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Inland Waters
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2013
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1. Census Feature Lines: San Mateo County, California, 2013
2013. United States. Bureau of the Census. Geography Division. This polyline shapefile depicts an extract of selected geographic and cartographic information, including water, railroad and road features, for th... United States. Bureau of the Census. Geography Division.
2. Census Feature Lines: Santa Clara County, California, 2013
2013. United States. Bureau of the Census. Geography Division. This polyline shapefile depicts centerlines for an extract of selected geographic and cartographic information, including water, railroad and road ... United States. Bureau of the Census. Geography Division.
3. Census Feature Lines: Santa Cruz County, California, 2013
2013. United States. Bureau of the Census. Geography Division. This polyline shapefile contains an extract of selected geographic and cartographic information, including water, railroad and road features, for t... United States. Bureau of the Census. Geography Division.
4. Census Feature Lines: Solano County, California, 2013
2013. United States. Bureau of the Census. Geography Division. This polyline shapefile depicts centerlines for an extract of selected geographic and cartographic information, including water, railroad and road ... United States. Bureau of the Census. Geography Division.
5. Erie Tributaries: Pennsylvania
2013. This layer contains flowing waters from the Pennsylvania Fish and Boat Commission Fisheries Resource Database located around the Lake Erie Steehhea...
6. Facilities in the National Pollutant Discharge Elimination System: Indiana
2013. Indiana Department of Environmental Management, Office of Land Quality. NPDES_FACILITY_IDEM_IN is a point shapefile that contains National Pollutant Discharge Elimination System (NPDES) Program Facilities in Indiana, pr...
7. Flood Inundation Mapping for Susquehanna River in Harrisburg, Pennsylvania - 11-ft to 37-ft
2013. United States Army Corps of Engineers (USACE). This layer was created as part of a Flood Inundation Map Library developed for display within the NOAA National Weather Service's Advanced Hydrolog...
8. Green Stormwater Infrastructure Projects: Philadephia, Pennsylvania
2013. Philadelphia Water Department. Point geometric features representing planned and complete Green Stormwater Infrastructure (GSI).Data DevelopmentAll GSI Project data is stored in ...
9. Groundwater Depth, California, Fall 2013
2013. California. Department of Water Resources. This point shapefile represents the depth to groundwater below the ground surface in California during fall of 2013. These data show depth to groun... California. Department of Water Resources.
10. Groundwater Depth, California, Spring 2013
2013. California. Department of Water Resources. This point shapefile represents the depth to groundwater below the ground surface in California during spring of 2013. These data show depth to gro... California. Department of Water Resources.
11. Groundwater Depth Color Ramp, California, Fall 2013
2013. California. Department of Water Resources. This raster dataset (GeoTIFF) represents the depth to groundwater below the ground surface using a color ramp. These data represent groundwater lev... California. Department of Water Resources.
12. Groundwater Depth Color Ramp, California, Spring 2013
2013. California. Department of Water Resources. This raster dataset (GeoTIFF) represents the depth to groundwater below the ground surface using a color ramp. These data represent groundwater lev... California. Department of Water Resources.
13. Groundwater Depth Contours, California, Fall 2013
2013. California. Department of Water Resources. This line shapefile represents the depth to groundwater below the ground surface in California during the fall of 2013. This layer is a smoothed ap... California. Department of Water Resources.
14. Groundwater Depth Contours, California, Spring 2013
2013. California. Department of Water Resources. This line shapefile represents the depth to groundwater below the ground surface in California during the Spring of 2013. This layer is a smoothed ... California. Department of Water Resources.
15. Groundwater Elevation, California, Fall 2013
2013. California. Department of Water Resources. This point shapefile represents groundwater elevation in California for fall 2013. This layer shows the depth to groundwater values collected from ... California. Department of Water Resources.
16. Groundwater Elevation, California, Spring 2013
2013. California. Department of Water Resources. This point shapefile represents groundwater elevation in California for spring 2013. This layer shows the depth to groundwater values collected fro... California. Department of Water Resources.
17. Groundwater Elevation Change, California, Fall 2013 to Fall 2014
2013. California. Department of Water Resources. This point shapefile represents changes in groundwater levels in California. These data represent groundwater changes between fall 2013 and fall 20... California. Department of Water Resources.
18. Groundwater Elevation Change, California, Spring 2013 to Spring 2014
2013. California. Department of Water Resources. This point shapefile represents changes in groundwater levels in California. These data represent groundwater changes between spring 2013 and sprin... California. Department of Water Resources.
19. Groundwater Elevation Change, California, Spring 2013 to Spring 2016
2013. California. Department of Water Resources. This point shapefile represents changes in groundwater levels in California. These data represent groundwater changes between spring 2013 and sprin... California. Department of Water Resources.
20. Groundwater Elevation Change Color Ramp, California, Fall 2013 to Fall 2014
2013. California. Department of Water Resources. This raster dataset (GeoTIFF) represents groundwater elevation in California using a color ramp. These data represent groundwater changes between f... California. Department of Water Resources.
21. Groundwater Elevation Change Color Ramp, California, Spring 2013 to Spring 2014
2013. California. Department of Water Resources. This raster dataset (GeoTIFF) represents groundwater elevation in California using a color ramp. These data represent groundwater changes between s... California. Department of Water Resources.
22. Groundwater Elevation Change Color Ramp, California, Spring 2013 to Spring 2016
2013. California. Department of Water Resources. This raster dataset (GeoTIFF) represents groundwater elevation in California using a color ramp. These data represent groundwater changes between s... California. Department of Water Resources.
23. Groundwater Elevation Change Contours, California, Fall 20013 to Fall 2014
2013. California. Department of Water Resources. This line shapefile represents changes in groundwater levels in California. These data represent groundwater changes between fall 2013 and fall 201... California. Department of Water Resources.
24. Groundwater Elevation Change Contours, California, Spring 2013 to Spring 2014
2013. California. Department of Water Resources. This line shapefile represents changes in groundwater levels in California. These data represent groundwater changes between spring 2013 and spring... California. Department of Water Resources.
25. Groundwater Elevation Change Contours, California, Spring 2013 to Spring 2016
2013. California. Department of Water Resources. This line shapefile represents changes in groundwater levels in California. These data represent groundwater changes between spring 2013 and spring... California. Department of Water Resources.
26. Groundwater Elevation Color Ramp, California, Fall 2013
2013. California. Department of Water Resources. This raster dataset (GeoTIFF) represents groundwater elevation in California for fall 2013 using a color ramp. This layer is a smoothed approximati... California. Department of Water Resources.
27. Groundwater Elevation Color Ramp, California, Spring 2013
2013. California. Department of Water Resources. This raster dataset (GeoTIFF) represents groundwater elevation in California for spring 2013 using a color ramp. This layer is a smoothed approxima... California. Department of Water Resources.
28. Groundwater Elevation Contours, California, Fall 2013
2013. California. Department of Water Resources. This line shapefile represents groundwater elevation in California for fall 2013. This layer is a smoothed approximation of the groundwater level '... California. Department of Water Resources.
29. Groundwater Elevation Contours, California, Spring 2013
2013. California. Department of Water Resources. This line shapefile represents groundwater elevation in California for spring 2013. This layer is a smoothed approximation of the groundwater level... California. Department of Water Resources.
30. Groundwater Management Plan, California, 2013
2013. California. Department of Water Resources. This polygon shapefile represents statewide groundwater management plan boundaries within the state of California. These boundaries were originally... California. Department of Water Resources.
31. HAZUS Flood Analysis for Baltimore City, Maryland
2013. A HAZUS flood analysis is an estimation of economic and social losses associated with a specific return period of flooding. Results are provided as...
32. HAZUS Flood Analysis for Baltimore County, Maryland
2013. A HAZUS flood analysis is an estimation of economic and social losses associated with a specific return period of flooding. Results are provided as...
33. HAZUS Flood Analysis for Bradford County, Pennsylvania
2013. A HAZUS flood analysis is an estimation of economic and social losses associated with a specific return period of flooding. Results are provided as...
34. HAZUS Flood Analysis for Delaware Effective Coastal
2013. A HAZUS flood analysis is an estimation of economic and social losses associated with a specific return period of flooding. Results are provided as...
35. HAZUS Flood Analysis for Lackawanna County, Pennsylvania
2013. A HAZUS flood analysis is an estimation of economic and social losses associated with a specific return period of flooding. Results are provided as...
36. HAZUS Flood Analysis for Sullivan County, Pennsylvania
2013. A HAZUS flood analysis is an estimation of economic and social losses associated with a specific return period of flooding. Results are provided as...
37. HAZUS Flood Analysis for Susquehanna County, Pennsylvania
2013. A HAZUS flood analysis is an estimation of economic and social losses associated with a specific return period of flooding. Results are provided as...
38. HAZUS Flood Analysis for Wyoming County, Pennsylvania
2013. A HAZUS flood analysis is an estimation of economic and social losses associated with a specific return period of flooding. Results are provided as...
39. Inland Waters, Botswana, 2013
2013. International Steering Committee for Global Mapping and Botswana. Department of Surveys and Mapping. This polygon shapefile represents areas of inland water in Botswana. The Global Map version 2 was developed from surveyed data and where the data f... International Steering Committee for Global Mapping.
40. Inland Waters, Dominica, 2013
2013. International Steering Committee for Global Mapping and Dominica. Lands and Surveys Division. This polygon shapefile represents inland waters in Dominica. The Global Map Dominica version 2 Boundary layer was developed to update Global Map D... International Steering Committee for Global Mapping.
41. Inland Waters, El Salvador, 2013
2013. International Steering Committee for Global Mapping and Centro Nacional de Registros (El Salvador). This polygon shapefile represents inland waters in El Salvador. The Global Map El Salvador version 2 was developed from Geographic Maps Data 2008 ... International Steering Committee for Global Mapping.
42. Inland Waters, Guinea-Bissau, 2013
2013. International Steering Committee for Global Mapping and Portugal. Direcção Geral de Ordenamento do Território. This polygon shapefile represents areas of inland water in Guinea-Bissau. The Global MapGuinea-Bissau version 2 was developed to update Global Map ... International Steering Committee for Global Mapping.
43. Inland Waters, Iran, 2013
2013. International Steering Committee for Global Mapping and Sāzmān-i Naqshahʹbardārī-i Kishvar. This polygon shapefile represents areas of inland water in Iran. The Global Map Iran version 2 was developed from Digital Map 1:250000(1996).Global... International Steering Committee for Global Mapping.
44. Inland Waters, Laos, 2013
2013. International Steering Committee for Global Mapping and Laos. Kom Phǣnthī hǣng Sat. This polygon shapefile represents areas of inland water in Laos. The Global Map Lao People's Democratic Republic version 2.0 was developed using 1:... International Steering Committee for Global Mapping.
45. Inland Waters, Malaysia, 2013
2013. International Steering Committee for Global Mapping and Malaysia. Jabatan Ukur dan Pemetaan. This polygon shapefile represents areas of inland water in Malaysia. The Global Map Malaysia version 2 is extracted from existing topographic map o... International Steering Committee for Global Mapping.
46. Inland Waters, Mozambique, 2013
2013. International Steering Committee for Global Mapping and Centro Nacional de Cartografia e Teledetecção (Mozambique). This polygon shapefile represents areas of inland water such as: lakes, ponds, rivers or streams in Mozambique. The Global Map Mozambique version 2... International Steering Committee for Global Mapping.
47. Inland Waters, Nepal, 2013
2013. International Steering Committee for Global Mapping and Nepal. Nāpīvibhāga. This polygon shapefile represents areas of inland water in Nepal. This layer is part of Global Map version 2. The drainage and Transportation layer... International Steering Committee for Global Mapping.
48. Inland Waters, Niger, 2013
2013. International Steering Committee for Global Mapping and Institute Geographic National of Niger. This polygon shapefile represents areas of inland water such as: lakes, ponds, rivers or streams in Niger. The Global Map Niger version 2 was devel... International Steering Committee for Global Mapping.
49. Inland Waters, Saudi Arabia, 2013
2013. International Steering Committee for Global Mapping and Saudi Arabia. General Commission for Survey. This polygon shapefile represents areas of inland water in Saudi Arabia. The Global Map Saudi Arabia version 2 was developed to update Global Map S... International Steering Committee for Global Mapping.
50. Inland Waters, Sri Lanka, 2013
2013. International Steering Committee for Global Mapping and Sri Lanka. Minindōru Depārtamēntuva. This polygon shapefile represents areas of inland water in Sri Lanka. The Global Map Sri Lanka version 2 was developed based on Global Map Specific... International Steering Committee for Global Mapping.
51. Inland Waters, Uruguay, 2013
2013. International Steering Committee for Global Mapping and Uruguay. Geographic Military Service. This polygon shapefile represents inland waters in Uruguay. This layer is part of Global Map Uruguay version 2.Global Map data were developed under... International Steering Committee for Global Mapping.
52. Lakes: Washtenaw County, Michigan, 2013
2013. Polygon features representing waterbodies.
53. National Flood Hazard Layer: Cumberland County, Pennsylvania
2013. The National Flood Hazard Layer (NFHL) data incorporates all Flood Insurance Rate Map (FIRM) databases published by the Federal Emergency Managemen...
54. National Flood Hazard Layer: Wayne County, Pennsylvania
2013. The National Flood Hazard Layer (NFHL) data incorporates all Flood Insurance Rate Map (FIRM) databases published by the Federal Emergency Managemen...
55. Pipe Locations in the National Pollutant Discharge Elimination System: Indiana
2013. Indiana Department of Environmental Management, Office of Land Quality. NPDES_PIPE_IDEM_IN is a point shapefile that contains National Pollutant Discharge Elimination System (NPDES) Program pipe locations in Indiana, pr...
56. Rivers, Botswana, 2013
2013. International Steering Committee for Global Mapping and Botswana. Department of Surveys and Mapping. This line shapefile represents rivers in Botswana. The Global Map version 2 was developed from surveyed data and where the data follows the alignme... International Steering Committee for Global Mapping.
57. Rivers, Dominica, 2013
2013. International Steering Committee for Global Mapping and Dominica. Lands and Surveys Division. This line shapefile represents rivers in Dominica. The Global Map Dominica version 2 Boundary layer was developed to update Global Map Dominica ver... International Steering Committee for Global Mapping.
58. Rivers, El Salvador, 2011
2013. International Steering Committee for Global Mapping and Centro Nacional de Registros (El Salvador). This line shapefile represents rivers in El Salvador. The Global Map El Salvador version 2 was developed from Geographic Maps Data 2008 at 1:25,000... International Steering Committee for Global Mapping.
59. Rivers, Guinea-Bissau, 2013
2013. International Steering Committee for Global Mapping and Portugal. Direcção Geral de Ordenamento do Território. This line shapefile represents rivers in Guinea-Bissau. The Global MapGuinea-Bissau version 2 was developed to update Global Map Guinea-Bissau vers... International Steering Committee for Global Mapping.
60. Rivers, Iran, 2013
2013. International Steering Committee for Global Mapping and Sāzmān-i Naqshahʹbardārī-i Kishvar. This line shapefile represents rivers in Iran. The Global Map Iran version 2 was developed from Digital Map 1:250000(1996).Global Map data were dev... International Steering Committee for Global Mapping.
61. Rivers, Laos, 2013
2013. International Steering Committee for Global Mapping and Laos. Kom Phǣnthī hǣng Sat. This line shapefile represents rivers in Laos. The Global Map Lao People's Democratic Republic version 2.0 was developed using 1:100,000 Topographi... International Steering Committee for Global Mapping.
62. Rivers, Malaysia, 2013
2013. International Steering Committee for Global Mapping and Malaysia. Jabatan Ukur dan Pemetaan. This line shapefile represents rivers in Malaysia. The Global Map Malaysia version 2 is extracted from existing topographic map of scale 1:25 000.G... International Steering Committee for Global Mapping.
63. Rivers, Mozambique, 2013
2013. International Steering Committee for Global Mapping and Centro Nacional de Cartografia e Teledetecção (Mozambique). This line shapefile represents rivers in Mozambique. The Global Map Mozambique version 2 was developed to update Global Map Mozambique version 1 ba... International Steering Committee for Global Mapping.
64. Rivers, Nepal, 2013
2013. International Steering Committee for Global Mapping and Nepal. Nāpīvibhāga. This line shapefile represents rivers in Nepal. This layer is part of Global Map version 2. The drainage and Transportation layers version 2 are pr... International Steering Committee for Global Mapping.
65. Rivers, Niger, 2013
2013. International Steering Committee for Global Mapping and Institute Geographic National of Niger. This line shapefile represents rivers in Niger. The Global Map Niger version 2 was developed to update Global Map Niger version 1 based on Global M... International Steering Committee for Global Mapping.
66. Rivers, Saint Helena, 2013
2013. International Steering Committee for Global Mapping. This line shapefile represents rivers in Saint Helena. The Global Map St Helena Island version 2 Drainage, Transportation and Population Centres la... International Steering Committee for Global Mapping.
67. Rivers, Saudi Arabia, 2013
2013. International Steering Committee for Global Mapping and Saudi Arabia. General Commission for Survey. This line shapefile represents rivers in Saudi Arabia. The Global Map Saudi Arabia version 2 was developed to update Global Map Saudi Arabia versio... International Steering Committee for Global Mapping.
68. Rivers, Sri Lanka, 2013
2013. International Steering Committee for Global Mapping and Sri Lanka. Minindōru Depārtamēntuva. This line shapefile represents rivers in Sri Lanka. The Global Map Sri Lanka version 2 was developed based on Global Map Specifications version 2.2... International Steering Committee for Global Mapping.
69. Rivers, Uruguay, 2013
2013. International Steering Committee for Global Mapping and Uruguay. Geographic Military Service. This line shapefile represents rivers in Uruguay. This layer is part of Global Map Uruguay version 2.Global Map data were developed under the coope... International Steering Committee for Global Mapping.
70. Streamflow Gaging Stations of the United States, 2013
2013. Geological Survey (U.S.). This point shapefile contains selected streamflow gaging stations of the United States, Puerto Rico, and the U.S. Virgin Islands, in 2013. Gaging s... Geological Survey (U.S.).
71. Streams: Washtenaw County, Michigan, 2013
2013. River and Stream lines that represent flowlines and cartographic features such as stream centerlines and river banks.
72. Subwatershed Boundaries, California (12-digit HUC), 2013
2013. Wyoming Geographic Information Sciences Center. This polygon shapefile contains the 6th level, 12-digit hydrologic unit code (HUC) sub-watershed boundaries of California. This layer consists of g... Wyoming Geographic Information Sciences Center.
73. Waterway Locks: United States, 2013
2013. Institute for Water Resources (U.S.). Navigation Data Center. This point shapefile contains the locations of waterways locks in the United States. The Navigation Data Center had several objectives in developin... United States. Bureau of Transportation Statistics.
74. World Linear Water, 2013
2013. DeLorme Publishing Company and Environmental Systems Research Institute (Redlands, Calif.). This line shapefile represents the rivers and streams of the world at 1:250,000 scale. These rivers and streams are too narrow to be represented as... Environmental Systems Research Institute (Redlands, Calif.).
75. World Water Bodies, 2013
2013. DeLorme Publishing Company and Environmental Systems Research Institute (Redlands, Calif.). This polygon shapefile represents the open water rivers, lakes, seas, and oceans of the world at 1:250,000 scale. This layer is part of the 2014 ES... Environmental Systems Research Institute (Redlands, Calif.).