Hydrologic Benchmark Network Stations in the Eastern U.S. 1963-95 (USGS Circular 1173-A)

List of Figures and Tables

Figures

1. Map showing locations of gaging stations in the Hydrologic Benchmark Network
2. Map showing study area in the Blackwater River Basin and photograph of the stream channel near the gage
3. Graphs showing temporal variation of discharge, field pH, major ion concentrations, and ion balance at Blackwater River, Alabama
4. Map showing study area at Sipsey Fork Basin and photograph of the stream channel near the gage
5. Graphs showing temporal variation of discharge, field pH, major ion concentrations, and ion balance at Sipsey Fork, Alabama
6. Map showing study area in the Sopchoppy River Basin and photograph of the stream channel at the gage
7. Graphs showing temporal variation of discharge, field pH, major ion concentrations, and ion balance at Sopchoppy River, Florida
8. Map showing study area in the Falling Creek Basin and photograph of a typical tributary stream
9. Graphs showing temporal variation of discharge, field pH, major ion concentrations, and ion balance at Falling Creek, Georgia
10. Map showing study area in the Tallulah River Basin and photograph of the basin landscape near Tate City, Georgia.
11. Graphs showing temporal variation of discharge, field pH, major ion concentrations, and ion balance at Tallulah River, Georgia
12. Map showing study area in the Wild River Basin and photograph of the stream channel near the Wild River Campground
13. Graphs showing temporal variation of discharge, field pH, major ion concentrations, and ion balance at Wild River, Maine
14. Map showing study area in the Cypress Creek Basin and photograph of the stream channel at the gage
15. Graphs showing temporal variation of discharge, field pH, major ion concentrations, and ion balance at Cypress Creek, Mississippi
16. Map showing study area in the McDonalds Branch Basin and photograph of a typical wooded area in the basin
17. Graphs showing temporal variation of discharge, field pH, major ion concentrations, and ion balance at McDonalds Branch, New Jersey
18. Map showing the study area in the Esopus Creek Basin and photograph of the stream channel near the town of Big Indian, New York
19. Graphs showing temporal variation of discharge, field pH, major ion concentrations, and ion balance at Esopus Creek, New York
20. Map showing study area in the Cataloochee Creek Basin and photograph of a maintained opening along the valley floor
21. Graphs showing temporal variation of discharge, field pH, major ion concentrations, and ion balance at Cataloochee Creek, North Carolina
22. Map showing study area in the Young Womans Creek Basin and photograph of the landscape of the basin
23. Graphs showing temporal variation of discharge, field pH, major ion concentrations, and ion balance at Young Womans Creek, Pennsylvania
24. Map showing the study area in the Scape Ore Swamp Basin and photograph of a typical tributary stream
25. Graphs showing temporal variation of discharge, field pH, major ion concentrations, and ion balance at Scape Ore Swamp, South Carolina
26. Map showing study area in the Upper Three Runs Basin and photograph of the stream channel at the gage
27. Graphs showing temporal variation of discharge, field pH, major ion concentrations, and ion balance at Upper Three Runs, South Carolina
28. Map showing study area in the Buffalo River Basin and photograph of the river channel near the gage
29. Graphs showing temporal variation of discharge, field pH, major ion concentrations, and ion balance at Buffalo River, Tennessee
30. Map showing study area in the Little River Basin and photograph of the stream channel of the Middle Prong
31. Graphs showing temporal variation of discharge, field pH, major ion concentrations, and ion balance at Little River, Tennessee
32. Map showing study area in the Holiday Creek Basin and photograph of the stream channel of North Holiday Creek
33. Graphs showing temporal variation of discharge, field pH, major ion concentrations, and ion balance at Holiday Creek, Virginia

Tables

1. Parameter codes and periods of record for physical properties and water quality constituents retrieved from the U.S. Geological Survey National Water Information System (NWIS)
2. Minimum, first quartile, median, third quartile, and maximum values of physical properties and major ion concentrations measured in water quality samples from the Blackwater River, Alabama, November 1976 through September 1995, and volume-weighted mean concentrations in wet precipitation collected at the Quincy Station, Florida
3. Spearman rank correlation coefficients ( rho values ) showing the relation among discharge, pH, and major ion concentrations, Blackwater River, Alabama, 1980 through 1995
4. Results of the seasonal Kendall test for trends in discharge and unadjusted and flow-adjusted pH and major ion concentrations, Blackwater River, Alabama, November 1976 through September 1995
5. Physical properties and major ion concentrations from surface-water sampling sites in the Blackwater River Basin, Alabama, collected January 15,1991
6. Minimum, first quartile, median, third quartile, and maximum values of physical properties and major ion concentrations measured in water quality samples from Sipsey Fork, Alabama, November 1967 through September 1995, and volume-weighted mean concentrations in wet precipitation collected at the Sand Mountain Experimental Station, Alabama
7. Spearman rank correlation coefficients ( rho values ) showing the relation among discharge, pH, and major ion concentrations, Sipsey Fork, Alabama, 1980 through 1995
8. Results of the seasonal Kendall test for trends in discharge and unadjusted and flow-adjusted pH and major ion concentrations, Sipsey Fork, Alabama, November 1967 through September 1995
9. Physical properties and major ion concentrations from surface-water sampling sites in the Sipsey Fork Basin, Alabama, collected December 6-7, 1990
10. Minimum, first quartile, median, third quartile, and maximum values of physical properties and major ion concentrations measured in water quality samples from Sopchoppy River, Florida, April 1964 through August 1995, and volume-weighted mean concentrations in wet precipitation collected at the Quincy Station, Florida
11. Spearman rank correlation coefficients ( rho values ) showing the relation among discharge, pH, and major ion concentrations, Sopchoppy River, Florida, 1980 through 1995
12. Results of the seasonal Kendall test for trends in discharge and unadjusted and flow-adjusted pH and major ion concentrations, Sopchoppy River, Florida, April 1964 through August 1995
13. Physical properties and major ion concentrations from surface-water sampling sites in the Sopchoppy River Basin, Florida, collected January 11, 1991
14. Minimum, first quartile, median, third quartile, and maximum values of physical properties and major ion concentrations measured in water quality samples from Falling Creek, Georgia, October 1964 through June 1994, and volume-weighted mean concentrations in wet precipitation collected at Georgia Station, Georgia
15. Spearman rank correlation coefficients ( rho values ) showing the relation among discharge, pH, and major ion concentrations, Falling Creek, Georgia, 1980 through 1994
16. Results of the seasonal Kendall test for trends in discharge and unadjusted and flow-adjusted pH and major ion concentrations, Falling Creek, Georgia, August 1964 through June 1994
17. Physical properties and major ion concentrations from surface-water sampling sites in the Falling Creek Basin, Georgia, collected December 8-10, 1990
18. Minimum, first quartile, median, third quartile, and maximum values of physical properties and major ion concentrations measured in water quality samples from Tallulah River, Georgia, March 1967 through July 1990, and volume-weighted mean concentrations in wet precipitation collected at Coweeta Station, North Carolina
19. Spearman rank correlation coefficients ( rho values ) showing the relation among discharge, pH, and major ion concentrations, Tallulah River, Georgia, 1980 through 1990
20. Results of the seasonal Kendall test for trends in discharge and unadjusted and flow-adjusted pH and major ion concentrations, Tallulah River, Georgia, March 1967 through July 1990
21. Physical properties and major ion concentrations from surface-water sampling sites in the Tallulah River Basin, Georgia, collected October 27-28, 1991
22. Minimum, first quartile, median, third quartile, and maximum values of physical properties and major ion concentrations measured in water quality samples from Wild River, Maine, September 1964 through June 1995, and volume-weighted mean concentrations in wet precipitation collected at Greenville Station, Maine
23. Spearman rank correlation coefficients ( rho values ) showing the relation among discharge, pH, and major ion concentrations, Wild River, Maine, 1980 through 1995
24. Results of the seasonal Kendall test for trends in discharge and unadjusted and flow-adjusted pH and major ion concentrations, Wild River, Maine, September 1964 through June 1995
25. Physical properties and major ion concentrations from surface-water sampling sites in the Wild River Basin, Maine and New Hampshire, collected October 7-8, 1991
26. Minimum, first quartile, median, third quartile, and maximum values of physical properties and major ion concentrations measured in water quality samples from Cypress Creek, Mississippi, December 1966 through May 1995, and volume-weighted mean concentrations in wet precipitation collected at Southeast Research Station, Mississippi
27. Spearman rank correlation coefficients ( rho values ) showing the relation among discharge, pH, and major ion concentrations, Cypress Creek, Mississippi, 1980 through 1995
28. Results of the seasonal Kendall test for trends in discharge and unadjusted and flow-adjusted pH and major ion concentrations, Cypress Creek, Mississippi, December 1966 through May 1995
29. Physical properties and major ion concentrations from surface-water sampling sites in the Cypress Creek Basin, Mississippi, collected January 17-19, 1991
30. Minimum, first quartile, median, third quartile, and maximum values of physical properties and major ion concentrations measured in water quality samples from McDonalds Branch, New Jersey, June 1963 through September 1995, and volume-weighted mean concentrations in wet precipitation collected in the McDonalds Branch Basin
31. Spearman rank correlation coefficients ( rho values ) showing the relation among discharge, pH, and major ion concentrations, McDonalds Branch, New Jersey, 1980 through 1995
32. Results of the seasonal Kendall test for trends in discharge and unadjusted and flow-adjusted pH and major ion concentrations, McDonalds Branch, New Jersey, June 1963 through September 1995
33. Physical properties and major ion concentrations at two surface-water sampling sites in McDonalds Branch, Basin, New Jersey, November 25, 1986, through June 28, 1988
34. Minimum, first quartile, median, third quartile, and maximum values of physical properties and major ion concentrations measured in water quality samples from Esopus Creek, New York, August 1963 through August 1992, and volume-weighted mean concentrations in wet precipitation collected at the Biscuit Brook Station, New York
35. Spearman rank correlation coefficients ( rho values ) showing the relation among discharge, pH, and major ion concentrations, Esopus Creek, New York, 1980 through 1992
36. Results of the seasonal Kendall test for trends in discharge and unadjusted and flow-adjusted pH and major ion concentrations, Esopus Creek, New York, August 1963 through August 1992
37. Physical properties and major ion concentrations from surface-water sampling sites in the Esopus Creek Basin, New York, collected October 9-10, 1991
38. Minimum, first quartile, median, third quartile, and maximum values of physical properties and major ion concentrations measured in water quality samples from Cataloochee Creek, North Carolina, October 1962 through August 1995, and volume-weighted mean concentrations in wet precipitation collected at the Elkmont Station, Tennessee
39. Spearman rank correlation coefficients ( rho values ) showing the relation among discharge, pH, and major ion concentrations, Cataloochee Creek, North Carolina, 1980 through 1995
40. Results of the seasonal Kendall test for trends in discharge and unadjusted and flow-adjusted pH and major ion concentrations, Cataloochee Creek, North Carolina, October 1962 through August 1995
41. Physical properties and major ion concentrations from surface-water sampling sites in the Cataloochee Creek Basin, North Carolina, collected October 31, 1991
42. Minimum, first quartile, median, third quartile, and maximum values of physical properties and major ion concentrations measured in water quality samples from Young Womans Creek, Pennsylvania, October 1967 through August 1995, and volume-weighted mean concentrations in wet precipitation collected at the Jasper Station, New York
43. Spearman rank correlation coefficients ( rho values ) showing the relation among discharge, pH, and major ion concentrations, Young Womans Creek, Pennsylvania, 1980 through 1995
44. Results of the seasonal Kendall test for trends in discharge and unadjusted and flow-adjusted pH and major ion concentrations, Young Womans Creek, Pennsylvania, October 1967 through August 1995
45. Physical properties and major ion concentrations from surface-water sampling sites in the Young Womans Creek Basin, Pennsylvania, collected October 22, 1991
46. Minimum, first quartile, median, third quartile, and maximum values of physical properties and major ion concentrations measured in water quality samples from Scape Ore Swamp, South Carolina, August 1970 through September 1995, and volume-weighted mean concentrations in wet precipitation collected at the Santee National Wildlife Refugee, South Carolina
47. Spearman rank correlation coefficients ( rho values ) showing the relation among discharge, pH, and major ion concentrations, Scape Ore Swamp, South Carolina, 1980 through 1995
48. Results of the seasonal Kendall test for trends in discharge and unadjusted and flow-adjusted pH and major ion concentrations, Scape Ore Swamp, South Carolina, August 1970 through September 1995
49. Physical properties and major ion concentrations from surface-water sampling sites in the Scape Ore Swamp Basin, South Carolina, collected January 9-10, 1991
50. Minimum, first quartile, median, third quartile, and maximum values of physical properties and major ion concentrations measured in water quality samples from Upper Three Runs, South Carolina, November 1967 through September 1993, and volume-weighted mean concentrations in wet precipitation collected at the Santee National Wildlife Refugee, South Carolina
51. Spearman rank correlation coefficients ( rho values ) showing the relation among discharge, pH, and major ion concentrations, Upper Three Runs, South Carolina, 1980 through 1993
52. Results of the seasonal Kendall test for trends in discharge and unadjusted and flow-adjusted pH and major ion concentrations, Upper Three Runs, South Carolina, November 1967 through September 1993
53. Physical properties and major ion concentrations from surface-water sampling sites in the Upper Three Runs Basin, South Carolina, collected January 8, 1991
54. Minimum, first quartile, median, third quartile, and maximum values of physical properties and major ion concentrations measured in water quality samples from Buffalo River, Tennessee, April 1963 through October 1995, and volume-weighted mean concentrations in wet precipitation collected at the Wilburn Chapel Station, Tennessee
55. Spearman rank correlation coefficients ( rho values ) showing the relation among discharge, pH, and major ion concentrations, Buffalo River, Tennessee, 1980 through 1995
56. Results of the seasonal Kendall test for trends in discharge and unadjusted and flow-adjusted pH and major ion concentrations, Buffalo River, Tennessee, December 1966 through October 1995
57. Physical properties and major ion concentrations from surface-water sampling sites in the Buffalo River Basin, Tennessee, collected December 1-2, 1990
58. Minimum, first quartile, median, third quartile, and maximum values of physical properties and major ion concentrations measured in water quality samples from Little River, Tennessee, October 1985 through July 1995, and volume-weighted mean concentrations in wet precipitation collected at the Elkmont Station, Tennessee
59. Spearman rank correlation coefficients ( rho values ) showing the relation among discharge, pH, and major ion concentrations, Little River, Tennessee, 1986 through 1995
60. Results of the seasonal Kendall test for trends in discharge and unadjusted and flow-adjusted pH and major ion concentrations, Little River, Tennessee, October 1985 through August 1995
61. Physical properties and major ion concentrations from surface-water sampling sites in the Little River Basin, Tennessee, collected October 29-30, 1991
62. Minimum, first quartile, median, third quartile, and maximum values of physical properties and major ion concentrations measured in water quality samples from Holiday Creek, Virginia, October 1967 through July 1995, and volume-weighted mean concentrations in wet precipitation collected at the Charlottesville Station, Virginia
63. Spearman rank correlation coefficients ( rho values ) showing the relation among discharge, pH, and major ion concentrations, Holiday Creek, Virginia, 1980 through 1995
64. Results of the seasonal Kendall test for trends in discharge and unadjusted and flow-adjusted pH and major ion concentrations, Holiday Creek, Virginia, October 1967 through July 1995
65. Physical properties and major ion concentrations from surface-water sampling sites in the Holiday Creek Basin, Virginia, collected October 24, 1991

This page maintained by Nichole Bisceglia (nbiscegl@usgs.gov)
Last updated Thursday, July 27, 2000.