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Service Description: Open Space Study: Scientists at The Nature Conservancy and Texas A&M University partnered to identify watersheds across the Gulf of Mexico that are the best targets for strategic land conservation to both reduce flood risk and conserve biodiversity. Full methods document will be published December 2016.

Map Name: Layers

Legend

All Layers and Tables

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Layers:

• Open Space Project (0)
  • Study Area Watersheds (1)
  • Watersheds- High likelihood of flood damages (2)
  • Watersheds- High conservation opportunity (3)
  • Multi Objective Watersheds (4)
• Wetland Migration (5)
  • Current Urban Area (6)
  • Leveed Areas (7)
  • 2030 Projection (8)
    • 2030 Urban Area (9)
    • TSW_migration_0pt5_2030_maximum_with_barriers (10)
    • TSW_migration_0pt5_2030_minimum_with_barriers (11)
    • TSW_migration_0pt5_2030_with_barriers (12)
    • TSW_migration_0pt5_2030_without_barriers (13)
    • TSW_migration_1pt0_2030_maximum_with_barriers (14)
    • TSW_migration_1pt0_2030_minimum_with_barriers (15)
    • TSW_migration_1pt0_2030_with_barriers (16)
    • TSW_migration_1pt0_2030_without_barriers (17)
    • TSW_migration_1pt2_2030_maximum_with_barriers (18)
    • TSW_migration_1pt2_2030_minimum_with_barriers (19)
    • TSW_migration_1pt2_2030_with_barriers (20)
    • TSW_migration_1pt2_2030_without_barriers (21)
    • TSW_migration_1pt5_2030_maximum_with_barriers (22)
    • TSW_migration_1pt5_2030_minimum_with_barriers (23)
    • TSW_migration_1pt5_2030_with_barriers (24)
    • TSW_migration_1pt5_2030_without_barriers (25)
    • TSW_migration_2pt0_2030_maximum_with_barriers (26)
    • TSW_migration_2pt0_2030_minimum_with_barriers (27)
    • TSW_migration_2pt0_2030_with_barriers (28)
    • TSW_migration_2pt0_2030_without_barriers (29)
  • 2040 Projection (30)
    • 2040 Urban (31)
    • TSW_migration_0pt5_2040_maximum_with_barriers (32)
    • TSW_migration_0pt5_2040_minimum_with_barriers (33)
    • TSW_migration_0pt5_2040_with_barriers (34)
    • TSW_migration_0pt5_2040_without_barriers (35)
    • TSW_migration_1pt0_2040_maximum_with_barriers (36)
    • TSW_migration_1pt0_2040_minimum_with_barriers (37)
    • TSW_migration_1pt0_2040_with_barriers (38)
    • TSW_migration_1pt0_2040_without_barriers (39)
    • TSW_migration_1pt2_2040_maximum_with_barriers (40)
    • TSW_migration_1pt2_2040_minimum_with_barriers (41)
    • TSW_migration_1pt2_2040_with_barriers (42)
    • TSW_migration_1pt2_2040_without_barriers (43)
    • TSW_migration_1pt5_2040_maximum_with_barriers (44)
    • TSW_migration_1pt5_2040_minimum_with_barriers (45)
    • TSW_migration_1pt5_2040_with_barriers (46)
    • TSW_migration_1pt5_2040_without_barriers (47)
    • TSW_migration_2pt0_2040_maximum_with_barriers (48)
    • TSW_migration_2pt0_2040_minimum_with_barriers (49)
    • TSW_migration_2pt0_2040_with_barriers (50)
    • TSW_migration_2pt0_2040_without_barriers (51)
  • 2050 Projection (52)
    • 2050 Urban (53)
    • TSW_migration_0pt5_2050_maximum_with_barriers (54)
    • TSW_migration_0pt5_2050_minimum_with_barriers (55)
    • TSW_migration_0pt5_2050_with_barriers (56)
    • TSW_migration_0pt5_2050_without_barriers (57)
    • TSW_migration_1pt0_2050_maximum_with_barriers (58)
    • TSW_migration_1pt0_2050_minimum_with_barriers (59)
    • TSW_migration_1pt0_2050_with_barriers (60)
    • TSW_migration_1pt0_2050_without_barriers (61)
    • TSW_migration_1pt2_2050_maximum_with_barriers (62)
    • TSW_migration_1pt2_2050_minimum_with_barriers (63)
    • TSW_migration_1pt2_2050_with_barriers (64)
    • TSW_migration_1pt2_2050_without_barriers (65)
    • TSW_migration_1pt5_2050_maximum_with_barriers (66)
    • TSW_migration_1pt5_2050_minimum_with_barriers (67)
    • TSW_migration_1pt5_2050_with_barriers (68)
    • TSW_migration_1pt5_2050_without_barriers (69)
    • TSW_migration_2pt0_2050_maximum_with_barriers (70)
    • TSW_migration_2pt0_2050_minimum_with_barriers (71)
    • TSW_migration_2pt0_2050_with_barriers (72)
    • TSW_migration_2pt0_2050_without_barriers (73)
  • 2060 Projection (74)
    • 2060 Urban (75)
    • TSW_migration_0pt5_2060_maximum_with_barriers (76)
    • TSW_migration_0pt5_2060_minimum_with_barriers (77)
    • TSW_migration_0pt5_2060_with_barriers (78)
    • TSW_migration_0pt5_2060_without_barriers (79)
    • TSW_migration_1pt0_2060_maximum_with_barriers (80)
    • TSW_migration_1pt0_2060_minimum_with_barriers (81)
    • TSW_migration_1pt0_2060_with_barriers (82)
    • TSW_migration_1pt0_2060_without_barriers (83)
    • TSW_migration_1pt2_2060_maximum_with_barriers (84)
    • TSW_migration_1pt2_2060_minimum_with_barriers (85)
    • TSW_migration_1pt2_2060_with_barriers (86)
    • TSW_migration_1pt2_2060_without_barriers (87)
    • TSW_migration_1pt5_2060_maximum_with_barriers (88)
    • TSW_migration_1pt5_2060_minimum_with_barriers (89)
    • TSW_migration_1pt5_2060_with_barriers (90)
    • TSW_migration_1pt5_2060_without_barriers (91)
    • TSW_migration_2pt0_2060_maximum_with_barriers (92)
    • TSW_migration_2pt0_2060_minimum_with_barriers (93)
    • TSW_migration_2pt0_2060_with_barriers (94)
    • TSW_migration_2pt0_2060_without_barriers (95)
  • 2100 Projection (96)
    • 2100 Urban (97)
    • TSW_migration_0pt5_2100_maximum_with_barriers (98)
    • TSW_migration_0pt5_2100_minimum_with_barriers (99)
    • TSW_migration_0pt5_2100_with_barriers (100)
    • TSW_migration_0pt5_2100_without_barriers (101)
    • TSW_migration_1pt0_2100_maximum_with_barriers (102)
    • TSW_migration_1pt0_2100_minimum_with_barriers (103)
    • TSW_migration_1pt0_2100_with_barriers (104)
    • TSW_migration_1pt0_2100_without_barriers (105)
    • TSW_migration_1pt2_2100_maximum_with_barriers (106)
    • TSW_migration_1pt2_2100_minimum_with_barriers (107)
    • TSW_migration_1pt2_2100_with_barriers (108)
    • TSW_migration_1pt2_2100_without_barriers (109)
    • TSW_migration_1pt5_2100_maximum_with_barriers (110)
    • TSW_migration_1pt5_2100_minimum_with_barriers (111)
    • TSW_migration_1pt5_2100_with_barriers (112)
    • TSW_migration_1pt5_2100_without_barriers (113)
    • TSW_migration_2pt0_2100_maximum_with_barriers (114)
    • TSW_migration_2pt0_2100_minimum_with_barriers (115)
    • TSW_migration_2pt0_2100_with_barriers (116)
    • TSW_migration_2pt0_2100_without_barriers (117)

Description: Open Space Study: Scientists at The Nature Conservancy and Texas A&M University partnered to identify watersheds across the Gulf of Mexico that are the best targets for strategic land conservation to both reduce flood risk and conserve biodiversity. Full methods document will be published December 2016.

Copyright Text: The Nature Conservancy

Spatial Reference: 102005  (102005)


Single Fused Map Cache: false

Initial Extent:

XMin: -37902.34793426754
YMin: -1060499.3665307397
XMax: 839195.7693191755
YMax: -726393.4896000108
Spatial Reference: 102005  (102005)

Full Extent:

XMin: -437865.89946167375
YMin: -1645563.7114427583
XMax: 1758646.173897597
YMax: -594044.1225457238
Spatial Reference: 102005  (102005)

Units: esriMeters

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

Document Info:

Title:
Author: Christine Shepard
Comments: Open Space Study: Scientists at The Nature Conservancy and Texas A&M University partnered to identify watersheds across the Gulf of Mexico that are the best targets for strategic land conservation to both reduce flood risk and conserve biodiversity. Full methods document will be published December 2016.
Subject: Open space analysis
Category:
Keywords: Gulf of Mexico,flood risk,open space,planning
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TextAntialiasingMode: Force

Supports Dynamic Layers: true

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Supported Query Formats: JSON, geoJSON

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Supports Datum Transformation: true



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