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Call 911 to report Hazards, Toxic Spills or
Threats to Basin
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FACTS
Size:
The Kansas-Lower Republican covers nearly 10,500
square miles of northeastern Kansas. The basin
includes all or part of 24 counties.
Population:
The basin has the largest population of all the
twelve major river basins, with an estimated
1,025,644 residents in the year 2000. The
population is projected to grow to nearly
1,531,000 in the year 2040.
Flow:
Major streams are the Kansas, Republican, Big
Blue, Little Blue, Delaware and Wakarusa rivers,
and the Vermillion and Stranger creeks.
Information on water levels in the river basin
click on the following website:
http://waterdata.usgs.gov/ks/nwis/rt
Reservoirs:
The major reservoirs in the basin are Lovewell,
Milford, Tuttle Creek, Perry and Clinton.
The lakes are operated and maintained by the
Army Corp of Engineers and the U.S. Department
of the Interior, Bureau of Reclamation
http://www.kgs.ku.edu/Hydro/lake_maps.html
Topography and Soil:
Most of the bottom land and about 50 percent of
the uplands are cultivated to crops of corn,
soybeans, grain sorghum, wheat and oats.
Alfalfa, wild hay, corn and sorghum silage are
the major forage crops. The most important
mineral resources in the basin are oil, natural
gas, coal, building stone and ceramic materials.
The topography in the basin varies from flat,
undulating plains of slight relief to rolling
uplands and, in places, steep bluffs and hills.
Wide extremes in temperature and precipitation
are characteristic. The length of the growing
season typically extends from mid April to mid
October.Average annual precipitation over the
basin increases from about 28 inches in the west
to about 38 inches in the east. Typically,
about 70 percent of this total falls during the
growing season. Flood events, such as in July
1993 and the drought experienced from 1952-1956,
underscore the variability in precipitation.
Economy:
The economy of the basin is dependent on
agriculture, education, industry and
government. Crops grown include wheat, corn,
grain sorghum, soybeans, forage sorghum, alfalfa
and sunflower. Irrigation is widespread and
extremely important to the area economics.
Livestock production is an important part of the
area’s agriculture. Beef cattle are the
predominant livestock raised in the basin.
Topeka, the state capitol, and both KSU and KU
are located in this basin.
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Usage of Water
Sources of water used in the basin is 58 percent
surface and 42 percent ground water. Irrigation
is the largest water use in the basin (54%)
followed by municipal at 30 percent. Industrial
uses account for 3 percent of water used.
For more information on water use in the Lower
Republican basin follow the USGS link on water
use in Kansas 2004:
http://pubs.usgs.gov/fs/2004/3133/#N10048
http://ks.water.usgs.gov/Kansas/studies/wateruse/
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CONSUMERS
Agriculture
Irrigation accounted for 54 percent of all
reported water usage (1997).
Industry
Industry accounted for
3 percent.
Municipal
Municipal accounted and recreational use
accounted for 30
percent of water used in the basin
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Water Management
The Republican River Compact is an important
water management force in the basin. The
Republican River Compact, established between
Colorado, Kansas and Nebraska in 1943,
apportioned the waters of the Republican River
among the three states. Over the past decade,
Kansas has expressed concern to the compact
administration about depletion of stream flow
and Nebraska’s failure to comply with the
compact. After attempts to resolve the issue
through the compact commission and direct
meetings with the State of Nebraska, the 1998
Kansas Legislature passed House Concurrent
Resolution #5030 requiring the Attorney General
to bring suit against the State of Nebraska to
enforce the provisions of the Republican River
Compact. Kansas initiated litigation through
the United States Supreme Court in May 1998.
Conservation Districts
are part of a nationwide grass roots
organization made up of people that collectively
promote the wise management of our natural
resources for sustained use. There are 105
Conservation Districts across Kansas, one for
each county in Kansas. Each district is lead by
a board of five supervisors that are locally
elected. These supervisors are not paid for
their service on the board.
Each conservation district has developed
programs aimed to address priority concerns for
their county. If you own land in Kansas, it is
best to contact the district in the county you
own the land. This will insure you the best in
assistance and knowledge of local conditions.
http://www.cjnetworks.com/~sccdistrict/dist_ks.htm
Groundwater
Ground water is used predominantly for irrigation and livestock usage
in the basin.
http://pubs.usgs.gov/fs/2004/3133/#N1003A
USGS Fact Sheet 090-99
April 1999
Download this fact sheet as a
PDF
file (218 KB)
Prepared in cooperation with the
KANSAS WATER OFFICE
Reservoirs:
The major reservoirs in the basin are Lovewell,
Milford, Tuttle Creek, Perry and Clinton. The
Kansas Water Office maintains reservoir
accounting information for each of the federal
lakes in which the state owns storage space.
Information such as inflow, releases, losses,
and water in storage for each of the subpools
within the conservation pool for each lake will
be posted by the 20th day following
each calendar month. Watch this site for other
lakes in the near future.
The Army Corps of Engineers
is responsible for the operation of Melvern,
Hillsdale and Pomona and lakes is an important
water manager in the basin. To contact the Army
Corps of Engineers see the following:
http://www.nwk.usace.army.mil/regulatory/boundary.htm
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Threats and Hazards
Quality
Ground Water (subsurface)
Ground water of the Flint Hills region
generally has high total dissolved solids and
high total hardness concentrations.
Surface Water Quality:
Not particularly good.
Reservoir Quality:
Not
good
Solutions to Surface water pollution:
·
KSU: Use of riparian boundaries to enhance
water quality:
http://www.k-state.edu/waterlink/Graphics/Reports/MF2489.pdf
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KSU: riparian buffer maintence:
http://www.k-state.edu/waterlink/Graphics/Reports/Riparian%20Buffer%20Maintenance.pdf
·
KSU bioretention:
http://www.k-state.edu/waterlink/Graphics/Reports/Bioretention.pdf
·
USGS water quality information about all Kansas
reservoirs
http://ks.water.usgs.gov/Kansas/waterdata/climate/reservoir.html
·
To read about the Nebraska/Kansas watershed
projects visit this link:
http://douglas-sarpy.unl.edu/cl/2006_spring_news.shtml
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WATER QUALITY
Each Public Water System
should provide a Consumer Confidence Report of
water quality to the KDHE and the EPA:
Information
about Kansas public water supplies can be found
at:
To find out
what is in your local drinking water follow the
websites below:
Drill down’ from the top using EPA websites that
follow:
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WATER QUANTITY
Groundwater:
Surface Water
Streams:
Flood and Drought Information:
For real time water levels on the Lower
Arkansas River click on the following website:
http://waterdata.usgs.gov/ks/nwis/rt
USGS
monthly water flow: real time
http://ks.water.usgs.gov/Kansas/history/kswater.hist.html
NOAA advance prediction service for MDC river
http://www.crh.noaa.gov/ahps2/hydrograph.php?wfo=top&gage=qnmk1&view=1,1,1,1,1,1
Drought Assessment:
Kansas Water Office reports on drought
http://www.kwo.org/reports%20&%20publications/drought/kwo%20drought%20report.htm
KGS--weekly interactive maps showing vegetation
conditions across the State of Kansas. The maps
are derived from NOAA satellite data that
measures how green vegetation is. Vegetation
stress is a proxy measure of drought.
http://koufax.kgs.ku.edu/kars/kars_map.cfm
Army Corps of Engineers drought management plan
1994:
http://www.drought.unl.edu/plan/handbook/nds8.pdf
Flood Information:
NOAA Contact the National Weather Service:
http://www.nws.noaa.gov/
Reservoir Quantity Information: USGS
real time water data for reservoirs
http://waterdata.usgs.gov/ks/nwis/current?type=lake&type=none&search_site_no_station_nm
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ADDITIONAL LINKS
Completed Studies and Presentations
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A comparison of approaches for estimating
bottom-sediment mass in large reservoirs
[abs.],Juracek, K.E., 2006, U.S. Geological
Survey Scientific Investigations Report
2006-5168, 13 p.
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Sedimentation in Kansas reservoirs [abs.],by
Juracek, K.E., 2006, in Program of 23rd
Annual Water and the Future of Kansas
Conference, March 16, 2006, Topeka, Kansas:
Manhattan, Kansas, Kansas State Research and
Extention, unnumbered page.
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Effects of nonagricultural human activity on
sediment quality—a comparison of trace
element concentrations in eight small
reservoirs [abs.], by Juracek, K.E., and
Ziegler, A.C., 2006, in Proceedings of the
Eighth Federal Interagency Sedimentation
Conference, April 2-6, 2006, Reno, Nevada:
Subcommittee on Sedimentation, CD-ROM, 8 p.
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Effects of nonagricultural human activity on
sediment quality—a comparison of trace
element concentrations in eight small
reservoirs [abs.], by Juracek, K.E., and
Ziegler, A.C., 2006, in Proceedings of Joint
Federal Interagency Conference 2006, April
2-6, 2006: Book of Abstracts, Reno, Nevada:
Subcomittee on Sedimentation, Book of
Abstracts, p. 230.
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The value of continuous turbidity monitoring
in TMDL programs , by Rasmussen, T.J.,
Ziegler, A.C., Rasmussen, P.P., and Stiles,
T.C., 2006, in Proceedings of the Eighth
Federal Interagency Sedimentation
Conference, April 2-6, 2006, Reno, Nevada:
Subcommittee on Sedimentation, CD-ROM, 8 p.
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A geochemical approach for investigating
watershed sediment sources [abs], by
Juracek, K.E., and Ziegler, A.C., 2005, in
Program Summaries for AGU Fall Meeting,
December 5-9, San Francisco, California: EOS
Transactions of American Geophysical Union,
v. 86, no. 52, Fall Meeting Supplement,
Abstract H51E-0409, 1 p.
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Flood-related organic-carbon anomalies as
possible temporal markers in reservoir
bottom sediments, by K.E. Juracek, 2004:
Lake and Reservoir Management, v. 20, no. 4,
p. 309-321.
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Ten small reservoirs , SIR 2004-5228--
Sedimentation and occurence and trends of
selected chemical constituents in bottom
sediment of 10 small reservoirs, eastern
Kansas, by K.E. Juracek, 2004: 80 p.
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Sediment quantity and quality issues for
Kansas reservoirs , by K.E.Juracek,
2004, in 21st Annual Water and Future of
Kansas Conference, March 11, 2004, Lawrence,
Kansas: Manhattan, Kansas Water Resources
Research Institute, p. 22 [abs.].
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The role of reservoir sediment studies in
the TMDL process in Kansas, by
K.E.Juracek, and T.C. Stiles, 2003, in
Proceedings, National TMDL Science and
Policy 2003 Specialty Conference, November
16–19, 2003, Chicago, Illinois: Alexandria,
Virginia, Water Environment Federation, 12
p., CD–ROM.
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Metals, trace elements, and organochlorine
compounds in bottom sediment of Tuttle Creek
Lake, Kansas, U.S.A., by K.E.Juracek,
and D.P. Mau, 2003: Hydrobiologia, v. 494,
p. 277-282.
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Perry Lake, WRIR 03-4025--Sediment
deposition and occurrences of selected
nutrients, other chemical constituents, and
diatoms in bottom sediment, Perry Lake,
northeast Kansas, 1969-2001, by K.E.
Juracek, 2003: 56 p.
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Reservoir sedimentation in Kansas: quantity
and quality, [abst.], by K.E. Juracek,
in Proceedings of the 11th Annual
Kansas Hydrology Seminar, November 22, 2002,
Manhattan, Kansas: American Institute of
Hydrology--Kansas Section and Association of
Engineering Geologists--Kansas City/Omaha
Section, 1 p.
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Tuttle Creek Lake, WRIR
02-4048--Sediment deposition and occurrence
of selected nutrients and other chemical
constituents in bottom sediment, Tuttle
Creek Lake, Northeast Kansas, 1962-99, by
K.E. Juracek and D.P. Mau, 2002: 73 p.
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Cheney Reservoir, WRIR
02-4021--Historical contributions of
phosphorus from natural and agricultural
sources and implications for stream water
quality, Cheney Reservoir watershed,
south-central Kansas, by L.M. Pope, C.R.
Milligan, and D.P. Mau, 2002: 25 p.
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Cheney Reservoir, FS 009-02--Significant
findings of water-quality studies and
implications for Cheney Reservoir watershed,
south-central Kansas, 1996-2001, by L.M.
Pope, 2002: 4 p.
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Cheney Reservoir, FS 010-02--Sources and
concentrations of phosphorus in the Cheney
Reservoir watershed, south-central Kansas,
by L.M. Pope and C.R. Milligan, 2002: 4 p.
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The impact of sedimentation on water quality
in Kansas reservoirs, by D.P. Mau, in
Program of 19th Annual Water and the Future
of Kansas Conference, March 5, 2002,
Lawrence, Kansas: Manhattan, Kansas State
University, p. 21.
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Occurrence and trends of selected metals,
trace elements, and organochlorine compounds
in bottom sediment of Tuttle Creek Lake,
Kansas, USA, by K.E. Juracek, in
Book of Abstracts, 9th International
Symposium on the Interactions Between
Sediments and Water, Banff, Canada, May
5-10, 2002: International Association for
Sediment Water Science, p. 28.
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Cheney Reservoir, WRIR
01-4199--Occurrences of phosphorus, nitrate,
and suspended solids in streams of the
Cheney Reservoir watershed, south-central
Kansas, 1997-2000, by C.R. Milligan, and
L.M. Pope, 2001: 18 p.
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Cheney Reservoir, WRIR 01-4085--Sediment
deposition and trends and transport of
phosphorus and other chemical constituents,
Cheney Reservoir watershed, south-central
Kansas, by D.P. Mau, 2001: 40 p.
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Reservoir sedimentation studies to determine
variability of phosphorus deposition in
selected Kansas watersheds: in
Proceedings of the Seventh Federal
Interagency Sedimentation Conference, March
25-29, 2001, Reno, Nevada, by D.P. Mau and
V.G. Christensen: Subcommittee on
Sedimentation, v. 2, IX-28 to IX-34a.
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Variability of metals in reservoir sediment
from two adjacent basins in the Central
Great Plains, by V.G. Christensen and
K.E. Juracek, 2001: Environmental Geology,
v. 40, nos. 4 and 5, p. 470-481.
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Cheney Reservoir, Hillsdale Lake, Tuttle
Creek Lake, and Webster Reservoir, FS
102-00--Comparison of sediment deposition in
reservoirs of four Kansas watersheds, by
D.P. Mau and V.G. Christensen, 2000: 4 p.
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Use of reservoir sediment studies for
historical watershed loading and TMDL's in
Kansas, by D.P. Mau, V.G. Christensen,
A.C. Ziegler, 2000: USGS National Water
Quality Conference, New Orleans, Louisiana,
December 5-8, 2000 (16 MB) - A poster
presentation.
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Kirwin, Webster, and Waconda Lakes, WRIR
99-4230--Deposition of selenium and other
constituents in reservoir bottom sediment of
the Solomon River basin, north-central
Kansas, by V.G. Christensen, 1999: 46 p.
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Cheney Reservoir, WRIR
98-4227--Watershed trend analysis and
water-quality assessment using
bottom-sediment cores from Cheney Reservoir,
south-central Kansas, by L.M. Pope, 1998: 24
p.
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Swanson and Harlan County Lakes in Nebraska
and Milford Lake in Kansas, FS-080-98
Selenium in reservoir sediment from the
Republican River Basin, by K.E. Juracek and
A.C. Ziegler, 1998: 4 p.
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Analysis of lake-bottom sediment to estimate
historical nonpoint-source phosphorus loads,
by K.E. Juracek, 1998: Journal of the
American Water Resources Association, v. 34,
no. 6, p. 1449-1463.
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Hillsdale Lake, WRIR 97-4235--Analysis
of bottom sediment to estimate
nonpoint-source phosphorus loads for 1981-96
in Hillsdale Lake, Northeast Kansas, by K.E.
Juracek, 1997: 55 p.
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Occurrence of phosphorus, other nutrients,
and triazine herbicides in water from the
Hillsdale Lake basin, Northeast Kansas, May
1994 through May 1995, U.S. Geological
Survey Water Resources Investigation
97-4019, Putnam, J. E., 1997, 66 p.
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Statistical summaries of elemental
constituents in streambed-sediments in the
lower Kansas River basin; Nebraska, Kansas,
and Missouri, U.S. Geological Survey
Open-File Report 89-110, J.L. Ryder and R.F.
Sanzonlone, 1989, 28 p.
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Relation of trihalomethane-formation
potential to water-quality and physical
characteristics of small water-supply lakes,
eastern Kansas, U.S. Geological Survey
Water Resources Investigation 88-4161, Pope,
L. M., Arruda, J. A., Fromm, C. H., 1988, 46
p.
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Design of a sediment data-collection program
in Kansas as affected by time trends,
U.S. Geological Survey Water Resources
Investigation 85-4204, Jordan, P. R., 1985,
114 p.
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Transit losses and traveltimes for
reservoirs releases during drought
conditions along the Neosho River from
Council Grove Lake to Iola, east-central
Kansas, U.S. Geological Survey Water
Resources Investigation 85-4003, Carswell,
W. J., Hart, R. J., 1985, 40 p.
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Water-quality reconnaissance of selected
water-supply lakes in eastern Kansas,
U.S. Geological Survey Water Resources
Investigation 85-4058, Pope, L. M., Arruda,
J. A., Vahsholtz, A. E., 1985, 51 p.
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Sediment and channel-geometry investigations
for the Kansas River bank stabilization
study, Kansas, Nebraska, and Colorado,
U.S. Geological Survey Open File Report
81-128, Osterkamp, W. R., Curtis, R. E.,
Crowther, H. G., 1982, 71 p.
Related Links
For additional information, please write or
call:
Kyle Juracek
U.S. Geological Survey
4821 Quail Crest Place
Lawrence, KS 66049-3839
Telephone: (785) 832-3527
Fax: (785) 832-3500
Email:
kjuracek@usgs.gov
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