e-Atlas Web Map Service

WT: Mountains (WTMA) (wtma:WT_WTMA_Mountain)

This dataset contains point features depicting mountains, peaks, mountain ranges and hills and their names. Ranges are located with a point or series of points in the approximate vicinity of the feature. Mountain data originated from 1:250,000 scale AUSLIG supplied topographic data (repromats). Corrections were made to locate the points accurately to the 1:100,000 scale National Topographic Map Series. Georeferenced Topographic Maps are dated 1966. 90% of well defined detail within +/- 50 metres of true position. 95% of points within the Mountains coverage were located to the 1:100,000 scale Topographic maps Series. Some smaller hills, mountains and ranges shown on the 1:100,000 scale Topographic map Series, not in the original source data, have not been included in this dataset. KMZ for this dataset: http://maps.e-atlas.org.au/maps/www/WT_WTMA_Mountain/WT_WTMA_Mountains_v1.kmz

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

This dataset contains line and point features depicting countours and spot heights across the Wet Tropics Bioregion as shown on the 1:50,000 scale National Topographic Maps.

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

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

This dataset contains point features depicting spot heights for the Wet Tropics Bioregion. 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

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�S. Note, this northern limit cuts off a small triangle of CSCZ over Ashmore Reef. The southern limit was clipped at latitude 24� 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. This layer is part of the "Great Barrier Reef and Coral Sea Geomorphic Features" dataset developed as part of project 3DGBR. [ More info: http://e-atlas.org.au/content/gbr-jcu-3dgbr-geomorph ]

Coralsea: Abyssal Plain (JCU) (ea:GBR_JCU_3DGBR-geomorph_Coralsea-abyssalplain)

Abyssal plain is an extensive, flat, gently sloping or nearly level region at abyssal depths. Three abyssal plains were mapped where their gradients became generally flat and at depths greater than about 4000 m. In the north are the abyssal plains of the Coral Sea Basin and Louisiade Basin, the latter being a failed arm of a rift triple junction. In the south, lies the abyssal plain of the Tasman Basin. This layer is part of the "Great Barrier Reef and Coral Sea Geomorphic Features" dataset developed as part of project 3DGBR. [ More info: http://e-atlas.org.au/content/gbr-jcu-3dgbr-geomorph ]

Coralsea: Plateau (JCU) (ea:GBR_JCU_3DGBR-geomorph_Coralsea-plateau)

Plateau is a flat or nearly flat area of considerable extent, dropping off abruptly on one or more sides. Extensive areas of plateaus were mapped across the Coral Sea with the largest being the Queensland Plateau. Lord Howe Rise consists of a series of plateaus separated by broad-scale valleys linking adjacent basins and troughs. Plateau boundaries were mapped around their bases where the gradient first becomes steeper. The exceptions are the Marion and Saumarez Plateaus on the Queensland continental slope, where the boundaries were mapped as the slope gradient becomes flat or nearly flat. This layer is part of the "Great Barrier Reef and Coral Sea Geomorphic Features" dataset developed as part of project 3DGBR. [ More info: http://e-atlas.org.au/content/gbr-jcu-3dgbr-geomorph ]

Coralsea: Slope (JCU) (ea:GBR_JCU_3DGBR-geomorph_Coralsea-slope)

Slope lies seaward from the shelf edge to the upper edge of a continental rise or the point where there is a general reduction in slope. The continental slope was mapped lying adjacent to the shelf and extending into the adjacent deep basins and troughs. The shelf feature was used to erase the western boundary of the slope and the various basins and troughs erased the eastern slope border. The slope has extensive canyons incising its surface. This layer is part of the "Great Barrier Reef and Coral Sea Geomorphic Features" dataset developed as part of project 3DGBR. [ More info: http://e-atlas.org.au/content/gbr-jcu-3dgbr-geomorph ]

Coralsea Trough (JCU) (ea:GBR_JCU_3DGBR-geomorph_Coralsea-trough)

Trough is a long depression of the seafloor characteristically flat bottomed and steep sided and normally shallower than a trench. In this project, two trough features were mapped that are essentially long basins. The larger feature is a combined Queensland and Townsville Trough lying between the continental slope and the Queensland Plateau. The smaller feature is the Bligh Trough separating the northern slope and Eastern Plateau. Both trough features feed into the Osprey Embayment and huge Bligh Canyon. This layer is part of the "Great Barrier Reef and Coral Sea Geomorphic Features" dataset developed as part of project 3DGBR. [ More info: http://e-atlas.org.au/content/gbr-jcu-3dgbr-geomorph ]

GBR: Shelf (JCU) (ea:GBR_JCU_3DGBR-geomorph_GBR-shelf)

Shelf is a zone adjacent to a continent (or around an island) extending from the low water line to a depth at which there is usually a marked increase of slope towards oceanic depths. The eastern boundary of the Queensland continental shelf was mapped by closely following the change in gradient along the shelf edge. The shelf break in the north was at approximately 80 m and became deeper at about 110 m towards the south. The western boundary was clipped at the Queensland mainland coastline. This layer is part of the "Great Barrier Reef and Coral Sea Geomorphic Features" dataset developed as part of project 3DGBR. [ More info: http://e-atlas.org.au/content/gbr-jcu-3dgbr-geomorph ]

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. This layer is part of the "Great Barrier Reef and Coral Sea Geomorphic Features" dataset developed as part of project 3DGBR. [ More info: http://e-atlas.org.au/content/gbr-jcu-3dgbr-geomorph ]

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. This layer is part of the "Great Barrier Reef and Coral Sea Geomorphic Features" dataset developed as part of project 3DGBR. [ More info: http://e-atlas.org.au/content/gbr-jcu-3dgbr-geomorph ]

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. This layer is part of the "Great Barrier Reef and Coral Sea Geomorphic Features" dataset developed as part of project 3DGBR. [ More info: http://e-atlas.org.au/content/gbr-jcu-3dgbr-geomorph ]

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. This layer is part of the "Great Barrier Reef and Coral Sea Geomorphic Features" dataset developed as part of project 3DGBR. [ More info: http://e-atlas.org.au/content/gbr-jcu-3dgbr-geomorph ]

2. GBRMPA features (2. GBRMPA features)

GBR: Features (GBRMPA) (ea:GBR_JCU_3DGBR-geomorph_GBR-features)

The GBR shelf features were initially provided by GBRMPA for this project using a GDA94 datum. The shapefile was reprojected to the WGS84 datum, and then the Ashmore Reef polygon deleted due to a grossly incorrect position. The shapefile comprises Cay, Island, Mainland, Reef, Rock and Sand features. Users may contact GBRMPA to obtain details for the creation of these features. Any products using this shapefile should also acknowledge GBRMPA (see under licensing). This layer is part of the "Great Barrier Reef and Coral Sea Geomorphic Features" dataset developed as part of project 3DGBR. [ More info: http://e-atlas.org.au/content/gbr-jcu-3dgbr-geomorph ]

GBR Bathymetry gbr100 (JCU) (ea:GBR_JCU_Bathymetry-3DGBR)

(GBR_JCU_Bathymetry-gbr100). This dataset is a new high resolution bathymetry and Digital Elevation Model (DEM) covering the Great Barrier Reef, Coral Sea and neighbouring coastline (version 1.0 Sept 2010). This DEM has a grid pixel size of 0.001-arc degrees (~100m) with a horizontal datum of WGS84 and a vertical datum of Mean Sea Level (MSL). [ Original Source: JCU. e-Atlas layer: GBR_JCU_Bathymetry-3DGBR. More info: http://e-atlas.org.au/content/gbr-jcu-bathymetry-gbr100 ]

Hillshade low res (3DGBR) (ea:GBR_JCU_Bathymetry-3DGBR_Hillshade-lr)

This is hillshading derived from the GBR_JCU_Bathymetry-3DGBR dataset optimised for scales smaller than 1:3M. [ Original Source: JCU. e-Atlas layer: GBR_JCU_Bathymetry-3DGBR_Hillshade-lr. More info: http://e-atlas.org.au/content/gbr-jcu-bathymetry-gbr100 ]

Total Vertical Uncertainty (3DGBR) (ea:GBR_JCU_Bathymetry-3DGBR_TVU)

Total Vertical Uncertainty (TVU) in the bathymetry estimated from the uncertainty classification (IHO S44 Order) of each source dataset.

WT: Plan Roads 2012 (WTMA) (wtma:WT_WTMA_PlanRoads-2012)

This dataset contains line features depicting roads within the Wet Tropics Bio-region. This dataset as at 10/02/2012 is the proposed WT_PlanRoads which are awaiting the time of the Wet Tropics Management Plan amendments to be gazetted by Qld Governor in Council. Lineage: The original information was derived primarily from 1:50,000 topographic maps. This was augmented using local knowledge and aerial photography. Main roads data was replaced using GPS fixed centrelines supplied by the Department of Main Roads. Attributes have been continuously updated since 2011.

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

This dataset contains polygon features that represent the zoning classification of lands within the Wet Tropics World Heritage Area. This dataset is a working depiction only. For legal confirmation, refer to signed maps held at WTMA. The zoning maps depict four zones (A,B,C & D), based on distance from disturbance model and catering for community services infrastructure and developed visitor facilities. The zones have different degrees of integrity, different physical and social settings and different management purposes. The zoning scheme allows diiferent types of activities in each zone, in accordance with the management intent and integrity of the zone. Zone A: Land included in zone A has a high degree of integrity and is remote from the disturbances associated with modern technological society. Zone B: High degree of ecological integrity and it is in a natural state but is not necessarily remote from disturbance. Zone C: Land in zone C already contains disturbances, which are often associated with existing community infrastructure. Zone D: Zone D contains lands where there are, or may be, visitor facilities of a well developed type. For information about zoning see http://www.wettropics.gov.au/map/map_zoning.html

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.

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

This dataset contains polygons depicting geology as deliniated by botanist J.P.Stanton and geologist D.J.Stanton within the Wet Tropics bioregion. Lineage: The geology mapping of the Wet Tropics Bioregion is based on interpretation of aerial photographs during WTMAs Vegetation of the Wet Tropics of Queensland bioregion mapping project. Aerial photography was also used to select sites and traverses for ground truthing work. The geological classification and boundaries were based on their relevence to vegetation patterns. The dataset has been derived from 1:25,000 aerial photography. Botanists J.P.Stanton and geologist D.J.Stanton deliniated vegetation and geology types by manually drawing polygons directly onto the aerial photography. Field verification was also undertaken. Aerial photographs were scanned and authorectified to WTMAs 50k river dataset using an 80m digital elevation model (DEM). Linework was extracted digitally from the rectified photography and attributes added manually.

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/

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

This dataset contains polygons depicting vegetation types as defined by botanist J.P. Stanton and geologist D.J.Stanton within the Wet Tropics Bioregion. Lineage: The vegetation mapping of the Wet Tropics Bioregion is based on interpretation of aerial photographs, which were also used to select sites and traverses for ground truthing work. The Wet Tropics Bioregion is, in some places, an area of rapid habitat change, and the mapping reflects the situation at the time of the photography. The dataset originates from 1:25,000 aerial photography. Botanist J.P. Stanton and geologist D.J. Stanton delineated vegetation and geology types by manually drawing polygons directly onto the aerial photography. Field verification was also undertaken . Aerial photographs were scanned and orthorectified to WTMAs 50k river dataset using an 80m DEM. Linework was extracted digitally from the rectified photography and vegetation atttributes added manually.

Coral Sea: Biological Important Areas - Humpback (DSEWPaC) (ea:Coralsea_DSEWPaC_BIA-2011_Humpback)

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 breeding, 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 Dpeartment has explicitly aimed to collect information about known important areas and areas that are likely to 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. BIAs are accompaniedby comprehensive data attributes which enable decision makers and people proposing to undertake actions that may have a significant impact on matters of national environmental significance to assess the relevance of the information to their specific circumstances. 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 Humpback 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=%7B7F0D577D-217E-4DB8-88D7-285DF801FEBC%7D e-Atlas Note: This data layer (Humpback) does not have a metadata page. It was compiled from the Green Turtle metadata page that is part of this dataset.

Coral Sea: Biological Important Areas - Sharks (DSEWPaC) (ea:Coralsea_DSEWPaC_BIA-2011_Sharks)

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 breeding, 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 Dpeartment has explicitly aimed to collect information about known important areas and areas that are likely to 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. BIAs are accompaniedby comprehensive data attributes which enable decision makers and people proposing to undertake actions that may have a 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 Sharks: White Shark (Carcharodon carcharias) Whale shark (Rhinocodon typus) 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 in the Coral Sea Region. COPYRIGHT Commonwealth of Australia, Australian Government Department of Sustainability, Environment, Water, Population and Communities, 2011. Metadata and Data download http://www.environment.gov.au/metadataexplorer/full_metadata.jsp?docId=%7B8A0BEEDF-3982-4DE3-904E-F3C7E0A345BF%7D&loggedIn=false

Oceans (Oceans)

Management and human use (Management and human use)

GBR Marine Park Boundary (GBRMPA) (ea:GBR_GBRMPA_GBRMP-boundary)

Boundaries of the Great Barrier Reef Marine Park proclaimed under Subsection 31(1) of the Great Barrier Reef Marine Park Act 1975 (CTH). For administrative purposes, the Amalgamated Great Barrier Reef Section is divided into four management areas. [ source: GBRMPA. layer: GBR_GBRMPA_GBRMP-boundary. More info: http://e-atlas.org.au/content/gbr-gbrmpa-gbrmp-boundary http://http://www.gbrmpa.gov.au/corp_site/info_services/spatial_information_services ]

Designated-Shipping-Areas-in-GBRMP (ea:GBR_GBRMPA_Designated-shipping-areas)

There are 10 major trading ports along the Great Barrier Reef coast. The waters of most of these ports are within the Great Barrier Reef Region, but not within the Great Barrier Reef Marine Park. In recognition of the outstanding values of the Great Barrier Reef, there are stringent management arrangements for commercial shipping in the waters of the Great Barrier Reef, which is designated a Particularly Sensitive Sea Area by the International Maritime Organisation. Shipping traffic is confined to Designated Shipping Areas in the Great Barrier Reef Region. This layer shows the boundaries of the Designated Shipping Areas of the Great Barrier Reef Marine Park proclaimed under Section 59 of the Great Barrier Reef Marine Park Act 1975 (CTH) and described in in Part 10 of Schedule 1 of the Great Barrier Reef Zoning Plan 2003. [ source: GBRMPA. layer: GBR_GBRMPA_Designated-shipping-areas-GBRMP. More info: http://e-atlas.org.au/content/gbr-gbrmpa-designated-shipping-areas-gbrmp ]

Cairns Plan of Management (GBRMPA) (ea:GBR_GBRMPA_Plans-of-management_Cairns)

This layer shows the Plans of Management for the Cairns region. Each region is classified based on the level of use based on the group size limits for a mooring (Low - 15 people, Moderate - 60 people, Moderate (2a) - 100 people, Intensive - unlimited). 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). The Great Barrier Reef Marine Park Authority originally released the Cairns Area Plan of Management in June 1998 to provide strategies for protecting the values of the area and to manage the high level of use of the offshore areas of Cairns, Port Douglas, the Ribbon Reefs, Lizard Island and the Frankland Islands. Amendments were made to the Plan in 1999, 2002, 2004, 2005 and 2008. [ Original Source: GBRMPA. layer: GBR_GBRMPA_Plans-of-management_Cairns. More info: http://www.gbrmpa.gov.au/corp_site/management/pom/cns ]

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 ]

GBR: GBRMPA Zoning 2003 (GBR: GBRMPA Zoning 2003)

QLD: Land use (QLD: Land use)

Environment (Environment)

PSII Heq Index (PSII Heq Index)

2006-7 Max Annual PSII Herbicide Equivalent Index (ng/L) (Entox, UQ) (ea:GBR_UQ_Inshore-pesticides_PSIIHeqInd-2006-7)

This layer shows the maximum Photosystem II Herbicide equivalent (PSII-Heq) index detected at each site over the 2006-7 reporting year (May to April). The PSII-HEq Index was developed as an indicator of the risk of exposure to PSII herbicides. This index uses published scientific evidence with respect to the effects of the reference PSII herbicide diuron. Category, Effect 5, No published effects 4, Reduced photosynthesis for two diatoms 3, Reduced photosynthesis for two seagrass and three diatoms 2, Reduced photosynthesis for three coral species 1, Effect on growth and death of aquatic plants and animals. Note: The site locations have been dithered by 200m to protect their exact location. Please contact Entox for more accurate information. more info: http://e-atlas.org.au/rrmmp/gbr-entox-uq-inshore-pesticide-monitoring KML for layer: http://localhost:8080/geoserver/ea/wms/kml?layers=ea:GBR_UQ_Inshore-pesticides_PSIIHeqInd-2006-7&mode=download

2008-9 Max Annual PSII Herbicide Equivalent Index (ng/L) (Entox, UQ) (ea:GBR_UQ_Inshore-pesticides_PSIIHeqInd-2008-9)

This layer shows the maximum Photosystem II Herbicide equivalent (PSII-Heq) index detected at each site over the 2008-9 reporting year (May to April). The PSII-HEq Index was developed as an indicator of the risk of exposure to PSII herbicides. This index uses published scientific evidence with respect to the effects of the reference PSII herbicide diuron. Category, Effect 5, No published effects 4, Reduced photosynthesis for two diatoms 3, Reduced photosynthesis for two seagrass and three diatoms 2, Reduced photosynthesis for three coral species 1, Effect on growth and death of aquatic plants and animals. Note: The site locations have been dithered by 200m to protect their exact location. Please contact Entox for more accurate information. more info: http://e-atlas.org.au/rrmmp/gbr-entox-uq-inshore-pesticide-monitoring KML for layer: http://localhost:8080/geoserver/ea/wms/kml?layers=ea:GBR_UQ_Inshore-pesticides_PSIIHeqInd-2008-9&mode=download

2010-11 Max Annual PSII Herbicide Equivalent Index (ng/L) (Entox, UQ) (ea:GBR_UQ_Inshore-pesticides_PSIIHeqInd-2010-11)

This layer shows the maximum Photosystem II Herbicide equivalent (PSII-Heq) index detected at each site over the 2010-11 reporting year (May to April). The PSII-HEq Index was developed as an indicator of the risk of exposure to PSII herbicides. This index uses published scientific evidence with respect to the effects of the reference PSII herbicide diuron. Category, Effect 5, No published effects 4, Reduced photosynthesis for two diatoms 3, Reduced photosynthesis for two seagrass and three diatoms 2, Reduced photosynthesis for three coral species 1, Effect on growth and death of aquatic plants and animals. Note: The site locations have been dithered by 200m to protect their exact location. Please contact Entox for more accurate information. more info: http://e-atlas.org.au/rrmmp/gbr-entox-uq-inshore-pesticide-monitoring KML for layer: http://localhost:8080/geoserver/ea/wms/kml?layers=ea:GBR_UQ_Inshore-pesticides_PSIIHeqInd-2010-11&mode=download

2005-6 Max Annual PSII Herbicide Equivalent (ng/L) (Entox, UQ) (ea:GBR_UQ_Inshore-pesticides_PSIIHeqMax-2005-6)

This layer shows the maximum Photosystem II Herbicide equivalent (PSII-Heq) concentration detected at each site over the 2005-6 reporting year (May to April) The PSII-Heq is a measure the additive effect of all PSII hericides measured normalised to the potency of Diuron. Samples are taken every two months during the dry season (May to October) and every month during the wet season (November to April) Note: The site locations have been dithered by 200m to protect their exact location. Please contact Entox for more accurate information. more info: http://e-atlas.org.au/rrmmp/gbr-entox-uq-inshore-pesticide-monitoring KML for layer: http://localhost:8080/geoserver/ea/wms/kml?layers=ea:GBR_UQ_Inshore-pesticides_PSIIHeqMax-2005-6&mode=download

2007-8 Max Annual PSII Herbicide Equivalent (ng/L) (Entox, UQ) (ea:GBR_UQ_Inshore-pesticides_PSIIHeqMax-2007-8)

This layer shows the maximum Photosystem II Herbicide equivalent (PSII-Heq) concentration detected at each site over the 2007-8 reporting year (May to April) The PSII-Heq is a measure the additive effect of all PSII hericides measured normalised to the potency of Diuron. Samples are taken every two months during the dry season (May to October) and every month during the wet season (November to April) Note: The site locations have been dithered by 200m to protect their exact location. Please contact Entox for more accurate information. more info: http://e-atlas.org.au/rrmmp/gbr-entox-uq-inshore-pesticide-monitoring KML for layer: http://localhost:8080/geoserver/ea/wms/kml?layers=ea:GBR_UQ_Inshore-pesticides_PSIIHeqMax-2007-8&mode=download

2009-10 Max Annual PSII Herbicide Equivalent (ng/L) (Entox, UQ) (ea:GBR_UQ_Inshore-pesticides_PSIIHeqMax-2009-10)

This layer shows the maximum Photosystem II Herbicide equivalent (PSII-Heq) concentration detected at each site over the 2009-10 reporting year (May to April) The PSII-Heq is a measure the additive effect of all PSII hericides measured normalised to the potency of Diuron. Samples are taken every two months during the dry season (May to October) and every month during the wet season (November to April) Note: The site locations have been dithered by 200m to protect their exact location. Please contact Entox for more accurate information. more info: http://e-atlas.org.au/rrmmp/gbr-entox-uq-inshore-pesticide-monitoring KML for layer: http://localhost:8080/geoserver/ea/wms/kml?layers=ea:GBR_UQ_Inshore-pesticides_PSIIHeqMax-2009-10&mode=download

Average PSII Heq - Wet Season (ng per L) (Average PSII Heq - Wet Season (ng per L))

2006-7 Average Wet PSII Heq (ng/L) (Entox, UQ) (ea:GBR_UQ_Inshore-pesticides_AvWetPSHeq-2006-7)

This layer shows the average Photosystem II Herbicide equivalent (PSII-Heq) concentration detected at each site over the 2006-7 Wet Season (Nov to April). The PSII-Heq is a measure the additive effect of all PSII hericides measured normalised to the potency of Diuron. Note: The site locations have been dithered by 200m to protect their exact location. Please contact Entox for more accurate information. more info: http://e-atlas.org.au/rrmmp/gbr-entox-uq-inshore-pesticide-monitoring KML for layer: http://localhost:8080/geoserver/ea/wms/kml?layers=ea:GBR_UQ_Inshore-pesticides_AvWetPSHeq-2006-7&mode=download

2008-9 Average Wet PSII Heq (ng/L) (Entox, UQ) (ea:GBR_UQ_Inshore-pesticides_AvWetPSHeq-2008-9)

This layer shows the average Photosystem II Herbicide equivalent (PSII-Heq) concentration detected at each site over the 2008-9 Wet Season (Nov to April). The PSII-Heq is a measure the additive effect of all PSII hericides measured normalised to the potency of Diuron. Note: The site locations have been dithered by 200m to protect their exact location. Please contact Entox for more accurate information. more info: http://e-atlas.org.au/rrmmp/gbr-entox-uq-inshore-pesticide-monitoring KML for layer: http://localhost:8080/geoserver/ea/wms/kml?layers=ea:GBR_UQ_Inshore-pesticides_AvWetPSHeq-2008-9&mode=download

2010-11 Average Wet PSII Heq (ng/L) (Entox, UQ) (ea:GBR_UQ_Inshore-pesticides_AvWetPSHeq-2010-11)

This layer shows the average Photosystem II Herbicide equivalent (PSII-Heq) concentration detected at each site over the 2010-11 Wet Season (Nov to April). The PSII-Heq is a measure the additive effect of all PSII hericides measured normalised to the potency of Diuron. Note: The site locations have been dithered by 200m to protect their exact location. Please contact Entox for more accurate information. more info: http://e-atlas.org.au/rrmmp/gbr-entox-uq-inshore-pesticide-monitoring KML for layer: http://localhost:8080/geoserver/ea/wms/kml?layers=ea:GBR_UQ_Inshore-pesticides_AvWetPSHeq-2010-11&mode=download

2005-6 Average Dry PSII Heq (ng/L) (Entox, UQ) (ea:GBR_UQ_Inshore-pesticides_AvDryPSHeq-2005-6)

This layer shows the average Photosystem II Herbicide equivalent (PSII-Heq) concentration detected at each site over the 2005-6 Dry Season (May to October). The PSII-Heq is a measure the additive effect of all PSII hericides measured normalised to the potency of Diuron. Note: The site locations have been dithered by 200m to protect their exact location. Please contact Entox for more accurate information. more info: http://e-atlas.org.au/rrmmp/gbr-entox-uq-inshore-pesticide-monitoring KML for layer: http://localhost:8080/geoserver/ea/wms/kml?layers=ea:GBR_UQ_Inshore-pesticides_AvDryPSHeq-2005-6&mode=download

2007-8 Average Dry PSII Heq (ng/L) (Entox, UQ) (ea:GBR_UQ_Inshore-pesticides_AvDryPSHeq-2007-8)

This layer shows the average Photosystem II Herbicide equivalent (PSII-Heq) concentration detected at each site over the 2007-8 Dry Season (May to October). The PSII-Heq is a measure the additive effect of all PSII hericides measured normalised to the potency of Diuron. Note: The site locations have been dithered by 200m to protect their exact location. Please contact Entox for more accurate information. more info: http://e-atlas.org.au/rrmmp/gbr-entox-uq-inshore-pesticide-monitoring KML for layer: http://localhost:8080/geoserver/ea/wms/kml?layers=ea:GBR_UQ_Inshore-pesticides_AvDryPSHeq-2007-8&mode=download

2009-10 Average Dry PSII Heq (ng/L) (Entox, UQ) (ea:GBR_UQ_Inshore-pesticides_AvDryPSHeq-2009-10)

This layer shows the average Photosystem II Herbicide equivalent (PSII-Heq) concentration detected at each site over the 2009-10 Dry Season (May to October). The PSII-Heq is a measure the additive effect of all PSII hericides measured normalised to the potency of Diuron. Note: The site locations have been dithered by 200m to protect their exact location. Please contact Entox for more accurate information. more info: http://e-atlas.org.au/rrmmp/gbr-entox-uq-inshore-pesticide-monitoring KML for layer: http://localhost:8080/geoserver/ea/wms/kml?layers=ea:GBR_UQ_Inshore-pesticides_AvDryPSHeq-2009-10&mode=download

GBR: Water Quality Remote Sensing (CSIRO) (GBR: Water Quality Remote Sensing (CSIRO))

Chl mean above thresholds, 2010/11 wet season (CSIRO) (ea:GBR_CSIRO_Remote-sensing-WQ_Chl-meanGTtrigger-2010-11)

Collation of the exceedance maps of mean annual Chlorophyll-a for the 2010/2011 reporting period (May 2010 – April 2011) for the whole of the Great Barrier Reef World Heritage Area. Pixels are mapped in dark red when mean values for the year exceed the thresholds. The Guideline values for annual means of Chlorophyll –a are 0.45 μg L-1 for Open Coastal and Midshelf and 0.40 μg L-1 for Offshore. From Figure 35, page 70 of Reef Rescue Marine Monitoring Program: using Remote Sensing for GBR wide water quality. Final Report for 2010/11 Activities

TSS median May 2010-April 2011 (CSIRO) (ea:GBR_CSIRO_Remote-sensing-WQ_Nap-Median-2010-11)

Map of annual median values of non-algal particulate matter (as a measure of Total Suspended Solids) for the 2010/2011 reporting period (May 2010 – April 2011) for the whole of the Great Barrier Reef World Heritage Area. The Guideline values for annual means of Total Suspended Solids are 2.0 mg L-1for Open Coastal and Midshelf and 0.7 mg L-1 for Offshore. From Figure 34, page 69 of Reef Rescue Marine Monitoring Program: using Remote Sensing for GBR wide water quality. Final Report for 2010/11 Activities

QLD: Flood Plumes 2011 (JCU) (QLD: Flood Plumes 2011 (JCU))

(2011-01-03) Brisbane River Flood Plume (ea:QLD_JCU_Flood-plumes-2011_2011-01-03-Bris)

This layer shows the flood plume extents from the Brisbane river on the 3rd January 2011. These extents were estimated from daily NASA MODIS imagery. [ Original Source: James Cook University. e-Atlas layer: GBR_JCU_Flood-plumes-2011_2011-01-03-Bris. More info: http://e-atlas.org.au/content/qld-flood-plumes-2011 ]

(2011-01-07) Fitzroy, Burnett, Mary River Flood Plume (ea:QLD_JCU_Flood-plumes-2011_2011-01-07-Fitz-BM)

This layer shows the flood plume extents from the Fitzroy, Burnett and Mary rivers on the 7th January 2011. These extents were estimated from daily NASA MODIS imagery. [ Original Source: James Cook University. e-Atlas layer: GBR_JCU_Flood-plumes-2011_2011-01-07-Fitz-BM. More info: http://e-atlas.org.au/content/qld-flood-plumes-2011 ]

(2011-01-13) Brisbane River Flood Plume (ea:QLD_JCU_Flood-plumes-2011_2011-01-13-Bris)

This layer shows the flood plume extents from the Brisbane river on the 13th January 2011. These extents were estimated from daily NASA MODIS imagery. [ Original Source: James Cook University. e-Atlas layer: GBR_JCU_Flood-plumes-2011_2011-01-13-Bris. More info: http://e-atlas.org.au/content/qld-flood-plumes-2011 ]

(2011-01-18) Brisbane River Flood Plume (ea:QLD_JCU_Flood-plumes-2011_2011-01-18-Bris)

This layer shows the flood plume extents from the Brisbane river on the 18th January 2011. These extents were estimated from daily NASA MODIS imagery. [ Original Source: James Cook University. e-Atlas layer: GBR_JCU_Flood-plumes-2011_2011-01-18-Bris. More info: http://e-atlas.org.au/content/qld-flood-plumes-2011 ]

Countries (ea:World_NED_10m-countries)

Shows the 240 countries in the world. This data is sourced from Natural Earth Data. [ Original Source: Natural Earth Data. e-Atlas layer: World_NED_10m-countries. More info:http://www.naturalearthdata.com/downloads/10m-cultural-vectors/10m-admin-0-countries/ ]

Australian Coast (ea:AU_GA_Coast100k-2004)

This shows the GEODATA COAST 100k 2004 dataset from Geoscience Australia. GEODATA Coast 100k is a vector representation of the topographic features depicting Australia's coastline, and State and Territory borders. It provides a fundamental layer on which you can build a wide range of applications. The coastline component is primarily sourced from the 1:100 000 scale National Topographic Map Series produced by Geoscience Australia and the Royal Australian Survey Corps. The coastline represents the position of the Mean High Water, the seaward edge of coastal mangroves, inlet closing lines and those parts of the coastline defined as indefinite. [ Original Source: Geoscience Australia. e-Atlas layer: AU_GA_Coast100k-2004. More info: https://www.ga.gov.au/products/servlet/controller?event=GEOCAT_DETAILS&catno=61395 ]

Australia's River Basins (ea:AU_GA_River-basins-1997)

Australia's River Basins 1997 is the result of a joint State, Territory and Commonwealth Government project to create a national spatial database of major hydrological basins. It shows the boundaries of Australia's basins as defined by the Australian Water Resources Management Committee (WRMC). Australia is divided into drainage divisions which are sub-divided into water regions which are in-turn sub-divided into river basins. The data includes the name and number of each of the 245 drainage basins, 77 regions, and 12 divisions. [ Original Source: Geoscience Australia. e-Atlas layer: AU_GA_River-basins-1997. More info: http://e-atlas.org.au/content/au-ga-river-basins-1997 ]

Natural Earth 2 (ea:World_NED_NE2)

Natural Earth II (with shaded relief and water) is a raster map dataset that portrays the world environment in an idealized manner with little human influence.

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

Major coral reef structures (as defined by the reef shoal edge) and tidal, drying or emergent reef areas within the Great Barrier Reef World Heritage Area

Cities (ea:World_NED_10m-cities)

World Cities and Towns derived from LANDSCAN data. Includes all admin-0 and many admin-1 capitals, major cities and towns, plus a sampling of smaller towns in sparsely inhabited regions.

WT_JCU_Refugia-max-temp_Jan2007-Dec2008 (ea:WT_JCU_Refugia-max-temp_Jan2007-Dec2008)

This dataset shows the estimated maximum temperature of the warmest period for the Wet Tropics Bioregion of North Queensland over a 24 month period from January 2007 to December 2008. It was modelled based on weather station data, elevation, foliage cover and distance to the coast. The purpose of this dataset is as a metric for estimating thermal stress on animals living in this region. The maximum temperate was modelled over the region at an 80 m resolution using weather station data with adjustments for elevation, foliage cover and distance from the coast. This allowed the temperature to be estimated for locations where there were no direct measurements of temperature. Models of the maximum temperature for each month of the study were generated. These 24 monthly surfaces were then overlaid and the maximum model temperature for any month was determined for each pixel to generate a summary variable - the maximum temperature of the warmest period (i.e., month). A detailed description of data and methods are provided in: Shoo, L.P., Storlie, C., VanDerWal, J., Little, J., Williams, S.E. Targeted protection and restoration to conserve tropical biodiversity in a warming world. Global Change Biology, doi: 10.1111/j.1365-2486.2010.02218.x.

GBR: Marine Monitoring (GBR: Marine Monitoring)

GBR: Water quality (AIMS) (GBR: Water quality (AIMS))

GBR_AIMS_BRUVS (GBR_AIMS_BRUVS)

Total Abundance (ea:GBR_AIMS_BRUVS_Abund)

This layer shows the average total abundance of all observed fish (and other vertebrates) as measured with Baited Remote Underwater Video Stations (BRUVS). This was done as a study to compare fish abundance between pairs of shoals, one closed to fishing (Green zone) and one open to fishing (Blue zone). This layer is a summary of all the BRUVS data, aggregating all the BRUVS taken at each site (typically 12). Note: The position of the sites has been rounded to 0.01 degrees to protect the sites from fishing. Feature requests to this layer show summary data and underwater videos taken near this location. [ Original Source: AIMS. e-Atlas layer: GBR_AIMS_BRUVS_Abund. More info: http://e-atlas.org.au/content/gbr-aims-bruvs ]

Grey Reef shark (Carcharhinus amblyrhynchos) (ea:GBR_AIMS_BRUVS_Car-amblyns)

This layer shows the abundance of Grey Reef shark (Carcharhinus amblyrhynchos) across the Great Barrier Reef as measured with Baited Remote Underwater Video Stations (BRUVS). This was done as a study to compare fish abundance between pairs of shoals, one closed to fishing (Green zone) and one open to fishing (Blue zone). This layer is a summary of all the BRUVS data, aggregating all the BRUVS taken at each site (typically 12). Note: The position of the sites has been rounded to 0.01 degrees to protect the sites from fishing. Feature requests to this layer show summary data and underwater videos taken near this location. [ Original Source: AIMS. e-Atlas layer: GBR_AIMS_BRUVS_Car-amblyns. More info: http://e-atlas.org.au/content/gbr-aims-bruvs ]

Collared Sea Bream (Gymnocranius audleyi) (ea:GBR_AIMS_BRUVS_Gym-audl)

This layer shows the abundance of Collared Sea Bream (Gymnocranius audleyi) across the Great Barrier Reef as measured with Baited Remote Underwater Video Stations (BRUVS). This was done as a study to compare fish abundance between pairs of shoals, one closed to fishing (Green zone) and one open to fishing (Blue zone). This layer is a summary of all the BRUVS data, aggregating all the BRUVS taken at each site (typically 12). Note: The position of the sites has been rounded to 0.01 degrees to protect the sites from fishing. Feature requests to this layer show summary data and underwater videos taken near this location. [ Original Source: AIMS. e-Atlas layer: GBR_AIMS_BRUVS_Gym-audl . More info: http://e-atlas.org.au/content/gbr-aims-bruvs ]

Small-mouth nannygai (Lutjanus erythropterus) abundance (ea:GBR_AIMS_BRUVS_Lut-erytpt)

This layer shows the abundance of Small-mouth nannygai (Lutjanus erythropterus) across the Great Barrier Reef as measured with Baited Remote Underwater Video Stations (BRUVS). This was done as a study to compare fish abundance between pairs of shoals, one closed to fishing (Green zone) and one open to fishing (Blue zone). This layer is a summary of all the BRUVS data, aggregating all the BRUVS taken at each site (typically 12). Note: The position of the sites has been rounded to 0.01 degrees to protect the sites from fishing. Feature requests to this layer show summary data and underwater videos taken near this location. [ Original Source: AIMS. e-Atlas layer: GBR_AIMS_BRUVS_Lut-erytpt. More info: http://e-atlas.org.au/content/gbr-aims-bruvs ]

Red Emperor (Lutjanus sebae) abundance (ea:GBR_AIMS_BRUVS_Lut-seba)

This layer shows the abundance of Red Emperor (Lutjanus sebae) across the Great Barrier Reef as measured with Baited Remote Underwater Video Stations (BRUVS). This was done as a study to compare fish abundance between pairs of shoals, one closed to fishing (Green zone) and one open to fishing (Blue zone). This layer is a summary of all the BRUVS data, aggregating all the BRUVS taken at each site (typically 12). Note: The position of the sites has been rounded to 0.01 degrees to protect the sites from fishing. Feature requests to this layer show summary data and underwater videos taken near this location. [ Original Source: AIMS. e-Atlas layer: GBR_AIMS_BRUVS_Lut-seba. More info: http://e-atlas.org.au/content/gbr-aims-bruvs ]

Coral Trout (Plectropomus leopardus) (ea:GBR_AIMS_BRUVS_Ple-leopus)

This layer shows the abundance of Coral Trout (Plectropomus leopardus) across the Great Barrier Reef as measured with Baited Remote Underwater Video Stations (BRUVS). This was done as a study to compare fish abundance between pairs of shoals, one closed to fishing (Green zone) and one open to fishing (Blue zone). This layer is a summary of all the BRUVS data, aggregating all the BRUVS taken at each site (typically 12). Note: The position of the sites has been rounded to 0.01 degrees to protect the sites from fishing. Feature requests to this layer show summary data and underwater videos taken near this location. [ Original Source: AIMS. e-Atlas layer: GBR_AIMS_BRUVS_Ple-leopus . More info: http://e-atlas.org.au/content/gbr-aims-bruvs ]

Species Richness (ea:GBR_AIMS_BRUVS_Rich)

This layer shows the fish (and other vertebrates) species richness observed the Great Barrier Reef as measured with Baited Remote Underwater Video Stations (BRUVS). This was done as a study to compare fish abundance between pairs of shoals, one closed to fishing (Green zone) and one open to fishing (Blue zone). This layer is a summary of all the BRUVS data, aggregating all the BRUVS taken at each site (typically 12). Note: The position of the sites has been rounded to 0.01 degrees to protect the sites from fishing. Feature requests to this layer show summary data and underwater videos taken near this location. [ Original Source: AIMS. e-Atlas layer: GBR_AIMS_BRUVS_Rich. More info: http://e-atlas.org.au/content/gbr-aims-bruvs ]

Imagery Base Maps Earth Cover (Imagery Base Maps Earth Cover)

Planning Cadastre (Planning Cadastre)

Terrestrial biology (Terrestrial biology)

QLD Coastal wetlands (DEEDI) (ea:QLD_DEEDI_Coastal-wetlands)

1:100,000 coastal wetland vegetation mapping for Queensland including mangrove communities, saltpans and saline grasslands. Mapping taken from Landsat TM images with ground truthing. Additional metadata is available for details of techniques and accuracy for each section of coastline. Data Currency for each section of coast: NT border to Flinders River - 1995 SE Gulf of Carpentaria - 1987, 1988, 1991, 1992 Cape York Peninsula - 1986-88, 1991 Cape Trib to Bowling Green Bay - 1997-99 The Burdekin Region - 1991 The Bowen Region - 1994-95 The Whitsunday Region - 1997 Repulse Bay - 1989 Central Qld - 1995, 1997 The Curtis Coast Region - 1997 Round Hill Head to Tin Can Inlet - 1997 Moreton Region - 1995

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-0-200m (GBR_JCU_Bathymetry-3DGBR_Steps-0-200m)

Layer-Group type layer: GBR_JCU_Bathymetry-3DGBR_Steps-0-200m

World_NE2-coast-cities-reefs_Baselayer (World_NE2-coast-cities-reefs_Baselayer)

Layer-Group type layer: World_NE2-coast-cities-reefs_Baselayer