MAJOR DIVISION |
PROVINCE |
SECTION |
SITES |
Laurentian Upland |
1. Superior Upland |
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Atlantic Plain |
2. Continental Shelf |
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3. Coastal Plain |
a. Embayed Section |
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b. Sea Island Section |
NC State University - NC Stream Restoration Institute |
Bankfull Regional Curves for the Coastal Plain Physiographic Province of North Carolina |
USFWS- Bankfull Discharge and channel characteristics of streams in the Coastal Plain hydrologic region |
c. Floridian Section |
Regional Channel Characteristics for Maintaining Natural Fluvial Geomorphology in Florida Streams |
d. East Gulf Coastal Plain |
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e. Mississippi Alluvial Plain |
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f. West Gulf Coastal Plain |
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Appalachian Highlands |
4. Piedmont Province |
a. Piedmont Upland |
NC State University - NC Stream Restoration Institute |
USGS- Development of regional curves of bankfull-channel geometry and discharge for streams in the non-urban, Piedmont Physiographic Province, Pennsylvania and Maryland |
USFWS- Bankfull discharge characteristics of streams in the Piedmont Hydrologic Region |
b. Piedmont Lowlands |
USGS- Development of regional curves of bankfull-channel geometry and discharge for streams in the non-urban, Piedmont Physiographic Province, Pennsylvania and Maryland |
USGS - Regional curve development and selection of a reference reach in the non-urban, lowland sections of the Piedmont Physiographic Province, Pennsylvania and Maryland |
USFWS- Bankfull discharge characteristics of streams in the Piedmont Hydrologic Region |
5. Blue Ridge Province |
a. Northern Section |
USFWS- Bankfull Discharge and channel characteristics of streams in the Allegheny Plateau and Valley and Ridge hydrologic region |
b. Southern Section |
NC State University - NC Stream Restoration Institute |
6. Valley and Ridge Province |
a. Tennessee Section |
USGS- Regional Curves Project |
b. Middle Section |
USFWS- Bankfull Discharge and channel characteristics of streams in the Allegheny Plateau and Valley and Ridge hydrologic region |
USGS - Development and Analysis of Regional Curves for Streams in the Non-Urban Valley and Ridge Physiographic Province, Maryland, Virginia, and West Virginia |
c. Hudson Valley Section |
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7. St. Lawrence Valley |
a. Champlain Section |
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b. Northern Section |
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8. Appalachian Plateaus |
a. Mohawk Section |
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b. Catskill Section |
Optimizing Catskill Mountain Regional Bankfull Discharge and Hydraulic Geometry Relationships |
c. Southern New York Section |
Regionalized Equations for Bankfull-Discharge and Channel Characteristics of Streams in New York State: Hydrologic Region 5 in Central New York |
d. Allegheny Mountain Section |
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e. Kanawha Section |
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f. Cumberland Plateau Section |
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g. Cumberland Mountain Section |
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9. New England Province |
a. Seaboard Lowland Section |
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b. New England Upland Section |
Vermont DEC Geomorphic Assessment |
Norwalk River at South Wilton, CT |
Saugatuck River Nr Redding, CT |
USGS Hydraulic Geometry Relations for Rivers in Coastal and Central Maine |
c. White Mountain Section |
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d. Green Mountain Section |
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e. Taconic Section |
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10. Adirondack Province |
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Interior Plains |
11. Interior Low Plateaus |
a. Highland Rim Section |
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b. Lexington Plain |
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c. Nashville Basin |
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12. Central Lowland |
a. Eastern lake Section |
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b. Western lake Section |
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c. Wisconsin Driftless Section |
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d. Till Plains |
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e. Dissected Till Plains |
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f. Osage Plains |
Development of bankfull discharge and channel geometry relationships for natural channel design in Oklahoma using a fluvial geomorphic approach |
13. Great Plains Province |
a. Missouri Plateau, glaciated |
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b. Missouri Plateau, unglaciated |
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c. Black Hills |
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d. High Plains |
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e. Plains Border |
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f. Colorado Piedmont |
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g. Raton Section |
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h. Pecos Valley |
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i. Edwards Plateau |
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j. Central Texas Section |
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Interior Highlands |
14. Ozark Plateaus |
a. Springfield-Salem Plateaus |
Baron Fork at Eldon, OK |
Baron Fork at Dutch Mills, AR |
Flint Creek near Kansas, OK |
Flint Creek at Springtown, AR |
Flint Creek near West Siloam Springs, OK |
Spavinaw Creek Near Sycamore, OK |
b. Boston "Mountains" |
Devleopment of bankfull discharge and channel geometry relationships for natural channel design in Oklahoma using a fluvial geomorphic approach |
15. Ouachita Province |
a. Arkansas Valley |
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b. Ouachita Mountains |
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Rocky Mountain System |
16. Southern Rocky Mountains |
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17. Wyoming Basin |
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18. Middle Rocky Mountains |
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19. Northern Rocky Mountains |
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Intermontane Plateaus |
20. Columbia Plateaus |
a. Walla Walla Plateau |
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b. Blue Mountain Section |
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c. Payette Section |
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d. Snake River Plain |
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e. Harney Section |
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21. Colorado Plateaus |
a. High Plateaus of Utah |
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b. Uinta Basin |
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c. Canyon Lands |
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d. Navajo Section |
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e. Grand Canyon Section |
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f. Datil Section |
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22. Basin and Range Province |
a. Great Basin |
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b. Sonoran Desert |
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c. Salton Trough |
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d. Mexican Highlands |
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e. Sacramento Section |
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Pacific Mountain System |
23. Cascade-Sierra Mountains |
a. Northern Cascade Mountains |
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b. Middle Cascade Mountains |
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c. Southern Cascade Mountains |
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d. Sierra Nevada |
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24. Pacific Border Province |
a. Puget Trough |
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b. Olympic Mountains |
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c. Oregon Coast Range |
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d. Kiamath Mountains |
Regional Hydraulic Geometry Curves of the South Umpqua Area in Southwestern Oregon |
e. California Trough |
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f. California Coast Ranges |
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g. Los Angeles Range |
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25. Lower Californian Province |
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