View In:   ArcGIS JavaScript   ArcGIS Online Map Viewer   ArcGIS Earth   ArcMap   ArcGIS Pro

View Footprint In:   ArcGIS Online Map Viewer

Service Description: Mapping Ocean Wealth map services

Map Name: Ocean_Wealth

Legend

All Layers and Tables

Dynamic Legend

Dynamic All Layers

Layers:

• Global Datasets (0)
  • Tourism & Recreation (1)
    • Recreational Fishing Catch Scores - Low Res - 39 countries (160)
    • Recreational Fishing Catch Scores - Medium Res - 21 countries (161)
    • Recreational Fishing Catch Scores - High Res - 4 countries (159)
    • Modelled Total Dollar Value of Reef Tourism (per km2) (2)
    • Modelled Total Visitation Value of Coral Reefs (per km2) (3)
    • Global Mangrove Tourism (Number of reviews up to end of 2015) (4)
  • Coastal Protection (5)
    • (Burke & Spalding 2022) (6)
      • Number of people avoiding damage from flooding per decade (7)
      • Economic values (GDP - PPP) protected from flooding per decade (8)
      • Infrastructure/NTL protected from flooding per decade (9)
      • Fringing reefs providing protection to people (10)
      • Barrier reefs providing protection to people (11)
      • Fringing reefs providing protection to economic values GDP-PPP (12)
      • Barrier reefs providing protection to economic values GDP-PPP (13)
      • Fringing reefs providing protection to infrastructure/NTL (14)
      • Barrier reefs providing protection to people infrastructure/NTL (15)
    • (Beck et al. 2018) (16)
      • Annual Expected Benefits of Corals (17)
        • Annual Expected Benefit to People (No.) (18)
        • Annual Expected Benefit ($ Millions) (19)
      • Benefits of Corals with 1 in 25-year storm (20)
        • People Protected (No.) (21)
        • Built Capital Protected ($ Millions) (22)
    • Annual Expected Benefit of Mangroves (23)
      • Annual Expected Benefit to People (No.) (24)
      • Annual Expected Benefit ($ Millions) (25)
  • Fisheries (26)
    • Recreational Fishing Catch Scores - Low Res - 39 countries (162)
    • Recreational Fishing Catch Scores - Medium Res - 21 countries (163)
    • Recreational Fishing Catch Scores - High Res - 4 countries (164)
    • Modeled Mangrove Commercial Finfish Enhancement (27)
    • Modeled Mangrove Commercial Invertebrate Enhancement (28)
    • Modeled Coral Reef Fisheries Catch (29)
  • Carbon Storage and Sequestration (30)
    • SOC in Tidal Marshes (0- 30 cm) (166)
    • SOC in Tidal Marshes (30 - 100 cm) (165)
    • Above Ground Biomass (31)
      • Mangroves (32)
    • Soil Organic Carbon (33)
      • Mangroves (34)
        • Soil Organic Carbon1 (metric tons) (35)
        • Soil Organic Carbon2 (metric tons) (36)
        • Soil Organic Carbon3 (metric tons) (37)
• Regional Datasets (38)
  • Australia (39)
    • Coastal Protection (40)
      • Coastal Exposure (41)
      • Habitat Roles (42)
      • Coastal Population (43)
      • Protected Value (44)
      • Protection Index - Mangroves (45)
      • Protection Index - Seagrass (46)
      • Protection Index - Saltmarsh (47)
    • Blue Carbon (48)
      • Seagrass Soil Carbon Stock - Tonnes Soil C per ha (49)
      • Mangrove and Tidal Marsh Soil Carbon Stock - Tonnes Soil C per ha (50)
      • Potential Coastal Wetland Carbon Sequestration by 2050 (Levee Removal + SLR scenario) Tonnes C per ha (51)
      • Potential Coastal Wetland Carbon Sequestration by 2100 (Levee Removal + SLR scenario) Tonnes C per ha (52)
      • Potential Coastal Wetland Carbon Sequestration by 2050 (SLR Scenario) Tonnes C per ha (53)
      • Potential Coastal Wetland Carbon Sequestration by 2100 (SLR Scenario) Tonnes C per ha (54)
      • Potential Coastal Wetland Carbon Sequestration by 2050 (Top 20th %ile Risk Scenario) Tonnes C per ha (55)
      • Potential Coastal Wetland Carbon Sequestration by 2100 (Top 20th %ile Risk Scenario) Tonnes C per ha (56)
      • Potential Coastal Wetland Carbon Sequestration by 2050 (Top 50th %ile Risk Scenario) Tonnes C per ha (57)
      • Potential Coastal Wetland Carbon Sequestration by 2100 (Top 50th %ile Risk Scenario) Tonnes C per ha (58)
      • Port Phillip and Western Port Mangrove Biomass Carbon Stock (Mgha-1) (59)
    • Recreation (60)
      • Birdwatching (61)
        • Current Economic Value (62)
        • Economic Loss (10% Habitat Loss) (63)
        • Economic Loss (30% Habitat Loss) (64)
        • Economic Loss (50% Habitat Loss) (65)
      • Fishing (66)
        • Current Economic Value (Western Port) (67)
        • Economic Value w/30% increase in Seagrass (Western Port) (68)
        • Economic Value w/10% increase in Seagrass (Western Port) (69)
        • Current Economic Value (Port Phillip Bay) (70)
        • Economic Value w/30% increase in Seagrass (Port Phillip Bay) (71)
        • Economic Value w/10% increase in Seagrass (Port Phillip Bay) (72)
        • King George Whiting Juvenile Density (Port Phillip Bay) (73)
        • Marine Protected Areas - Victoria (74)
    • Coastal Ecosystems (75)
      • New South Wales & Victoria Coastal Ecosystems (Contemporary) (76)
      • Historic New South Wales Coastal Ecosystems (1940s) (77)
      • Historic New South Wales Coastal Ecosystems (1980s) (78)
      • Historic New South Wales Coastal Ecosystems (1990s) (79)
      • Historic Victoria Coastal Ecosystems (Pre-1750) (80)
  • Bahamas (81)
    • Predicted Gain in Standing Stock (%) (82)
  • Gulf of California (83)
    • Gulf of California Mangrove Habitat Dollar Value (US) (84)
  • Indonesia (Lesser Sunda) (85)
    • Lesser Sunda Ecoregion Modeled Fish Biomass (86)
      • Fish Biomass, January (87)
      • Fish Biomass, July (88)
  • Micronesia (89)
    • Predicted % Gain in Standing Stock (90)
  • United States (91)
    • USA Water Filtration by Oyster Reefs (92)
      • Present Filtration (Mean present ppn) (93)
      • Historic filtration (Mean historic ppn) (94)
    • USA Current Fisheries Biomass Production Due To Oyster Reefs (Tonnes) (95)
• Reference Data (96)
  • Habitat (97)
    • Global Coral Reef Habitat (98)
    • Global Mangrove Habitat (99)
    • Global Seagrass Diversity (No. of Seagrass Species) (100)
    • Global Coral Diversity (No. of Coral Species per Ecoregion) (101)
    • Global Tidal Marsh Distribution (154)
    • Salt marsh lines (102)
    • Seagrass points (103)
    • Seagrass polygons (104)
  • Environmental (105)
    • Global Ocean Wave Height - 95th Percentile (m) (106)
  • Socioeconomic (107)
    • Gridded Global Population (per sq km) (108)
    • Global population under 10m elevation (per sq km) (109)
    • Global GDP distributed by gridded population (US$ x 1000 per sq km) (110)
    • Marine and Coastal World Heritage Sites (111)
• Australia Mapping Ocean Wealth (112)
  • Coastal Protection X (113)
    • Coastal Exposure (114)
    • Habitat Roles (115)
    • Coastal Population (116)
    • Protected Value (117)
    • Protection Index - Mangroves (118)
    • Protection Index - Seagrass (119)
    • Protection Index - Saltmarsh (120)
  • Blue Carbon X (121)
    • Seagrass Soil Carbon Stock (122)
    • Mangrove and Tidal Marsh Soil Carbon Stock (123)
    • Potential Coastal Wetland Carbon Sequestration by 2050 (Levee Removal + SLR scenario) (124)
    • Potential Coastal Wetland Carbon Sequestration by 2100 (Levee Removal + SLR scenario) (125)
    • Potential Coastal Wetland Carbon Sequestration by 2050 (SLR Scenario) (126)
    • Potential Coastal Wetland Carbon Sequestration by 2100 (SLR Scenario) (127)
    • Potential Coastal Wetland Carbon Sequestration by 2050 (Top 20th %ile Risk Scenario) (128)
    • Potential Coastal Wetland Carbon Sequestration by 2100 (Top 20th %ile Risk Scenario) (129)
    • Potential Coastal Wetland Carbon Sequestration by 2050 (Top 50th %ile Risk Scenario) (130)
    • Potential Coastal Wetland Carbon Sequestration by 2100 (Top 50th %ile Risk Scenario) (131)
    • Port Phillip and Western Port Mangrove Biomass Carbon Stock (Mgha-1) (132)
  • Recreation X (133)
    • Birdwatching (134)
      • Current Economic Value (135)
      • Economic Loss (10% Habitat Loss) (136)
      • Economic Loss (30% Habitat Loss) (137)
      • Economic Loss (50% Habitat Loss) (138)
    • Fishing (139)
      • Current Economic Value (Western Port) (140)
      • Economic Value w/30% increase in Seagrass (Western Port) (141)
      • Economic Value w/10% increase in Seagrass (Western Port) (142)
      • Current Economic Value (Port Phillip Bay) (143)
      • Economic Value w/30% increase in Seagrass (Port Phillip Bay) (144)
      • Economic Value w/10% increase in Seagrass (Port Phillip Bay) (145)
      • King George Whiting Juvenile Density (Port Phillip Bay) (146)
      • Marine Protected Areas - Victoria (147)
  • Coastal Ecosystems X (148)
    • New South Wales & Victoria Coastal Ecosystems (Contemporary) (149)
    • Historic New South Wales Coastal Ecosystems (1940s) (150)
    • Historic New South Wales Coastal Ecosystems (1980s) (151)
    • Historic New South Wales Coastal Ecosystems (1990s) (152)
    • Historic Victoria Coastal Ecosystems (Pre-1750) (153)
• Tidal Marsh Distribution (158)
  • Tidal Marsh Distribution (157)
  • Tidal Marsh Distribution (156)
  • Tidal Marsh Distribution (155)

Description: Mapping Ocean Wealth map services

Copyright Text:

Spatial Reference: 102100  (3857)


Single Fused Map Cache: false

Initial Extent:

XMin: -8980878.080540808
YMin: 3797389.534617702
XMax: -8965777.936633313
YMax: 3809964.843244009
Spatial Reference: 102100  (3857)

Full Extent:

XMin: -2.00375070672E7
YMin: -3.029402811572829E7
XMax: 2.0190224611482933E7
YMax: 3.0240971958386205E7
Spatial Reference: 102100  (3857)

Units: esriMeters

Supported Image Format Types: PNG32,PNG24,PNG,JPG,DIB,TIFF,EMF,PS,PDF,GIF,SVG,SVGZ,BMP

Document Info:

Title: Untitled.aprx
Author:
Comments: Mapping Ocean Wealth map services
Subject: Mapping Ocean Wealth map services
Category:
Keywords: Mapping Ocean Wealth map services
AntialiasingMode: Fast
TextAntialiasingMode: Force

Supports Dynamic Layers: true

MaxRecordCount: 100000

MaxImageHeight: 4096

MaxImageWidth: 4096

Supported Query Formats: JSON, geoJSON, PBF

Min Scale: 0

Max Scale: 0

Supports Datum Transformation: true



Child Resources:   Info   Dynamic Layer

Supported Operations:   Export Map   Identify   QueryDomains   QueryLegends   Find   Return Updates   Generate KML