lation in its western-most quarterrelies on groundwater for drink-ing water. In addition, highly con-sumptive uses, such as agriculturalirrigation are increasing.2
From 1985 through 1988, whenprecipitation statewide was 75percent of normal and streamflowhalf of normal, serious declines inwater quality occurred leading to
emergency measures to allocateand conserve, including local banson nonessential uses.3 Despite
Political Water these problems, a survey con-
ducted by the Energy, Environ-ment and Resources Center at theUniversity of Tennessee in 1999suggests that users are resistant torationing or withdrawal permits. Political partnerships backed by sound science helped mustersupport for new legislation to protect Tennessee’s water supply.
ning and contingency plans tomanage water supplies during pe-riods of drought.4
BY DAVID LEWIS FELDMAN
creasing in frequency and intrac-tability. Georgia, for example, is
Over the past two ened resource. Recent drought, in the throes of a water war with
Tennessee is a microcosm of because of electric power genera-
the environment, Tennessee’s wa- nonpower purposes in western Ten-
78 ■ FORUM for Applied Research and Public Policy Genesis and Evolution Tennessee Acts
ests, for example, the terms basins,
public water providers, and signifi-Spring 2001 ■ 79 Navigating Political Waters
the Tennessee Farm BureauNews—
80 ■ FORUM for Applied Research and Public Policy
the USGS, NASA, and NOAA (August 1997).
1995 (Nashville, TN: U.S. Geological Survey and
1991,” Water Supply Paper 2400 (Nashville,
Water Supply Challenges Facing Tennessee:
Case Study Analyses and the Need for Long-
term Planning, prepared for the Environmental
Environment and Conservation (Knoxville, TN:
University of Tennessee, June 2000).
Update, adopted December 3, 1997, Atlanta
K. Gilbert, “City Drops Water War, Proposal
Vote Today,” Chattanooga Times and Free Press
Timing.and Hard Work
6. T. Charlier, “Memphis Taps into DeSoto
(Memphis, TN, May 23), p. A1-9; W. Parks and
J.K. Carmichael, Geology and Ground-Water
Tennessee, Water Resources Invest. Rep. 88-
4182 (Memphis, TN: U.S. Geological Survey). search specialist in the Energy, Envi-
7. Inter-Basin Water Transfer Act (2000). ronment and Resources Center and an
8. Tenn. Code Ann. § 69-3-108(b)(4), 1997. adjunct professor of political science at
9. A basin is the area of land drained by a
the University of Tennessee, Knoxville.
major river or stream. Public water providers
are entities that acquire the rights to provide
water to municipalities or other communities
through eminent domain or condemnation.
Significant harm consists of losses to current
1. T. Arrandale, “The Eastern Water Wars,”
10. This paper is adapted from a presentation at
J. Schaake et al., “Climate Impacts—Major
Resources Association. Thanks to Dodd Gal-
Water Resources,” Summary Report of the
breath and Alan Leiserson of the Tennessee
Workshop on Climate Variability and Water
Department of Environment and Conservation for
Resource Management in the Southeastern U.S.,
Vanderbilt University, June 25-27, sponsored by
Spring 2001 ■ 81
‘Leave all hope behind….and come in!’ Laat ik beginnen met een bekentenis. Dit is de eerste keer dat ik een dag voor betrokkenenbezoek. Dat ik desondanks meteen de kans krijg om vanaf deze plek het woord tot u terichten, laat zien hoe gastvrij uw vereniging is. Ik wil er alles aan doen om het in mij gesteldeMisschien mag ik mezelf een ervaringsdeskundige noemen, maar een expert ben ik
H1N1 Influenza ( Swine Flu ) Question Answer How can I prevent getting H1N1 flu? Wash your hands often with soap and water, especially after you cough or sneeze. Alcohol-based hand cleaners are also effective. Avoid touching your eyes, nose or mouth. Try to avoid close contact with sick people. The Center for Disease Control states “ the best way to prevent getting H1N1 f
lation in its western-most quarterrelies on groundwater for drink-ing water. In addition, highly con-sumptive uses, such as agriculturalirrigation are increasing.2
From 1985 through 1988, whenprecipitation statewide was 75percent of normal and streamflowhalf of normal, serious declines inwater quality occurred leading to
emergency measures to allocateand conserve, including local banson nonessential uses.3 Despite
Political Water these problems, a survey con-
ducted by the Energy, Environ-ment and Resources Center at theUniversity of Tennessee in 1999suggests that users are resistant torationing or withdrawal permits.