and Hero) by changing the layer style. *Filtering Data* This layer supports filtering the data using a CQL filter. Use the layer options to change these. You can make your own filter by clicking on the points in the map to get the names and values of attributes you can filter with. The full list of comparison operators are: =, , >, >=, <, <=. Example: AvgDepthM>6 Description: Show the dives where the depth is greater than 6 m. Example: HeroDives>0 Description: Show sites where the Hero vessel has done dives. Example: VenusDives>0 Description: Show sites where the Venus II vessel has done dives. Example: TotalDives=0 Description: Show the sites where no dives have been undertaken. Note the style needs to changed to one that doesn't filter out undived sites.

GBR: COTS control Voyages 2013-2015 (AMPTO) (ea-2015:GBR_AMPTO_COTS-control_Voyages_VenusII-Hero_2013-2015)

This layer shows the a summary of all the COTS control dives at a given site for each of the voyages undertaken by the Hero and Venus II vessels managed by AMPTO. On each voyage each site visited may have multiple control dives to ensure that the COTS are significantly reduced before the moving to the next site. This map layer aggregates all the dives at a site for each voyage. This layer includes a count of the number of visits to each site. This allows filtering to extract, for example, the data for the first visit to each of the results. This layer also includes an attribute to indicate if the data corresponds to the latest voyage to each of the sites. *Date filtering* This layer supports filtering the data over a desired time period. The date can be specified as a year (2013), month (2013-06) or day (2013-06-20). Specifying a year or month represents the entire year or month. You can also choose between two dates separating them with a slash /. Example: 2013/2015 Description: Select all data from the start of 2013 to the end of 2015 Example: 2013-06 Description: Select all the data in June 2013 Example: 2013-10/2014-04 Description: Select all the data from October 2013 until April 2014. *Filtering Data* This layer supports filtering the data using a CQL filter. Use the layer options to change these. You can make your own filter by clicking on the points in the map to get the names and values of attributes you can filter with. The full list of comparison operators are: =, , >, >=, <, <=. Example: Vessel='MV Hero' Description: Show the visits undertaken by the Venus II vessel. Example: Vessel='MV Venus II' Description: Show the visits undertaken by the Hero vessel. Example: VisitCount=1 Description: Show the results of the first visits to each of the sites. Attributes:

TS: Algae meadows 2009 (QDPI) (ts:Algae-meadows-2009)

This layer is a DRAFT only and is made available for discussion purposes only.

TS: Badu_seagrass_meadows_2010 (QDPI) (ts:Badu_seagrass_meadows_2010)

This layer is a DRAFT only and is made available for discussion purposes only.

TS: GNE_TSIC_BMI_2008 (QDPI) (ts:GNE_TSIC_BMI_2008)

This layer is a DRAFT only and is made available for discussion purposes only.

TS: GNE_TSIC_algae_type_2008 (QDPI) (ts:GNE_TSIC_algae_type_2008)

This layer is a DRAFT only and is made available for discussion purposes only.

TS: GNE_TSIC_marine_debris_sites_2008 (QDPI) (ts:GNE_TSIC_marine_debris_sites_2008)

This layer is a DRAFT only and is made available for discussion purposes only.

TS: GNE_TSIC_seagrass_2008 (QDPI) (ts:GNE_TSIC_seagrass_2008)

This layer is a DRAFT only and is made available for discussion purposes only.

TS: GNE_habitat_assessment_sites_2009 (QDPI) (ts:GNE_habitat_assessment_sites_2009)

This layer is a DRAFT only and is made available for discussion purposes only.

TS: GNE_seagrass_2009 (QDPI) (ts:GNE_seagrass_2009)

This layer is a DRAFT only and is made available for discussion purposes only.

TS: HRA_habitat_assessment_sites (QDPI) (ts:HRA_habitat_assessment_sites)

This layer is a DRAFT only and is made available for discussion purposes only.

TS: HRA_intertidal_seagrass_meadows_2010 (QDPI) (ts:HRA_intertidal_seagrass_meadows_2010)

This layer is a DRAFT only and is made available for discussion purposes only.

TS: Mabuiag_seagrass_baseline_survey_sites_2009 (QDPI) (ts:Mabuiag_seagrass_baseline_survey_sites_2009)

This layer is a DRAFT only and is made available for discussion purposes only.

TS: POW_ASC_Algae (QDPI) (ts:POW_ASC_Algae)

This layer is a DRAFT only and is made available for discussion purposes only.

TS: POW_ASC_Risk_Areas_2006 (QDPI) (ts:POW_ASC_Risk_Areas_2006)

This layer is a DRAFT only and is made available for discussion purposes only.

TS: Risk Areas 2009 (QDPI) (ts:Risk-Areas-2009)

This layer is a DRAFT only and is made available for discussion purposes only.

TS: Dugong sanctuary algae meadows march 2010 (QDPI) (ts:dugong_sanctuary_algae_meadows_march2010)

This layer is a DRAFT only and is made available for discussion purposes only.

TS: Dugong_sanctuary_seagrass_meadows_march2010 (QDPI) (ts:dugong_sanctuary_seagrass_meadows_march2010)

This layer is a DRAFT only and is made available for discussion purposes only.

TS: Dugong relative density 1987 - 2011 (JCU, NERP-TE 2.1) (ts:TS_JCU_Dugong-rel-density)

This map layer shows the areas where most of the dugongs live in the Torres Strait region. Dark areas show where more dugongs were seen and light areas show where no dugongs were seen. Note: There is an updated to this layer including surveys conducted in 2013. This map layer was made by spotting the animals from a plane flying back and forth in strips approximately 400m apart (strip transect method). This map layer is an aggregate of all surveys in the region which were conducted in 1987, 1991, 1996, 2001, 2005, 2006, and 2011.

TS: Turtle relative density 2013 (JCU, NERP-TE 2.1) (ts:TS_NERP-TE-2-1_JCU_Turtle-rel-density_2013)

This map layer shows the relative density of marine turtles (green turtles, Chelonia mydas) estimated from an aerial survey done in 2013. Dark areas show where more turtles were seen and light areas show where no turtles were seen.

GBR: Seabed Biodiversity 2003-2006 (CSIRO, AIMS) (GBR: Seabed Biodiversity 2003-2006 (CSIRO, AIMS))

AU: White Syndrome Outbreak Likelihood (JCU, MTSRF) (AU: White Syndrome Outbreak Likelihood (JCU, MTSRF))

North Aus: White Syndrome outbreak likelihood 2003 (JCU) (ea:AU_MTSRF-JCU_WS-Outbreak_Likelihood_2003)

This layer shows the areas that experienced summer heating rates (greater than 0.3) at least as high as was experienced at the white syndrome disease outbreak sites in 2002. This layer is based off AVHRR satellite sea surface temperature (SST) estimates and does not take into account the presense of coral. Sites most at risk are those also with a hard coral cover of greater than 50%.

North Aus: White Syndrome outbreak likelihood 2005 (JCU) (ea:AU_MTSRF-JCU_WS-Outbreak_Likelihood_2005)

This layer shows the areas that experienced summer heating rates (greater than 0.3) at least as high as was experienced at the white syndrome disease outbreak sites in 2002. This layer is based off AVHRR satellite sea surface temperature (SST) estimates and does not take into account the presense of coral. Sites most at risk are those also with a hard coral cover of greater than 50%.

North Aus: White Syndrome outbreak likelihood 2007 (JCU) (ea:AU_MTSRF-JCU_WS-Outbreak_Likelihood_2007)

This layer shows the areas that experienced summer heating rates (greater than 0.3) at least as high as was experienced at the white syndrome disease outbreak sites in 2002. This layer is based off AVHRR satellite sea surface temperature (SST) estimates and does not take into account the presense of coral. Sites most at risk are those also with a hard coral cover of greater than 50%.

North Aus: White Syndrome outbreak likelihood 2009 (JCU) (ea:AU_MTSRF-JCU_WS-Outbreak_Likelihood_2009)

This layer shows the areas that experienced summer heating rates (greater than 0.3) at least as high as was experienced at the white syndrome disease outbreak sites in 2002. This layer is based off AVHRR satellite sea surface temperature (SST) estimates and does not take into account the presense of coral. Sites most at risk are those also with a hard coral cover of greater than 50%.

Coral Sea: Biologically Important Areas 2011 (DSEWPaC) (Coral Sea: Biologically Important Areas 2011 (DSEWPaC))

Coral Sea: Biological Important Areas - Seabirds (DSEWPaC) (ea:Coralsea_DSEWPaC_BIA-2011_Seabirds)

Work has been undertaken through the marine bioregional planning program to identify, describe and map biologically important areas (BIAs) for protected species under the EPBC Act. BIAs spatially and temporally define areas where protected species display biologically important behaviours (including breeeding, foraging, resting or migration), based on the best available scientific information. These areas are those parts of a marine region that are particularly important for the conservation of protected species. In collecting information on BIAs, the Department has explicitly aimed to collect information about known important areas and about areas that area likely to be or may be important for a protected species. This approach was taken to ensure that: the BIAs identified did not simply represent survey effort but identified areas that scientists consider are likely to be biologically important for a protected species. BIA are accompanied by comprehensive data attributes which enable decision-makers and people proposing to undertake actions that may have significant impact on matters of national environmental significance, to assess the relevance of the information to their specific circumstances. BIAs have been identified in the Coral Sea region for the following seabirds: Brown booby (Sula leucogaster Black-naped tern (Sterna sumatrana) Black noddy (Anous minutus) Bridled tern (Onychoprion anaethetus) Common noddy (Anous stolidus) Crested tern (Sterna bergii) Greater frigatebird (Fregata minor) Lesser frigatebird (Fregata ariel) Masked booby (Sula dactylatra) Red-footed booby (Sula sula) Red-tailed tropicbird (Phaethon ribricauda) Sooty tern (Sterna fuscata) Wedge-tailed shearwater (Puffinus pacificus) Lineage The BIA spatial data was captured via discussions and workshops with numerous species experts and/or through projects with key scientists. Each polygon was validated for spatial consistency, using the scientific knowledge of the species along with comprehensive feedback provided by the experts. While the polygons are not comprehensive nor represent absolutes limits they represent the biologically important areas that have been identified to date. With further research, other important areas may be identified and/or the area identified in this data may be refined. The aim of the detailed attribute information is to provide details about the data that cannot be spatially defined such as source information. Acknowledgement Biologically important areas for seabirds in the Coral Sea Region. COPYRIGHT Commonwealth of Australia, Australian Government Department of Sustainability, Environment, Water, Population and Communities, 2011. Data download http://www.environment.gov.au/metadataexplorer/full_metadata.jsp?docId=%7B0591FFD2-AA3A-4214-83A1-75341E843E37%7D

Coral Sea: Biological Important Areas - Turtles (DSEWPaC) (ea:Coralsea_DSEWPaC_BIA-2011_Turtles)

Work has been undertaken through the marine bioregional planning program to identify, describe and map biologically important areas (BIAs) for protected species under the EPBC Act. BIAs spatially and temporally define areas where protected species display biologically important behaviours (including breeeding, foraging, resting or migration), based on the best available scientific information. These areas are those parts of a marine region that are particularly important for the conservation of protected species. In collecting information on BIAs, the Department has explicitly aimed to collect information about known important areas and about areas that area likely to be or may be important for a protected species. This approach was taken to ensure that: the BIAs identified did not simply represent survey effort but identified areas that scientists consider are likely to be biologically important for a protected species. BIA are accompanied by comprehensive data attributes which enable decision-makers and people proposing to undertake actions that may have significant impact on matters of national environmental significance, to assess the relevance of the information to their specific circumstances. BIAs have been identified in the Coral Sea region for the following turtles: GreenTurtle (Chelonia mydas) Lineage The BIA spatial data was captured via discussions and workshops wit hnumerous species experts and/or through projects with key scientists. Each polygon was validated for spatial consistency, using scientific knowledge of the species along with comprehensive feedback provided by the experts. While the polygons are not comprehensive nor represent absolute limits, they represent the biologically important areas that have been identified to date. With further research, other important areas may be identified and/or the area identified in this data may be refined. The aim of the detailed attribute information is to provide details about the data that cannot be spatially defined, such as source information. Acknowledgement Biologically important areas for GreenTurtles in the Coral Sea Region. COPYRIGHT Commonwealth of Australia, Australian Government Department of Sustainability, Environment, Water, Population and Communities, 2011. Full metadata and data download http://www.environment.gov.au/metadataexplorer/full_metadata.jsp?docId=%7B7F0D577D-217E-4DB8-88D7-285DF801FEBC%7D

GBR: Seagrass coastal model - Dry season - 2007 (QPDI-F, JCU) (ea:GBR_JCU_Seagrass-coastal-model-2007_Dry-season)

This layer shows a model of the probability of seagrass habitat occuring along the GBR coastline during the dry season.

Coral Sea: Seabird Tracks (JCU, NERP TE 6.3) (Coral Sea: Seabird Tracks (JCU, NERP TE 6.3))

Seabird Track: 20130228-141004-12-nest_80-79317 (JCU, NERP TE 6.3) (ea:CS_NERP-TE-6.3_JCU_Seabird-tracks_20130228-141004-12-nest_80-79317_track)

This layer shows the track of a shearwater seabird during the nesting season monitored as part of NERP TE Project 6.3. These tracks This layer is only a test layer for demonstration purposes. Contact brad.congdon@jcu.edu.au for more information

Seabird track points: 20130228-141004-12-nest_80-79317 (JCU, NERP TE 6.3) (ea:CS_NERP-TE-6.3_JCU_Seabird_20130228-141004-12-nest_80-79317_track-pts)

This layer shows the track of a seabird monitored as part of NERP TE Project 6.3. This layer is only a test layer for demonstration purposes. Contact brad.congdon@jcu.edu.au for more information

QLD: Coastal wetlands (Mangroves, saltpans) (DEEDI) (ea:QLD_DEEDI_Coastal-wetlands)

This layer shows the mangrove communities along the Queensland coastline. It contains mapping to the genus level of mangroves and also includes saltpans, samphire and saline grasslands. *Filtering Data* This layer supports CQL filters. You can change these in the layer options. Below are a number of examples. Example: CLASS='Saltpan' Description: This filter shows the regions classified as Saltpans. Example: GROUP LIKE '%Mangrove%' Description: This filter will return only those areas where mangrove are present. Example: CLASS LIKE '%Ceriops' Description: Find regions where Ceriops genus is present. This will find areas categorized as "Closed Ceriops","Open Ceriops", "Closed Avicennia/Ceriops" and "Open Avicennia/Ceriops"

WT: Rainforest vertebrate atlas 2010 (JCU, MTSRF) (WT: Rainforest vertebrate atlas 2010 (JCU, MTSRF))

Alectura lathami (Australian Brush Turkey) (JCU) (WT_MTSRF_JCU_Vertebrate-atlas_2010:Realized-ABT)

This map layer shows the realized estimated distribution of Alectura lathami (Australian Brush Turkey) in the Wet Tropics region. [[IMG|http://upload.wikimedia.org/wikipedia/commons/thumb/f/fc/Alectura_lathami_-_Centenary_Lakes.jpg/220px-Alectura_lathami_-_Centenary_Lakes.jpg]] Source: [[http://en.wikipedia.org/wiki/File:Alectura_lathami_-_Centenary_Lakes.jpg|Wikipedia]], JJ Harrison, [[http://creativecommons.org/licenses/by/3.0|CC-BY-3.0]] The Australian Brushturkey or Australian Brush-turkey, (Alectura lathami), also frequently called the Scrub Turkey or Bush Turkey, is a common, widespread species of mound-building bird from the family Megapodiidae found in eastern Australia from Far North Queensland to Illawarra in New South Wales. The Australian Brushturkey has also been introduced to Kangaroo Island in South Australia. It is the largest extant representative of the family Megapodiidae and is one of three species to inhabit Australia. Despite its name and their superficial similarities, the bird is not closely related to American turkeys, or to the Australian Bustard which is also known as the Bush Turkey. Source: [[http://en.wikipedia.org/wiki/Alectura_lathami|Wikipedia]] The potential distribution of the species were modelled using species observation data and MaxEnt. These distributions were then tempered to include only regions where the species was known to exist, to give the estimated 'realized' distribution.

Alcedo azurea (Azure Kingfisher) (JCU) (WT_MTSRF_JCU_Vertebrate-atlas_2010:Realized-AZK)

This map layer shows the realized estimated distribution of Alcedo azurea (Azure Kingfisher) in the Wet Tropics region. [[IMG|http://upload.wikimedia.org/wikipedia/commons/thumb/7/72/Alcedo_azurea_-_Julatten.jpg/220px-Alcedo_azurea_-_Julatten.jpg]] Source: [[http://en.wikipedia.org/wiki/File:Alcedo_azurea_-_Julatten.jpg|Wikipedia]], JJ Harrison, [[http://www.gnu.org/copyleft/fdl.html|GFDL]] The Azure Kingfisher Alcedo azurea is a small kingfisher (17-19 cm), in the river kingfisher family, Alcedinidae. It is found in Northern and Eastern Australia and Tasmania, as well as the lowlands of New Guinea and neighbouring islands, and out to North Maluku and Romang. Source: [[http://en.wikipedia.org/wiki/Alcedo_azurea|Wikipedia]] The potential distribution of the species were modelled using species observation data and MaxEnt. These distributions were then tempered to include only regions where the species was known to exist, to give the estimated 'realized' distribution.

Tanysiptera sylvia (Buff-breasted Paradise-Kingfisher) (JCU) (WT_MTSRF_JCU_Vertebrate-atlas_2010:Realized-BBPK)

This map layer shows the realized estimated distribution of Tanysiptera sylvia (Buff-breasted Paradise-Kingfisher) in the Wet Tropics region. [[IMG|http://upload.wikimedia.org/wikipedia/commons/thumb/8/86/Tanysiptera-sylvia-bvk.jpg/220px-Tanysiptera-sylvia-bvk.jpg]] Source: [[http://en.wikipedia.org/wiki/File:Tanysiptera-sylvia-bvk.jpg|Wikipedia]], Hydrocorax, [[http://creativecommons.org/licenses/by-sa/3.0|CC-BY-SA-3.0]] The Buff-breasted Paradise Kingfisher (Tanysiptera sylvia) is a tree kingfisher. This type of kingfisher has a white tail and nests only in termite mounds. Source: [[http://en.wikipedia.org/wiki/Tanysiptera_sylvia|Wikipedia]] The potential distribution of the species were modelled using species observation data and MaxEnt. These distributions were then tempered to include only regions where the species was known to exist, to give the estimated 'realized' distribution.

Coracina lineata (Barred Cuckoo-Shrike) (JCU) (WT_MTSRF_JCU_Vertebrate-atlas_2010:Realized-BCS)

This map layer shows the realized estimated distribution of Coracina lineata (Barred Cuckoo-Shrike) in the Wet Tropics region. [[IMG|http://upload.wikimedia.org/wikipedia/commons/thumb/c/ca/Yellow-eyed_Cuckooshrike_inskip.JPG/220px-Yellow-eyed_Cuckooshrike_inskip.JPG]] Source: [[http://en.wikipedia.org/wiki/File:Yellow-eyed_Cuckooshrike_inskip.JPG|Wikipedia]], Aviceda, [[http://creativecommons.org/licenses/by-sa/3.0|CC-BY-SA-3.0]] The Barred Cuckooshrike (Coracina lineata), also called the Yellow-eyed Cuckooshrike, is a species of bird in the Campephagidae family. It is found in Australia, Indonesia, Papua New Guinea, and Solomon Islands. Source: [[http://en.wikipedia.org/wiki/Coracina_lineata|Wikipedia]] The potential distribution of the species were modelled using species observation data and MaxEnt. These distributions were then tempered to include only regions where the species was known to exist, to give the estimated 'realized' distribution.

Monarcha melanopsis (Black-faced Monarch) (JCU) (WT_MTSRF_JCU_Vertebrate-atlas_2010:Realized-BFMON)

This map layer shows the realized estimated distribution of Monarcha melanopsis (Black-faced Monarch) in the Wet Tropics region. [[IMG|http://upload.wikimedia.org/wikipedia/commons/thumb/2/23/Blackfacedmonarch.jpg/220px-Blackfacedmonarch.jpg]] Source: [[http://en.wikipedia.org/wiki/File:Blackfacedmonarch.jpg|Wikipedia]], , [[http://creativecommons.org/licenses/by-sa/2.5|CC-BY-SA-2.5]] The Black-faced Monarch (Monarcha melanopsis) is a passerine bird in the family Monarchidae. Source: [[http://en.wikipedia.org/wiki/Monarcha_melanopsis|Wikipedia]] The potential distribution of the species were modelled using species observation data and MaxEnt. These distributions were then tempered to include only regions where the species was known to exist, to give the estimated 'realized' distribution.

Gerygone mouki (Brown Gerygone) (JCU) (WT_MTSRF_JCU_Vertebrate-atlas_2010:Realized-BGER)

This map layer shows the realized estimated distribution of Gerygone mouki (Brown Gerygone) in the Wet Tropics region. [[IMG|http://upload.wikimedia.org/wikipedia/commons/thumb/c/c0/Brown_Gerygone_lam08.jpg/220px-Brown_Gerygone_lam08.jpg]] Source: [[http://en.wikipedia.org/wiki/File:Brown_Gerygone_lam08.jpg|Wikipedia]], Aviceda, [[http://creativecommons.org/licenses/by-sa/3.0|CC-BY-SA-3.0]] The Brown Gerygone (Gerygone mouki), previously known as the Brown Warbler, is a small passerine bird native to eastern coastal Australia. The upper parts of the Brown Gerygone are a deep olive-grey or olive-brown, while its face and underparts are a much paler grey, cream, or washed-out brown. The tail feathers are dark and may be white-tipped. It is approximately 10 cm in length. Source: [[http://en.wikipedia.org/wiki/Gerygone_mouki|Wikipedia]] The potential distribution of the species were modelled using species observation data and MaxEnt. These distributions were then tempered to include only regions where the species was known to exist, to give the estimated 'realized' distribution.

Ninox novaeseelandiae (Southern Boobook) (JCU) (WT_MTSRF_JCU_Vertebrate-atlas_2010:Realized-BOO)

This map layer shows the realized estimated distribution of Ninox novaeseelandiae (Southern Boobook) in the Wet Tropics region. [[IMG|http://upload.wikimedia.org/wikipedia/commons/thumb/4/4a/Nz_boobook.JPG/220px-Nz_boobook.JPG]] Source: [[http://en.wikipedia.org/wiki/File:Nz_boobook.JPG|Wikipedia]], Aviceda, [[http://creativecommons.org/licenses/by-sa/3.0|CC-BY-SA-3.0]] The Southern Boobook (Ninox novaeseelandiae), also called the Tasmanian spotted owl, is a small brown owl found throughout New Zealand, Tasmania, across most of mainland Australia and in Timor, southern New Guinea and nearby islands. This bird is the smallest owl in Australia and is the continent's most widely distributed and common owl. Source: [[http://en.wikipedia.org/wiki/Ninox_novaeseelandiae|Wikipedia]] The potential distribution of the species were modelled using species observation data and MaxEnt. These distributions were then tempered to include only regions where the species was known to exist, to give the estimated 'realized' distribution.

Colluricincla boweri (Bowers Shrike-Thrush) (JCU) (WT_MTSRF_JCU_Vertebrate-atlas_2010:Realized-BST)

This map layer shows the realized estimated distribution of Colluricincla boweri (Bowers Shrike-Thrush) in the Wet Tropics region. [[IMG|http://upload.wikimedia.org/wikipedia/commons/thumb/f/f1/Bowers_shrikethrush_crater09.JPG/220px-Bowers_shrikethrush_crater09.JPG]] Source: [[http://en.wikipedia.org/wiki/File:Bowers_shrikethrush_crater09.JPG|Wikipedia]], Aviceda, [[http://creativecommons.org/licenses/by-sa/3.0|CC-BY-SA-3.0]] The Bower's Shrikethrush (Colluricincla boweri) is a species of bird in the Colluricinclidae family. It is endemic to Australia. Source: [[http://en.wikipedia.org/wiki/Colluricincla_boweri|Wikipedia]] The potential distribution of the species were modelled using species observation data and MaxEnt. These distributions were then tempered to include only regions where the species was known to exist, to give the estimated 'realized' distribution.

Ailuroedus melanotis (Spotted Catbird) (JCU) (WT_MTSRF_JCU_Vertebrate-atlas_2010:Realized-CAT)

This map layer shows the realized estimated distribution of Ailuroedus melanotis (Spotted Catbird) in the Wet Tropics region. [[IMG|http://upload.wikimedia.org/wikipedia/commons/thumb/1/13/Ailuroedus_melanotis_-Australia-6a.jpg/220px-Ailuroedus_melanotis_-Australia-6a.jpg]] Source: [[http://en.wikipedia.org/wiki/File:Ailuroedus_melanotis_-Australia-6a.jpg|Wikipedia]], andy nunn, [[http://creativecommons.org/licenses/by-sa/2.0|CC-BY-SA-2.0]] The Spotted Catbird (Ailuroedus melanotis) also known as Black-eared Catbird, is a species of bowerbird which can be found in north Queensland, Australia, and the island of New Guinea. It is approximately 26�30 cm in length, and its coloring is emerald green, with faint black markings on the face and white streaks on the neck. The male and female are almost identical. Source: [[http://en.wikipedia.org/wiki/Ailuroedus_melanotis|Wikipedia]] The potential distribution of the species were modelled using species observation data and MaxEnt. These distributions were then tempered to include only regions where the species was known to exist, to give the estimated 'realized' distribution.

Scythrops novaehollandiae (Channel-billed Cuckoo) (JCU) (WT_MTSRF_JCU_Vertebrate-atlas_2010:Realized-CBILCUC)

This map layer shows the realized estimated distribution of Scythrops novaehollandiae (Channel-billed Cuckoo) in the Wet Tropics region. [[IMG|http://upload.wikimedia.org/wikipedia/commons/thumb/5/54/Channel-billed_Cuckoo_at_Adelaide_Zoo.jpg/220px-Channel-billed_Cuckoo_at_Adelaide_Zoo.jpg]] Source: [[http://en.wikipedia.org/wiki/File:Channel-billed_Cuckoo_at_Adelaide_Zoo.jpg|Wikipedia]], Bilby, [[http://creativecommons.org/licenses/by/3.0|CC-BY-3.0]] The Channel-billed Cuckoo (Scythrops novaehollandiae) is a species of cuckoo in the Cuculidae family. It is monotypic within the genus Scythrops. The species is the largest brood parasite in the world, and the largest cuckoo. Source: [[http://en.wikipedia.org/wiki/Scythrops_novaehollandiae|Wikipedia]] The potential distribution of the species were modelled using species observation data and MaxEnt. These distributions were then tempered to include only regions where the species was known to exist, to give the estimated 'realized' distribution.

Platycercus elegans (Crimson Rosella) (JCU) (WT_MTSRF_JCU_Vertebrate-atlas_2010:Realized-CROS)

This map layer shows the realized estimated distribution of Platycercus elegans (Crimson Rosella) in the Wet Tropics region. [[IMG|http://upload.wikimedia.org/wikipedia/commons/thumb/0/01/Platycercus_elegans_Wilsons_Prom.jpg/300px-Platycercus_elegans_Wilsons_Prom.jpg]] Source: [[http://en.wikipedia.org/wiki/File:Platycercus_elegans_Wilsons_Prom.jpg|Wikipedia]], JJ Harrison, [[http://creativecommons.org/licenses/by-sa/3.0|CC-BY-SA-3.0]] The Crimson Rosella (Platycercus elegans) is a parrot native to eastern and south eastern Australia which has been introduced to New Zealand and Norfolk Island. It is commonly found in, but not restricted to, mountain forests and gardens. The species as it now stands has subsumed two former separate species, the Yellow Rosella and the Adelaide Rosella. Molecular studies show one of the three red-coloured races, var. nigrescens is genetically more distinct. Source: [[http://en.wikipedia.org/wiki/Platycercus_elegans|Wikipedia]] The potential distribution of the species were modelled using species observation data and MaxEnt. These distributions were then tempered to include only regions where the species was known to exist, to give the estimated 'realized' distribution.

Cyclopsitta diophthalma (Double-eyed Fig-Parrot) (JCU) (WT_MTSRF_JCU_Vertebrate-atlas_2010:Realized-DEFP)

This map layer shows the realized estimated distribution of Cyclopsitta diophthalma (Double-eyed Fig-Parrot) in the Wet Tropics region. [[IMG|http://upload.wikimedia.org/wikipedia/commons/thumb/b/bb/Figparrot_male_portland08.JPG/220px-Figparrot_male_portland08.JPG]] Source: [[http://en.wikipedia.org/wiki/File:Figparrot_male_portland08.JPG|Wikipedia]], Aviceda, [[http://creativecommons.org/licenses/by-sa/3.0|CC-BY-SA-3.0]] The Double-eyed Fig Parrot (Cyclopsitta diophthalma), also known as the Blue-faced Fig Parrot, Red-faced Fig Parrot, Dwarf Fig Parrot, and the Two-eyed Fig Parrot, primarily inhabits forests on New Guinea and nearby islands, but is also found in isolated communities along the tropical Australian coast, east of the Great Dividing Range. With an average total length of about 14 cm (5� in.), it is the smallest parrot in Australia. Source: [[http://en.wikipedia.org/wiki/Cyclopsitta_diophthalma|Wikipedia]] The potential distribution of the species were modelled using species observation data and MaxEnt. These distributions were then tempered to include only regions where the species was known to exist, to give the estimated 'realized' distribution.

Chalcophaps indica (Emerald Dove) (JCU) (WT_MTSRF_JCU_Vertebrate-atlas_2010:Realized-ED)

This map layer shows the realized estimated distribution of Chalcophaps indica (Emerald Dove) in the Wet Tropics region. [[IMG|http://upload.wikimedia.org/wikipedia/commons/thumb/4/40/Chalcophaps_indica_-National_Aquarium_-Baltimore-8a.jpg/220px-Chalcophaps_indica_-National_Aquarium_-Baltimore-8a.jpg]] Source: [[http://en.wikipedia.org/wiki/File:Chalcophaps_indica_-National_Aquarium_-Baltimore-8a.jpg|Wikipedia]], Robert Hale, [[http://creativecommons.org/licenses/by/2.0|CC-BY-2.0]] The Common Emerald Dove (Chalcophaps indica) is a pigeon which is a widespread resident breeding bird in the tropical and sub-tropical parts of the Indian Subcontinent and east through Myanmar, Thailand, Malaysia and Indonesia, to northern and eastern Australia. The dove is also known by the names of Green Dove and Green-winged pigeon. The Common Emerald Dove is the state bird of the Indian State of Tamil Nadu. Source: [[http://en.wikipedia.org/wiki/Chalcophaps_indica|Wikipedia]] The potential distribution of the species were modelled using species observation data and MaxEnt. These distributions were then tempered to include only regions where the species was known to exist, to give the estimated 'realized' distribution.

Psophodes olivaceus (Eastern Whipbird) (JCU) (WT_MTSRF_JCU_Vertebrate-atlas_2010:Realized-EWB)

This map layer shows the realized estimated distribution of Psophodes olivaceus (Eastern Whipbird) in the Wet Tropics region. [[IMG|http://upload.wikimedia.org/wikipedia/commons/thumb/e/e8/Easternwhipbird2.jpg/220px-Easternwhipbird2.jpg]] Source: [[http://en.wikipedia.org/wiki/File:Easternwhipbird2.jpg|Wikipedia]], Barrylb, [[|Public domain]] The Eastern Whipbird (Psophodes olivaceus) is an insectivorous passerine bird native to the east coast of Australia, its whip-crack call a familiar sound in forests of eastern Australia. Two subspecies are recognised. Heard much more often than seen, it is a dark olive-green and black in colour with a distinctive white cheek patch and crest. The male and female are similar in plumage. Source: [[http://en.wikipedia.org/wiki/Psophodes_olivaceus|Wikipedia]] The potential distribution of the species were modelled using species observation data and MaxEnt. These distributions were then tempered to include only regions where the species was known to exist, to give the estimated 'realized' distribution.

Sphecotheres viridis (Figbird) (JCU) (WT_MTSRF_JCU_Vertebrate-atlas_2010:Realized-FIG)

This map layer shows the realized estimated distribution of Sphecotheres viridis (Figbird) in the Wet Tropics region. [[IMG|http://upload.wikimedia.org/wikipedia/commons/thumb/e/e9/Green_Figbird_%28Sphecotheres_viridis%29_%286957152937%29.jpg/220px-Green_Figbird_%28Sphecotheres_viridis%29_%286957152937%29.jpg]] Source: [[http://en.wikipedia.org/wiki/File:Green_Figbird_(Sphecotheres_viridis)_(6957152937).jpg|Wikipedia]], Noel Reynolds, [[http://creativecommons.org/licenses/by/2.0|CC-BY-2.0]] The Green Figbird or Timor Figbird (Sphecotheres viridis) is a species of bird in the Oriolidae family. It is endemic to forest, woodland, mangrove and scrub on the south-east Asian islands of Timor and Roti. It is moderately common, and therefore considered to be of Least Concern by BirdLife International and IUCN. It has sometimes included the two other figbirds as subspecies, in which case the combined species simply was known as "Figbird", but today all major authorities consider them as separate species. It resembles the more widespread Australasian Figbird, but is smaller and, except for the paler crissum, the male is entirely yellow-olive below (including throat). Source: [[http://en.wikipedia.org/wiki/Sphecotheres_viridis|Wikipedia]] The potential distribution of the species were modelled using species observation data and MaxEnt. These distributions were then tempered to include only regions where the species was known to exist, to give the estimated 'realized' distribution.

Oreoscopus gutturalis (Fernwren) (JCU) (WT_MTSRF_JCU_Vertebrate-atlas_2010:Realized-FW)

This map layer shows the realized estimated distribution of Oreoscopus gutturalis (Fernwren) in the Wet Tropics region. [[IMG|http://upload.wikimedia.org/wikipedia/commons/thumb/1/12/Oreoscopus_gutturalis.jpg/220px-Oreoscopus_gutturalis.jpg]] Source: [[http://en.wikipedia.org/wiki/File:Oreoscopus_gutturalis.jpg|Wikipedia]], Tim, [[http://creativecommons.org/licenses/by/2.0|CC-BY-2.0]] The Fernwren (Oreoscopus gutturalis) is a species of bird in the Pardalotidae family. It is monotypic within the genus Oreoscopus. Source: [[http://en.wikipedia.org/wiki/Oreoscopus_gutturalis|Wikipedia]] The potential distribution of the species were modelled using species observation data and MaxEnt. These distributions were then tempered to include only regions where the species was known to exist, to give the estimated 'realized' distribution.

Rhipidura fuliginosa (Grey Fantail) (JCU) (WT_MTSRF_JCU_Vertebrate-atlas_2010:Realized-GFAN)

This map layer shows the realized estimated distribution of Rhipidura fuliginosa (Grey Fantail) in the Wet Tropics region. [[IMG|http://upload.wikimedia.org/wikipedia/commons/thumb/9/90/Bullers_fantails.jpg/250px-Bullers_fantails.jpg]] Source: [[http://en.wikipedia.org/wiki/File:Bullers_fantails.jpg|Wikipedia]], , [[http://creativecommons.org/licenses/by-sa/3.0/nz/deed.en|CC-BY-SA-3.0-nz]] The New Zealand Fantail (Rhipidura fuliginosa) is a small insectivorous bird. A common fantail found in the South Island of New Zealand, also in the North Island as subspecies Rhipidura fuliginosa placabilis, the Chatham Islands as Rhipidura fuliginosa penita and formerly (now extinct) the Lord Howe Island as Rhipidura fuliginosa cervina. Also known as the Pied Fantail (pied morph only) or by its Maori name, Piwakawaka or Tiwakawaka). The species is considered by many to be conspecific (the same) as the Grey Fantail of Australia and New Caledonia, however due to differences in its calls some authorities now treat it as a separate species. Source: [[http://en.wikipedia.org/wiki/Rhipidura_fuliginosa|Wikipedia]] The potential distribution of the species were modelled using species observation data and MaxEnt. These distributions were then tempered to include only regions where the species was known to exist, to give the estimated 'realized' distribution.

Meliphaga gracilis (Graceful Honeyeater) (JCU) (WT_MTSRF_JCU_Vertebrate-atlas_2010:Realized-GHE)

This map layer shows the realized estimated distribution of Meliphaga gracilis (Graceful Honeyeater) in the Wet Tropics region. [[IMG|http://upload.wikimedia.org/wikipedia/commons/thumb/b/b3/Meliphaga_gracilis_-_Julatten.jpg/220px-Meliphaga_gracilis_-_Julatten.jpg]] Source: [[http://en.wikipedia.org/wiki/File:Meliphaga_gracilis_-_Julatten.jpg|Wikipedia]], JJ Harrison, [[http://creativecommons.org/licenses/by-sa/3.0|CC-BY-SA-3.0]] The Graceful Honeyeater (Meliphaga gracilis) is a species of bird in the Meliphagidae family. It is found in Australia, Indonesia, and Papua New Guinea. Its natural habitats are subtropical or tropical moist lowland forests and subtropical or tropical mangrove forests. Source: [[http://en.wikipedia.org/wiki/Meliphaga_gracilis|Wikipedia]] The potential distribution of the species were modelled using species observation data and MaxEnt. These distributions were then tempered to include only regions where the species was known to exist, to give the estimated 'realized' distribution.

Prionodura newtoniana (Golden Bowerbird) (JCU) (WT_MTSRF_JCU_Vertebrate-atlas_2010:Realized-GOLDBB)

This map layer shows the realized estimated distribution of Prionodura newtoniana (Golden Bowerbird) in the Wet Tropics region. [[IMG|http://upload.wikimedia.org/wikipedia/commons/thumb/3/37/Prionodura_newtoniana_by_Bowdler_Sharpe.jpg/220px-Prionodura_newtoniana_by_Bowdler_Sharpe.jpg]] Source: [[http://en.wikipedia.org/wiki/File:Prionodura_newtoniana_by_Bowdler_Sharpe.jpg|Wikipedia]], Richard Bowdler Sharpe, [[|Public domain]] The Golden Bowerbird (Prionodura newtoniana) is a species of bowerbird found in the rainforests above 700m of Atherton, Queensland in Australia. The Golden Bowerbird has a brown head and wings which are bright yellow-gold underneath, as are the tail, crest and nape. Source: [[http://en.wikipedia.org/wiki/Prionodura_newtoniana|Wikipedia]] The potential distribution of the species were modelled using species observation data and MaxEnt. These distributions were then tempered to include only regions where the species was known to exist, to give the estimated 'realized' distribution.

Pachycephala simplex (Grey Whistler) (JCU) (WT_MTSRF_JCU_Vertebrate-atlas_2010:Realized-GREYW)

This map layer shows the realized estimated distribution of Pachycephala simplex (Grey Whistler) in the Wet Tropics region. [[IMG|http://upload.wikimedia.org/wikipedia/commons/thumb/8/87/Pachycephala_simplex_simplex_2.jpg/220px-Pachycephala_simplex_simplex_2.jpg]] Source: [[http://en.wikipedia.org/wiki/File:Pachycephala_simplex_simplex_2.jpg|Wikipedia]], , [[http://creativecommons.org/licenses/by-sa/2.0|CC-BY-SA-2.0]] The Grey Whistler (Pachycephala simplex) is a species of bird in the Pachycephalidae family. It is found in Australia, Indonesia, and Papua New Guinea. Its natural habitats are subtropical or tropical moist lowland forests and subtropical or tropical mangrove forests. Source: [[http://en.wikipedia.org/wiki/Pachycephala_simplex|Wikipedia]] The potential distribution of the species were modelled using species observation data and MaxEnt. These distributions were then tempered to include only regions where the species was known to exist, to give the estimated 'realized' distribution.

Eudynamys scolopacea (Common Koel) (JCU) (WT_MTSRF_JCU_Vertebrate-atlas_2010:Realized-KOEL)

This map layer shows the realized estimated distribution of Eudynamys scolopacea (Common Koel) in the Wet Tropics region. [[IMG|http://upload.wikimedia.org/wikipedia/commons/thumb/8/8b/Eudynamys_scolopacea_-_20080801.jpg/220px-Eudynamys_scolopacea_-_20080801.jpg]] Source: [[http://en.wikipedia.org/wiki/File:Eudynamys_scolopacea_-_20080801.jpg|Wikipedia]], Doug Janson, [[http://creativecommons.org/licenses/by-sa/3.0|CC-BY-SA-3.0]] The Asian Koel (Eudynamys scolopaceus ) is a member of the cuckoo order of birds, the Cuculiformes. It is found in South Asia, China, and Southeast Asia. It forms a superspecies with the closely related Black-billed and Pacific Koels which are sometimes treated as subspecies. The Asian Koel is a brood parasite that lays its eggs in the nests of crows and other hosts, who raise its young. They are unusual among the cuckoos in being largely frugivorous as adults. The name koel is echoic in origin with several language variants. The bird is a widely used symbol in Indian poetry. Source: [[http://en.wikipedia.org/wiki/Eudynamys_scolopacea|Wikipedia]] The potential distribution of the species were modelled using species observation data and MaxEnt. These distributions were then tempered to include only regions where the species was known to exist, to give the estimated 'realized' distribution.

Chrysococcyx minutillus (Little Bronze-Cuckoo) (JCU) (WT_MTSRF_JCU_Vertebrate-atlas_2010:Realized-LBCUC)

This map layer shows the realized estimated distribution of Chrysococcyx minutillus (Little Bronze-Cuckoo) in the Wet Tropics region. [[IMG|http://upload.wikimedia.org/wikipedia/commons/thumb/9/9e/Little_Bronze_Cuckoo_male_Kobble.jpg/220px-Little_Bronze_Cuckoo_male_Kobble.jpg]] Source: [[http://en.wikipedia.org/wiki/File:Little_Bronze_Cuckoo_male_Kobble.jpg|Wikipedia]], Aviceda, [[http://creativecommons.org/licenses/by-sa/3.0|CC-BY-SA-3.0]] The Little Bronze Cuckoo (Chrysococcyx minutillus) is a species of cuckoo in the Cuculidae family. It is found in Australia, Cambodia, Indonesia, Malaysia, Papua New Guinea, Singapore, Thailand, and Vietnam. Its natural habitat is subtropical or tropical moist lowland forests. This is the world's smallest cuckoo, at 17 grams and 15 cm (6 in). Source: [[http://en.wikipedia.org/wiki/Chrysococcyx_minutillus|Wikipedia]] The potential distribution of the species were modelled using species observation data and MaxEnt. These distributions were then tempered to include only regions where the species was known to exist, to give the estimated 'realized' distribution.

Sericornis magnirostris (Large-billed Scrubwren) (JCU) (WT_MTSRF_JCU_Vertebrate-atlas_2010:Realized-LBSW)

This map layer shows the realized estimated distribution of Sericornis magnirostris (Large-billed Scrubwren) in the Wet Tropics region. [[IMG|http://upload.wikimedia.org/wikipedia/commons/thumb/7/7d/Cayley_p20_Scrubwrens.png/220px-Cayley_p20_Scrubwrens.png]] Source: [[http://en.wikipedia.org/wiki/File:Cayley_p20_Scrubwrens.png|Wikipedia]], Neville William Cayley, [[|Public domain]] The Large-billed Scrubwren (Sericornis magnirostra) is a bird species. Placed in the family Pardalotidae in the Sibley-Ahlquist taxonomy, this has met with opposition and indeed is now known to be wrong; they rather belong to the independent family Acanthizidae. Source: [[http://en.wikipedia.org/wiki/Sericornis_magnirostris|Wikipedia]] The potential distribution of the species were modelled using species observation data and MaxEnt. These distributions were then tempered to include only regions where the species was known to exist, to give the estimated 'realized' distribution.

Alcedo pusilla (Little Kingfisher) (JCU) (WT_MTSRF_JCU_Vertebrate-atlas_2010:Realized-LK)

This map layer shows the realized estimated distribution of Alcedo pusilla (Little Kingfisher) in the Wet Tropics region. [[IMG|http://upload.wikimedia.org/wikipedia/commons/thumb/e/e6/Alcedo_pusilla_1_-_Daintree_Village.jpg/220px-Alcedo_pusilla_1_-_Daintree_Village.jpg]] Source: [[http://en.wikipedia.org/wiki/File:Alcedo_pusilla_1_-_Daintree_Village.jpg|Wikipedia]], JJ Harrison, [[http://creativecommons.org/licenses/by-sa/3.0|CC-BY-SA-3.0]] The Little Kingfisher (scientific name-Alcedo pusilla) is a species of bird in the Alcedinidae family. It is found in open forest, woodland, swamps and mangroves in Australia (northern Queensland and north Northern Territory), Indonesia, Papua New Guinea and the Solomon Islands. Source: [[http://en.wikipedia.org/wiki/Alcedo_pusilla|Wikipedia]] The potential distribution of the species were modelled using species observation data and MaxEnt. These distributions were then tempered to include only regions where the species was known to exist, to give the estimated 'realized' distribution.

Colluricincla megarhyncha (Little Shrike-Thrush) (JCU) (WT_MTSRF_JCU_Vertebrate-atlas_2010:Realized-LST)

This map layer shows the realized estimated distribution of Colluricincla megarhyncha (Little Shrike-Thrush) in the Wet Tropics region. [[IMG|http://upload.wikimedia.org/wikipedia/commons/thumb/f/fd/Little_Shrike-thrush.jpg/250px-Little_Shrike-thrush.jpg]] Source: [[http://en.wikipedia.org/wiki/File:Little_Shrike-thrush.jpg|Wikipedia]], Glen Fergus, [[http://creativecommons.org/licenses/by-sa/2.5|CC-BY-SA-2.5]] The Little Shrikethrush (Colluricincla megarhyncha), also known as the Rufous Shrikethrush, is a species of bird in the Colluricinclidae family. It is found in Australia, Indonesia, and Papua New Guinea. Its natural habitats are subtropical or tropical moist lowland forests and subtropical or tropical moist montane forests. Source: [[http://en.wikipedia.org/wiki/Colluricincla_megarhyncha|Wikipedia]] The potential distribution of the species were modelled using species observation data and MaxEnt. These distributions were then tempered to include only regions where the species was known to exist, to give the estimated 'realized' distribution.

Aplonis metallica (Metallic Starling) (JCU) (WT_MTSRF_JCU_Vertebrate-atlas_2010:Realized-MSTAR)

This map layer shows the realized estimated distribution of Aplonis metallica (Metallic Starling) in the Wet Tropics region. [[IMG|http://upload.wikimedia.org/wikipedia/commons/thumb/2/23/Metallic_Starling_RWD1.jpg/220px-Metallic_Starling_RWD1.jpg]] Source: [[http://en.wikipedia.org/wiki/File:Metallic_Starling_RWD1.jpg|Wikipedia]], DickDaniels, [[http://creativecommons.org/licenses/by-sa/3.0|CC-BY-SA-3.0]] The Metallic Starling (Aplonis metallica) also known as Shining Starling, is a bird in the starling family. It is native of New Guinea and nearby Australasian islands, and a limited area of northeastern Australia. Source: [[http://en.wikipedia.org/wiki/Aplonis_metallica|Wikipedia]] The potential distribution of the species were modelled using species observation data and MaxEnt. These distributions were then tempered to include only regions where the species was known to exist, to give the estimated 'realized' distribution.

Acanthiza katherina (Mountain Thornbill) (JCU) (WT_MTSRF_JCU_Vertebrate-atlas_2010:Realized-MTHORN)

This map layer shows the realized estimated distribution of Acanthiza katherina (Mountain Thornbill) in the Wet Tropics region. The Mountain Thornbill (Acanthiza katherina) is a species of bird in the Pardalotidae family. It is endemic to Australia. Source: [[http://en.wikipedia.org/wiki/Acanthiza_katherina|Wikipedia]] The potential distribution of the species were modelled using species observation data and MaxEnt. These distributions were then tempered to include only regions where the species was known to exist, to give the estimated 'realized' distribution.

Oriolus sagittatus (Olive-backed Oriole) (JCU) (WT_MTSRF_JCU_Vertebrate-atlas_2010:Realized-OBO)

This map layer shows the realized estimated distribution of Oriolus sagittatus (Olive-backed Oriole) in the Wet Tropics region. [[IMG|http://upload.wikimedia.org/wikipedia/commons/thumb/8/82/Oriolus_sagittatus_-Canberra%2C_Australia-8a.jpg/220px-Oriolus_sagittatus_-Canberra%2C_Australia-8a.jpg]] Source: [[http://en.wikipedia.org/wiki/File:Oriolus_sagittatus_-Canberra,_Australia-8a.jpg|Wikipedia]], Duncan McCaskill, [[http://creativecommons.org/licenses/by/3.0|CC-BY-3.0]] The Olive-backed Oriole (Oriolus sagittatus) is a very common medium-sized passerine bird native to northern and eastern Australia and New Guinea. The most wide-ranging of the Australasian orioles, it is noisy and conspicuous. Not bright in colour, it is olive-backed with small dark streaks, with a light chest having black streaks. Females have cinnamon-edged wings and both sexes have reddish bills and eyes. Source: [[http://en.wikipedia.org/wiki/Oriolus_sagittatus|Wikipedia]] The potential distribution of the species were modelled using species observation data and MaxEnt. These distributions were then tempered to include only regions where the species was known to exist, to give the estimated 'realized' distribution.

Megapodius reinwardt (Orange-footed Scrubfowl) (JCU) (WT_MTSRF_JCU_Vertebrate-atlas_2010:Realized-OFSF)

This map layer shows the realized estimated distribution of Megapodius reinwardt (Orange-footed Scrubfowl) in the Wet Tropics region. [[IMG|http://upload.wikimedia.org/wikipedia/commons/thumb/0/02/Megapodius_reinwardt_Cairns.jpg/220px-Megapodius_reinwardt_Cairns.jpg]] Source: [[http://en.wikipedia.org/wiki/File:Megapodius_reinwardt_Cairns.jpg|Wikipedia]], Toby Hudson, [[http://creativecommons.org/licenses/by-sa/3.0|CC-BY-SA-3.0]] The Orange-footed Scrubfowl, Megapodius reinwardt, is a small megapode of the family Megapodiidae. Source: [[http://en.wikipedia.org/wiki/Megapodius_reinwardt|Wikipedia]] The potential distribution of the species were modelled using species observation data and MaxEnt. These distributions were then tempered to include only regions where the species was known to exist, to give the estimated 'realized' distribution.

Ducula bicolor (Pied Imperial Pigeon) (JCU) (WT_MTSRF_JCU_Vertebrate-atlas_2010:Realized-PIPIG)

This map layer shows the realized estimated distribution of Ducula bicolor (Pied Imperial Pigeon) in the Wet Tropics region. [[IMG|http://upload.wikimedia.org/wikipedia/commons/thumb/a/a3/Pied.imperial.pigeon.arp.jpg/250px-Pied.imperial.pigeon.arp.jpg]] Source: [[http://en.wikipedia.org/wiki/File:Pied.imperial.pigeon.arp.jpg|Wikipedia]], , [[|Public domain]] The Pied Imperial Pigeon (Ducula bicolor) is a relatively large, pied species of pigeon. It is found in forest, woodland, mangrove, plantations and scrub in Southeast Asia, ranging from Myanmar and Thailand south to Java and east to the Philippines and the Bird's Head Peninsula in New Guinea. It is mainly found on small islands and in coastal regions. It remains locally common, and is therefore considered to be of least concern by BirdLife International and IUCN. Source: [[http://en.wikipedia.org/wiki/Ducula_bicolor|Wikipedia]] The potential distribution of the species were modelled using species observation data and MaxEnt. These distributions were then tempered to include only regions where the species was known to exist, to give the estimated 'realized' distribution.

Tregellasia capito (Pale-yellow Robin) (JCU) (WT_MTSRF_JCU_Vertebrate-atlas_2010:Realized-PYR)

This map layer shows the realized estimated distribution of Tregellasia capito (Pale-yellow Robin) in the Wet Tropics region. [[IMG|http://upload.wikimedia.org/wikipedia/commons/thumb/0/0f/Tregellasia_capito_-_Julatten.jpg/220px-Tregellasia_capito_-_Julatten.jpg]] Source: [[http://en.wikipedia.org/wiki/File:Tregellasia_capito_-_Julatten.jpg|Wikipedia]], JJ Harrison, [[http://creativecommons.org/licenses/by-sa/3.0|CC-BY-SA-3.0]] The Pale-yellow Robin (Tregellasia capito) is a species of passerine bird in the Petroicidae family. It is endemic to eastern Australia. Its natural habitat is subtropical or tropical moist lowland forests. It is a non-descript bird with grey head and olive upperparts, white throat and yellow underparts. The sexes are similar. Two subspecies are recognised; the smaller nana from North Queensland and the larger and uncommon nominate race capito from southeast Queensland and northeastern New South Wales. It is insectivorous. Source: [[http://en.wikipedia.org/wiki/Tregellasia_capito|Wikipedia]] The potential distribution of the species were modelled using species observation data and MaxEnt. These distributions were then tempered to include only regions where the species was known to exist, to give the estimated 'realized' distribution.

Ptilinopus regina (Rose-crowned Fruit-Dove) (JCU) (WT_MTSRF_JCU_Vertebrate-atlas_2010:Realized-RCFD)

This map layer shows the realized estimated distribution of Ptilinopus regina (Rose-crowned Fruit-Dove) in the Wet Tropics region. [[IMG|http://upload.wikimedia.org/wikipedia/commons/thumb/8/82/Rose-Crowned_Fruit_Dove.jpg/220px-Rose-Crowned_Fruit_Dove.jpg]] Source: [[http://en.wikipedia.org/wiki/File:Rose-Crowned_Fruit_Dove.jpg|Wikipedia]], Bj�rn Christian T�rrissen, [[http://creativecommons.org/licenses/by-sa/3.0|CC-BY-SA-3.0]] The Rose-crowned Fruit Dove (Ptilinopus regina) also known as Pink-capped Fruit Dove or Swainson's Fruit Dove, is a medium-sized, up to 22 cm long, green fruit dove with a grey head and breast, an orange belly, whitish throat, yellow-orange iris, and greyish green bill and feet. It has a pinkish-red crown with yellow border. The Indonesian subspecies, P. r. xanthogaster has a whitish crown and paler grey head and breast. Both sexes are similar. The young has a green-colored crown and plumage. Source: [[http://en.wikipedia.org/wiki/Ptilinopus_regina|Wikipedia]] The potential distribution of the species were modelled using species observation data and MaxEnt. These distributions were then tempered to include only regions where the species was known to exist, to give the estimated 'realized' distribution.

Trichoglossus haematodus (Rainbow Lorikeet) (JCU) (WT_MTSRF_JCU_Vertebrate-atlas_2010:Realized-RL)

This map layer shows the realized estimated distribution of Trichoglossus haematodus (Rainbow Lorikeet) in the Wet Tropics region. [[IMG|http://upload.wikimedia.org/wikipedia/commons/thumb/c/c0/Trichoglossus_haematodus_-Jurong_Bird_Park%2C_Singapore_-Dec2009.jpg/300px-Trichoglossus_haematodus_-Jurong_Bird_Park%2C_Singapore_-Dec2009.jpg]] Source: [[http://en.wikipedia.org/wiki/File:Trichoglossus_haematodus_-Jurong_Bird_Park,_Singapore_-Dec2009.jpg|Wikipedia]], Benjamint444, [[http://www.gnu.org/licenses/old-licenses/fdl-1.2.html|GFDL 1.2]] The Rainbow Lorikeet, (Trichoglossus haematodus) is a species of Australasian parrot found in Australia, eastern Indonesia (Maluku and Western New Guinea), Papua New Guinea, New Caledonia, Solomon Islands and Vanuatu. In Australia, it is common along the eastern seaboard, from Queensland to South Australia and northwest Tasmania. Its habitat is rainforest, coastal bush and woodland areas. Several taxa traditionally listed as subspecies of the Rainbow Lorikeet are increasingly treated as separate species (see Taxonomy). Source: [[http://en.wikipedia.org/wiki/Trichoglossus_haematodus|Wikipedia]] The potential distribution of the species were modelled using species observation data and MaxEnt. These distributions were then tempered to include only regions where the species was known to exist, to give the estimated 'realized' distribution.

Ninox rufa (Rufous Owl) (JCU) (WT_MTSRF_JCU_Vertebrate-atlas_2010:Realized-ROWL)

This map layer shows the realized estimated distribution of Ninox rufa (Rufous Owl) in the Wet Tropics region. [[IMG|http://upload.wikimedia.org/wikipedia/commons/thumb/8/87/Ninox_rufa_1.jpg/220px-Ninox_rufa_1.jpg]] Source: [[http://en.wikipedia.org/wiki/File:Ninox_rufa_1.jpg|Wikipedia]], Lip Kee Yap, [[http://creativecommons.org/licenses/by-sa/2.0|CC-BY-SA-2.0]] The Rufous Owl (Ninox rufa), also known as Rufous Boobook, is a species of owl in the Strigidae family. It was first classified in 1846 by John Gould, an English ornithologist. Ninox rufa�s common name reflects the rufous-coloured feathers that these owls are covered with in adulthood. While it is a rather uncommon species of owl, Ninox rufa has a wide range of habitats including Australia, Indonesia, and Papua New Guinea. Source: [[http://en.wikipedia.org/wiki/Ninox_rufa|Wikipedia]] The potential distribution of the species were modelled using species observation data and MaxEnt. These distributions were then tempered to include only regions where the species was known to exist, to give the estimated 'realized' distribution.

Chrysococcyx lucidus (Shining Bronze-Cuckoo (Golden)) (JCU) (WT_MTSRF_JCU_Vertebrate-atlas_2010:Realized-SBCUC)

This map layer shows the realized estimated distribution of Chrysococcyx lucidus (Shining Bronze-Cuckoo (Golden)) in the Wet Tropics region. [[IMG|http://upload.wikimedia.org/wikipedia/commons/thumb/a/af/Shining_Bronze-Cuckoo_Dayboro.JPG/220px-Shining_Bronze-Cuckoo_Dayboro.JPG]] Source: [[http://en.wikipedia.org/wiki/File:Shining_Bronze-Cuckoo_Dayboro.JPG|Wikipedia]], Aviceda, [[http://creativecommons.org/licenses/by-sa/3.0|CC-BY-SA-3.0]] The Shining Bronze Cuckoo (Chrysococcyx lucidus) is a species of cuckoo in the Cuculidae family, found in Australia, Indonesia, New Caledonia, New Zealand, Papua New Guinea, Solomon Islands, and Vanuatu. It was previously also known as Chalcites lucidus. Source: [[http://en.wikipedia.org/wiki/Chrysococcyx_lucidus|Wikipedia]] The potential distribution of the species were modelled using species observation data and MaxEnt. These distributions were then tempered to include only regions where the species was known to exist, to give the estimated 'realized' distribution.

Myzomela sanguinolenta (Scarlet Honeyeater) (JCU) (WT_MTSRF_JCU_Vertebrate-atlas_2010:Realized-SCARHE)

This map layer shows the realized estimated distribution of Myzomela sanguinolenta (Scarlet Honeyeater) in the Wet Tropics region. [[IMG|http://upload.wikimedia.org/wikipedia/commons/thumb/4/45/Scarlethoneyeater.jpg/220px-Scarlethoneyeater.jpg]] Source: [[http://en.wikipedia.org/wiki/File:Scarlethoneyeater.jpg|Wikipedia]], , [[http://creativecommons.org/licenses/by-sa/2.5|CC-BY-SA-2.5]] The Scarlet Myzomela (Myzomela sanguinolenta) also known as Crimson Honeyeater, Scarlet Honeyeater, Sanguineous Honeyeater or, colloquially, Bloodbird, is a small passerine bird of the Honeyeater family Meliphagidae native to the east coast of Australia, Indonesia and New Caledonia. It is the smallest honey-eater in Australia. The male is a striking bright red with black wings; the female is entirely brown. Source: [[http://en.wikipedia.org/wiki/Myzomela_sanguinolenta|Wikipedia]] The potential distribution of the species were modelled using species observation data and MaxEnt. These distributions were then tempered to include only regions where the species was known to exist, to give the estimated 'realized' distribution.

Dicrurus bracteatus (Spangled Drongo) (JCU) (WT_MTSRF_JCU_Vertebrate-atlas_2010:Realized-SD)

This map layer shows the realized estimated distribution of Dicrurus bracteatus (Spangled Drongo) in the Wet Tropics region. [[IMG|http://upload.wikimedia.org/wikipedia/commons/thumb/1/14/Dicrurus_bracteatus_-_Wonga.jpg/250px-Dicrurus_bracteatus_-_Wonga.jpg]] Source: [[http://en.wikipedia.org/wiki/File:Dicrurus_bracteatus_-_Wonga.jpg|Wikipedia]], JJ Harrison, [[http://www.gnu.org/copyleft/fdl.html|GFDL]] The Spangled Drongo (Dicrurus bracteatus) is a bird of the family Dicruridae. Source: [[http://en.wikipedia.org/wiki/Dicrurus_bracteatus|Wikipedia]] The potential distribution of the species were modelled using species observation data and MaxEnt. These distributions were then tempered to include only regions where the species was known to exist, to give the estimated 'realized' distribution.

Ptilinopus superbus (Superb Fruit-Dove) (JCU) (WT_MTSRF_JCU_Vertebrate-atlas_2010:Realized-SFD)

This map layer shows the realized estimated distribution of Ptilinopus superbus (Superb Fruit-Dove) in the Wet Tropics region. [[IMG|http://upload.wikimedia.org/wikipedia/commons/thumb/a/a4/Ptilinopus_superbus_-London_Zoo%2C_England_-male-8a.jpg/220px-Ptilinopus_superbus_-London_Zoo%2C_England_-male-8a.jpg]] Source: [[http://en.wikipedia.org/wiki/File:Ptilinopus_superbus_-London_Zoo,_England_-male-8a.jpg|Wikipedia]], Neil T, [[http://creativecommons.org/licenses/by-sa/2.0|CC-BY-SA-2.0]] The Superb Fruit Dove (Ptilinopus superbus), also known as the Purple-crowned Fruit Dove (leading to easy confusion with the Purple-capped Fruit Dove), is a medium-sized (22�24 cm long), colourful fruit-dove in the family Columbidae. Source: [[http://en.wikipedia.org/wiki/Ptilinopus_superbus|Wikipedia]] The potential distribution of the species were modelled using species observation data and MaxEnt. These distributions were then tempered to include only regions where the species was known to exist, to give the estimated 'realized' distribution.

Scenopoeetes dentirostris (Tooth-billed Bowerbird) (JCU) (WT_MTSRF_JCU_Vertebrate-atlas_2010:Realized-TBBB)

This map layer shows the realized estimated distribution of Scenopoeetes dentirostris (Tooth-billed Bowerbird) in the Wet Tropics region. [[IMG|http://upload.wikimedia.org/wikipedia/commons/thumb/4/4b/Ailuroedus_dentirostris_by_Bowdler_Sharpe.jpg/220px-Ailuroedus_dentirostris_by_Bowdler_Sharpe.jpg]] Source: [[http://en.wikipedia.org/wiki/File:Ailuroedus_dentirostris_by_Bowdler_Sharpe.jpg|Wikipedia]], Richard Bowdler Sharpe, [[|Public domain]] The Tooth-billed Bowerbird (Scenopoeetes dentirostris) also known as Stagemaker Bowerbird and Tooth-billed Catbird is a medium-sized, approximately 27 centimetres (11 in) long, stocky olive-brown bowerbird with brown-streaked buffish-white below, a grey feet, brown iris and unique tooth-like bill. Both sexes are similar, however the female is slightly smaller than the male. It is the only member in monotypic genus Scenopoeetes. Source: [[http://en.wikipedia.org/wiki/Scenopoeetes_dentirostris|Wikipedia]] The potential distribution of the species were modelled using species observation data and MaxEnt. These distributions were then tempered to include only regions where the species was known to exist, to give the estimated 'realized' distribution.

Ptiloris victoriae (Victoria's Riflebird) (JCU) (WT_MTSRF_JCU_Vertebrate-atlas_2010:Realized-VRIF)

This map layer shows the realized estimated distribution of Ptiloris victoriae (Victoria's Riflebird) in the Wet Tropics region. [[IMG|http://upload.wikimedia.org/wikipedia/commons/thumb/f/f3/Ptiloris_victoriae_-Daintree%2C_Queensland%2C_Australia-8_%281%29.jpg/220px-Ptiloris_victoriae_-Daintree%2C_Queensland%2C_Australia-8_%281%29.jpg]] Source: [[http://en.wikipedia.org/wiki/File:Ptiloris_victoriae_-Daintree,_Queensland,_Australia-8_(1).jpg|Wikipedia]], Greg Schechter, [[http://creativecommons.org/licenses/by/2.0|CC-BY-2.0]] The Victoria�s Riflebird, Ptiloris victoriae also known as Duwuduwu to the local Aboriginal people, is a bird of paradise endemic to the Atherton Tableland region of northeastern Queensland, Australia where it resides year-round. Source: [[http://en.wikipedia.org/wiki/Ptiloris_victoriae|Wikipedia]] The potential distribution of the species were modelled using species observation data and MaxEnt. These distributions were then tempered to include only regions where the species was known to exist, to give the estimated 'realized' distribution.

Poecilodryas superciliosa (White-browed Robin) (JCU) (WT_MTSRF_JCU_Vertebrate-atlas_2010:Realized-WBR)

This map layer shows the realized estimated distribution of Poecilodryas superciliosa (White-browed Robin) in the Wet Tropics region. [[IMG|http://upload.wikimedia.org/wikipedia/commons/thumb/6/62/White-Browed_Robin.jpg/220px-White-Browed_Robin.jpg]] Source: [[http://en.wikipedia.org/wiki/File:White-Browed_Robin.jpg|Wikipedia]], Andrew MacDonald, [[|Public domain]] The White-browed Robin (Poecilodryas superciliosa) is a species of bird in the family Petroicidae. It is endemic to north-eastern Australia. Its natural habitats are forest, woodland and scrub, often near water. It formerly included the Buff-sided Robin as a subspecies. Source: [[http://en.wikipedia.org/wiki/Poecilodryas_superciliosa|Wikipedia]] The potential distribution of the species were modelled using species observation data and MaxEnt. These distributions were then tempered to include only regions where the species was known to exist, to give the estimated 'realized' distribution.

Artamus leucorynchus (White-breasted Woodswallow) (JCU) (WT_MTSRF_JCU_Vertebrate-atlas_2010:Realized-WBWS)

This map layer shows the realized estimated distribution of Artamus leucorynchus (White-breasted Woodswallow) in the Wet Tropics region. [[IMG|http://upload.wikimedia.org/wikipedia/commons/thumb/e/e4/Artamus_leucorynchus_-_Wonga.jpg/220px-Artamus_leucorynchus_-_Wonga.jpg]] Source: [[http://en.wikipedia.org/wiki/File:Artamus_leucorynchus_-_Wonga.jpg|Wikipedia]], JJ Harrison, [[http://www.gnu.org/copyleft/fdl.html|GFDL]] The White-breasted Woodswallow (Artamus leucorynchus) is a small passerine bird which breeds from the Andaman Islands east through Indonesia and northern Australia. The name "woodswallow" is a misnomer as they are not closely related to true swallows. Instead, they belong to the family Artamidae, which also includes butcherbirds, currawongs and the Australian Magpie. Source: [[http://en.wikipedia.org/wiki/Artamus_leucorynchus|Wikipedia]] The potential distribution of the species were modelled using species observation data and MaxEnt. These distributions were then tempered to include only regions where the species was known to exist, to give the estimated 'realized' distribution.

Columba leucomela (White-headed Pigeon) (JCU) (WT_MTSRF_JCU_Vertebrate-atlas_2010:Realized-WHPIG)

This map layer shows the realized estimated distribution of Columba leucomela (White-headed Pigeon) in the Wet Tropics region. [[IMG|http://upload.wikimedia.org/wikipedia/commons/thumb/3/34/White-headed_pigeon.JPG/220px-White-headed_pigeon.JPG]] Source: [[http://en.wikipedia.org/wiki/File:White-headed_pigeon.JPG|Wikipedia]], User:Frances76, [[www.gnu.org/copyleft/fdl.html|GFDL]] The White-headed Pigeon (Columba leucomela) is a pigeon native to the east coast of Australia, belonging to the same genus as the domestic pigeon C. livia. Source: [[http://en.wikipedia.org/wiki/Columba_leucomela|Wikipedia]] The potential distribution of the species were modelled using species observation data and MaxEnt. These distributions were then tempered to include only regions where the species was known to exist, to give the estimated 'realized' distribution.

Collocalia spodiopygius (White-rumped Swiftlet) (JCU) (WT_MTSRF_JCU_Vertebrate-atlas_2010:Realized-WRSW)

This map layer shows the realized estimated distribution of Collocalia spodiopygius (White-rumped Swiftlet) in the Wet Tropics region. [[IMG|http://upload.wikimedia.org/wikipedia/commons/thumb/5/57/Whiterumpedswiftlet.jpg/220px-Whiterumpedswiftlet.jpg]] Source: [[http://en.wikipedia.org/wiki/File:Whiterumpedswiftlet.jpg|Wikipedia]], Duncan Wright, [[http://www.gnu.org/copyleft/fdl.html|GFDL]] The White-rumped Swiftlet (Aerodramus spodiopygius) is a species of swift in the Apodidae family. Source: [[http://en.wikipedia.org/wiki/Collocalia_spodiopygius|Wikipedia]] The potential distribution of the species were modelled using species observation data and MaxEnt. These distributions were then tempered to include only regions where the species was known to exist, to give the estimated 'realized' distribution.

Cormobates leucophaeus (White-throated Treecreeper) (JCU) (WT_MTSRF_JCU_Vertebrate-atlas_2010:Realized-WTTC)

This map layer shows the realized estimated distribution of Cormobates leucophaeus (White-throated Treecreeper) in the Wet Tropics region. [[IMG|http://upload.wikimedia.org/wikipedia/commons/thumb/3/31/White-throated_Treecreeper_kobble_may07.jpg/220px-White-throated_Treecreeper_kobble_may07.jpg]] Source: [[http://en.wikipedia.org/wiki/File:White-throated_Treecreeper_kobble_may07.jpg|Wikipedia]], Aviceda, [[http://creativecommons.org/licenses/by-sa/3.0|CC-BY-SA-3.0]] The White-throated Treecreeper (Cormobates leucophaea) is an Australian treecreeper found in the forests of eastern Australia. It is unrelated to the northern hemisphere treecreepers. It is a small passerine bird with predominantly brown and white plumage and measuring some 15 cm (6 in) long on average. It is insectivorous, eating mainly ants. Unlike treecreepers of the genus Climacteris, the White-throated Treecreeper does not engage in cooperative breeding, and wherever it overlaps with species of that genus, it feeds upon much looser bark besides typically using different trees. Source: [[http://en.wikipedia.org/wiki/Cormobates_leucophaeus|Wikipedia]] The potential distribution of the species were modelled using species observation data and MaxEnt. These distributions were then tempered to include only regions where the species was known to exist, to give the estimated 'realized' distribution.

Oriolus flavocinctus (Yellow Oriole) (JCU) (WT_MTSRF_JCU_Vertebrate-atlas_2010:Realized-YO)

This map layer shows the realized estimated distribution of Oriolus flavocinctus (Yellow Oriole) in the Wet Tropics region. [[IMG|http://upload.wikimedia.org/wikipedia/commons/thumb/a/ac/Yellow_oriole_portland08.JPG/220px-Yellow_oriole_portland08.JPG]] Source: [[http://en.wikipedia.org/wiki/File:Yellow_oriole_portland08.JPG|Wikipedia]], Aviceda, [[http://creativecommons.org/licenses/by-sa/3.0|CC-BY-SA-3.0]] The Green Oriole or Australasian Yellow Oriole, (Oriolus flavocinctus) is an inconspicuous inhabitant of lush tropical vegetation throughout New Guinea and northern Australia, including Cape York Peninsula, the Top End and the Kimberley. Source: [[http://en.wikipedia.org/wiki/Oriolus_flavocinctus|Wikipedia]] The potential distribution of the species were modelled using species observation data and MaxEnt. These distributions were then tempered to include only regions where the species was known to exist, to give the estimated 'realized' distribution.

Sericornis citreogularis (Yellow-throated Scrubwren) (JCU) (WT_MTSRF_JCU_Vertebrate-atlas_2010:Realized-YTSW)

This map layer shows the realized estimated distribution of Sericornis citreogularis (Yellow-throated Scrubwren) in the Wet Tropics region. [[IMG|http://upload.wikimedia.org/wikipedia/commons/thumb/c/c6/Yellow-throated_Scrubwren.jpg/250px-Yellow-throated_Scrubwren.jpg]] Source: [[http://en.wikipedia.org/wiki/File:Yellow-throated_Scrubwren.jpg|Wikipedia]], Glen Fergus, [[http://creativecommons.org/licenses/by-sa/2.5|CC-BY-SA-2.5]] The Yellow-throated Scrubwren (Sericornis citreogularis) is a passerine bird found in parts of eastern coastal Australia. Placed in the family Pardalotidae in the Sibley-Ahlquist taxonomy, this has met with opposition and indeed is now known to be wrong; they rather belong to the independent family Acanthizidae. Source: [[http://en.wikipedia.org/wiki/Sericornis_citreogularis|Wikipedia]] The potential distribution of the species were modelled using species observation data and MaxEnt. These distributions were then tempered to include only regions where the species was known to exist, to give the estimated 'realized' distribution.

Boiga irregularis (Brown Tree Snake) (JCU) (WT_MTSRF_JCU_Vertebrate-atlas_2010:Realized-BOIIRRE)

This map layer shows the realized estimated distribution of Boiga irregularis (Brown Tree Snake) in the Wet Tropics region. [[IMG|http://upload.wikimedia.org/wikipedia/commons/thumb/c/c9/Brown_tree_snake_Boiga_irregularis_2_USGS_Photograph.jpg/220px-Brown_tree_snake_Boiga_irregularis_2_USGS_Photograph.jpg]] Source: [[http://en.wikipedia.org/wiki/File:Brown_tree_snake_Boiga_irregularis_2_USGS_Photograph.jpg|Wikipedia]], , [[|Public domain]] The brown tree snake (Boiga irregularis) is an arboreal rear-fanged colubrid snake native to eastern and northern coastal Australia, Papua New Guinea, and a large number of islands in northwestern Melanesia. This snake is infamous for being an invasive species responsible for devastating the majority of the native bird population in Guam. Source: [[http://en.wikipedia.org/wiki/Boiga_irregularis|Wikipedia]] The potential distribution of the species were modelled using species observation data and MaxEnt. These distributions were then tempered to include only regions where the species was known to exist, to give the estimated 'realized' distribution.

Carphodactylus laevis (Chameleon Gecko) (JCU) (WT_MTSRF_JCU_Vertebrate-atlas_2010:Realized-CARLAEV)

This map layer shows the realized estimated distribution of Carphodactylus laevis (Chameleon Gecko) in the Wet Tropics region. Carphodactylus laevis is a species, in a monotypic genus, of Australian gecko, also known as the Chameleon Gecko. Source: [[http://en.wikipedia.org/wiki/Carphodactylus_laevis|Wikipedia]] The potential distribution of the species were modelled using species observation data and MaxEnt. These distributions were then tempered to include only regions where the species was known to exist, to give the estimated 'realized' distribution.

Carlia rubrigularis (Northern Red-throated Skink) (JCU) (WT_MTSRF_JCU_Vertebrate-atlas_2010:Realized-CARRUBR)

This map layer shows the realized estimated distribution of Carlia rubrigularis (Northern Red-throated Skink) in the Wet Tropics region. The potential distribution of the species were modelled using species observation data and MaxEnt. These distributions were then tempered to include only regions where the species was known to exist, to give the estimated 'realized' distribution.

Cyclodomorphus gerrardii (Pink-tongued Lizard) (JCU) (WT_MTSRF_JCU_Vertebrate-atlas_2010:Realized-CYCGERR)

This map layer shows the realized estimated distribution of Cyclodomorphus gerrardii (Pink-tongued Lizard) in the Wet Tropics region. The potential distribution of the species were modelled using species observation data and MaxEnt. These distributions were then tempered to include only regions where the species was known to exist, to give the estimated 'realized' distribution.

Dendrelaphis calligastra (Northern Tree Snake) (JCU) (WT_MTSRF_JCU_Vertebrate-atlas_2010:Realized-DENCALL)

This map layer shows the realized estimated distribution of Dendrelaphis calligastra (Northern Tree Snake) in the Wet Tropics region. [[IMG|http://upload.wikimedia.org/wikipedia/commons/thumb/8/80/Northern_Tree_Snake.jpg/220px-Northern_Tree_Snake.jpg]] Source: [[http://en.wikipedia.org/wiki/File:Northern_Tree_Snake.jpg|Wikipedia]], John Hill, [[http://creativecommons.org/licenses/by-sa/3.0|CC-BY-SA-3.0]] Dendrelaphis calligastra, the Northern Tree Snake (also called Beautiful-bellied Tree Snake) is a slender, large-eyed, non-venomous, diurnal snake. It grows up to 1.2 m in length and is greenish, brown or greyish above with a cream or yellow belly. Source: [[http://en.wikipedia.org/wiki/Dendrelaphis_calligastra|Wikipedia]] The potential distribution of the species were modelled using species observation data and MaxEnt. These distributions were then tempered to include only regions where the species was known to exist, to give the estimated 'realized' distribution.

Egernia frerei (Major Skink) (JCU) (WT_MTSRF_JCU_Vertebrate-atlas_2010:Realized-EGEFRER)

This map layer shows the realized estimated distribution of Egernia frerei (Major Skink) in the Wet Tropics region. The potential distribution of the species were modelled using species observation data and MaxEnt. These distributions were then tempered to include only regions where the species was known to exist, to give the estimated 'realized' distribution.

Eulamprus frerei (JCU) (WT_MTSRF_JCU_Vertebrate-atlas_2010:Realized-EULFRER)

This map layer shows the realized estimated distribution of Eulamprus frerei in the Wet Tropics region. The potential distribution of the species were modelled using species observation data and MaxEnt. These distributions were then tempered to include only regions where the species was known to exist, to give the estimated 'realized' distribution.

Eulamprus tigrinus (JCU) (WT_MTSRF_JCU_Vertebrate-atlas_2010:Realized-EULTIGR)

This map layer shows the realized estimated distribution of Eulamprus tigrinus in the Wet Tropics region. The potential distribution of the species were modelled using species observation data and MaxEnt. These distributions were then tempered to include only regions where the species was known to exist, to give the estimated 'realized' distribution.

Furina tristis (Brown-headed Snake) (JCU) (WT_MTSRF_JCU_Vertebrate-atlas_2010:Realized-FURTRIS)

This map layer shows the realized estimated distribution of Furina tristis (Brown-headed Snake) in the Wet Tropics region. The potential distribution of the species were modelled using species observation data and MaxEnt. These distributions were then tempered to include only regions where the species was known to exist, to give the estimated 'realized' distribution.

Glaphyromorphus fuscicaudis (Grey-tailed Skink) (JCU) (WT_MTSRF_JCU_Vertebrate-atlas_2010:Realized-GLAFUSC)

This map layer shows the realized estimated distribution of Glaphyromorphus fuscicaudis (Grey-tailed Skink) in the Wet Tropics region. The potential distribution of the species were modelled using species observation data and MaxEnt. These distributions were then tempered to include only regions where the species was known to exist, to give the estimated 'realized' distribution.

Gnypetoscincus queenslandiae (Prickly Forest Skink) (JCU) (WT_MTSRF_JCU_Vertebrate-atlas_2010:Realized-GNYQUEE)

This map layer shows the realized estimated distribution of Gnypetoscincus queenslandiae (Prickly Forest Skink) in the Wet Tropics region. Gnypetoscincus is a monotypic genus of skinks (family Scincidae). It contains a single species, the Prickly Skink, (Gnypetoscincus queenslandiae). Source: [[http://en.wikipedia.org/wiki/Gnypetoscincus_queenslandiae|Wikipedia]] The potential distribution of the species were modelled using species observation data and MaxEnt. These distributions were then tempered to include only regions where the species was known to exist, to give the estimated 'realized' distribution.

Hypsilurus boydii (Boyd's Forest Dragon) (JCU) (WT_MTSRF_JCU_Vertebrate-atlas_2010:Realized-HYPBOYD)

This map layer shows the realized estimated distribution of Hypsilurus boydii (Boyd's Forest Dragon) in the Wet Tropics region. [[IMG|http://upload.wikimedia.org/wikipedia/commons/thumb/4/4a/Boyd%27s_Forest_Dragon_on_tree_Alt_Edit3.jpg/250px-Boyd%27s_Forest_Dragon_on_tree_Alt_Edit3.jpg]] Source: [[http://en.wikipedia.org/wiki/File:Boyd%27s_Forest_Dragon_on_tree_Alt_Edit3.jpg|Wikipedia]], Zoharby, [[http://creativecommons.org/licenses/by-sa/3.0|CC-BY-SA-3.0]] Boyd's Forest Dragon (Hypsilurus boydii) is restricted to the rainforests of northern Queensland, Australia, from just north of Townsville to near Cooktown. It is found in both upland and lowland rainforest, and is often seen around Lake Eacham (Yidyam) and Lake Barrine, and can also be seen in parts of Malanda Falls Environmental Park and at Mossman Gorge. Source: [[http://en.wikipedia.org/wiki/Hypsilurus_boydii|Wikipedia]] The potential distribution of the species were modelled using species observation data and MaxEnt. These distributions were then tempered to include only regions where the species was known to exist, to give the estimated 'realized' distribution.

Lampropholis mirabilis (JCU) (WT_MTSRF_JCU_Vertebrate-atlas_2010:Realized-LAMMIRA)

This map layer shows the realized estimated distribution of Lampropholis mirabilis in the Wet Tropics region. The potential distribution of the species were modelled using species observation data and MaxEnt. These distributions were then tempered to include only regions where the species was known to exist, to give the estimated 'realized' distribution.

Morelia kinghorni (Amethystine Python) (JCU) (WT_MTSRF_JCU_Vertebrate-atlas_2010:Realized-MORKING)

This map layer shows the realized estimated distribution of Morelia kinghorni (Amethystine Python) in the Wet Tropics region. The potential distribution of the species were modelled using species observation data and MaxEnt. These distributions were then tempered to include only regions where the species was known to exist, to give the estimated 'realized' distribution.

Nactus cheverti (JCU) (WT_MTSRF_JCU_Vertebrate-atlas_2010:Realized-NACCHEV)

This map layer shows the realized estimated distribution of Nactus cheverti in the Wet Tropics region. The potential distribution of the species were modelled using species observation data and MaxEnt. These distributions were then tempered to include only regions where the species was known to exist, to give the estimated 'realized' distribution.

Phyllurus gulbaru (Gulbaru Gecko) (JCU) (WT_MTSRF_JCU_Vertebrate-atlas_2010:Realized-PHYGULB)

This map layer shows the realized estimated distribution of Phyllurus gulbaru (Gulbaru Gecko) in the Wet Tropics region. The potential distribution of the species were modelled using species observation data and MaxEnt. These distributions were then tempered to include only regions where the species was known to exist, to give the estimated 'realized' distribution.

Pseudechis porphyriacus (Red-bellied Black Snake) (JCU) (WT_MTSRF_JCU_Vertebrate-atlas_2010:Realized-PSEPORP)

This map layer shows the realized estimated distribution of Pseudechis porphyriacus (Red-bellied Black Snake) in the Wet Tropics region. [[IMG|http://upload.wikimedia.org/wikipedia/commons/thumb/a/a7/Red-Bellied-Black-Snake-BFP-2.jpg/220px-Red-Bellied-Black-Snake-BFP-2.jpg]] Source: [[http://en.wikipedia.org/wiki/File:Red-Bellied-Black-Snake-BFP-2.jpg|Wikipedia]], , [[|Public domain]] The Red-bellied Black Snake (Pseudechis porphyriacus) is a species of elapid snake native to eastern Australia. Though its venom is capable of causing significant morbidity, a bite from it is not generally fatal and less venomous than other deadly Australian snakes. It is common in woodlands, forests and swamplands of eastern Australia. It is one of Australia's best-known snakes, as it is common in urban areas along the eastern coast of Australia. It has an average total length of 1.5 to 2 metres. Source: [[http://en.wikipedia.org/wiki/Pseudechis_porphyriacus|Wikipedia]] The potential distribution of the species were modelled using species observation data and MaxEnt. These distributions were then tempered to include only regions where the species was known to exist, to give the estimated 'realized' distribution.

Cryptophis nigrescens (Eastern Smalleyed Snake) (JCU) (WT_MTSRF_JCU_Vertebrate-atlas_2010:Realized-RHINIGR)

This map layer shows the realized estimated distribution of Cryptophis nigrescens (Eastern Smalleyed Snake) in the Wet Tropics region. The potential distribution of the species were modelled using species observation data and MaxEnt. These distributions were then tempered to include only regions where the species was known to exist, to give the estimated 'realized' distribution.

Saproscincus basiliscus (JCU) (WT_MTSRF_JCU_Vertebrate-atlas_2010:Realized-SAPBASI)

This map layer shows the realized estimated distribution of Saproscincus basiliscus in the Wet Tropics region. The potential distribution of the species were modelled using species observation data and MaxEnt. These distributions were then tempered to include only regions where the species was known to exist, to give the estimated 'realized' distribution.

Saproscincus lewisi (JCU) (WT_MTSRF_JCU_Vertebrate-atlas_2010:Realized-SAPLEWI)

This map layer shows the realized estimated distribution of Saproscincus lewisi in the Wet Tropics region. The potential distribution of the species were modelled using species observation data and MaxEnt. These distributions were then tempered to include only regions where the species was known to exist, to give the estimated 'realized' distribution.

Stegonotus cucullatus (Slaty-grey Snake) (JCU) (WT_MTSRF_JCU_Vertebrate-atlas_2010:Realized-STECUCU)

This map layer shows the realized estimated distribution of Stegonotus cucullatus (Slaty-grey Snake) in the Wet Tropics region. The potential distribution of the species were modelled using species observation data and MaxEnt. These distributions were then tempered to include only regions where the species was known to exist, to give the estimated 'realized' distribution.

Tropidechis carinatus (Rough-scaled Snake) (JCU) (WT_MTSRF_JCU_Vertebrate-atlas_2010:Realized-TROCARI)

This map layer shows the realized estimated distribution of Tropidechis carinatus (Rough-scaled Snake) in the Wet Tropics region. [[IMG|http://upload.wikimedia.org/wikipedia/commons/thumb/5/51/Tropcarin3.jpg/220px-Tropcarin3.jpg]] Source: [[http://en.wikipedia.org/wiki/File:Tropcarin3.jpg|Wikipedia]], , [[http://creativecommons.org/licenses/by-sa/1.0|CC-BY-SA-1.0]] The rough-scaled snake (Tropidechis carinatus) is a highly venomous Australian elapid. The animal's name comes from its scales that are raised above the surrounding scales and have rough texture. The scales are known as "keels". Source: [[http://en.wikipedia.org/wiki/Tropidechis_carinatus|Wikipedia]] The potential distribution of the species were modelled using species observation data and MaxEnt. These distributions were then tempered to include only regions where the species was known to exist, to give the estimated 'realized' distribution.

Varanus scalaris (Spotted Tree Monitor) (JCU) (WT_MTSRF_JCU_Vertebrate-atlas_2010:Realized-VARSCAL)

This map layer shows the realized estimated distribution of Varanus scalaris (Spotted Tree Monitor) in the Wet Tropics region. [[IMG|http://upload.wikimedia.org/wikipedia/commons/thumb/b/bc/Varanus_timorensis.jpg/220px-Varanus_timorensis.jpg]] Source: [[http://en.wikipedia.org/wiki/File:Varanus_timorensis.jpg|Wikipedia]], , [[http://creativecommons.org/licenses/by-sa/2.5|CC-BY-SA-2.5]] The Timor monitor or spotted tree monitor (Varanus timorensis) is a species of small monitor lizard native to the islands of west and east Timor. Source: [[http://en.wikipedia.org/wiki/Spotted_Tree_Monitor|Wikipedia]] The potential distribution of the species were modelled using species observation data and MaxEnt. These distributions were then tempered to include only regions where the species was known to exist, to give the estimated 'realized' distribution.

Vermicella annulata (Bandy Bandy) (JCU) (WT_MTSRF_JCU_Vertebrate-atlas_2010:Realized-VERANNU)

This map layer shows the realized estimated distribution of Vermicella annulata (Bandy Bandy) in the Wet Tropics region. Bandy-bandy (Vermicella annulata) is a species of snake in the Elapidae family. It is endemic to Australia. Source: [[http://en.wikipedia.org/wiki/Vermicella_annulata|Wikipedia]] The potential distribution of the species were modelled using species observation data and MaxEnt. These distributions were then tempered to include only regions where the species was known to exist, to give the estimated 'realized' distribution.

Austrochaperina fryi (Cricket Chirper) (JCU) (WT_MTSRF_JCU_Vertebrate-atlas_2010:Realized-AUSFRYI)

This map layer shows the realized estimated distribution of Austrochaperina fryi (Cricket Chirper) in the Wet Tropics region. [[IMG|http://upload.wikimedia.org/wikipedia/commons/thumb/5/5e/Fry%27s_Frog_-_Austrochaperina_fryi.jpg/220px-Fry%27s_Frog_-_Austrochaperina_fryi.jpg]] Source: [[http://en.wikipedia.org/wiki/File:Fry%27s_Frog_-_Austrochaperina_fryi.jpg|Wikipedia]], LiquidGhoul, [[http://www.gnu.org/copyleft/fdl.html|GFDL]] The Fry's Frog (Austrochaperina fryi) is a species of frog in the Microhylidae family. It is endemic to Australia. Its natural habitat is subtropical or tropical moist lowland forests. It is threatened by habitat loss. Source: [[http://en.wikipedia.org/wiki/Austrochaperina_fryi|Wikipedia]] The potential distribution of the species were modelled using species observation data and MaxEnt. These distributions were then tempered to include only regions where the species was known to exist, to give the estimated 'realized' distribution.

Austrochaperina robusta (Pealing Chirper) (JCU) (WT_MTSRF_JCU_Vertebrate-atlas_2010:Realized-AUSROBU)

This map layer shows the realized estimated distribution of Austrochaperina robusta (Pealing Chirper) in the Wet Tropics region. [[IMG|http://upload.wikimedia.org/wikipedia/commons/thumb/a/a2/Austrochaperina_robusta.jpg/220px-Austrochaperina_robusta.jpg]] Source: [[http://en.wikipedia.org/wiki/File:Austrochaperina_robusta.jpg|Wikipedia]], , [[http://creativecommons.org/licenses/by-sa/2.5|CC-BY-SA-2.5]] The Robust Frog (Austrochaperina robusta) is a species of frog in the Microhylidae family. It is endemic to Australia. Its natural habitats are subtropical or tropical moist lowland forests and subtropical or tropical moist montane forests. It is threatened by habitat loss. Source: [[http://en.wikipedia.org/wiki/Austrochaperina_robusta|Wikipedia]] The potential distribution of the species were modelled using species observation data and MaxEnt. These distributions were then tempered to include only regions where the species was known to exist, to give the estimated 'realized' distribution.

Cophixalus bombiens (Windsor Nursery-Frog) (JCU) (WT_MTSRF_JCU_Vertebrate-atlas_2010:Realized-COPBOMB)

This map layer shows the realized estimated distribution of Cophixalus bombiens (Windsor Nursery-Frog) in the Wet Tropics region. The Buzzing Frog (Cophixalus bombiens) is a species of frog in the Microhylidae family. It is endemic to Australia. Its natural habitats are subtropical or tropical moist lowland forests and subtropical or tropical moist montane forests. It is threatened by habitat loss. Source: [[http://en.wikipedia.org/wiki/Cophixalus_bombiens|Wikipedia]] The potential distribution of the species were modelled using species observation data and MaxEnt. These distributions were then tempered to include only regions where the species was known to exist, to give the estimated 'realized' distribution.

Cophixalus exiguus (Bloomfield Nursery-Frog) (JCU) (WT_MTSRF_JCU_Vertebrate-atlas_2010:Realized-COPEXIG)

This map layer shows the realized estimated distribution of Cophixalus exiguus (Bloomfield Nursery-Frog) in the Wet Tropics region. The Scanty Frog or the Dainty Nursery Frog (Cophixalus exiguus) is a Microhylid frog found in a restricted area of rainforest in north-east Queensland. It is the smallest frog species in Australia. Source: [[http://en.wikipedia.org/wiki/Cophixalus_exiguus|Wikipedia]] The potential distribution of the species were modelled using species observation data and MaxEnt. These distributions were then tempered to include only regions where the species was known to exist, to give the estimated 'realized' distribution.

Cophixalus infacetus (Buzzing Nursery-Frog) (JCU) (WT_MTSRF_JCU_Vertebrate-atlas_2010:Realized-COPINFA)

This map layer shows the realized estimated distribution of Cophixalus infacetus (Buzzing Nursery-Frog) in the Wet Tropics region. [[IMG|http://upload.wikimedia.org/wikipedia/commons/thumb/1/16/Cophixalus_infacetus.jpg/220px-Cophixalus_infacetus.jpg]] Source: [[http://en.wikipedia.org/wiki/File:Cophixalus_infacetus.jpg|Wikipedia]], , [[http://creativecommons.org/licenses/by-sa/2.5|CC-BY-SA-2.5]] The Inelegant Frog (Cophixalus infacetus) is a species of frog in the Microhylidae family. It is endemic to Australia. Its natural habitat is subtropical or tropical moist lowland forests. It is threatened by habitat loss. Source: [[http://en.wikipedia.org/wiki/Cophixalus_infacetus|Wikipedia]] The potential distribution of the species were modelled using species observation data and MaxEnt. These distributions were then tempered to include only regions where the species was known to exist, to give the estimated 'realized' distribution.

Cophixalus monticola (Mountain Top Nursery-Frog) (JCU) (WT_MTSRF_JCU_Vertebrate-atlas_2010:Realized-COPMONT)

This map layer shows the realized estimated distribution of Cophixalus monticola (Mountain Top Nursery-Frog) in the Wet Tropics region. The Mountain-top Nursery-frog (Cophixalus monticola) is a species of frog in the Microhylidae family. It is endemic to Australia. Its natural habitat is subtropical or tropical moist montane forests. It is threatened by habitat loss. Source: [[http://en.wikipedia.org/wiki/Cophixalus_monticola|Wikipedia]] The potential distribution of the species were modelled using species observation data and MaxEnt. These distributions were then tempered to include only regions where the species was known to exist, to give the estimated 'realized' distribution.

Cophixalus ornatus (Common Nursery-Frog) (JCU) (WT_MTSRF_JCU_Vertebrate-atlas_2010:Realized-COPORNA)

This map layer shows the realized estimated distribution of Cophixalus ornatus (Common Nursery-Frog) in the Wet Tropics region. [[IMG|http://upload.wikimedia.org/wikipedia/commons/thumb/d/dc/Cophixalus_ornatus01.jpg/220px-Cophixalus_ornatus01.jpg]] Source: [[http://en.wikipedia.org/wiki/File:Cophixalus_ornatus01.jpg|Wikipedia]], , [[http://creativecommons.org/licenses/by-sa/2.5|CC-BY-SA-2.5]] Cophixalus ornatus (more commonly known as the Ornate nurseryfrog) is a species of frog in the Microhylidae family. It is endemic to north-east Queensland. Source: [[http://en.wikipedia.org/wiki/Cophixalus_ornatus|Wikipedia]] The potential distribution of the species were modelled using species observation data and MaxEnt. These distributions were then tempered to include only regions where the species was known to exist, to give the estimated 'realized' distribution.

Litoria fallax (Eastern Sedgefrog) (JCU) (WT_MTSRF_JCU_Vertebrate-atlas_2010:Realized-LITFALL)

This map layer shows the realized estimated distribution of Litoria fallax (Eastern Sedgefrog) in the Wet Tropics region. [[IMG|http://upload.wikimedia.org/wikipedia/commons/thumb/8/87/Litoria_fallax.jpg/200px-Litoria_fallax.jpg]] Source: [[http://en.wikipedia.org/wiki/File:Litoria_fallax.jpg|Wikipedia]], , [[|Public domain]] The eastern dwarf tree frog (Litoria fallax), is a small and very common tree frog found on the eastern coast of Australia, from around Cairns, Queensland, to around Ulladulla, New South Wales. Individual frogs of this species are often found elsewhere, having been accidentally relocated by transported fruit boxes. Confirmed sightings of breeding pairs have confirmed their survival in Victoria's cooler climate. Source: [[http://en.wikipedia.org/wiki/Litoria_fallax|Wikipedia]] The potential distribution of the species were modelled using species observation data and MaxEnt. These distributions were then tempered to include only regions where the species was known to exist, to give the estimated 'realized' distribution.

Litoria infrafrenata (White-lipped Treefrog) (JCU) (WT_MTSRF_JCU_Vertebrate-atlas_2010:Realized-LITINFR)

This map layer shows the realized estimated distribution of Litoria infrafrenata (White-lipped Treefrog) in the Wet Tropics region. [[IMG|http://upload.wikimedia.org/wikipedia/commons/thumb/b/b4/Litoria_infrafrenata_-_Julatten.jpg/240px-Litoria_infrafrenata_-_Julatten.jpg]] Source: [[http://en.wikipedia.org/wiki/File:Litoria_infrafrenata_-_Julatten.jpg|Wikipedia]], JJ Harrison, [[http://creativecommons.org/licenses/by-sa/3.0|CC-BY-SA-3.0]] The white-lipped tree frog (Litoria infrafrenata), also known as the giant tree frog, is the world's largest tree frog. This species is native to the rainforests of Northern Queensland, New Guinea, the Bismarck Islands, and the Admiralty Islands. Source: [[http://en.wikipedia.org/wiki/Litoria_infrafrenata|Wikipedia]] The potential distribution of the species were modelled using species observation data and MaxEnt. These distributions were then tempered to include only regions where the species was known to exist, to give the estimated 'realized' distribution.

Litoria lorica (Armoured Mistfrog) (JCU) (WT_MTSRF_JCU_Vertebrate-atlas_2010:Realized-LITLORI)

This map layer shows the realized estimated distribution of Litoria lorica (Armoured Mistfrog) in the Wet Tropics region. The armoured frog (or armoured mist frog, Litoria lorica) is a species of tree frog in the torrent frog complex (Litoria nannotis), a group restricted to north-eastern Queensland, Australia. Source: [[http://en.wikipedia.org/wiki/Litoria_lorica|Wikipedia]] The potential distribution of the species were modelled using species observation data and MaxEnt. These distributions were then tempered to include only regions where the species was known to exist, to give the estimated 'realized' distribution.

Litoria nyakalensis (Mountain Mistfrog) (JCU) (WT_MTSRF_JCU_Vertebrate-atlas_2010:Realized-LITNYAK)

This map layer shows the realized estimated distribution of Litoria nyakalensis (Mountain Mistfrog) in the Wet Tropics region. The mountain mist frog or Nyakala frog (Litoria nyakalensis) is a species of frog in the Hylidae family, endemic to Australia. Its natural habitats are subtropical or tropical moist lowland forests and rivers. It is threatened by habitat loss. Source: [[http://en.wikipedia.org/wiki/Litoria_nyakalensis|Wikipedia]] The potential distribution of the species were modelled using species observation data and MaxEnt. These distributions were then tempered to include only regions where the species was known to exist, to give the estimated 'realized' distribution.

Litoria rheocola (Common Mistfrog) (JCU) (WT_MTSRF_JCU_Vertebrate-atlas_2010:Realized-LITRHEO)

This map layer shows the realized estimated distribution of Litoria rheocola (Common Mistfrog) in the Wet Tropics region. [[IMG|http://upload.wikimedia.org/wikipedia/commons/thumb/8/8c/Litoria_rheocola_back.JPG/220px-Litoria_rheocola_back.JPG]] Source: [[http://en.wikipedia.org/wiki/File:Litoria_rheocola_back.JPG|Wikipedia]], , [[http://creativecommons.org/licenses/by-sa/2.5|CC-BY-SA-2.5]] The common mist frog (or common mistfrog), Litoria rheocola, is a species of tree frog native to north-eastern Queensland, Australia. Source: [[http://en.wikipedia.org/wiki/Litoria_rheocola|Wikipedia]] The potential distribution of the species were modelled using species observation data and MaxEnt. These distributions were then tempered to include only regions where the species was known to exist, to give the estimated 'realized' distribution.

Mixophyes Carbinensis (JCU) (WT_MTSRF_JCU_Vertebrate-atlas_2010:Realized-MIXCARB)

This map layer shows the realized estimated distribution of Mixophyes Carbinensis in the Wet Tropics region. The potential distribution of the species were modelled using species observation data and MaxEnt. These distributions were then tempered to include only regions where the species was known to exist, to give the estimated 'realized' distribution.

Mixophyes schevilli (Northern Barred Frog) (JCU) (WT_MTSRF_JCU_Vertebrate-atlas_2010:Realized-MIXSCHE)

This map layer shows the realized estimated distribution of Mixophyes schevilli (Northern Barred Frog) in the Wet Tropics region. [[IMG|http://upload.wikimedia.org/wikipedia/commons/thumb/5/5b/Mixophyes_schevilli_2.jpg/220px-Mixophyes_schevilli_2.jpg]] Source: [[http://en.wikipedia.org/wiki/File:Mixophyes_schevilli_2.jpg|Wikipedia]], , [[http://creativecommons.org/licenses/by-sa/2.5|CC-BY-SA-2.5]] The Northern Barred Frog (Mixophyes schevilli) is a large, ground dwelling frog native to tropical northern Queensland, Australia. Source: [[http://en.wikipedia.org/wiki/Mixophyes_schevilli|Wikipedia]] The potential distribution of the species were modelled using species observation data and MaxEnt. These distributions were then tempered to include only regions where the species was known to exist, to give the estimated 'realized' distribution.

Rana daemeli (Australian Bullfrog) (JCU) (WT_MTSRF_JCU_Vertebrate-atlas_2010:Realized-RANDAEM)

This map layer shows the realized estimated distribution of Rana daemeli (Australian Bullfrog) in the Wet Tropics region. The Australian wood frog (Hylarana daemeli), locally simply known as "the" wood frog, is the only species from the family Ranidae that occurs in Australia. The species is restricted to the rainforest of northern Queensland, the eastern border of Arnhem Land, in the Northern Territory and much of New Guinea. Long placed in the "wastebin genus" Rana, it is now in Hylarana together with such species as the Common Green Frog of Southeast Asia. Source: [[http://en.wikipedia.org/wiki/Rana_daemeli|Wikipedia]] The potential distribution of the species were modelled using species observation data and MaxEnt. These distributions were then tempered to include only regions where the species was known to exist, to give the estimated 'realized' distribution.

Taudactylus rheophilus (Northern Tinkerfrog) (JCU) (WT_MTSRF_JCU_Vertebrate-atlas_2010:Realized-TAURHEO)

This map layer shows the realized estimated distribution of Taudactylus rheophilus (Northern Tinkerfrog) in the Wet Tropics region. The Northern Tinker Frog or Tinkling Frog (Taudactylus rheophilus) is a species of frog in the Myobatrachidae family. It is endemic to humid mountainous areas of north-eastern Queensland in Australia. It lives among rocks and logs at small fast-flowing streams. Adults are nocturnal. Source: [[http://en.wikipedia.org/wiki/Taudactylus_rheophilus|Wikipedia]] The potential distribution of the species were modelled using species observation data and MaxEnt. These distributions were then tempered to include only regions where the species was known to exist, to give the estimated 'realized' distribution.

Antechinus adustus (Rusty Antechinus) (JCU) (WT_MTSRF_JCU_Vertebrate-atlas_2010:Realized-ANTADUS)

This map layer shows the realized estimated distribution of Antechinus adustus (Rusty Antechinus) in the Wet Tropics region. The tropical antechinus (Antechinus adustus), also known as the rusty antechinus, is a species of small marsupial carnivore, particularly closely related to the brown antechinus (Antechinus stuartii). Source: [[http://en.wikipedia.org/wiki/Antechinus_adustus|Wikipedia]] The potential distribution of the species were modelled using species observation data and MaxEnt. These distributions were then tempered to include only regions where the species was known to exist, to give the estimated 'realized' distribution.

Antechinus godmani (Atherton Antechinus) (JCU) (WT_MTSRF_JCU_Vertebrate-atlas_2010:Realized-ANTGODM)

This map layer shows the realized estimated distribution of Antechinus godmani (Atherton Antechinus) in the Wet Tropics region. The Atherton antechinus (Antechinus godmani), also known as Godman's antechinus, is a species of small carnivorous marsupial native to Australia. It is one of the rarest members of its genus, and differs from other antechinuses in its more rufous body colour and small eyes. Source: [[http://en.wikipedia.org/wiki/Antechinus_godmani|Wikipedia]] The potential distribution of the species were modelled using species observation data and MaxEnt. These distributions were then tempered to include only regions where the species was known to exist, to give the estimated 'realized' distribution.

Cercartetus caudatus (Long-tailed Pygmy Possum) (JCU) (WT_MTSRF_JCU_Vertebrate-atlas_2010:Realized-CERCAUD)

This map layer shows the realized estimated distribution of Cercartetus caudatus (Long-tailed Pygmy Possum) in the Wet Tropics region. The long-tailed pygmy possum (Cercartetus caudatus) is a diprotodont marsupial found in the rainforests of northern Australia, Indonesia and New Guinea. Living at altitudes of above 1,500 m, it eats insects and nectar, and may eat pollen in place of insects in the wild. Source: [[http://en.wikipedia.org/wiki/Cercartetus_caudatus|Wikipedia]] The potential distribution of the species were modelled using species observation data and MaxEnt. These distributions were then tempered to include only regions where the species was known to exist, to give the estimated 'realized' distribution.

Dasyurus maculatus (Spotted-tailed Quoll) (JCU) (WT_MTSRF_JCU_Vertebrate-atlas_2010:Realized-DASMACU)

This map layer shows the realized estimated distribution of Dasyurus maculatus (Spotted-tailed Quoll) in the Wet Tropics region. [[IMG|http://upload.wikimedia.org/wikipedia/commons/thumb/9/93/Tiger_quoll_Featherdale.jpg/220px-Tiger_quoll_Featherdale.jpg]] Source: [[http://en.wikipedia.org/wiki/File:Tiger_quoll_Featherdale.jpg|Wikipedia]], , [[http://creativecommons.org/licenses/by/2.0|CC-BY-2.0]] The tiger quoll (Dasyurus maculatus), also known as the spotted-tail quoll, the spotted quoll, the spotted-tailed dasyure or (erroneously) the tiger cat, is a carnivorous marsupial of the quoll genus Dasyurus native to Australia. With males and females weighing around 3.5 kg and 1.8 kg, respectively, it is mainland Australia's largest, and the world's longest (the biggest is the Tasmanian devil), living carnivorous marsupial and it is considered an apex predator. Two subspecies are recognised, the nominate is found in wet forests of southeastern Australia and Tasmania, and a northern subspecies D. m. gracilis is found in a small area of northern Queensland and is endangered. Source: [[http://en.wikipedia.org/wiki/Dasyurus_maculatus|Wikipedia]] The potential distribution of the species were modelled using species observation data and MaxEnt. These distributions were then tempered to include only regions where the species was known to exist, to give the estimated 'realized' distribution.

Dendrolagus lumholtzi (Lumholtz's Tree-kangaroo) (JCU) (WT_MTSRF_JCU_Vertebrate-atlas_2010:Realized-DENLUMH)

This map layer shows the realized estimated distribution of Dendrolagus lumholtzi (Lumholtz's Tree-kangaroo) in the Wet Tropics region. [[IMG|http://upload.wikimedia.org/wikipedia/commons/thumb/7/7a/DendrolagusLumholtziSmit.jpg/220px-DendrolagusLumholtziSmit.jpg]] Source: [[http://en.wikipedia.org/wiki/File:DendrolagusLumholtziSmit.jpg|Wikipedia]], , [[|Public domain]] Lumholtz's tree-kangaroo (Dendrolagus lumholtzi) is a heavy-bodied tree-kangaroo found in rain forests of the Atherton Tableland Region of Queensland. Its status is classified as least concern by the IUCN, although local authorities classify it as rare. It is named after the Norwegian explorer Carl Sofus Lumholtz (1851�1922). Source: [[http://en.wikipedia.org/wiki/Dendrolagus_lumholtzi|Wikipedia]] The potential distribution of the species were modelled using species observation data and MaxEnt. These distributions were then tempered to include only regions where the species was known to exist, to give the estimated 'realized' distribution.

Hypsiprymnodon moschatus (Musky Rat-kangaroo) (JCU) (WT_MTSRF_JCU_Vertebrate-atlas_2010:Realized-HYPMOSC)

This map layer shows the realized estimated distribution of Hypsiprymnodon moschatus (Musky Rat-kangaroo) in the Wet Tropics region. [[IMG|http://upload.wikimedia.org/wikipedia/commons/thumb/7/76/Musky-rat.jpg/250px-Musky-rat.jpg]] Source: [[http://en.wikipedia.org/wiki/File:Musky-rat.jpg|Wikipedia]], PanBK, [[www.gnu.org/copyleft/fdl.html|GFDL]] The musky rat-kangaroo (Hypsiprymnodon moschatus) is a marsupial species found only in the rainforests of northeast Australia. Although some scientists place this species as a subfamily (Hypsiprymnodontinae) of the family Potoroidae, the most recent classification places it in the family Hypsiprymnodontidae with prehistoric rat-kangaroos. Source: [[http://en.wikipedia.org/wiki/Hypsiprymnodon_moschatus|Wikipedia]] The potential distribution of the species were modelled using species observation data and MaxEnt. These distributions were then tempered to include only regions where the species was known to exist, to give the estimated 'realized' distribution.

Murina florium (Flute-nosed bat) (JCU) (WT_MTSRF_JCU_Vertebrate-atlas_2010:Realized-MURFLOR)

This map layer shows the realized estimated distribution of Murina florium (Flute-nosed bat) in the Wet Tropics region. The Flute-nosed Bat, Murina florium, is a species of vesper bat in the Vespertilionidae family. It can be found in the following countries: Australia, Indonesia, and Papua New Guinea. Source: [[http://en.wikipedia.org/wiki/Murina_florium|Wikipedia]] The potential distribution of the species were modelled using species observation data and MaxEnt. These distributions were then tempered to include only regions where the species was known to exist, to give the estimated 'realized' distribution.

Nyctimene robinsoni (Eastern tubenosed bat) (JCU) (WT_MTSRF_JCU_Vertebrate-atlas_2010:Realized-NYCROBI)

This map layer shows the realized estimated distribution of Nyctimene robinsoni (Eastern tubenosed bat) in the Wet Tropics region. [[IMG|http://upload.wikimedia.org/wikipedia/commons/thumb/a/a5/Nyctimene_robinsoni.jpg/220px-Nyctimene_robinsoni.jpg]] Source: [[http://en.wikipedia.org/wiki/File:Nyctimene_robinsoni.jpg|Wikipedia]], Mnolf, [[http://www.gnu.org/copyleft/fdl.html|GFDL]] The eastern or Queensland tube-nosed bat (Nyctimene robinsoni) is a megabat in the family Pteropodidae that lives in north-eastern Australia. N. robinsoni is one of the few species in Pteropodidae that roosts solitarily. They get their common name from their raised tubular nostrils which is unlike most other species in the family. They are a deep brown with gray heads and sparse yellow spotting. Source: [[http://en.wikipedia.org/wiki/Nyctimene_robinsoni|Wikipedia]] The potential distribution of the species were modelled using species observation data and MaxEnt. These distributions were then tempered to include only regions where the species was known to exist, to give the estimated 'realized' distribution.

Perameles nasuta (Long-nosed Bandicoot) (JCU) (WT_MTSRF_JCU_Vertebrate-atlas_2010:Realized-PERNASU)

This map layer shows the realized estimated distribution of Perameles nasuta (Long-nosed Bandicoot) in the Wet Tropics region. [[IMG|http://upload.wikimedia.org/wikipedia/commons/thumb/a/ad/Perameles_nasuta_%28Harvard_University%29.JPG/220px-Perameles_nasuta_%28Harvard_University%29.JPG]] Source: [[http://en.wikipedia.org/wiki/File:Perameles_nasuta_(Harvard_University).JPG|Wikipedia]], , [[|Public domain]] The long-nosed bandicoot (Perameles nasuta) is a species of bandicoot found in Australia. It is the largest member of its genus, which also includes the eastern barred bandicoot and the desert bandicoot. Source: [[http://en.wikipedia.org/wiki/Perameles_nasuta|Wikipedia]] The potential distribution of the species were modelled using species observation data and MaxEnt. These distributions were then tempered to include only regions where the species was known to exist, to give the estimated 'realized' distribution.

Pseudochirops archeri (Green Ringtail Possum) (JCU) (WT_MTSRF_JCU_Vertebrate-atlas_2010:Realized-PSEARCH)

This map layer shows the realized estimated distribution of Pseudochirops archeri (Green Ringtail Possum) in the Wet Tropics region. [[IMG|http://upload.wikimedia.org/wikipedia/commons/thumb/2/2b/Possum_vert.jpg/220px-Possum_vert.jpg]] Source: [[http://en.wikipedia.org/wiki/File:Possum_vert.jpg|Wikipedia]], , [[http://creativecommons.org/licenses/by-sa/2.0|CC-BY-SA-2.0]] The green ringtail possum (Pseudochirops archeri) is a species of ringtail possum found only in northern Australia. This makes it unique in its genus, all other members of which are found in New Guinea or nearby islands. The green ringtail possum is found in a tiny area of northeastern Queensland, between Paluma and Mount Windsor Tableland. Source: [[http://en.wikipedia.org/wiki/Pseudochirops_archeri|Wikipedia]] The potential distribution of the species were modelled using species observation data and MaxEnt. These distributions were then tempered to include only regions where the species was known to exist, to give the estimated 'realized' distribution.

Pseudochirulus herbertensis (Herbert River Ringtail Possum) (JCU) (WT_MTSRF_JCU_Vertebrate-atlas_2010:Realized-PSEHERB)

This map layer shows the realized estimated distribution of Pseudochirulus herbertensis (Herbert River Ringtail Possum) in the Wet Tropics region. [[IMG|http://upload.wikimedia.org/wikipedia/commons/thumb/6/66/PhalangistaHerbertensisSmit.jpg/220px-PhalangistaHerbertensisSmit.jpg]] Source: [[http://en.wikipedia.org/wiki/File:PhalangistaHerbertensisSmit.jpg|Wikipedia]], , [[|Public domain]] The Herbert River ringtail possum (Pseudochirulus herbertensis) is a species of possum found in northeastern Queensland, Australia. It a dark brown to black species, sometimes with a white belly. Source: [[http://en.wikipedia.org/wiki/Pseudochirulus_herbertensis|Wikipedia]] The potential distribution of the species were modelled using species observation data and MaxEnt. These distributions were then tempered to include only regions where the species was known to exist, to give the estimated 'realized' distribution.

Pteropus conspicillatus (Spectacled flying-fox) (JCU) (WT_MTSRF_JCU_Vertebrate-atlas_2010:Realized-PTECONS)

This map layer shows the realized estimated distribution of Pteropus conspicillatus (Spectacled flying-fox) in the Wet Tropics region. [[IMG|http://upload.wikimedia.org/wikipedia/commons/thumb/a/ad/Spectacled_flying_foxes_%28Pteropus_conspicillatus%29_-_male%2C_female_%26_her_young.jpg/220px-Spectacled_flying_foxes_%28Pteropus_conspicillatus%29_-_male%2C_female_%26_her_young.jpg]] Source: [[http://en.wikipedia.org/wiki/File:Spectacled_flying_foxes_(Pteropus_conspicillatus)_-_male,_female_%26_her_young.jpg|Wikipedia]], Justin Welbergen, [[http://creativecommons.org/licenses/by-sa/3.0|CC-BY-SA-3.0]] The spectacled flying fox (Pteropus conspicillatus), also known as the spectacled fruit bat, is a megabat that lives in Australia's north-eastern regions of Queensland. It is also found in New Guinea and on the offshore islands including Woodlark Island, Alcester Island, Kiriwina, and Halmahera. Source: [[http://en.wikipedia.org/wiki/Pteropus_conspicillatus|Wikipedia]] The potential distribution of the species were modelled using species observation data and MaxEnt. These distributions were then tempered to include only regions where the species was known to exist, to give the estimated 'realized' distribution.

Rattus leucopus (Cape York Rat) (JCU) (WT_MTSRF_JCU_Vertebrate-atlas_2010:Realized-RATLEUC)

This map layer shows the realized estimated distribution of Rattus leucopus (Cape York Rat) in the Wet Tropics region. The Cape York Rat (Rattus leucopus) is a species of rodent in the family Muridae. It is found in Australia, Indonesia, and Papua New Guinea. Source: [[http://en.wikipedia.org/wiki/Rattus_leucopus|Wikipedia]] The potential distribution of the species were modelled using species observation data and MaxEnt. These distributions were then tempered to include only regions where the species was known to exist, to give the estimated 'realized' distribution.

Sminthopsis leucopus (White-footed Dunnart) (JCU) (WT_MTSRF_JCU_Vertebrate-atlas_2010:Realized-SMILEUC)

This map layer shows the realized estimated distribution of Sminthopsis leucopus (White-footed Dunnart) in the Wet Tropics region. [[IMG|http://upload.wikimedia.org/wikipedia/commons/thumb/f/fb/Ant_lucp.jpg/220px-Ant_lucp.jpg]] Source: [[http://en.wikipedia.org/wiki/File:Ant_lucp.jpg|Wikipedia]], , [[|Public domain]] The white-footed dunnart (Sminthopsis leucopus) is a marsupial that occurs of Tasmania and Australia. It occurs along the coast and in inner Gippsland and Alpine areas up to 400 metres near Narbethong. The length from snout to tail being 140�200 mm of which head to anus is 70�110 mm and tail 70�90 mm long and with a weight of 19�27 g. Source: [[http://en.wikipedia.org/wiki/Sminthopsis_leucopus|Wikipedia]] The potential distribution of the species were modelled using species observation data and MaxEnt. These distributions were then tempered to include only regions where the species was known to exist, to give the estimated 'realized' distribution.

Trichosurus vulpecula j. (Coppery Brushtail Possum) (JCU) (WT_MTSRF_JCU_Vertebrate-atlas_2010:Realized-TRIJOHN)

This map layer shows the realized estimated distribution of Trichosurus vulpecula j. (Coppery Brushtail Possum) in the Wet Tropics region. [[IMG|http://upload.wikimedia.org/wikipedia/commons/thumb/5/5d/Coppery_Brushtail_Possum_%283625102158%29.jpg/220px-Coppery_Brushtail_Possum_%283625102158%29.jpg]] Source: [[http://en.wikipedia.org/wiki/File:Coppery_Brushtail_Possum_(3625102158).jpg|Wikipedia]], Greg Schechter, [[http://creativecommons.org/licenses/by/2.0|CC-BY-2.0]] The coppery brushtail possum (Trichosurus johnstonii) is a species of marsupial possum in the family Phalangeridae. Coppery brushtails are found within the Atherton Tablelands area of Queensland, in northeastern Australia. These mammals inhabit rainforest ecosystems, living within the tree canopy. Though they have a restricted distribution, they are locally common. This population is often considered a subspecies of T. vulpecula. Source: [[http://en.wikipedia.org/wiki/Coppery_Brushtail_Possum|Wikipedia]] The potential distribution of the species were modelled using species observation data and MaxEnt. These distributions were then tempered to include only regions where the species was known to exist, to give the estimated 'realized' distribution.

Uromys hadrourus (Masked White-tailed Rat) (JCU) (WT_MTSRF_JCU_Vertebrate-atlas_2010:Realized-UROHADR)

This map layer shows the realized estimated distribution of Uromys hadrourus (Masked White-tailed Rat) in the Wet Tropics region. The Masked White-tailed Rat (Uromys hadrourus) is a species of rodent in the family Muridae. It is found only in Australia. Source: [[http://en.wikipedia.org/wiki/Uromys_hadrourus|Wikipedia]] The potential distribution of the species were modelled using species observation data and MaxEnt. These distributions were then tempered to include only regions where the species was known to exist, to give the estimated 'realized' distribution.

WT: Mountains (WTMA) (wtma:WT_WTMA_Mountain)

GBR: Bathymetry gbr100 (JCU) (GBR: Bathymetry gbr100 (JCU))

Hillshade gbr100 (JCU) (ea:GBR_JCU_Bathymetry-3DGBR_Hillshade)

This is hillshading derived from the GBR_JCU_Bathymetry-gbr100 dataset at its full resolution. It was created using ArcMap. [ Original Source: JCU. e-Atlas layer: GBR_JCU_Bathymetry-3DGBR_Hillshade. More info: http://e-atlas.org.au/content/gbr-jcu-bathymetry-gbr100 ]

Hillshading - sea only (3DGBR) (ea:GBR_JCU_Bathymetry-3DGBR_Ocean-Hillshade-v1.0)

This layer shows hillshading from the 3DGBR dataset over the sea areas only. The land is transparent.

GBR: Bathymetry gbr100 - v3 2014 (JCU) (ea-2014:GBR_JCU_Bathymetry-gbr100_v3-2014)

This layer shows modelled bathymetry for the GBR at 100 m resolution. This is version 3 of this dataset updated in Dec 2014. It incorporating dozens of new bathymetric surveys including many new navy LADS surveys and some satellite derived bathy to fill in some gaps left by LADS. This layer is now deprecated by version 4 of this dataset.

Torres Strait: Bathymetry (GA) (Torres Strait: Bathymetry (GA))

Gulf of Papua Bathymetry Hillshading (GA) (ts:TS_GA_Gulf-of-Papua-bathymetry-100m-2008_Hillshade)

This layer shows hillshading derived from the Gulf of Papua Bathymetry (GA) grid. The bathymetry grid covers the Gulf of Papua and northern Australia with a resolution of ~110m (0.001 degrees). This dataset uses new multibeam sonar surveys to add much needed detail to a region of the seabed where previously little was known. In shallow Australian waters, bathymetry derived from Landsat satellite imagery was used to supplement traditionally acquired bathymetric data. For onshore areas, Shuttle Radar Topography Mission data were used for topographic control. The hillshading was generated using ArcMap. The original bathymetry dataset is described in detail in: Daniell, J. J. (2008), Development of a bathymetric grid for the Gulf of Papua and adjacent areas: A note describing its development, J. Geophys. Res., 113, F01S15, doi:10.1029/2006JF000673. [ Copyright 2008 by Geoscience Australia (James J. Daniell), http://dx.doi.org/10.1029/2006JF000673 ]

WT: Contours 100m (WTMA) (wtma:WT_WTMA_Contour_100m)

WT: Spot Heights (WTMA) (WT: Spot Heights (WTMA))

WT: Spot Heights (few points) (WTMA) (wtma:WT_WTMA_SpotHeight-250k_Med)

This is a subset of the points in WT_WTMA_SpotHeight-250k. This contains a random selection of 6700 points. For more information on this processing see http://e-atlas.org.au/maps/www/WT_WTMA_SpotHeight-250k/e-Atlas_prep-WTMA_SpotHeight.pdf

AU: Australian Bathymetry and Topography 2009 (GA) (ea:AU_GA_Bathymetry-2009)

This layer shows the bathymetry of the ocean and the topography (height) of the land for Australia at 250 m resolution. This dataset is from the Australian Bathymetry and Topography Grid, June 2009 (GeoScience Australia) http://dx.doi.org/10.4225/25/53D99B6581B9A

Contours (Contours)

AU: Depth contour 200m Ausbath 2009 v4 (eAtlas, source:GA) (ea:AU_eAtlas-GA_ausbath-09-v4-contour_200m)

This layer shows the depth contour at 200m derived from the Geoscience Australia, 'Australian bathymetry and topography grid, June 2009'.

AU: Depth contour 400m Ausbath 2009 v4 (eAtlas, source:GA) (ea:AU_eAtlas-GA_ausbath-09-v4-contour_400m)

This layer shows the depth contour at 400m derived from the Geoscience Australia, 'Australian bathymetry and topography grid, June 2009'.

GBR and Coral Sea Geomorphic Features (3DGBR, JCU) (GBR and Coral Sea Geomorphic Features (3DGBR, JCU))

Coralsea: Bank (JCU) (ea:GBR_JCU_3DGBR-geomorph_Coralsea-bank)

Bank is an elevation over which the depth of water is relatively shallow but normally sufficient for safe surface navigation. In this project, banks were mapped as the base or pedestal boundaries of the coral reefs found in the Coral Sea. For example, the coral atolls and reefs on the Queensland Plateau are considered banks and their bases digitised where they emerge from the surrounding flat seafloor.

Coralsea: Cay (JCU) (ea:GBR_JCU_3DGBR-geomorph_Coralsea-cay)

Cay is a sand island elevated above Australian Height Datum (AHD), and located on offshore coral reefs and seamounts. Cays were mapped initially using a shapefile provided by Geoscience Australia for this project, and then their boundaries checked or remapped using Landsat imagery as background source data to help delineate the white sand areas against the surrounding ocean.

Coralsea: Knoll (JCU) (ea:GBR_JCU_3DGBR-geomorph_Coralsea-knoll)

Knoll is a relatively small isolated elevation of a rounded shape. This shapefile also includes Abyssal hill, a low (100 - 500 m) elevation on the deep seafloor. For this project, knolls and abyssal hills were mapped using background datasets that showed relatively steep changes in elevation contours and variations in slope gradients. Knolls are numerous throughout the Coral Sea area and are greatly underestimated.

Coralsea: Ridge (JCU) (ea:GBR_JCU_3DGBR-geomorph_Coralsea-ridge)

Ridge is a long, narrow elevation with steep sides. In this project, ridges were mapped as widely-scattered and uncommon, finer-scale features identified in the gbr100 grid. These elongate ridges are distinct from the smaller knolls or hills which have a more rounded shape. They are usually found on the plateaus of the Lord Howe Rise.

4. Broader-scale features (4. Broader-scale features)

Coralsea: Basin (JCU) (ea:GBR_JCU_3DGBR-geomorph_Coralsea-basin)

Basin is a depression, characteristically in the deep seafloor, more or less equidimensional in plan and of variable extent. Basins were mapped where their boundaries changed from generally flat to more steep gradients. Plateau or slope features were used to erase and limit the boundaries of the basin features. In the north lies the large Osprey Embayment which has smaller plateaus lying within its area. The Cato Trough is a large basin separating the southern continental slope and plateaus of the Lord Howe Rise area. On the Lord Howe Rise are shallow basins that surround the series of plateaus that lie on the Lord Howe Rise.

Coralsea: Rise (JCU) (ea:GBR_JCU_3DGBR-geomorph_Coralsea-rise)

Rise is a gentle slope rising from the oceanic depths towards the foot of a continental slope. For this project, an elongate rise is mapped between the Queensland Plateau and the adjacent Coral Sea Basin. The Queensland Plateau is remnant continental crust from the Gondwana breakup and so its seaward edge provides a geomorphic extension of the Australian margin, albeit at a much deeper depth than the present mainland margin. The rise was mapped where the gradient angle of the Queensland Plateau seaward edge first becomes less steep and finishes at the Coral Sea Basin abyssal plain. Another rise feature was mapped between the southern continental slope and the Tasman Basin abyssal plain.

Coralsea: Terrace (JCU) (ea:GBR_JCU_3DGBR-geomorph_Coralsea-terrace)

Terrace is a relatively flat horizontal or gently inclined surface, sometimes long and narrow, which is bounded by a steeper ascending slope on one side and by a steeper descending slope on the opposite side. In this project, one broad-scale terrace feature was mapped lying on the slope between the Swains Reefs and Capricorn-Bunker Group of reefs, and near the Capricorn Trough.

Coralsea: Valley (JCU) (ea:GBR_JCU_3DGBR-geomorph_Coralsea-valley)

Valley is a relatively shallow, wide depression, the bottom of which usually has a continuous gradient. This term is generally not used for features that have canyon-like characteristics for a significant portion of their extent. The shapefile includes Hole, a local depression, often steep sided, of the seafloor. Valleys and holes were mapped as long shallow depressions that often separated the numerous plateaus. These features link the basins and troughs that surround these plateaus, and in some cases can be incised with finer-scale canyons.

1. Boundaries (1. Boundaries)

QLD GBRWHA CSCZ bounds (JCU) (ea:GBR_JCU_3DGBR-geomorph_QLD-GBRWHA-CSCZ)

This line shapefile combines both the GBRWHA and Coral Sea Conservation Zone (CSCZ) areas. GBRMPA supplied the original GBRWHA shapefile (detailed above). Geoscience Australia provided the original EEZ limit shapefile via the Australian Marine Spatial Information System (AMSIS). These two shapefiles were combined and clipped in the north at latitude 10 deg S. Note, this northern limit cuts off a small triangle of CSCZ over Ashmore Reef. The southern limit was clipped at latitude 24 deg 29.903'S. The western limit was clipped at the Queensland mainland coastline. This combined area was used to clip all geomorphic features created in this project.

GBR: Dry Reef (GBRMPA) (ea:GBR_JCU_3DGBR-geomorph_GBR-dryreef)

The GBR shelf dryreefs shapefile was initially provided by GBRMPA for this project using a GD94 datum. The shapefile was reprojected to the WGS84 datum and not modified in any other way. It is provided here only for completeness but and products using this shapefile should also acknowledge GBRMPA (see under licensing).

NERP TE Project Activity (NERP TE Project Activity)

QLD: All NERP TE Project study sites (QLD_NERP-TE_e-Atlas_Study-area:All-Projects_Points_2013)

This layer shows the study sites provided by all of the NERP TE projects as part of their project metadata. To protect some sensitive sites they are represented as regions and thus are not part of this layer.

Project 6.3 Seabird tracking (Project 6.3 Seabird tracking)

Project 2.1 Dugong and turtle monitoring (Project 2.1 Dugong and turtle monitoring)

GBR: NERP TE 2.1 Turtle tagging and temp logger site (JCU) (QLD_NERP-TE_e-Atlas_Study-area:Project-2-1_2013_Points)

This layer shows the areas of activity for NERP TE Project 2.1 Marine turtles and dugongs of Torres Strait (JCU) as of June 2013. This information was collected as part of the project metadata and thus is not a detailed spatial dataset. The data for this layer is available from the [[http://e-atlas.org.au/data/uuid/5f8f58a6-9ba4-4c47-bf69-6c909849fbd2|NERP TE Project study areas]] dataset.

GBR: NERP TE 5.1 Fish biodiversity analysis region (AIMS) (QLD_NERP-TE_e-Atlas_Study-area:Project-5-1_2013_Polygons)

This layer shows the areas of activity for NERP TE Project 5.1 Understanding diversity of the GBR: spatial and temporal dynamics and environmental drivers (AIMS) as of June 2013. This information was collected as part of the project metadata and thus is not a detailed spatial dataset. The data for this layer is available from the [[http://e-atlas.org.au/data/uuid/5f8f58a6-9ba4-4c47-bf69-6c909849fbd2|NERP TE Project study areas]] dataset.

GBR: NERP TE 10.1 SELTMP tourist survey sites (CSIRO, JCU) (QLD_NERP-TE_e-Atlas_Study-area:Project-10-1_2013_Points)

This layer shows the areas of activity for NERP TE Project 10.1 Social and economic long term monitoring programme (SELTMP) � (CSIRO, JCU) as of June 2013. This information was collected as part of the project metadata and thus is not a detailed spatial dataset. The data for this layer is available from the [[http://e-atlas.org.au/data/uuid/5f8f58a6-9ba4-4c47-bf69-6c909849fbd2|NERP TE Project study areas]] dataset.

Project 12.4 Governance of ecosystem markets (Project 12.4 Governance of ecosystem markets)

Project 12.2 Cost-effective rainforest restoration (Project 12.2 Cost-effective rainforest restoration)

Project 10.2 Socio-economic 'values' of GBR (Project 10.2 Socio-economic 'values' of GBR)

Project 2.3 Coral reef monitoring (Project 2.3 Coral reef monitoring)

TS: NERP TE 2.3 Coral Manta tow surveys and condition report (AIMS) (QLD_NERP-TE_e-Atlas_Study-area:Project-2-3_2013_Polygons)

This layer shows the areas of activity for NERP TE Project 2.3 Monitoring the health of Torres Strait coral reefs (AIMS) as of June 2013. This information was collected as part of the project metadata and thus is not a detailed spatial dataset. The data for this layer is available from the [[http://e-atlas.org.au/data/uuid/5f8f58a6-9ba4-4c47-bf69-6c909849fbd2|NERP TE Project study areas]] dataset.

TS: NERP TE 2.2 Mangrove helicopter survey tracks (JCU) (QLD_NERP-TE_e-Atlas_Study-area:Project-2-2_2013_Lines)

This layer shows the areas of activity for NERP TE Project 2.2 Mangrove and freshwater habitat status of Torres Strait islands (JCU) as of June 2013. This information was collected as part of the project metadata and thus is not a detailed spatial dataset. The data for this layer is available from the [[http://e-atlas.org.au/data/uuid/5f8f58a6-9ba4-4c47-bf69-6c909849fbd2|NERP TE Project study areas]] dataset.

Project 6.2 Inshore juvenile shark surveys (Project 6.2 Inshore juvenile shark surveys)

Project 3.2 Rainforest refugia and plant genetic diversity (Project 3.2 Rainforest refugia and plant genetic diversity)

Project 4.2 Chronic effects and persistence of pesticides (Project 4.2 Chronic effects and persistence of pesticides)

Project 4.1 Effect of rivers on coastal turbidity (Project 4.1 Effect of rivers on coastal turbidity)

Project 9.4 Coastal zone planning (Project 9.4 Coastal zone planning)

Project 3.4 Monitoring cassowaries and spectacled flying foxes (Project 3.4 Monitoring cassowaries and spectacled flying foxes)

WT: NERP TE 3.4 Flying Fox camp monitoring sites (CSIRO) (QLD_NERP-TE_e-Atlas_Study-area:Project-3-4_2013_Polygons)

This layer shows the areas of activity for NERP TE Project 3.4 Monitoring of key vertebrate species (CSIRO) as of June 2013. This information was collected as part of the project metadata and thus is not a detailed spatial dataset. This layer shows the flying fox camp sites that were monitoring as part of this project. The exact location of this sites was protected by applying a 1 km grid to the camp site. The data for this layer is available from the [[http://e-atlas.org.au/data/uuid/5f8f58a6-9ba4-4c47-bf69-6c909849fbd2|NERP TE Project study areas]] dataset.

WT: NERP TE 12.3 WTWHA 'values' socio-eco postal surveys (JCU) (QLD_NERP-TE_e-Atlas_Study-area:Project-12-3_2013_Polygons)

This layer shows the areas of activity for NERP TE Project 12.3 Relative social and economic values of residents and tourists in the WTWHA (JCU) as of June 2013. This information was collected as part of the project metadata and thus is not a detailed spatial dataset. The data for this layer is available from the [[http://e-atlas.org.au/data/uuid/5f8f58a6-9ba4-4c47-bf69-6c909849fbd2|NERP TE Project study areas]] dataset.

WT: NERP TE 7.2 Weed distribution analysis region (CSIRO) (QLD_NERP-TE_e-Atlas_Study-area:Project-7-2_2013_Polygons)

This layer shows the areas of activity for NERP TE Project 7.2 Invasive species risks and responses in the Wet Tropics (CSIRO) as of June 2013. This information was collected as part of the project metadata and thus is not a detailed spatial dataset. The data for this layer is available from the [[http://e-atlas.org.au/data/uuid/5f8f58a6-9ba4-4c47-bf69-6c909849fbd2|NERP TE Project study areas]] dataset.

GBR: NERP TE 8.3 Fish DNA tissue sampling regions (JCU) (QLD_NERP-TE_e-Atlas_Study-area:Project-8-3_2013_Polygons)

This layer shows the areas of activity for NERP TE Project 8.3 Significance of no-take marine protected areas to regional recruitment and population persistence on the GBR (JCU) as of June 2013. This information was collected as part of the project metadata and thus is not a detailed spatial dataset. The data for this layer is available from the [[http://e-atlas.org.au/data/uuid/5f8f58a6-9ba4-4c47-bf69-6c909849fbd2|NERP TE Project study areas]] dataset.

GBR: NERP TE 9.1 Reef vulnerability modelling region (AIMS) (QLD_NERP-TE_e-Atlas_Study-area:Project-9-1_2013_Polygons)

This layer shows the areas of activity for NERP TE Project 9.1 Dynamic vulnerability maps and decision support tools for the Great Barrier Reef (AIMS) as of June 2013. This information was collected as part of the project metadata and thus is not a detailed spatial dataset. The data for this layer is available from the [[http://e-atlas.org.au/data/uuid/5f8f58a6-9ba4-4c47-bf69-6c909849fbd2|NERP TE Project study areas]] dataset.

GBR: NERP TE 1.1 LTMP monitoring sites (AIMS) (QLD_NERP-TE_e-Atlas_Study-area:Project-1-1_2013_Points)

This layer shows the areas of activity for NERP TE Project 1.1 Monitoring status and trends of coral reefs of the GBR (AIMS) as of June 2013. This information was collected as part of the project metadata and thus is not a detailed spatial dataset. The data for this layer is available from the [[http://e-atlas.org.au/data/uuid/5f8f58a6-9ba4-4c47-bf69-6c909849fbd2|NERP TE Project study areas]] dataset.

GBR: NERP TE 5.2 WQ and climate change lab experiment site (AIMS) (QLD_NERP-TE_e-Atlas_Study-area:Project-5-2_2013_Points)

This layer shows the areas of activity for NERP TE Project 5.2 Experimental and field investigations of combined water quality and climate effects on corals and other reef organisms (AIMS) as of June 2013. This information was collected as part of the project metadata and thus is not a detailed spatial dataset. The data for this layer is available from the [[http://e-atlas.org.au/data/uuid/5f8f58a6-9ba4-4c47-bf69-6c909849fbd2|NERP TE Project study areas]] dataset.

WT: NERP TE 3.1 Vertebrate survey sites (JCU) (QLD_NERP-TE_e-Atlas_Study-area:Project-3-1_2013_Points)

This layer shows the areas of activity for NERP TE Project 3.1 Rainforest Biodiversity: (a) Monitoring; (b) Climate change vulnerability and adaptation; (c) Determinants of biodiversity � synthesis and integration; and (d) Status, trends and future predictions (JCU) as of June 2013. This information was collected as part of the project metadata and thus is not a detailed spatial dataset. The data for this layer is available from the [[http://e-atlas.org.au/data/uuid/5f8f58a6-9ba4-4c47-bf69-6c909849fbd2|NERP TE Project study areas]] dataset.

GBR: NERP TE 8.1 Offshore GBRMP rezoning LTMP monitoring sites (AIMS) (QLD_NERP-TE_e-Atlas_Study-area:Project-8-1_2013_Points)

This layer shows the areas of activity for NERP TE Project 8.1 Monitoring the ecological effects of the Great Barrier Reef Zoning Plan on mid- and outer-shelf reefs (AIMS) as of June 2013. This information was collected as part of the project metadata and thus is not a detailed spatial dataset. The data for this layer is available from the [[http://e-atlas.org.au/data/uuid/5f8f58a6-9ba4-4c47-bf69-6c909849fbd2|NERP TE Project study areas]] dataset.

GBR: NERP TE 6.1 Acoustic receiver sites (AIMS) (QLD_NERP-TE_e-Atlas_Study-area:Project-6-1_2013_Points)

This layer shows the areas of activity for NERP TE Project 6.1 Maximising the benefits of mobile predators to GBR ecosystems: the importance of movement, habitat and environment (AIMS) as of June 2013. This information was collected as part of the project metadata and thus is not a detailed spatial dataset. The data for this layer is available from the [[http://e-atlas.org.au/data/uuid/5f8f58a6-9ba4-4c47-bf69-6c909849fbd2|NERP TE Project study areas]] dataset.

TS: NERP TE 11.2 Mosquitoe trapping sites (JCU) (QLD_NERP-TE_e-Atlas_Study-area:Project-11-2_2013_Points)

This layer shows the areas of activity for NERP TE Project 11.2 Improved approaches for detection of disease and prevention of spread in Torres Strait (JCU) as of June 2013. This information was collected as part of the project metadata and thus is not a detailed spatial dataset. The data for this layer is available from the [[http://e-atlas.org.au/data/uuid/5f8f58a6-9ba4-4c47-bf69-6c909849fbd2|NERP TE Project study areas]] dataset.

GBR: NERP TE 9.2 Inshore GBR management project regions (CSIRO) (QLD_NERP-TE_e-Atlas_Study-area:Project-9-2_2013_Polygons)

This layer shows the areas of activity for NERP TE Project 9.2 Design and implementation of Management Strategy Evaluation for the Great Barrier Reef inshore (MSEGBR) (CSIRO) as of June 2013. This information was collected as part of the project metadata and thus is not a detailed spatial dataset. The data for this layer is available from the [[http://e-atlas.org.au/data/uuid/5f8f58a6-9ba4-4c47-bf69-6c909849fbd2|NERP TE Project study areas]] dataset.

WT: NERP TE 12.1 Indigenous co-management project region (CSIRO) (QLD_NERP-TE_e-Atlas_Study-area:Project-12-1_2013_Polygons)

This layer shows the areas of activity for NERP TE Project 12.1 Indigenous co-management and biodiversity protection (CSIRO) as of June 2013. This information was collected as part of the project metadata and thus is not a detailed spatial dataset. The data for this layer is available from the [[http://e-atlas.org.au/data/uuid/5f8f58a6-9ba4-4c47-bf69-6c909849fbd2|NERP TE Project study areas]] dataset.

GBR: NERP TE 5.3 Seagrass field sampling and lab experiment sites (JCU) (QLD_NERP-TE_e-Atlas_Study-area:Project-5-3_2013_Points)

This layer shows the areas of activity for NERP TE Project 5.3 Vulnerability of seagrass habitats in the GBR to flood plume impacts: light, nutrients and salinity (JCU) as of June 2013. This information was collected as part of the project metadata and thus is not a detailed spatial dataset. The data for this layer is available from the [[http://e-atlas.org.au/data/uuid/5f8f58a6-9ba4-4c47-bf69-6c909849fbd2|NERP TE Project study areas]] dataset.

Project 9.3 Management actions for GBR islands (Project 9.3 Management actions for GBR islands)

Project 1.2 Dugong and turtle monitoring (Project 1.2 Dugong and turtle monitoring)

GBR: NERP TE 1.2 Dugong and turtle sites (JCU) (QLD_NERP-TE_e-Atlas_Study-area:Project-1-2_2013_Points)

This layer shows the areas of activity for NERP TE Project 1.2 Marine wildlife management in the Great Barrier Reef World Heritage Area (JCU) as of June 2013. This information was collected as part of the project metadata and thus is not a detailed spatial dataset. The data for this layer is available from the [[http://e-atlas.org.au/data/uuid/5f8f58a6-9ba4-4c47-bf69-6c909849fbd2|NERP TE Project study areas]] dataset.

TS: NERP TE 11.1 Torres Strait futures analysis region (CSIRO) (QLD_NERP-TE_e-Atlas_Study-area:Project-11-1_2013_Polygons)

This layer shows the areas of activity for NERP TE Project 11.1 Building resilience communities for Torres Strait futures (CSIRO) as of June 2013. This information was collected as part of the project metadata and thus is not a detailed spatial dataset. The data for this layer is available from the [[http://e-atlas.org.au/data/uuid/5f8f58a6-9ba4-4c47-bf69-6c909849fbd2|NERP TE Project study areas]] dataset.

WT: NERP TE 7.1 Vegetation monitoring sites (CSIRO) (QLD_NERP-TE_e-Atlas_Study-area:Project-7-1_2013_Points)

This layer shows the areas of activity for NERP TE Project 7.1 Fire and rainforests (CSIRO) as of June 2013. This information was collected as part of the project metadata and thus is not a detailed spatial dataset. The data for this layer is available from the [[http://e-atlas.org.au/data/uuid/5f8f58a6-9ba4-4c47-bf69-6c909849fbd2|NERP TE Project study areas]] dataset.

Project 3.3 Surveys of critically endangered rainforest frogs (Project 3.3 Surveys of critically endangered rainforest frogs)

Project 8.2 Inshore GBRMP rezoning monitoring (Project 8.2 Inshore GBRMP rezoning monitoring)

Project 7.3 Effect of extreme climatic events on biodiversity (Project 7.3 Effect of extreme climatic events on biodiversity)

Geoscientific Information (Geoscientific Information)

WT: WTMaps Geology 2008 (WTMA) (wtma:WT_WTMA_WTMaps-2008_Geology)

Bank site - residual measurement difference with RIEGL laser scanner (NESP TWQ 1.2, CSIRO) (nesp1:Burdekin_NESP-TWQ-1-2_CSIRO_Laser-scans_2015-11_DEM-Repeatability-Riegl-Bank-Residuals)

This layer is the residual difference between the two Digital Elevation Models (DEM) developed for a Bank site in the Burdekin using the RIEGL laser scanner. This layer is used as a proxy to evaluate the level of error in the measurements collected with this equipment. Repeat measurements of the site's DEM taken in the same day should give the same result since there will have been no changes (erosion) in the soil height.

Bank site - hillshading measured with RIEGL laser scanner run 1 of 2 (NESP TWQ 1.2, CSIRO) (nesp1:Burdekin_NESP-TWQ-1-2_CSIRO_Laser-scans_2015-11_DEM-Repeatability-Riegl-Bank-Run1_hillshade)

This layer is the hillshading derived from the Digital Elevation Model (DEM) developed for a Bank site in the Burdekin using the RIEGL laser scanner. The DEM is derived from the point cloud measurements from the layer scanner. This layer is part of an experiment to assess how repeatable the measurement are with this equipment. Repeat measurements of the site's DEM taken in the same day should give the same result since there will have been no changes (erosion) in the soil height. This layer correspond to the first of two runs.

Bank site - hillshading measured with RIEGL laser scanner run 2 of 2 (NESP TWQ 1.2, CSIRO) (nesp1:Burdekin_NESP-TWQ-1-2_CSIRO_Laser-scans_2015-11_DEM-Repeatability-Riegl-Bank-Run2_hillshade)

This layer is the hillshading derived from the Digital Elevation Model (DEM) developed for a Bank site in the Burdekin using the RIEGL laser scanner. The DEM is derived from the point cloud measurements from the layer scanner. This layer is part of an experiment to assess how repeatable the measurement are with this equipment. Repeat measurements of the site's DEM taken in the same day should give the same result since there will have been no changes (erosion) in the soil height. This layer correspond to the second of two runs.

Gully site - topography measured with RIEGL laser scanner run 1 of 2 (NESP TWQ 1.2, CSIRO) (nesp1:Burdekin_NESP-TWQ-1-2_CSIRO_Laser-scans_2015-11_DEM-Repeatability-Riegl-Gully-Run1)

This layer is the Digital Elevation Model (DEM) developed for a Gully site in the Burdekin using the RIEGL laser scanner. This DEM is derived from the point cloud measurements from the layer scanner. This layer is part of an experiment to assess how repeatable the measurement are with this equipment. Repeat measurements of the site's DEM taken in the same day should give the same result since there will have been no changes (erosion) in the soil height. This layer correspond to the first of two runs.

Gully site - topography measured with RIEGL laser scanner run 2 of 2 (NESP TWQ 1.2, CSIRO) (nesp1:Burdekin_NESP-TWQ-1-2_CSIRO_Laser-scans_2015-11_DEM-Repeatability-Riegl-Gully-Run2)

This layer is the Digital Elevation Model (DEM) developed for a Gully site in the Burdekin using the RIEGL laser scanner. This DEM is derived from the point cloud measurements from the layer scanner. This layer is part of an experiment to assess how repeatable the measurement are with this equipment. Repeat measurements of the site's DEM taken in the same day should give the same result since there will have been no changes (erosion) in the soil height. This layer correspond to the second of two runs.

Bank site - residual measurement difference with Zebedee laser scanner (NESP TWQ 1.2, CSIRO) (nesp1:Burdekin_NESP-TWQ-1-2_CSIRO_Laser-scans_2015-11_DEM-Repeatability-Zebedee-Bank-Residuals)

This layer is the residual difference between the two Digital Elevation Models (DEM) developed for a Bank site in the Burdekin using the Zebedee laser scanner. This layer is used as a proxy to evaluate the level of error in the measurements collected with this equipment. Repeat measurements of the site's DEM taken in the same day should give the same result since there will have been no changes (erosion) in the soil height.

Bank site - hillshading measured with Zebedee laser scanner run 1 of 2 (NESP TWQ 1.2, CSIRO) (nesp1:Burdekin_NESP-TWQ-1-2_CSIRO_Laser-scans_2015-11_DEM-Repeatability-Zebedee-Bank-Run1_hillshade)

This layer is the hillshading derived from the Digital Elevation Model (DEM) developed for a Bank site in the Burdekin using the Zebedee laser scanner. The DEM is derived from the point cloud measurements from the layer scanner. This layer is part of an experiment to assess how repeatable the measurement are with this equipment. Repeat measurements of the site's DEM taken in the same day should give the same result since there will have been no changes (erosion) in the soil height. This layer correspond to the first of two runs.

Bank site - hillshading measured with Zebedee laser scanner run 2 of 2 (NESP TWQ 1.2, CSIRO) (nesp1:Burdekin_NESP-TWQ-1-2_CSIRO_Laser-scans_2015-11_DEM-Repeatability-Zebedee-Bank-Run2_hillshade)

This layer is the hillshading derived from the Digital Elevation Model (DEM) developed for a Bank site in the Burdekin using the Zebedee laser scanner. The DEM is derived from the point cloud measurements from the layer scanner. This layer is part of an experiment to assess how repeatable the measurement are with this equipment. Repeat measurements of the site's DEM taken in the same day should give the same result since there will have been no changes (erosion) in the soil height. This layer correspond to the second of two runs.

Gully site - topography measured with Zebedee laser scanner run 1 of 2 (NESP TWQ 1.2, CSIRO) (nesp1:Burdekin_NESP-TWQ-1-2_CSIRO_Laser-scans_2015-11_DEM-Repeatability-Zebedee-Gully-Run1)

This layer is the Digital Elevation Model (DEM) developed for a Gully site in the Burdekin using the Zebedee laser scanner. This DEM is derived from the point cloud measurements from the layer scanner. This layer is part of an experiment to assess how repeatable the measurement are with this equipment. Repeat measurements of the site's DEM taken in the same day should give the same result since there will have been no changes (erosion) in the soil height. This layer correspond to the first of two runs.

Gully site - topography measured with Zebedee laser scanner run 2 of 2 (NESP TWQ 1.2, CSIRO) (nesp1:Burdekin_NESP-TWQ-1-2_CSIRO_Laser-scans_2015-11_DEM-Repeatability-Zebedee-Gully-Run2)

This layer is the Digital Elevation Model (DEM) developed for a Gully site in the Burdekin using the Zebedee laser scanner. This DEM is derived from the point cloud measurements from the layer scanner. This layer is part of an experiment to assess how repeatable the measurement are with this equipment. Repeat measurements of the site's DEM taken in the same day should give the same result since there will have been no changes (erosion) in the soil height. This layer correspond to the second of two runs.

Reflector locations (NESP TWQ 1.2, CSIRO) (nesp1:Burdekin_NESP-TWQ-1-2_CSIRO_Reflector-locations_nov-2015)

Survey locations (NESP TWQ 1.2, CSIRO) (nesp1:Burdekin_NESP-TWQ-1-2_CSIRO_Survey-locations_nov-2015)

AU: Marine sediments (CaCO3, Mud, Sand, Gravel, Bulk) 2015 (MARS, GA) (other-2015:AU_GA_Marine-sediment-MARS_CaCO3-grain-size-as-mud-sand-gravel-bulk_2015)

This layer contains the following attributes: * CaCO3_MUD: CaCO3 MUD [<65um] (%) * CaCO3_SAND: CaCO3 SAND [65um - 2000um] (%) * CaCO3_GRAV: CaCO3 GRAVEL [>2000um] (%) * CaCO3_BULK: CaCO3 [BULK] (%) * MUD: MUD [<65um] (%) * SAND: SAND [65um - 2000um] (%) * GRAVEL: GRAVEL [>2000um] (%) * MN_GRAIN_SZ: MEAN GRAIN SIZE [vol wtd] (um) Change the layer style to view each attribute as a map.

Torres Strait: Islands (probably CSIRO) (ts:TS_CSIRO_Reefs-Islands_Islands)

Islands of the Torres Strait region. This dataset was sources from the Torres Strait Regional Authority. If you are the owner of this dataset please contact the e-Atlas so that we can establish provenance of this dataset. This original source of this dataset is unknown. Although it might correspond to the June 1997 Torres Strait Atlas by Thomas Taranto, Douglas Jacobs, and Brian Long (CSIRO) [ http://www.cmar.csiro.au/datacentre/torres/AFMA1980_2003/DVDVer101/Reports/tst_atlas/tst_atlas.htm ]

TS: Temperature loggers - 2012 (NERP TE 2.3, AIMS) (nerp:TS_NERP-TE-2-3_AIMS_Temperature-loggers_2012)

GBR: Correlation - Water clarity vs river discharge 2002-2013 (NERP TE 4.1, AIMS) (nerp:GBR_NERP-TE-4-1_AIMS_Water-clarity-vs-rivers_2002-2013_Correlations)

The layer shows the strength of the correlation between daily river discharge and daily satellite photic depth, over 11 years.

GBR dry reefs (ea:GBR_GBRMPA_GBR-dry-reef)

Tidal, drying or emergent reef areas (reef flats) within the Great Barrier Reef World Heritage Area

GBR Features: Cays (GBRMPA) (ea:GBR_GBRMPA_GBR-features_Cays)

This layer shows on the cay features of the GBR Features dataset.

GBR Features: Mainland (GBRMPA) (ea:GBR_GBRMPA_GBR-features_Mainland)

This layer shows only the Queensland mainland from the GBR features dataset.

GBR Features: Rocks (GBRMPA) (ea:GBR_GBRMPA_GBR-features_Rocks)

This layer shows only the rock features from the GBR features dataset.

Thursday Island Imagery 0.5m (ts:TS_TSRA_Imagery_Thursday-050)

Cloud free imagery of Thursday Island in Torres Strait of Australia at a resolution of 0.5m. The projection of the original imagery, the date of the imagery, the type of imagery (satellite or aerial), its provider and its licensing conditions are unknown. In order to correct some of the missing information the imagery was visually aligned against Google Earth imagery and cross checked with the Australian Hydrographic Chart A00293. After these corrections were applied the imagery lines up with these references to with 5m. In addition to this the red, green and blue channels of the image were realigned (by approx 1 pixel) to correct for a chromatic aberration in the original image.

TS: *DRAFT* Islands and Coast (e-Atlas) (ts:TS_eAtlas_Islands-2013_Draft-1)

This layer contains a draft copy of an island and coastline layer in development by the e-Atlas as part of the Torres Strait e-Atlas. The starting point for the islands dataset was the Coast100k 2004 (GA), Queensland Coastline 25k (DNRM) and the GBR Features (GBRMPA) datasets. The Coast100k dataset provides the islands and mainland for the whole of Australia, except Queensland. For Queensland the mainland was derived from GBR Features and the islands from QLD Coastline 25k. The QLD Coastline 25k dataset only contained unnamed line features and so names were attached to features using spatial joins. Names were attached from the Coastlin100k and the Australian Gazetteer (GA) and the CSIRO Torres Strait Islands dataset. *Limitations*: This dataset is only a *DRAFT* and not complete. During the merging process of multiple datasets errors would have occurred due to spatial errors in the original datasets, for example there are several duplicated islands because the location of the islands didn't overlap from the source datasets. There are also naming errors due to the large spatial error in the Australian Gazetteer. This may mean that features are named incorrectly. The Queensland Coastline

World: Bright Earth Basemap (e-Atlas) (World: Bright Earth Basemap (e-Atlas))

AU: *DRAFT* Islands and Coast (e-Atlas) (ea-be:AU_eAtlas_Islands-2013_Draft-1)

This layer contains a draft copy of an island and coastline layer in development by the e-Atlas as part of the Torres Strait e-Atlas. The starting point for the islands dataset was the Coast100k 2004 (GA), Queensland Coastline 25k (DNRM) and the GBR Features (GBRMPA) datasets. The Coast100k dataset provides the islands and mainland for the whole of Australia, except Queensland. For Queensland the mainland was derived from GBR Features and the islands from QLD Coastline 25k. The QLD Coastline 25k dataset only contained unnamed line features and so names were attached to features using spatial joins. Names were attached from the Coastlin100k and the Australian Gazetteer (GA) and the CSIRO Torres Strait Islands dataset. *Limitations*: This dataset is only a *DRAFT* and not complete. During the merging process of multiple datasets errors would have occurred due to spatial errors in the original datasets, for example there are several duplicated islands because the location of the islands didn't overlap from the source datasets. There are also naming errors due to the large spatial error in the Australian Gazetteer. This may mean that features are named incorrectly.

GBR Features: Reefs, Coastline (GBRMPA) (ea-be:GBR_GBRMPA_GBR-features)

This layer shows reefs, islands, Queensland mainland, cays and rock features.

QLD: Landuse - Human use, Agriculture, Water (e-Atlas, DSITIA) (ea-be:QLD_eAtlas-DSITIA_Bright-earth-Landuse_1999-2012)

This layer shows the Queensland landuse current (DSITIA, QLUMP) as of July 2012 grouped into areas of Human Use, Agriculture and Water areas such as lakes and rivers. This grouping was developed so the layer could be used as part of the Bright Earth e-Atlas basemap to provide high resolution detail to this map. This dataset was prepared as part of the [[http://e-atlas.org.au/data/ac57aa5a-233b-4c2c-bd52-1fb40a31f639 | Bright Earth e-Atlas Basemap]] dataset collection.

TS: MarineFeatures V1 (eAtlas) (ea-be:TS_eAtlasAIMS_MarineFeatures_V1)

Shows the marine features in Torres Strait. This is only a draft (version 1, Sept 2014) of this dataset and does not include names or IDs of features.

Bathymetry (200m, 1km, 2km, 4km, 5km, 7km) 1:10m (NE) (ea-be:World_NE_10m-bathymetry-200_1k_2k_4k_5k_7k_s)

This is a set of nested polygons at -200, -1,000, -2,000, -4,000, -5,000 and -7,000 meters. Created from SRTM Plus. This dataset was prepared as part of the [[http://e-atlas.org.au/data/ac57aa5a-233b-4c2c-bd52-1fb40a31f639 | Bright Earth e-Atlas Basemap]] dataset collection.

World: Hillshading Low Res - SRTM30-plus v8.0 (e-Atlas, UCSD) (ea-be:World_e-Atlas-UCSD_SRTM30-plus_v8_Hillshading-lr)

This layer shows hillshading derived from a lower resolution smoothed version of the World_e-Atlas-UCSD_SRTM30-plus_v8.0. It is designed for use when displaying global maps. This dataset was prepared as part of the [[http://e-atlas.org.au/data/ac57aa5a-233b-4c2c-bd52-1fb40a31f639 | Bright Earth e-Atlas Basemap]] dataset collection.

World: Coastline 1:1m (e-Atlas, VMap0, GA Coast100k) (ea-be:World_e-Atlas_VMap0-AU-Coast100k_Coast-split)

This layer shows coastline based on a combination of VMap0 and Australian Coast100k (GeoScience Australia). This dataset was prepared as part of the [[http://e-atlas.org.au/data/ac57aa5a-233b-4c2c-bd52-1fb40a31f639 | Bright Earth e-Atlas Basemap]] dataset collection.

Landsat 5 (Landsat 5)

GBR: Landsat 5 096 070 1989/09/17 Lizard Island (e-Atlas, source: NASA) (ea-landsat:QLD_e-Atlas-NASA_Landsat_L5096070_07019890917)

This layer shows true colour Landsat 5 satellite imagery for scene 096 070 showing Lizard Island. This image was made by combining channel B1, B2 and B3 with contrast enhancement. The original Landsat code for this image is L5096070_07019890917. You can download the Geotiff image of this specific image here: [[http://eatlas.org.au/files/qld-nerp-te-13-1-eatlas-landsat-5-1988-2011/96_70/L5096070_07019890917.tif|L5096070_07019890917.tif]]. Alternatively you can download all the images for this scene from the links in the metadata record.

GBR: Landsat 5 096 070 2009/09/09 Lizard Island (e-Atlas, source: NASA) (ea-landsat:QLD_e-Atlas-NASA_Landsat_L5096070_07020090909)

This layer shows true colour Landsat 5 satellite imagery for scene 096 070 showing Lizard Island. This image was made by combining channel B1, B2 and B3 with contrast enhancement. The original Landsat code for this image is L5096070_07020090909. You can download the Geotiff image of this specific image here: [[http://eatlas.org.au/files/qld-nerp-te-13-1-eatlas-landsat-5-1988-2011/96_70/L5096070_07020090909.tif|L5096070_07020090909.tif]]. Alternatively you can download all the images for this scene from the links in the metadata record.

GBR: Landsat 5 096 070 1986/08/24 Lizard Island (e-Atlas, source: NASA) (ea-landsat:QLD_e-Atlas-NASA_Landsat_LT50960701986236ASA00)

This layer shows true colour Landsat 5 satellite imagery for scene 096 070 showing Lizard Island. This image was made by combining channel B1, B2 and B3 with contrast enhancement. The original Landsat code for this image is LT50960701986236ASA00. You can download the Geotiff image of this specific image here: [[http://eatlas.org.au/files/qld-nerp-te-13-1-eatlas-landsat-5-1988-2011/96_70/LT50960701986236ASA00.tif|LT50960701986236ASA00.tif]]. Alternatively you can download all the images for this scene from the links in the metadata record.

GBR: Landsat 5 096 070 1994/06/27 Lizard Island (e-Atlas, source: NASA) (ea-landsat:QLD_e-Atlas-NASA_Landsat_LT50960701994178ASA00)

This layer shows true colour Landsat 5 satellite imagery for scene 096 070 showing Lizard Island. This image was made by combining channel B1, B2 and B3 with contrast enhancement. The original Landsat code for this image is LT50960701994178ASA00. You can download the Geotiff image of this specific image here: [[http://eatlas.org.au/files/qld-nerp-te-13-1-eatlas-landsat-5-1988-2011/96_70/LT50960701994178ASA00.tif|LT50960701994178ASA00.tif]]. Alternatively you can download all the images for this scene from the links in the metadata record.

GBR: Landsat 5 096 070 1996/09/20 Lizard Island (e-Atlas, source: NASA) (ea-landsat:QLD_e-Atlas-NASA_Landsat_LT50960701996264ASA00)

This layer shows true colour Landsat 5 satellite imagery for scene 096 070 showing Lizard Island. This image was made by combining channel B1, B2 and B3 with contrast enhancement. The original Landsat code for this image is LT50960701996264ASA00. You can download the Geotiff image of this specific image here: [[http://eatlas.org.au/files/qld-nerp-te-13-1-eatlas-landsat-5-1988-2011/96_70/LT50960701996264ASA00.tif|LT50960701996264ASA00.tif]]. Alternatively you can download all the images for this scene from the links in the metadata record.

Scene 098 068 (GBR, East Cape York) (Scene 098 068 (GBR, East Cape York))

GBR: Landsat 5 098 068 2003/08/22 East Cape York (e-Atlas, source: NASA) (ea-landsat:QLD_e-Atlas-NASA_Landsat_L5098068_06820030822)

This layer shows true colour Landsat 5 satellite imagery for scene 098 068 showing East Cape York. This image was made by combining channel B1, B2 and B3 with contrast enhancement. The original Landsat code for this image is L5098068_06820030822. You can download the Geotiff image of this specific image here: [[http://eatlas.org.au/files/qld-nerp-te-13-1-eatlas-landsat-5-1988-2011/98_68/L5098068_06820030822.tif|L5098068_06820030822.tif]]. Alternatively you can download all the images for this scene from the links in the metadata record.

GBR: Landsat 5 098 068 2004/09/09 East Cape York (e-Atlas, source: NASA) (ea-landsat:QLD_e-Atlas-NASA_Landsat_L5098068_06820040909)

This layer shows true colour Landsat 5 satellite imagery for scene 098 068 showing East Cape York. This image was made by combining channel B1, B2 and B3 with contrast enhancement. The original Landsat code for this image is L5098068_06820040909. You can download the Geotiff image of this specific image here: [[http://eatlas.org.au/files/qld-nerp-te-13-1-eatlas-landsat-5-1988-2011/98_68/L5098068_06820040909.tif|L5098068_06820040909.tif]]. Alternatively you can download all the images for this scene from the links in the metadata record.

GBR: Landsat 5 098 068 2011/03/21 East Cape York (e-Atlas, source: NASA) (ea-landsat:QLD_e-Atlas-NASA_Landsat_L5098068_06820110321)

This layer shows true colour Landsat 5 satellite imagery for scene 098 068 showing East Cape York. This image was made by combining channel B1, B2 and B3 with contrast enhancement. The original Landsat code for this image is L5098068_06820110321. You can download the Geotiff image of this specific image here: [[http://eatlas.org.au/files/qld-nerp-te-13-1-eatlas-landsat-5-1988-2011/98_68/L5098068_06820110321.tif|L5098068_06820110321.tif]]. Alternatively you can download all the images for this scene from the links in the metadata record.

GBR: Landsat 5 098 068 1999/05/23 East Cape York (e-Atlas, source: NASA) (ea-landsat:QLD_e-Atlas-NASA_Landsat_LT50980681999143ASA00)

This layer shows true colour Landsat 5 satellite imagery for scene 098 068 showing East Cape York. This image was made by combining channel B1, B2 and B3 with contrast enhancement. The original Landsat code for this image is LT50980681999143ASA00. You can download the Geotiff image of this specific image here: [[http://eatlas.org.au/files/qld-nerp-te-13-1-eatlas-landsat-5-1988-2011/98_68/LT50980681999143ASA00.tif|LT50980681999143ASA00.tif]]. Alternatively you can download all the images for this scene from the links in the metadata record.

GBR: Landsat 5 096 071 1989/09/17 Cape Tribulation (e-Atlas, source: NASA) (ea-landsat:QLD_e-Atlas-NASA_Landsat_L5096071_07119890917)

This layer shows true colour Landsat 5 satellite imagery for scene 096 071 showing Cape Tribulation. This image was made by combining channel B1, B2 and B3 with contrast enhancement. The original Landsat code for this image is L5096071_07119890917. You can download the Geotiff image of this specific image here: [[http://eatlas.org.au/files/qld-nerp-te-13-1-eatlas-landsat-5-1988-2011/96_71/L5096071_07119890917.tif|L5096071_07119890917.tif]]. Alternatively you can download all the images for this scene from the links in the metadata record.

GBR: Landsat 5 096 071 2009/09/09 Cape Tribulation (e-Atlas, source: NASA) (ea-landsat:QLD_e-Atlas-NASA_Landsat_L5096071_07120090909)

This layer shows true colour Landsat 5 satellite imagery for scene 096 071 showing Cape Tribulation. This image was made by combining channel B1, B2 and B3 with contrast enhancement. The original Landsat code for this image is L5096071_07120090909. You can download the Geotiff image of this specific image here: [[http://eatlas.org.au/files/qld-nerp-te-13-1-eatlas-landsat-5-1988-2011/96_71/L5096071_07120090909.tif|L5096071_07120090909.tif]]. Alternatively you can download all the images for this scene from the links in the metadata record.

GBR: Landsat 5 096 071 1986/08/24 Cape Tribulation (e-Atlas, source: NASA) (ea-landsat:QLD_e-Atlas-NASA_Landsat_LT50960711986236ASA00)

This layer shows true colour Landsat 5 satellite imagery for scene 096 071 showing Cape Tribulation. This image was made by combining channel B1, B2 and B3 with contrast enhancement. The original Landsat code for this image is LT50960711986236ASA00. You can download the Geotiff image of this specific image here: [[http://eatlas.org.au/files/qld-nerp-te-13-1-eatlas-landsat-5-1988-2011/96_71/LT50960711986236ASA00.tif|LT50960711986236ASA00.tif]]. Alternatively you can download all the images for this scene from the links in the metadata record.

GBR: Landsat 5 096 071 1994/06/27 Cape Tribulation (e-Atlas, source: NASA) (ea-landsat:QLD_e-Atlas-NASA_Landsat_LT50960711994178ASA00)

This layer shows true colour Landsat 5 satellite imagery for scene 096 071 showing Cape Tribulation. This image was made by combining channel B1, B2 and B3 with contrast enhancement. The original Landsat code for this image is LT50960711994178ASA00. You can download the Geotiff image of this specific image here: [[http://eatlas.org.au/files/qld-nerp-te-13-1-eatlas-landsat-5-1988-2011/96_71/LT50960711994178ASA00.tif|LT50960711994178ASA00.tif]]. Alternatively you can download all the images for this scene from the links in the metadata record.

GBR: Landsat 5 096 071 1996/09/20 Cape Tribulation (e-Atlas, source: NASA) (ea-landsat:QLD_e-Atlas-NASA_Landsat_LT50960711996264ASA00)

This layer shows true colour Landsat 5 satellite imagery for scene 096 071 showing Cape Tribulation. This image was made by combining channel B1, B2 and B3 with contrast enhancement. The original Landsat code for this image is LT50960711996264ASA00. You can download the Geotiff image of this specific image here: [[http://eatlas.org.au/files/qld-nerp-te-13-1-eatlas-landsat-5-1988-2011/96_71/LT50960711996264ASA00.tif|LT50960711996264ASA00.tif]]. Alternatively you can download all the images for this scene from the links in the metadata record.

Scene 098 066 (PNG, Fly River) (Scene 098 066 (PNG, Fly River))

PNG: Landsat 5 098 066 1994/09/13 Fly River (e-Atlas, source: NASA) (ea-landsat:QLD_e-Atlas-NASA_Landsat_L5098066_06619940913)

This layer shows true colour Landsat 5 satellite imagery for scene 098 066 showing Fly River. This image was made by combining channel B1, B2 and B3 with contrast enhancement. The original Landsat code for this image is L5098066_06619940913. You can download the Geotiff image of this specific image here: [[http://eatlas.org.au/files/qld-nerp-te-13-1-eatlas-landsat-5-1988-2011/98_66/L5098066_06619940913.tif|L5098066_06619940913.tif]]. Alternatively you can download all the images for this scene from the links in the metadata record.

PNG: Landsat 5 098 066 2009/02/11 Fly River (e-Atlas, source: NASA) (ea-landsat:QLD_e-Atlas-NASA_Landsat_L5098066_06620090211)

This layer shows true colour Landsat 5 satellite imagery for scene 098 066 showing Fly River. This image was made by combining channel B1, B2 and B3 with contrast enhancement. The original Landsat code for this image is L5098066_06620090211. You can download the Geotiff image of this specific image here: [[http://eatlas.org.au/files/qld-nerp-te-13-1-eatlas-landsat-5-1988-2011/98_66/L5098066_06620090211.tif|L5098066_06620090211.tif]]. Alternatively you can download all the images for this scene from the links in the metadata record.

PNG: Landsat 5 098 066 1991/05/16 Fly River (e-Atlas, source: NASA) (ea-landsat:QLD_e-Atlas-NASA_Landsat_LT50980661991136ASA01)

This layer shows true colour Landsat 5 satellite imagery for scene 098 066 showing Fly River. This image was made by combining channel B1, B2 and B3 with contrast enhancement. The original Landsat code for this image is LT50980661991136ASA01. You can download the Geotiff image of this specific image here: [[http://eatlas.org.au/files/qld-nerp-te-13-1-eatlas-landsat-5-1988-2011/98_66/LT50980661991136ASA01.tif|LT50980661991136ASA01.tif]]. Alternatively you can download all the images for this scene from the links in the metadata record.

TS: Landsat 5 098 067 1988/10/31 East Torres Strait (e-Atlas, source: NASA) (ea-landsat:QLD_e-Atlas-NASA_Landsat_L5098067_06719881031)

This layer shows true colour Landsat 5 satellite imagery for scene 098 067 showing East Torres Strait. This image was made by combining channel B1, B2 and B3 with contrast enhancement. The original Landsat code for this image is L5098067_06719881031. You can download the Geotiff image of this specific image here: [[http://eatlas.org.au/files/qld-nerp-te-13-1-eatlas-landsat-5-1988-2011/98_67/L5098067_06719881031.tif|L5098067_06719881031.tif]]. Alternatively you can download all the images for this scene from the links in the metadata record.

TS: Landsat 5 098 067 2004/08/08 East Torres Strait (e-Atlas, source: NASA) (ea-landsat:QLD_e-Atlas-NASA_Landsat_L5098067_06720040808)

This layer shows true colour Landsat 5 satellite imagery for scene 098 067 showing East Torres Strait. This image was made by combining channel B1, B2 and B3 with contrast enhancement. The original Landsat code for this image is L5098067_06720040808. You can download the Geotiff image of this specific image here: [[http://eatlas.org.au/files/qld-nerp-te-13-1-eatlas-landsat-5-1988-2011/98_67/L5098067_06720040808.tif|L5098067_06720040808.tif]]. Alternatively you can download all the images for this scene from the links in the metadata record.

TS: Landsat 5 098 067 2011/03/21 East Torres Strait (e-Atlas, source: NASA) (ea-landsat:QLD_e-Atlas-NASA_Landsat_L5098067_06720110321)

This layer shows true colour Landsat 5 satellite imagery for scene 098 067 showing East Torres Strait. This image was made by combining channel B1, B2 and B3 with contrast enhancement. The original Landsat code for this image is L5098067_06720110321. You can download the Geotiff image of this specific image here: [[http://eatlas.org.au/files/qld-nerp-te-13-1-eatlas-landsat-5-1988-2011/98_67/L5098067_06720110321.tif|L5098067_06720110321.tif]]. Alternatively you can download all the images for this scene from the links in the metadata record.

TS: Landsat 5 097 067 1990/07/09 Ashmore Reef (e-Atlas, source: NASA) (ea-landsat:QLD_e-Atlas-NASA_Landsat_L5097067_06719900709)

This layer shows true colour Landsat 5 satellite imagery for scene 097 067 showing Ashmore Reef. This image was made by combining channel B1, B2 and B3 with contrast enhancement. The original Landsat code for this image is L5097067_06719900709. You can download the Geotiff image of this specific image here: [[http://eatlas.org.au/files/qld-nerp-te-13-1-eatlas-landsat-5-1988-2011/97_67/L5097067_06719900709.tif|L5097067_06719900709.tif]]. Alternatively you can download all the images for this scene from the links in the metadata record.

TS: Landsat 5 097 067 2005/09/05 Ashmore Reef (e-Atlas, source: NASA) (ea-landsat:QLD_e-Atlas-NASA_Landsat_LT50970672005248ASA01)

This layer shows true colour Landsat 5 satellite imagery for scene 097 067 showing Ashmore Reef. This image was made by combining channel B1, B2 and B3 with contrast enhancement. The original Landsat code for this image is LT50970672005248ASA01. You can download the Geotiff image of this specific image here: [[http://eatlas.org.au/files/qld-nerp-te-13-1-eatlas-landsat-5-1988-2011/97_67/LT50970672005248ASA01.tif|LT50970672005248ASA01.tif]]. Alternatively you can download all the images for this scene from the links in the metadata record.

TS: Landsat 5 099 066 1993/08/01 Northern Torres Strait (e-Atlas, source: NASA) (ea-landsat:QLD_e-Atlas-NASA_Landsat_L5099066_06619930801)

This layer shows true colour Landsat 5 satellite imagery for scene 099 066 showing Northern Torres Strait. This image was made by combining channel B1, B2 and B3 with contrast enhancement. The original Landsat code for this image is L5099066_06619930801. You can download the Geotiff image of this specific image here: [[http://eatlas.org.au/files/qld-nerp-te-13-1-eatlas-landsat-5-1988-2011/99_66/L5099066_06619930801.tif|L5099066_06619930801.tif]]. Alternatively you can download all the images for this scene from the links in the metadata record.

Scene 099 067 (TS, Western Torres Strait) (Scene 099 067 (TS, Western Torres Strait))

TS: Landsat 5 099 067 2004/08/15 Western Torres Strait (e-Atlas, source: NASA) (ea-landsat:QLD_e-Atlas-NASA_Landsat_L5099067_06720040815)

This layer shows true colour Landsat 5 satellite imagery for scene 099 067 showing Western Torres Strait. This image was made by combining channel B1, B2 and B3 with contrast enhancement. The original Landsat code for this image is L5099067_06720040815. You can download the Geotiff image of this specific image here: [[http://eatlas.org.au/files/qld-nerp-te-13-1-eatlas-landsat-5-1988-2011/99_67/L5099067_06720040815.tif|L5099067_06720040815.tif]]. Alternatively you can download all the images for this scene from the links in the metadata record.

TS: Landsat 5 099 067 2010/07/15 Western Torres Strait (e-Atlas, source: NASA) (ea-landsat:QLD_e-Atlas-NASA_Landsat_L5099067_06720100715)

This layer shows true colour Landsat 5 satellite imagery for scene 099 067 showing Western Torres Strait. This image was made by combining channel B1, B2 and B3 with contrast enhancement. The original Landsat code for this image is L5099067_06720100715. You can download the Geotiff image of this specific image here: [[http://eatlas.org.au/files/qld-nerp-te-13-1-eatlas-landsat-5-1988-2011/99_67/L5099067_06720100715.tif|L5099067_06720100715.tif]]. Alternatively you can download all the images for this scene from the links in the metadata record.

Scene 099 068 (QLD, West Cape York) (Scene 099 068 (QLD, West Cape York))

QLD: Landsat 5 099 068 1993/08/01 West Cape York (e-Atlas, source: NASA) (ea-landsat:QLD_e-Atlas-NASA_Landsat_L5099068_06819930801)

This layer shows true colour Landsat 5 satellite imagery for scene 099 068 showing West Cape York. This image was made by combining channel B1, B2 and B3 with contrast enhancement. The original Landsat code for this image is L5099068_06819930801. You can download the Geotiff image of this specific image here: [[http://eatlas.org.au/files/qld-nerp-te-13-1-eatlas-landsat-5-1988-2011/99_68/L5099068_06819930801.tif|L5099068_06819930801.tif]]. Alternatively you can download all the images for this scene from the links in the metadata record.

QLD: Landsat 5 099 068 2009/05/25 West Cape York (e-Atlas, source: NASA) (ea-landsat:QLD_e-Atlas-NASA_Landsat_L5099068_06820090525)

This layer shows true colour Landsat 5 satellite imagery for scene 099 068 showing West Cape York. This image was made by combining channel B1, B2 and B3 with contrast enhancement. The original Landsat code for this image is L5099068_06820090525. You can download the Geotiff image of this specific image here: [[http://eatlas.org.au/files/qld-nerp-te-13-1-eatlas-landsat-5-1988-2011/99_68/L5099068_06820090525.tif|L5099068_06820090525.tif]]. Alternatively you can download all the images for this scene from the links in the metadata record.

QLD: Landsat 5 099 068 1998/08/31 West Cape York (e-Atlas, source: NASA) (ea-landsat:QLD_e-Atlas-NASA_Landsat_LT50990681998243ASA00)

This layer shows true colour Landsat 5 satellite imagery for scene 099 068 showing West Cape York. This image was made by combining channel B1, B2 and B3 with contrast enhancement. The original Landsat code for this image is LT50990681998243ASA00. You can download the Geotiff image of this specific image here: [[http://eatlas.org.au/files/qld-nerp-te-13-1-eatlas-landsat-5-1988-2011/99_68/LT50990681998243ASA00.tif|LT50990681998243ASA00.tif]]. Alternatively you can download all the images for this scene from the links in the metadata record.

GBR: Landsat 5 097 068 2009/09/16 Raine Island (e-Atlas, source: NASA) (ea-landsat:QLD_e-Atlas-NASA_Landsat_L5097068_06820090916)

This layer shows true colour Landsat 5 satellite imagery for scene 097 068 showing Raine Island. This image was made by combining channel B1, B2 and B3 with contrast enhancement. The original Landsat code for this image is L5097068_06820090916. You can download the Geotiff image of this specific image here: [[http://eatlas.org.au/files/qld-nerp-te-13-1-eatlas-landsat-5-1988-2011/97_68/L5097068_06820090916.tif|L5097068_06820090916.tif]]. Alternatively you can download all the images for this scene from the links in the metadata record.

TS: Aerial Imagery (TS: Aerial Imagery)

TS: Bamaga aerial imagery 23 Sept 2011 (DNRM) (ts-aerial:TS_DNRM_Aerial_Bamaga-23092011)

TS: Entrance Island aerial imagery 24 Sept 2011 (DNRM) (ts-aerial:TS_DNRM_Aerial_Entrance_Island-24092011)

TS: Horn Island aerial imagery - 22 Sept 2011 (DNRM) (ts-aerial:TS_DNRM_Aerial_Horn-Island-22092011)

TS: Kubin Island aerial imagery 19-25 Sept 2011 (DNRM) (ts-aerial:TS_DNRM_Aerial_Kubin-Island-19-25092011)

TS: Murray Island aerial imagery 20 Sept 2011 (DNRM) (ts-aerial:TS_DNRM_Aerial_Murray-Island-20092011)

TS: Prince of Wales, Friday Island aerial imagery - 24 Sept 2011 (DNRM) (ts-aerial:TS_DNRM_Aerial_Prince_of_Wales_Friday_Island-24092011)

TS: Stephens Island 20 Sept 2011 (DNRM) (ts-aerial:TS_DNRM_Aerial_Stephens-Island-20092011)

TS: Thursday Island aerial imagery - 22 Sept 2011 (DNRM) (ts-aerial:TS_DNRM_Aerial_Thursday-22092011)

This aerial image has been position corrected using 4 known ground control points. The error in the positioning should be approximately < 2m.

TS: Yam Island aerial imagery 21 Sept 2011 (DNRM) (ts-aerial:TS_DNRM_Aerial_Yam-Island-21092011)

TS: Boigu Island aerial imagery 28-29 July 2009 (TSRA) (ts-aerial:TS_TSRA_Aerial_Boigu-Island-28-29072009)

SELTMP (SELTMP)

GBR: Local Governments Areas 2013 for GBR (CSIRO) - SELTMP (seltmp:GBR_CSIRO_LGAs_2013)

This map layer shows the 2013 Local Government Areas boundaries used for SELTMP analyses. This layer was setup as part of the SELTMP website (http://seltmp.eatlas.org.au).

GBR: NRM regions for GBR WHA (CSIRO) - SELTMP (seltmp:GBR_CSIRO_NRM-marine-water-bodies)

This map layer shows the NRM boundaries used for SELTMP analyses for the GBR coastal area only. This layer was setup as part of the SELTMP website (http://seltmp.eatlas.org.au).

GBR: SELTMP NRM regions (CSIRO) - SELTMP (seltmp:GBR_CSIRO_SELTMP-NRMs)

This map layer shows the NRM regions used for SELTMP analyses. This layer was setup as part of the SELTMP website (http://seltmp.eatlas.org.au).

GBR: SELTMP Reef Line regions clipped (CSIRO) - SELTMP (seltmp:GBR_CSIRO_SELTMP-reef-line-regions)

This map layer shows the reef line fishing regions for fisheries clipped to SELTMP NRM regions and 30min catch grids used for SELTMP analyses. This layer was setup as part of the SELTMP website (http://seltmp.eatlas.org.au).

GBR: Beaches found within the GBR (GBRMPA) - SELTMP (seltmp:GBR_GBRMPA_Beaches)

Beaches found within the GBR. This layer was setup as part of the SELTMP website (http://seltmp.eatlas.org.au).

GBR: GBR World Heritage Area (GBRMPA) - SELTMP (seltmp:GBR_GBRMPA_GRBMP-WHA)

This map layer shows the boundary of the Great Barrier Reef World Heritage Area. This layer was setup as part of the SELTMP website (http://seltmp.eatlas.org.au).

GBR: Reefs found within the GBR (GBRMPA) - SELTMP (seltmp:GBR_GBRMPA_Reefs)

Reefs found within the GBR. This layer was setup as part of the SELTMP website (http://seltmp.eatlas.org.au).

QLD: 6 min catch grids (DPI) - SELTMP (seltmp:QLD_DPI_6min-catch-grids)

This map layer shows the 6 min fisheries catch grids used for SELTMP analyses. This layer was setup as part of the SELTMP website (http://seltmp.eatlas.org.au).

QLD: Recreational fishing regions (DPI) - SELTMP (seltmp:QLD_DPI_Recreational-fishing-regions)

This map layer shows the recreational fishing regions for fisheries used for SELTMP analyses. This layer was setup as part of the SELTMP website (http://seltmp.eatlas.org.au).

Coastal Communities (Coastal Communities)

GBR: Median House Prices 2012 by LGA (CSIRO-ABS) - SELTMP (seltmp:GBR_CSIRO-ABS_Median-house-prices-2012)

Median House Prices for 2012 for each LGA obtained from ABS. This layer was setup as part of the SELTMP website (http://seltmp.eatlas.org.au).

GBR: Reef Guardians for GBR local government areas (CSIRO) - SELTMP (seltmp:GBR_CSIRO_LGA-reef-guardians)

This map layer shows the LGAs who participate in the GBRMPA Reef Guardians stewardship program for SELTMP analyses. This layer was setup as part of the SELTMP website (http://seltmp.eatlas.org.au).

GBR: Tourist visitation - Full day visits (EMC data) 2010-11 financial year (GBRMPA) (seltmp:GBR_GBRMPA_EMC-visitation_2010-2011_Full-day)

This layer shows the number of full day visitors to the GBR as measured by the Environmental Management Charge (EMC) for the 2010-2011 financial year.

Commercial Fisheries (Commercial Fisheries)

GBR: Commercial Harvest fishing - Effort days 2013 (DAFF) (seltmp:GBR_DAFF_All-Comm-fish-harvest-noConf_2013_Effort-days)

All fisheries grids included in the Great Barrier Reef region, with information specific for HARVEST fisheries (i.e. all fisheries where species are collected by hand, including but not limted to rocklobster, marine aquarium fish, coral and beche-de-mer). There are 3 maps for harvest fisheries - 1) licence number per grid, 2) effort days (number of days fished) per grid, and 3) harvest (tonnes) per grid for those fisheries recorded by weight and not number - each for the appropriate calendar year. This layer was setup as part of the SELTMP website (http://seltmp.eatlas.org.au).

GBR: Commercial Harvest fishing - Harvest Weight 2013 (DAFF) (seltmp:GBR_DAFF_All-Comm-fish-harvest-noConf_2013_Harvest)

"All fisheries grids included in the Great Barrier Reef region, with information specific for HARVEST fisheries (i.e. all fisheries where species are collected by hand, including but not limted to rocklobster, marine aquarium fish, coral and beche-de-mer). There are 3 maps for harvest fisheries - 1) licence number per grid, 2) effort days (number of days fished) per grid, and 3) harvest (tonnes) per grid for those fisheries recorded by weight and not number - each for the appropriate calendar year. This layer was setup as part of the SELTMP website (http://seltmp.eatlas.org.au)."

GBR: Commercial Line fishing - Effort days 2013 (DAFF) (seltmp:GBR_DAFF_All-Comm-line-fishery-noConf_2013_Effort-days)

All fisheries grids included in the Great Barrier Reef region, with information specific for LINE fisheries (i.e. the Coral Reef Finfish Fishery, and the Spanish Mackerel fishery). 4 maps for line fisheries - 1) licence number per grid, 2) effort days (number of days fished) per grid, 3) harvest (tonnes) per grid and 4) GVP per grid - each for the appropriate calendar year. This layer was setup as part of the SELTMP website (http://seltmp.eatlas.org.au).

GBR: Commercial Line fishing - Harvest Weight 2013 (DAFF) (seltmp:GBR_DAFF_All-Comm-line-fishery-noConf_2013_Harvest)

All fisheries grids included in the Great Barrier Reef region, with information specific for LINE fisheries (i.e. the Coral Reef Finfish Fishery, and the Spanish Mackerel fishery). 4 maps for line fisheries - 1) licence number per grid, 2) effort days (number of days fished) per grid, 3) harvest (tonnes) per grid and 4) GVP per grid - each for the appropriate calendar year. This layer was setup as part of the SELTMP website (http://seltmp.eatlas.org.au).

GBR: Commercial Net fishing - Effort days 2013 (DAFF) (seltmp:GBR_DAFF_All-Comm-net-fishery-noconf_2013_Effort-days)

All fisheries grids included in the Great Barrier Reef region, with information specific for the NET fishery (i.e. the East Coast Inshore Finfish Fishery).4 maps for the net fishery - 1) licence number per grid, 2) effort days (number of days fished) per grid, 3) harvest (tonnes) per grid and 4) GVP per grid - each for the appropriate calendar year. Are these included (if yes, we can add more appropriate keywords)? Which year? This layer was setup as part of the SELTMP website (http://seltmp.eatlas.org.au).

GBR: Commercial Net fishing - Harvest Weight 2013 (DAFF) (seltmp:GBR_DAFF_All-Comm-net-fishery-noconf_2013_Harvest)

All fisheries grids included in the Great Barrier Reef region, with information specific for the NET fishery (i.e. the East Coast Inshore Finfish Fishery).4 maps for the net fishery - 1) licence number per grid, 2) effort days (number of days fished) per grid, 3) harvest (tonnes) per grid and 4) GVP per grid - each for the appropriate calendar year. Are these included (if yes, we can add more appropriate keywords)? Which year? This layer was setup as part of the SELTMP website (http://seltmp.eatlas.org.au).

GBR: Commercial Pot fishing - Effort days 2013 (DAFF) (seltmp:GBR_DAFF_All-comm-pot-fishery-noConf_2013_Effort-days)

All fisheries grids included in the Great Barrier Reef region, with information specific for the POT fisheries (i.e. the East Coast Mudcrab and Blue Swimmer Crab Fisheries). There are 4 maps for the pot fisheries - 1) licence number per grid, 2) effort days (number of days fished) per grid, 3) harvest (tonnes) per grid and 4) GVP per grid - each for the appropriate calendar year This layer was setup as part of the SELTMP website (http://seltmp.eatlas.org.au).

GBR: Commercial Pot fishing - Harvest Weight 2013 (DAFF) (seltmp:GBR_DAFF_All-comm-pot-fishery-noConf_2013_Harvest)

All fisheries grids included in the Great Barrier Reef region, with information specific for the POT fisheries (i.e. the East Coast Mudcrab and Blue Swimmer Crab Fisheries). There are 4 maps for the pot fisheries - 1) licence number per grid, 2) effort days (number of days fished) per grid, 3) harvest (tonnes) per grid and 4) GVP per grid - each for the appropriate calendar year This layer was setup as part of the SELTMP website (http://seltmp.eatlas.org.au).

GBR: Commercial Trawl fishing - Effort days 2013 (DAFF) (seltmp:GBR_DAFF_Comm-trawl-fishery-noConf_2013_Effort-days)

All fisheries grids included in the Great Barrier Reef region, with information specific for the TRAWL fisheries (i.e. the East Coast Otter and Beam Trawl Fisheries). There are 4 maps for the trawl fisheries - 1) licence number per grid, 2) effort days (number of days fished) per grid, 3) harvest (tonnes) per grid and 4) GVP per grid - each for the appropriate calendar year. This layer was setup as part of the SELTMP website (http://seltmp.eatlas.org.au).

GBR: Commercial Trawl fishing - Harvest Weight 2013 (DAFF) (seltmp:GBR_DAFF_Comm-trawl-fishery-noConf_2013_Harvest)

All fisheries grids included in the Great Barrier Reef region, with information specific for the TRAWL fisheries (i.e. the East Coast Otter and Beam Trawl Fisheries). There are 4 maps for the trawl fisheries - 1) licence number per grid, 2) effort days (number of days fished) per grid, 3) harvest (tonnes) per grid and 4) GVP per grid - each for the appropriate calendar year. This layer was setup as part of the SELTMP website (http://seltmp.eatlas.org.au).

AU: Indigenous Protected Areas, 2014 (Dept. of the Env.) (other-2015:AU_DotE_IPA-declared_2014)

AU: Collaborative Australian Protected Areas Database (CAPAD) 2010 - External (SEWPAC) (ea:AU_SEWPAC_CAPAD-ext_2010)

This layer shows government, Indigenous and privately protected areas for continental Australia.

GBR: Special Management Areas - 2008 (GBRMPA) (ea:GBR_GBRMPA_SMA-2008)

This layer shows the Special Management Areas of the Great Barrier Reef Marine Park. Note: You can change the layer style to highlight different zone types.

GBR: NRM regions flowing into GBR marine park (e-Atlas) (ea:GBR_NERP-TE-13-1_eAtlas_NRM-Regions-GBRMP-2012)

WT: Wet Tropics WHA Zoning 2009 (WTMA) (wtma:WT_WTMA_WTWHA_zoning_09)

TS: Fisheries extent (AFMA) (TS: Fisheries extent (AFMA))

TS: Extent of dugong fishery (AFMA) (ts:TS_AFMA_Fisheries-extent_Dugong)

Spatial extent of the dugong fishery in the Torres Strait.

TS: Extent of prawn fishery (AFMA) (ts:TS_AFMA_Fisheries-extent_Prawn)

Spatial extent of the prawn otter trawl fishery in the Torres Strait.

TS: Extent of rock lobster fishery (AFMA) (ts:TS_AFMA_Fisheries-extent_Rock-lobster)

Spatial extent of the tropical rock lobster fishery in the Torres Strait.

TS: Extent of trochus shell fishery (AFMA) (ts:TS_AFMA_Fisheries-extent_Trochus-shell)

Spatial extent of the trochus shell fishery in the Torres Strait.

TS: Extent of spanish mackerel?, barramundi? (finfish?) fishery (AFMA) (ts:TS_AFMA_Fisheries-extent_finfish)

Spatial extent of the Spanish mackerel (finfish) fishery in the Torres Strait. Note: In the original meta-data this was also described as "Spatial extent of the barramundi (finfish) fishery in the Torres Strait." and "Spatial extent of the finfish fishery in the Torres Strait."

AU: Continental Shelf (CS) Limit - Line (GA) (ea:AU_GA_AMB_cs_limit)

Outer limit of Australia's Continental Shelf (including areas beyond 200M as submitted to the Commission on the Limits of the Continental Shelf) as defined as part of Australia's Maritime Boundaries (AMB). The area of the seabed and subsoil which extends beyond the territorial sea to a distance of 200 nautical miles from the territorial sea baseline. Also includes the natural prolongation of the continental shelf beyond 200 nautical miles to the outer edge of the continental margin as defined in Article 76 of the Convention. The continental shelf is largely co-extensive with the exclusive economic zone with 200 nautical miles from the territorial sea baselines (there are certain areas between Australia and Indonesia and Australia and Papua New Guinea where they are no co-extensive). Australia has sovereign rights over the continental shelf for the purposes of exploring and exploiting the mineral and other non-living resources of the seabed and subsoil, together with sedentary organisms. In this area, Australia also has jurisdiction with regard to marine scientific research as well as other rights and responsibilities. Source: GeoScience Australia (2005), Australia's Maritime Zones The Australian Map Series, Edition 3

AU: 3M Limit: Coastal Waters (CW) - Line (GA) (ea:AU_GA_AMB_cw_limit)

Outer limit of coastal waters for each Australia State and the Northern Territory as defined as part of Australia's Maritime Boundaries (AMB). A belt of water between the limits of the Australian States and of the Northern Territory and a line 3 nautical miles seaward of the territorial sea baseline. Title to the subjacent seabed is vested in the adjacent State or Territory as if that seabed was in the waters that formed part of that State or Territory. Source: GeoScience Australia (2005), Australia's Maritime Zones The Australian Map Series, Edition 3

AU: 24M Limit: Contiguous Zone (CZ) - Line (GA) (ea:AU_GA_AMB_cz_limit)

Outer limit of Australia's Contiguous Zone as defined as part of Australia's Maritime Boundaries (AMB). A zone contiguous to the territorial sea, the outer limit of which does not exceed 24 nautical miles from the territorial sea baseline. In this zone, Australia may exercise control necessary to prevent and punish infringement of its customs, fiscal, immigration or sanitary laws and regulations within its territory or territorial sea. Source: GeoScience Australia (2005), Australia's Maritime Zones The Australian Map Series, Edition 3.

AU: 200M Limit: Exclusive Economic Zone (EEZ) - Line (GA) (ea:AU_GA_AMB_eez_limit)

Outer limit of Australia's Exclusive Economic Zone (EEZ) as defined as part of Australia's Maritime Boundaries (AMB). An area beyond and adjacent to the territorial sea. The outer limit of the exclusive economic zone cannot exceed 200 nautical miles from the baseline from which breadth of the territorial sea is measured. In the EEX, Australia has sovereign rights for the purpose of exploring and exploiting, conserving and managing all natural resources of the water superjacent to the sea-bed and its subsoil together with other activities such as the production of energy from water, currents and wind. Jurisdiction also extends to the establishment and use of artificial islands, installations and structures, marine scientific research, and the protection and preservation of the marine environment. The Australian EEZ is less than 200 nautical miles in certain areas subject to delimitation with other countries. Source: GeoScience Australia (2005), Australia's Maritime Zones The Australian Map Series, Edition 3.

TS: Aust - PNG Fisheries Jurisdiction Line - Lines (GA) (ea:AU_GA_AMB_png_fsh_ln)

Australia-Papua New Guinea delimitation treaty 1985 - fisheries jurisdiction (lines). Australia has rights over swimming fish south of this line and Papua New Guinea has the same rights north of the line. The two countries have agreed under the Treaty to share these rights. Source: [[https://www.dfat.gov.au/geo/torres_strait/|DFAT]]

TS: Aust - PNG Protected Zone - Lines (GA) (ea:AU_GA_AMB_png_prz_ln)

Australia-Papua New Guinea delimitation treaty 1985 - Protected Zone (lines). The Torres Strait Protected Zone (TSPZ) is an area of the Torres Strait recognised by Australia and Papua New Guinea as needing special attention. The main reason for the Protected Zone is so that Torres Strait Islanders and the coastal people of Papua New Guinea can carry on their traditional way of life. For example, traditional people from both countries may move freely (without passports or visas) for traditional activities in the Protected Zone. Traditional inhabitants from Australia and Papua New Guinea, in consultation with their governments, agreed on 13 Papua New Guinea villages to have free movement privileges under the Treaty. A formal note from Australia acknowledging the full list of Papua New Guinea villages, which have traditional ties with the Torres Strait Islands in the Protected Zone was exchanged with Papua New Guinea on 28 June 2000. Papua New Guinea exchanged its note with Australia on 25 July 2000, thereby confirming the understanding with effect from that date. PNG traditional inhabitants come from Bula, Mari, Jarai, Tais, Buji/Ber, Sigabadaru, Mabadauan, Old Mawatta, Ture Ture, Kadawa, Katatai, Parama and Sui (the 13 PNG Treaty Villages). They can make traditional visits (free movement without passports) into the Protected Zone. PNG traditional inhabitants can travel south into Australia as far as the 10 degrees 30 minutes South latitude (near Number One Reef). Australian traditional inhabitants come from Badu, Boigu, Poruma (Coconut Island), Erub (Darnley Island), Dauan, Kubin, St Pauls, Mabuiag, Mer (Murray Island), Saibai, Ugar (Stephen Island), Warraber (Sue Island), Iama (Yam Island) and Masig (Yorke Island). They can make traditional visits to the PNG Treaty Villages and travel north as far as the 9 degrees South latitude (just north of Daru). Source: [[https://www.dfat.gov.au/geo/torres_strait/|DFAT]]

TS: Aust-PNG Seabed Line - Lines (GA) (ea:AU_GA_AMB_png_sb_ln)

Australia-Papua New Guinea delimitation treaty 1985 - Seabed line (lines). Australia has rights to all things on or below the seabed south of this line and Papua New Guinea has the same rights north of the line. Source: [[https://www.dfat.gov.au/geo/torres_strait/|DFAT]]

TS: Aust-PNG Territorial Sea - Lines (GA) (ea:AU_GA_AMB_png_ts_ln)

Australia-Papua New Guinea delimitation treaty 1985 - territorial sea (lines)

AU: 12M Limit: Territorial Sea (TS) - Line (GA) (ea:AU_GA_AMB_ts_limit)

Outer limit of Australia's Territorial Sea as defined as part of Australia's Maritime Boundaries (AMB). A belt of water not exceeding 12 nautical miles in width measured from the territorial sea baseline. Australia's sovereignty extends to the territorial sea, its bed and subsoil, and to the air space above it. This sovereignty is exercised in accordance with international law and accordingly, is subject to the right of innocent passage for foreign ships. The territorial sea area certain islands in Torres Strait is 3 nautical miles. Source: GeoScience Australia (2005), Australia's Maritime Zones The Australian Map Series, Edition 3.

AU: Topo 2.5M - 2003 (GA) (AU: Topo 2.5M - 2003 (GA))

Topo 2.5M 2003 - Contours Lines (GA) (ea:AU_GA_Topo2M5-2003_Contours-line)

This Layer shows the contours from the GEODATA TOPO 2.5M 2003 dataset.

Topo 2.5M 2003 - Drainage (GA) (ea:AU_GA_Topo2M5-2003_Drainage)

This Layer shows the drainage from the GEODATA TOPO 2.5M 2003 dataset.

Topo 2.5M 2003 - Framework Polygons (GA) (ea:AU_GA_Topo2M5-2003_Framework-poly)

This Layer shows the framework from the GEODATA TOPO 2.5M 2003 dataset.

Topo 2.5M 2003 - Offshore Lines (GA) (ea:AU_GA_Topo2M5-2003_Offshore-lines)

This Layer shows the offshore from the GEODATA TOPO 2.5M 2003 dataset.

Topo 2.5M 2003 - Offshore polygons (GA) (ea:AU_GA_Topo2M5-2003_Offshore-poly)

This Layer shows the offshore from the GEODATA TOPO 2.5M 2003 dataset.

Topo 2.5M 2003 - Rail (points) (GA) (ea:AU_GA_Topo2M5-2003_Rail-points)

This Layer shows the rail from the GEODATA TOPO 2.5M 2003 dataset.

Topo 2.5M 2003 - Sand ridges (GA) (ea:AU_GA_Topo2M5-2003_Sand-ridges)

This Layer shows the sand ridges from the GEODATA TOPO 2.5M 2003 dataset.

Topo 2.5M 2003 - Waterbodies (lines) (GA) (ea:AU_GA_Topo2M5-2003_Waterbodies-lines)

This Layer shows the waterbodies from the GEODATA TOPO 2.5M 2003 dataset.

Topo 2.5M 2003 - Waterbodies Polygons (GA) (ea:AU_GA_Topo2M5-2003_Waterbodies-poly)

This Layer shows the waterbodies from the GEODATA TOPO 2.5M 2003 dataset.

Plans of Management Regions (GBRMPA) (ea:GBR_GBRMPA_Plans-of-management_Regions)

This layer shows the outer boundaries of the Cairns, Whitsunday and Hinchinbrook Plans of management. Plans of Management are generally prepared for intensively used, or particularly vulnerable groups of islands and reefs, and for the protection of vulnerable species or ecological communities. Plans of Management complement zoning by addressing issues specific to an area, species or community in greater detail than can be accomplished by the broader reef-wide zoning plans. The objectives of Plans of Management are set out in the Great Barrier Reef Marine Park Act 1975 (section 39Y). [ Original Source: GBRMPA. layer: GBR_GBRMPA_Plans-of-management_Whitsundays. More info: http://www.gbrmpa.gov.au/corp_site/management/pom/whitsundays ]

AU: Commonwealth Marine Reserves 2014 (AU: Commonwealth Marine Reserves 2014)

AU: Outer polygon - Commonwealth Marine Reserves Network March 2014 (Dept. Env.) (ea:AU_DotE_Comm-marine-reserves-2014_Outer)

This layer shows polygons for the outer boundary of each marine reserve area.

AU: River Basins 1997 (GA) (AU: River Basins 1997 (GA))

Australian's River Basins 1997 - Divisions (source: GA, eAtlas) (ea:AU_GA_River-basins-1997_Divisions)

GBR: Marine Park Boundary (GBRMPA) (GBR: Marine Park Boundary (GBRMPA))

GBR: GBRMP ocean side bounds (eAtlas, GBRMPA) (ea:GBR_e-Atlas-GBRMPA_GBRMP-bounds_Ocean-bounds)

This dataset shows the ocean side boundary of the Great Barrier Reef Marine Park, excluding the inner boundary along the Queensland coastline.

Iama (Iama)

Iama Boundary (TSRA) (TS_TSRA_SLUP-2010:Iama-Boundary)

Iama Bushfire Risk - Medium (TSRA) (TS_TSRA_SLUP-2010:Iama-Bushfire-Risk_Medium)

Iama Contours - Minor (TSRA) (TS_TSRA_SLUP-2010:Iama-Contours_Minor)

Iama Electricity - Generator (TSRA) (TS_TSRA_SLUP-2010:Iama-Electricity_Generator)

Iama Electricity - Lines (TSRA) (TS_TSRA_SLUP-2010:Iama-Electricity_Lines)

Iama Electricity - Sub-station (TSRA) (TS_TSRA_SLUP-2010:Iama-Electricity_Sub-station)

Iama Habitat - High Value (TSRA) (TS_TSRA_SLUP-2010:Iama-Habitat_High-Value)

Iama Habitat - Moderate Value (TSRA) (TS_TSRA_SLUP-2010:Iama-Habitat_Moderate-Value)

Iama Landuse - Community (TSRA) (TS_TSRA_SLUP-2010:Iama-Landuse_Community)

Iama Landuse - Infrastructure (TSRA) (TS_TSRA_SLUP-2010:Iama-Landuse_Infrastructure)

Iama Landuse - Village (TSRA) (TS_TSRA_SLUP-2010:Iama-Landuse_Village)

Iama PASS (TSRA) (TS_TSRA_SLUP-2010:Iama-PASS)

Iama PASS - 5m Contour (TSRA) (TS_TSRA_SLUP-2010:Iama-PASS_5m-Contour)

Iama Sewer - Footprint (TSRA) (TS_TSRA_SLUP-2010:Iama-Sewer_Footprint)

Iama Sewer - Manholes (TSRA) (TS_TSRA_SLUP-2010:Iama-Sewer_Manholes)

Iama Sewer - Treatment Plant (TSRA) (TS_TSRA_SLUP-2010:Iama-Sewer_Treatment-Plant)

Iama Telstra - Annotation (TSRA) (TS_TSRA_SLUP-2010:Iama-Telstra_Annotation)

Iama Telstra - Pits (TSRA) (TS_TSRA_SLUP-2010:Iama-Telstra_Pits)

Iama Water - Annotation (TSRA) (TS_TSRA_SLUP-2010:Iama-Water_Annotation)

Iama Water - Footprint (TSRA) (TS_TSRA_SLUP-2010:Iama-Water_Footprint)

Iama Water - Storage (TSRA) (TS_TSRA_SLUP-2010:Iama-Water_Storage)

Iama Watercourses - Low Value (TSRA) (TS_TSRA_SLUP-2010:Iama-Watercourses_Low-Value)

Boigu Boundary (TSRA) (TS_TSRA_SLUP-2010:Boigu-Boundary)

Boigu Coastal - Annotation (TSRA) (TS_TSRA_SLUP-2010:Boigu-Coastal_Annotation)

Boigu Coastal - CMD (TSRA) (TS_TSRA_SLUP-2010:Boigu-Coastal_CMD)

Boigu Coastal - Rock Sea Wall (TSRA) (TS_TSRA_SLUP-2010:Boigu-Coastal_Rock-Sea-Wall)

Boigu Contours - Minor (TSRA) (TS_TSRA_SLUP-2010:Boigu-Contours_Minor)

Boigu Electricity - Generator (TSRA) (TS_TSRA_SLUP-2010:Boigu-Electricity_Generator)

Boigu Habitat - Annotation (TSRA) (TS_TSRA_SLUP-2010:Boigu-Habitat_Annotation)

Boigu Habitat - Low Value (TSRA) (TS_TSRA_SLUP-2010:Boigu-Habitat_Low-Value)

Boigu Landuse - Community (TSRA) (TS_TSRA_SLUP-2010:Boigu-Landuse_Community)

Boigu Landuse - Infrastructure (TSRA) (TS_TSRA_SLUP-2010:Boigu-Landuse_Infrastructure)

Boigu Landuse - Village (TSRA) (TS_TSRA_SLUP-2010:Boigu-Landuse_Village)

Boigu PASS (TSRA) (TS_TSRA_SLUP-2010:Boigu-PASS)

Boigu Sewer - Annotation (TSRA) (TS_TSRA_SLUP-2010:Boigu-Sewer_Annotation)

Boigu Sewer - Lines (TSRA) (TS_TSRA_SLUP-2010:Boigu-Sewer_Lines)

Boigu Sewer - Pump Station (TSRA) (TS_TSRA_SLUP-2010:Boigu-Sewer_Pump-Station)

Boigu Structures - One Storey (TSRA) (TS_TSRA_SLUP-2010:Boigu-Structures_One-Storey)

Boigu Structures - Two Storey (TSRA) (TS_TSRA_SLUP-2010:Boigu-Structures_Two-Storey)

Boigu Telstra - Pits (TSRA) (TS_TSRA_SLUP-2010:Boigu-Telstra_Pits)

Boigu Village - Vacant-Sewered (TSRA) (TS_TSRA_SLUP-2010:Boigu-Village_Vacant-Sewered)

Boigu Water - Footprint (TSRA) (TS_TSRA_SLUP-2010:Boigu-Water_Footprint)

Boigu Water - Manholes (TSRA) (TS_TSRA_SLUP-2010:Boigu-Water_Manholes)

Warraber (Warraber)

Warraber Boundary (TSRA) (TS_TSRA_SLUP-2010:Warraber-Boundary)

Warraber Coastal - CMD (TSRA) (TS_TSRA_SLUP-2010:Warraber-Coastal_CMD)

Warraber Contours - Major (TSRA) (TS_TSRA_SLUP-2010:Warraber-Contours_Major)

Warraber Cultural (TSRA) (TS_TSRA_SLUP-2010:Warraber-Cultural)

Warraber Electricity - Lines (TSRA) (TS_TSRA_SLUP-2010:Warraber-Electricity_Lines)

Warraber Habitat - High Value (TSRA) (TS_TSRA_SLUP-2010:Warraber-Habitat_High-Value)

Warraber Habitat - Moderate Value (TSRA) (TS_TSRA_SLUP-2010:Warraber-Habitat_Moderate-Value)

Warraber Landuse - Conservation (TSRA) (TS_TSRA_SLUP-2010:Warraber-Landuse_Conservation)

Warraber Landuse - Investigative Area (TSRA) (TS_TSRA_SLUP-2010:Warraber-Landuse_Investigative-Area)

Warraber Landuse - Village - Vacant - Serviced (TSRA) (TS_TSRA_SLUP-2010:Warraber-Landuse_Village_Vacant_Serviced)

Warraber PASS (TSRA) (TS_TSRA_SLUP-2010:Warraber-PASS)

Warraber Sewer - Annotation (TSRA) (TS_TSRA_SLUP-2010:Warraber-Sewer_Annotation)

Warraber Sewer - Lines (TSRA) (TS_TSRA_SLUP-2010:Warraber-Sewer_Lines)

Warraber Sewer - Pump Station (TSRA) (TS_TSRA_SLUP-2010:Warraber-Sewer_Pump-Station)

Warraber Structures (TSRA) (TS_TSRA_SLUP-2010:Warraber-Structures)

Warraber Telstra - Lines (TSRA) (TS_TSRA_SLUP-2010:Warraber-Telstra_Lines)

Warraber Vegetation - 3d Environmental (TSRA) (TS_TSRA_SLUP-2010:Warraber-Vegetation_3d-Environmental)

Warraber Water - Catchment Area (TSRA) (TS_TSRA_SLUP-2010:Warraber-Water_Catchment-Area)

Warraber Water - Lines (TSRA) (TS_TSRA_SLUP-2010:Warraber-Water_Lines)

Poruma Annotation (TSRA) (TS_TSRA_SLUP-2010:Poruma-Annotation)

Poruma Bushfire - Medium Risk (TSRA) (TS_TSRA_SLUP-2010:Poruma-Bushfire_Medium-Risk)

Poruma Coastal - DSTE High Hazard (TSRA) (TS_TSRA_SLUP-2010:Poruma-Coastal_DSTE-High-Hazard)

Poruma Coastal - Erosion Prone Area (TSRA) (TS_TSRA_SLUP-2010:Poruma-Coastal_Erosion-Prone-Area)

Poruma Coastal - HAT 2100 (TSRA) (TS_TSRA_SLUP-2010:Poruma-Coastal_HAT-2100)

Poruma Contours - Minor (TSRA) (TS_TSRA_SLUP-2010:Poruma-Contours_Minor)

Poruma Electricity - Annotation (TSRA) (TS_TSRA_SLUP-2010:Poruma-Electricity_Annotation)

Poruma Habitat - Annotation (TSRA) (TS_TSRA_SLUP-2010:Poruma-Habitat_Annotation)

Poruma Habitat - Low Value (TSRA) (TS_TSRA_SLUP-2010:Poruma-Habitat_Low-Value)

Poruma Landuse - Community (TSRA) (TS_TSRA_SLUP-2010:Poruma-Landuse_Community)

Poruma Landuse - Infrastructure (TSRA) (TS_TSRA_SLUP-2010:Poruma-Landuse_Infrastructure)

Poruma Landuse - Village (TSRA) (TS_TSRA_SLUP-2010:Poruma-Landuse_Village)

Poruma Lots (TSRA) (TS_TSRA_SLUP-2010:Poruma-Lots)

Poruma PASS - 5m Contour (TSRA) (TS_TSRA_SLUP-2010:Poruma-PASS_5m-Contour)

Poruma Structures (TSRA) (TS_TSRA_SLUP-2010:Poruma-Structures)

Poruma Telstra - Lines (TSRA) (TS_TSRA_SLUP-2010:Poruma-Telstra_Lines)

Poruma Vegetation - 3d Environmental (TSRA) (TS_TSRA_SLUP-2010:Poruma-Vegetation_3d-Environmental)

Poruma Water - Catchment Area (TSRA) (TS_TSRA_SLUP-2010:Poruma-Water_Catchment-Area)

Poruma Water - Lines (TSRA) (TS_TSRA_SLUP-2010:Poruma-Water_Lines)

Hammond Annotation (TSRA) (TS_TSRA_SLUP-2010:Hammond-Annotation)

Hammond Bushfire - High Risk (TSRA) (TS_TSRA_SLUP-2010:Hammond-Bushfire_High-Risk)

Hammond Coastal - CMD (TSRA) (TS_TSRA_SLUP-2010:Hammond-Coastal_CMD)

Hammond Coastal - DSTE Low Hazard (TSRA) (TS_TSRA_SLUP-2010:Hammond-Coastal_DSTE-Low-Hazard)

Hammond Coastal - HAT 2100 (TSRA) (TS_TSRA_SLUP-2010:Hammond-Coastal_HAT-2100)

Hammond Contours - Minor (TSRA) (TS_TSRA_SLUP-2010:Hammond-Contours_Minor)

Hammond Electricity - Annotation (TSRA) (TS_TSRA_SLUP-2010:Hammond-Electricity_Annotation)

Hammond Habitat - Annotation (TSRA) (TS_TSRA_SLUP-2010:Hammond-Habitat_Annotation)

Hammond Habitat - Low Value (TSRA) (TS_TSRA_SLUP-2010:Hammond-Habitat_Low-Value)

Hammond Landuse - Community (TSRA) (TS_TSRA_SLUP-2010:Hammond-Landuse_Community)

Hammond Landuse - Infrastructure (TSRA) (TS_TSRA_SLUP-2010:Hammond-Landuse_Infrastructure)

Hammond Landuse - Village (TSRA) (TS_TSRA_SLUP-2010:Hammond-Landuse_Village)

Hammond Lots (TSRA) (TS_TSRA_SLUP-2010:Hammond-Lots)

Hammond PASS - 20m Contour (TSRA) (TS_TSRA_SLUP-2010:Hammond-PASS_20m-Contour)

Hammond Sewer - Annotation (TSRA) (TS_TSRA_SLUP-2010:Hammond-Sewer_Annotation)

Hammond Telstra - Annotation (TSRA) (TS_TSRA_SLUP-2010:Hammond-Telstra_Annotation)

Hammond Vegetation - 3d Environmental (TSRA) (TS_TSRA_SLUP-2010:Hammond-Vegetation_3d-Environmental)

Hammond Water - Catchment Area (TSRA) (TS_TSRA_SLUP-2010:Hammond-Water_Catchment-Area)

Hammond Water - Lines (TSRA) (TS_TSRA_SLUP-2010:Hammond-Water_Lines)

Hammond Water - Storage (TSRA) (TS_TSRA_SLUP-2010:Hammond-Water_Storage)

Hammond Watercourse - Low Value (TSRA) (TS_TSRA_SLUP-2010:Hammond-Watercourse_Low-Value)

Kubin Annotation (TSRA) (TS_TSRA_SLUP-2010:Kubin-Annotation)

Kubin Coastal - DSTE High Hazard (TSRA) (TS_TSRA_SLUP-2010:Kubin-Coastal_DSTE-High-Hazard)

Kubin Coastal - HAT 2008 (TSRA) (TS_TSRA_SLUP-2010:Kubin-Coastal_HAT-2008)

Kubin Cultural (TSRA) (TS_TSRA_SLUP-2010:Kubin-Cultural)

Kubin Electricity - Light Poles (TSRA) (TS_TSRA_SLUP-2010:Kubin-Electricity_Light-Poles)

Kubin Electricity - Poles (TSRA) (TS_TSRA_SLUP-2010:Kubin-Electricity_Poles)

Kubin Landuse - Conservation (TSRA) (TS_TSRA_SLUP-2010:Kubin-Landuse_Conservation)

Kubin Landuse - Investigative Area (TSRA) (TS_TSRA_SLUP-2010:Kubin-Landuse_Investigative-Area)

Kubin Landuse - Village - Vacant - Serviced (TSRA) (TS_TSRA_SLUP-2010:Kubin-Landuse_Village_Vacant_Serviced)

Kubin Sewer - Annotation (TSRA) (TS_TSRA_SLUP-2010:Kubin-Sewer_Annotation)

Kubin Sewer - Lines (TSRA) (TS_TSRA_SLUP-2010:Kubin-Sewer_Lines)

Kubin Sewer - Pump Station (TSRA) (TS_TSRA_SLUP-2010:Kubin-Sewer_Pump-Station)

Kubin Structures (TSRA) (TS_TSRA_SLUP-2010:Kubin-Structures)

Kubin Water - Annotation (TSRA) (TS_TSRA_SLUP-2010:Kubin-Water_Annotation)

Kubin Water - Footprint (TSRA) (TS_TSRA_SLUP-2010:Kubin-Water_Footprint)

Kubin Water - Low Pressure Area Below RL20m (TSRA) (TS_TSRA_SLUP-2010:Kubin-Water_Low-Pressure-Area-Below-RL20m)

Badu (Badu)

Badu Boundary (TSRA) (TS_TSRA_SLUP-2010:Badu-Boundary)

Badu Bushfire - Medium Risk (TSRA) (TS_TSRA_SLUP-2010:Badu-Bushfire_Medium-Risk)

Badu Coastal - DSTE High Hazard (TSRA) (TS_TSRA_SLUP-2010:Badu-Coastal_DSTE-High-Hazard)

Badu Coastal - HAT 2008 (TSRA) (TS_TSRA_SLUP-2010:Badu-Coastal_HAT-2008)

Badu Contours - Major (TSRA) (TS_TSRA_SLUP-2010:Badu-Contours_Major)

Badu Cultural (TSRA) (TS_TSRA_SLUP-2010:Badu-Cultural)

Badu Electricity - Light Poles (TSRA) (TS_TSRA_SLUP-2010:Badu-Electricity_Light-Poles)

Badu Electricity - Poles (TSRA) (TS_TSRA_SLUP-2010:Badu-Electricity_Poles)

Badu Habitat - High Value (TSRA) (TS_TSRA_SLUP-2010:Badu-Habitat_High-Value)

Badu Habitat - Moderate Value (TSRA) (TS_TSRA_SLUP-2010:Badu-Habitat_Moderate-Value)

Badu Landuse - Conservation (TSRA) (TS_TSRA_SLUP-2010:Badu-Landuse_Conservation)

Badu Landuse - Investigative Area (TSRA) (TS_TSRA_SLUP-2010:Badu-Landuse_Investigative-Area)

Badu Landuse - Village - Vacant - Serviced (TSRA) (TS_TSRA_SLUP-2010:Badu-Landuse_Village_Vacant_Serviced)

Badu PASS (TSRA) (TS_TSRA_SLUP-2010:Badu-PASS)

Badu PASS - 5m Contour (TSRA) (TS_TSRA_SLUP-2010:Badu-PASS_5m-Contour)

Badu Sewer - Footprint (TSRA) (TS_TSRA_SLUP-2010:Badu-Sewer_Footprint)

Badu Sewer - Lines (TSRA) (TS_TSRA_SLUP-2010:Badu-Sewer_Lines)

Badu Sewer - Pump Station (TSRA) (TS_TSRA_SLUP-2010:Badu-Sewer_Pump-Station)

Badu Telstra - Annotation (TSRA) (TS_TSRA_SLUP-2010:Badu-Telstra_Annotation)

Badu Telstra - Pits (TSRA) (TS_TSRA_SLUP-2010:Badu-Telstra_Pits)

Badu Water - Annotation (TSRA) (TS_TSRA_SLUP-2010:Badu-Water_Annotation)

Badu Water - Footprint (TSRA) (TS_TSRA_SLUP-2010:Badu-Water_Footprint)

Badu Water - Storage (TSRA) (TS_TSRA_SLUP-2010:Badu-Water_Storage)

Badu Watercourse - Low Value (TSRA) (TS_TSRA_SLUP-2010:Badu-Watercourse_Low-Value)

Saibai Annotation (TSRA) (TS_TSRA_SLUP-2010:Saibai-Annotation)

Saibai Bushfire Risk - Medium (TSRA) (TS_TSRA_SLUP-2010:Saibai-Bushfire-Risk_Medium)

Saibai Clan - Dhoeybaw (TSRA) (TS_TSRA_SLUP-2010:Saibai-Clan_Dhoeybaw)

Saibai Clan - Samu (TSRA) (TS_TSRA_SLUP-2010:Saibai-Clan_Samu)

Saibai Clan - Thabu-Burum Karbay (TSRA) (TS_TSRA_SLUP-2010:Saibai-Clan_Thabu-Burum-Karbay)

Saibai Contaminated Land (TSRA) (TS_TSRA_SLUP-2010:Saibai-Contaminated-Land)

Saibai Contours - Minor (TSRA) (TS_TSRA_SLUP-2010:Saibai-Contours_Minor)

Saibai Electricity - Annotation (TSRA) (TS_TSRA_SLUP-2010:Saibai-Electricity_Annotation)

Saibai Electricity - Poles (TSRA) (TS_TSRA_SLUP-2010:Saibai-Electricity_Poles)

Saibai Habitat - High Value (TSRA) (TS_TSRA_SLUP-2010:Saibai-Habitat_High-Value)

Saibai Habitat - Moderate Value (TSRA) (TS_TSRA_SLUP-2010:Saibai-Habitat_Moderate-Value)

Saibai Landuse - Conservation (TSRA) (TS_TSRA_SLUP-2010:Saibai-Landuse_Conservation)

Saibai Landuse - Investigative (TSRA) (TS_TSRA_SLUP-2010:Saibai-Landuse_Investigative)

Saibai Lots (TSRA) (TS_TSRA_SLUP-2010:Saibai-Lots)

Saibai PASS (TSRA) (TS_TSRA_SLUP-2010:Saibai-PASS)

Saibai Sewer - Lines (TSRA) (TS_TSRA_SLUP-2010:Saibai-Sewer_Lines)

Saibai Structures (TSRA) (TS_TSRA_SLUP-2010:Saibai-Structures)

Saibai Structures - One Storey Raised (TSRA) (TS_TSRA_SLUP-2010:Saibai-Structures_One-Storey-Raised)

Saibai Telstra - Annotation (TSRA) (TS_TSRA_SLUP-2010:Saibai-Telstra_Annotation)

Saibai Telstra - Tower (TSRA) (TS_TSRA_SLUP-2010:Saibai-Telstra_Tower)

Saibai Village - Vacant1 (TSRA) (TS_TSRA_SLUP-2010:Saibai-Village_Vacant1)

Saibai Water - Footprint (TSRA) (TS_TSRA_SLUP-2010:Saibai-Water_Footprint)

Saibai Water - Storage (TSRA) (TS_TSRA_SLUP-2010:Saibai-Water_Storage)

Darnley_RE (TSRA) (TS_TSRA_SLUP-2010:Darnley_RE)

Vegetation mapping data supplied by 3D Environmental, Brisbane. Stanton, D.J., Fell, D.G., and Gooding, D.O. (2008) Vegetation Communities and Regional Ecosystems of the Torres Strait Islands. A Report to Torres Strait Regional Authority, Land and Sea Managment Unit. See Full Vegetation Report for Detailed Description of Regional Ecosystems and Vegetation Communities

Yorke Vegetation (TSRA) (TS_TSRA_SLUP-2010:Yorke_RE)

Vegetation mapping data supplied by 3D Environmental, Brisbane. Stanton, D.J., Fell, D.G., and Gooding, D.O. (2008) Vegetation Communities and Regional Ecosystems of the Torres Strait Islands. A Report to Torres Strait Regional Authority, Land and Sea Managment Unit. See Full Vegetation Report for Detailed Description of Regional Ecosystems and Vegetation Communities

Mer Annotation (TSRA) (TS_TSRA_SLUP-2010:Mer-Annotation)

Mer Bushfire - High Hazard (TSRA) (TS_TSRA_SLUP-2010:Mer-Bushfire_High-Hazard)

Mer Coastal - CMD (TSRA) (TS_TSRA_SLUP-2010:Mer-Coastal_CMD)

Mer Coastal - DSTE Low Hazard (TSRA) (TS_TSRA_SLUP-2010:Mer-Coastal_DSTE-Low-Hazard)

Mer Coastal - HAT 2008 (TSRA) (TS_TSRA_SLUP-2010:Mer-Coastal_HAT-2008)

Mer Contours - Major (TSRA) (TS_TSRA_SLUP-2010:Mer-Contours_Major)

Mer Electricity - Annotation (TSRA) (TS_TSRA_SLUP-2010:Mer-Electricity_Annotation)

Mer Electricity - Light Poles (TSRA) (TS_TSRA_SLUP-2010:Mer-Electricity_Light-Poles)

Mer Electricity - Poles (TSRA) (TS_TSRA_SLUP-2010:Mer-Electricity_Poles)

Mer Habitat - High Value (TSRA) (TS_TSRA_SLUP-2010:Mer-Habitat_High-Value)

Mer Habitat - Moderate Value (TSRA) (TS_TSRA_SLUP-2010:Mer-Habitat_Moderate-Value)

Mer Landuse - Investigative Area (TSRA) (TS_TSRA_SLUP-2010:Mer-Landuse_-Investigative-Area)

Mer Landuse - Conservation (TSRA) (TS_TSRA_SLUP-2010:Mer-Landuse_Conservation)

Mer Landuse - Village (TSRA) (TS_TSRA_SLUP-2010:Mer-Landuse_Village)

Mer Lots (TSRA) (TS_TSRA_SLUP-2010:Mer-Lots)

Mer PASS - 20m Contour (TSRA) (TS_TSRA_SLUP-2010:Mer-PASS_20m-Contour)

Mer PASS - Contaminated Area (TSRA) (TS_TSRA_SLUP-2010:Mer-PASS_Contaminated-Area)

Mer Sewer - Footprint (TSRA) (TS_TSRA_SLUP-2010:Mer-Sewer_Footprint)

Mer Sewer - Manholes (TSRA) (TS_TSRA_SLUP-2010:Mer-Sewer_Manholes)

Mer Sewer - Pump Station (TSRA) (TS_TSRA_SLUP-2010:Mer-Sewer_Pump-Station)

Mer Structures (TSRA) (TS_TSRA_SLUP-2010:Mer-Structures)

Mer Telstra - Lines (TSRA) (TS_TSRA_SLUP-2010:Mer-Telstra_Lines)

Mer Telstra - Tower (TSRA) (TS_TSRA_SLUP-2010:Mer-Telstra_Tower)

Mer Water - Annotation (TSRA) (TS_TSRA_SLUP-2010:Mer-Water_Annotation)

Mer Water - Footprint (TSRA) (TS_TSRA_SLUP-2010:Mer-Water_Footprint)

Mer Water - Pump Station (TSRA) (TS_TSRA_SLUP-2010:Mer-Water_Pump-Station)

Mer Water - Storage (TSRA) (TS_TSRA_SLUP-2010:Mer-Water_Storage)

Mer Watercourse - Low Value (TSRA) (TS_TSRA_SLUP-2010:Mer-Watercourse_Low-Value)

Masig Boundary (TSRA) (TS_TSRA_SLUP-2010:Masig-Boundary)

Masig Coastal - CMD (TSRA) (TS_TSRA_SLUP-2010:Masig-Coastal_CMD)

Masig Coastal - HAT 2008 (TSRA) (TS_TSRA_SLUP-2010:Masig-Coastal_HAT-2008)

Masig Contours - Major (TSRA) (TS_TSRA_SLUP-2010:Masig-Contours_Major)

Masig Cultural - Place Names (TSRA) (TS_TSRA_SLUP-2010:Masig-Cultural_Place-Names)

Masig Electricity - Generator (TSRA) (TS_TSRA_SLUP-2010:Masig-Electricity_Generator)

Masig Electricity - Manholes (TSRA) (TS_TSRA_SLUP-2010:Masig-Electricity_Manholes)

Masig Habitat - High Value (TSRA) (TS_TSRA_SLUP-2010:Masig-Habitat_High-Value)

Masig Habitat - Moderate Value (TSRA) (TS_TSRA_SLUP-2010:Masig-Habitat_Moderate-Value)

Masig Landuse - Conservation (TSRA) (TS_TSRA_SLUP-2010:Masig-Landuse_Conservation)

Masig Landuse - Investigative (TSRA) (TS_TSRA_SLUP-2010:Masig-Landuse_Investigative)

Masig Lots (TSRA) (TS_TSRA_SLUP-2010:Masig-Lots)

Masig PASS (TSRA) (TS_TSRA_SLUP-2010:Masig-PASS)

Masig Sewer - Footprint (TSRA) (TS_TSRA_SLUP-2010:Masig-Sewer_Footprint)

Masig Sewer - Manholes (TSRA) (TS_TSRA_SLUP-2010:Masig-Sewer_Manholes)

Masig Sewer - Rising Main (TSRA) (TS_TSRA_SLUP-2010:Masig-Sewer_Rising-Main)

Masig Telstra - Annotation (TSRA) (TS_TSRA_SLUP-2010:Masig-Telstra_Annotation)

Masig Telstra - Pits (TSRA) (TS_TSRA_SLUP-2010:Masig-Telstra_Pits)

Masig Village - Vacant 1 (TSRA) (TS_TSRA_SLUP-2010:Masig-Village_Vacant-1)

Masig Village - Vacant 3 (TSRA) (TS_TSRA_SLUP-2010:Masig-Village_Vacant-3)

Masig Water - Lines (TSRA) (TS_TSRA_SLUP-2010:Masig-Water_Lines)

Mabuyag (Mabuyag)

Mabuyag Boundary (TSRA) (TS_TSRA_SLUP-2010:Mabuyag-Boundary)

Mabuyag Bushfire - Medium Risk (TSRA) (TS_TSRA_SLUP-2010:Mabuyag-Bushfire_Medium-Risk)

Mabuyag Coastal - DSTE High Hazard (TSRA) (TS_TSRA_SLUP-2010:Mabuyag-Coastal_DSTE-High-Hazard)

Mabuyag Coastal - HAT 2009 (TSRA) (TS_TSRA_SLUP-2010:Mabuyag-Coastal_HAT-2009)

Mabuyag Contours - Minor (TSRA) (TS_TSRA_SLUP-2010:Mabuyag-Contours_Minor)

Mabuyag Electricity - Annotation (TSRA) (TS_TSRA_SLUP-2010:Mabuyag-Electricity_Annotation)

Mabuyag Electricity - Lines (TSRA) (TS_TSRA_SLUP-2010:Mabuyag-Electricity_Lines)

Mabuyag Habitat - Annotation (TSRA) (TS_TSRA_SLUP-2010:Mabuyag-Habitat_Annotation)

Mabuyag Habitat - High Value (TSRA) (TS_TSRA_SLUP-2010:Mabuyag-Habitat_High-Value)

Mabuyag Habitat - Moderate Value (TSRA) (TS_TSRA_SLUP-2010:Mabuyag-Habitat_Moderate-Value)

Mabuyag Landuse - Conservation (TSRA) (TS_TSRA_SLUP-2010:Mabuyag-Landuse_Conservation)

Mabuyag Landuse - Investigative Area (TSRA) (TS_TSRA_SLUP-2010:Mabuyag-Landuse_Investigative-Area)

Mabuyag Landuse - Village - Vacant - Serviced (TSRA) (TS_TSRA_SLUP-2010:Mabuyag-Landuse_Village_Vacant_Serviced)

Mabuyag PASS (TSRA) (TS_TSRA_SLUP-2010:Mabuyag-PASS)

Mabuyag Sewer - Footprint (TSRA) (TS_TSRA_SLUP-2010:Mabuyag-Sewer_Footprint)

Mabuyag Sewer - Manholes (TSRA) (TS_TSRA_SLUP-2010:Mabuyag-Sewer_Manholes)

Mabuyag Sewer - Rising Main (TSRA) (TS_TSRA_SLUP-2010:Mabuyag-Sewer_Rising-Main)

Mabuyag Structures (TSRA) (TS_TSRA_SLUP-2010:Mabuyag-Structures)

Mabuyag Telstra - Lines (TSRA) (TS_TSRA_SLUP-2010:Mabuyag-Telstra_Lines)

Mabuyag Vegetation - 3d Environmental (TSRA) (TS_TSRA_SLUP-2010:Mabuyag-Vegetation_3d-Environmental)

Mabuyag Water - Catchment Area (TSRA) (TS_TSRA_SLUP-2010:Mabuyag-Water_Catchment-Area)

Mabuyag Water - Lines (TSRA) (TS_TSRA_SLUP-2010:Mabuyag-Water_Lines)

Mabuyag Watercourse - Low Value (TSRA) (TS_TSRA_SLUP-2010:Mabuyag-Watercourse_Low-Value)

Ubar PASS (TSRA) (TS_TSRA_SLUP-2010:Ubar-PASS)

Ugar Boundary (TSRA) (TS_TSRA_SLUP-2010:Ugar-Boundary)

Ugar Coastal - CMD (TSRA) (TS_TSRA_SLUP-2010:Ugar-Coastal_CMD)

Ugar Coastal - DSTE Low Hazard (TSRA) (TS_TSRA_SLUP-2010:Ugar-Coastal_DSTE-Low-Hazard)

Ugar Coastal - HAT 2009 (TSRA) (TS_TSRA_SLUP-2010:Ugar-Coastal_HAT-2009)

Ugar Contours - Major (TSRA) (TS_TSRA_SLUP-2010:Ugar-Contours_Major)

Ugar Cultural (TSRA) (TS_TSRA_SLUP-2010:Ugar-Cultural)

Ugar Electricity - Light Poles (TSRA) (TS_TSRA_SLUP-2010:Ugar-Electricity_Light-Poles)

Ugar Electricity - Poles (TSRA) (TS_TSRA_SLUP-2010:Ugar-Electricity_Poles)

Ugar Habitat - Annotation - Polygons (TSRA) (TS_TSRA_SLUP-2010:Ugar-Habitat_Annotation_Polygons)

Ugar Habitat - Low Value (TSRA) (TS_TSRA_SLUP-2010:Ugar-Habitat_Low-Value)

Ugar Landuse - Community (TSRA) (TS_TSRA_SLUP-2010:Ugar-Landuse_Community)

Ugar Landuse - Infrastructure (TSRA) (TS_TSRA_SLUP-2010:Ugar-Landuse_Infrastructure)

Ugar Landuse - Village (TSRA) (TS_TSRA_SLUP-2010:Ugar-Landuse_Village)

Ugar Lots (TSRA) (TS_TSRA_SLUP-2010:Ugar-Lots)

Ugar PASS - 5m Contour (TSRA) (TS_TSRA_SLUP-2010:Ugar-PASS_5m-Contour)

Ugar Sewer - Annotation (TSRA) (TS_TSRA_SLUP-2010:Ugar-Sewer_Annotation)

Ugar Telstra - Annotation (TSRA) (TS_TSRA_SLUP-2010:Ugar-Telstra_Annotation)

Ugar Telstra - Pits (TSRA) (TS_TSRA_SLUP-2010:Ugar-Telstra_Pits)

Ugar Water - Annotation (TSRA) (TS_TSRA_SLUP-2010:Ugar-Water_Annotation)

Ugar Water - Footprint (TSRA) (TS_TSRA_SLUP-2010:Ugar-Water_Footprint)

Ugar Water - Storage (TSRA) (TS_TSRA_SLUP-2010:Ugar-Water_Storage)

Erub Annotation (TSRA) (TS_TSRA_SLUP-2010:Erub-Annotation)

Erub Bushfire - Medium Risk (TSRA) (TS_TSRA_SLUP-2010:Erub-Bushfire_Medium-Risk)

Erub Contours - Major (TSRA) (TS_TSRA_SLUP-2010:Erub-Contours_Major)

Erub Cultural - Place Names (TSRA) (TS_TSRA_SLUP-2010:Erub-Cultural_Place-Names)

Erub Electricity - Light Poles (TSRA) (TS_TSRA_SLUP-2010:Erub-Electricity_Light-Poles)

Erub Electricity - Manholes (TSRA) (TS_TSRA_SLUP-2010:Erub-Electricity_Manholes)

Erub Habitat - Annotation (TSRA) (TS_TSRA_SLUP-2010:Erub-Habitat_Annotation)

Erub Habitat - Low Value (TSRA) (TS_TSRA_SLUP-2010:Erub-Habitat_Low-Value)

Erub Habitat - Rehabilitate (TSRA) (TS_TSRA_SLUP-2010:Erub-Habitat_Rehabilitate)

Erub Landuse - Conservation (TSRA) (TS_TSRA_SLUP-2010:Erub-Landuse_Conservation)