Updated:
DESCRIPTION:
Covering the eastern half of Salt Lake County
from T2N to T4S, this area includes the flows of Rose Canyon Creek, Butterfield
Canyon Creek, Bingham Canyon Creek, and a number of intermittent streams draining
from the Qquirrh Mountains to the Jordan River and eventually the Great Salt
Lake. The area is bordered on the
north by Great Salt Lake, on the west by Tooele Valley, on the south by the
Utah Lake drainage, and on the east by the eastern part of the Jordan River
drainage. The highest point in the
area is the 9,370 foot Butterfield Peaks, while the lowest is the surface
of the Great Salt Lake at about 4,200 feet, giving a total relief of about
5,170 feet. Click here
to see a map of the area.
MANAGEMENT:
Five Proposed Determination of Water Rights
books have been published: the Northwest subdivision in 1975, the Central
and West subdivisions in 1977, and the Southwest subdivision and a supplemental
book in 1979. No pre-trial orders
have been issued. There are several
other decrees in this area. There
are two state-administered distribution system in this area.
The Utah
Lake-Jordan River Distribution System is administered by the Utah
Lake-Jordan Commissioner. The
Lower Jordan River Distribution System is administered by the Lower Jordan
Commissioner. This area is subject
to the conditions of the Utah
Lake Water Distribution Plan and the Salt
Lake Valley Ground-water Management Plan.
There are approximately 5,450 water rights on file with the State Engineer
in this area.
SOURCES: SURFACE WATER -
All surface water are fully appropriated. Development of new, or different,
consumptive use projects involving surface water must be accomplished by change
applications based on owned or acquired existing rights. Non-consumptive use applications, such as
hydroelectric power generation, will be considered on their individual
merits. Changes from surface to
underground sources are not allowed in the valley fill. Fixed-time and temporary projects involving
surface waters must be handled by temporary change applications. Changes based on shares of stock in
irrigation companies and exchanges based on contracts with the Central Utah
Water Conservancy District have been approved to authorize development in this
closed area. Applicants are placed on
notice that development should be pursued as soon as possible, and requests for
extensions of time in which to file proof will be critically reviewed after an
initial five year period.
GROUND WATER - The ground water resource of this area is very
limited. Applications to Appropriate
will be considered for the domestic purposes of one family, the irrigation of
0.1 acres and stockwatering of a maximum of 10 head, or the equivalent, in
non-subdivision areas where service from a water supply entity is not
available. These approvals are for a
fixed period of ten years, with the condition that when public supplies are
available, the diversion will cease and the well will be sealed. The ten-year period can be extended if
public supplies are still not available.
The development of other new, or different, consumptive use projects
must be accomplished by change applications based on owned or acquired existing
rights. The segregation of existing
rights will be critically reviewed and may be denied. Changes from the shallow aquifer to the principal aquifer will
not be approved. Changes will be
restricted by the maximum allowable withdrawal amounts under the management
plan. New wells must be so spaced that
when pumped at the maximum authorized flow rate, the resulting drawdown in any
neighboring, earlier priority well will not exceed 12 feet. All wells having withdrawal rights of 50
acre-feet per year or more must be equipped with meters. Those wells withdrawing more than 250
acre-feet per year must report quantity and quality data to the State Engineer
annually. Changes from surface to
underground sources are not allowed in the valley fill. Fixed-time and temporary projects must be
handled by temporary change applications.
Changes based on shares of stock in irrigation companies and exchanges
based on contracts with the Central Utah Water Conservancy District have been
approved to authorize development in this closed area. Applicants are placed on notice that
development should be pursued as soon as possible, and requests for extensions
of time in which to file proof will be critically reviewed after an initial
five year period.
GENERAL: Applications are
advertised in the Deseret News. The
general irrigation diversion duty, which the State Engineer uses for evaluation
purposes, is 5.0 acre-feet per acre per year. The consumptive use requirement is determined
from the publication Consumptive
Use of Irrigated Crops in Utah, Research Report 145, Utah State University,
1994, unless the applicant submits other data for consideration.
This area is administered by the Utah
Lake-Jordan River Regional Office in Salt Lake City.
REFERENCES: Technical Publication
No. 31, Water Resources of Salt Lake County, Utah; Utah Department of
Natural Resources; 1971.
Technical Publication No. 34, Summary of Water Resources of Salt Lake County, Utah; Utah Department
of Natural Resources; 1971.
Technical Publication No. 82, Seepage Study of Six Canals in Salt Lake County, Utah, 1982-83; Utah
Department of Natural Resources; 1985.
Technical Publication No. 87, Ground-water Conditions in Salt Lake County, Utah, 1969-83, and
Predicted Effects of Increased Withdrawals from Wells; Utah Department of
Natural Resources; 1987.
Technical Publication No. 89, Chemical Quality of Ground-water Flow in Salt Lake Valley, Utah,
1969-85; Utah Department of Natural Resources; 1987.
Technical Publication No. 110A, Chemical Composition of Ground-water, Hydrologic Properties of
Basin-fill Material, and Ground-water Movement in Salt Lake Valley, Utah; Utah
Department of Natural Resources; 1995.
Technical Publication No. 110B, Numerical Simulation of Ground-water Flow in Salt Lake Valley, Utah;
Utah Department of Natural Resources; 1995.
Technical Publication No. 110C, Particle Tracking Analysis of Flow Paths and Travel Times within the
Capture Areas of Well Fields in Salt Lake Valley, Utah; Utah Department of
Natural Resources; 1995.
Technical Publication No. 110D, Numerical Simulation of Solute Transport in Salt Lake Valley, Utah;
Utah Department of Natural Resources; 1995.
Water Circular No. 1,
Ground Water in the Jordan Valley, Salt Lake County, Utah; Utah Department of
Natural Resources; 1965.
Basic-Data Report No. 4,
Selected Hydrologic Data, Jordan Valley, Salt Lake County, Utah; Utah State
Engineer; 1963.
Basic-Data Report No. 11, Hydrologic and Climatologic Data Collected through 1964, Salt Lake
County, Utah; Utah Department of Natural Resources; 1966.
Basic-Data Report No. 12, Hydrologic and Climatologic Data, 1965, Salt Lake County, Utah; Utah
Department of Natural Resources; 1966.
Basic-Data Report No. 13, Hydrologic and Climatologic Data, 1966, Salt Lake County, Utah; Utah
Department of Natural Resources; 1967.
.
Basic-Data Report No. 15, Hydrologic and Climatologic Data, 1967, Salt Lake County, Utah; Utah
Department of Natural Resources; 1968.
Basic-Data Report No. 17, Hydrologic and Climatologic Data, 1968, Salt Lake County, Utah; Utah
Department of Natural Resources; 1969.
Basic-Data Report No. 36, Hydrologic and Climatologic Data, Salt Lake County, Utah, Water Year
1980, 1981; Utah Department of Natural Resources; 1981.
Basic-Data Report No. 40, Surface Water and Climatologic Data, Salt Lake County, Utah, Water
Year 1981, with Selected Data for Water Years 1980, 1982, and 1983; Utah
Department of Natural Resources; 1983.
Basic-Data Report No. 44, Selected Hydrologic for Salt Lake Valley, Utah, October 1968 to
October 1985; Utah Department of Natural Resources; 1986.
Basic-Data Report No. 49, Selected Hydrologic Data for Salt Lake Valley, Utah, 1990-92, with
Emphasis on Aquifer and Confining Layers; Utah Department of Natural Resources;
1992.
Information Bulletin No. 13, Water Requirements of Lower Jordan River, Utah; Utah Department of
Natural Resources; 1964.
MODELING: Regional Ground-Water
Flow, Carbonate-Rock Province, Nevada, Utah, and Adjacent States; USGS
Open-File Reports 93-170 and 93-420; 1993.
Salt Lake Valley Ground-water Flow Model, 1987.
Salt Lake Valley Ground-water Flow Model, 1995.