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CSE's
Interest in Drought and Water Issues
CSE is involved in projects and research focusing on
water issues on the Colorado Plateau. The Center for Sustainable Environments is
interested in seeing how the issues facing groundwater, surface flows
in rivers and streams, and artesian flows of freshwater springs can be
better integrated, hydrologically, ecologically and legally.
Fossil Creek Watershed and Riparian
Restoration
Fossil Creek is a unique warm-water perennial stream that flows from
a complex of springs 14 miles to the Verde River. Located in the
Mazatzal Mountains in central Arizona, Fossil Creek flows through
remote and rugged terrain including a portion of the Mazatzal
Wilderness. Fossil Springs produced a constant supply of water that
is approximately 70 degrees Fahrenheit and the creek is known for
its travertine pools.
Most of the flows from the springs at Fossil Creek have been
diverted to power the Childs-Irving Hydroelectric Facility for the
past 100 years. Arizona Public Service (APS) signed an Agreement in
Principle in 1999 to decommission the facility and return full flows
to Fossil Creek. Decommissioning was originally scheduled to occur
in late 2004, with APS returning full flows of approximately 43 cfs
(cubic feet per second) to Fossil Creek by June, 2005.
The restoration of full flows at Fossil Creek provides one of the
best opportunities for stream and riparian restoration in the
Southwest where over 90% of wetland and riparian areas have been
lost or severely degraded over the last century. (more...)
Southwest
Drought Summit - May 2003
A “Southwest Drought Summit” was held at NAU in May, 2003 to
bring together regional experts and decision makers to assess drought
impacts and potential response scenarios. An emerging concern is that
the drought may be the long-term norm and the Southwest is emerging
from an unusual “wet” period of several decades. The environmental
consequences of a new precipitation regime have tremendous policy
implications for municipal, regional and land management decision
makers. (more information...)
An Interdisciplinary Approach - Getting the
Big Picture
Water makes the world go 'round, especially in the
arid Intermountain West. Hundreds of NAU-based environmental projects
have as their focus water conservation, allocation and use by humans
or by other species. Many of these projects are interdisciplinary,
involving not only hydrologists and engineers, but groundwater
geologists, riparian ecologists, political scientists, historians and
environmental educators as well. They evaluate not only water use (and
reuse) efficiency, but water equity among urban and rural residents,
industry, agriculture and tribes. As Hopi educator and activist Vernon
Masayesva has said, "Water is like glue, it has the capacity to bring
us all together."
Of course, historically, the scarcity of water in
the West has pitted human uses against wildlife uses, urban growth
against agricultural persistence, and immigrant cultures against
native cultures. Today, advocates for many of these interests
frequently come together at the same table to negotiate "win-win"
solutions: recycling treated sewage to irrigate recreational parks
rather than diminishing quality groundwater that can be better used
for drinking or for vegetable crop production. Hydroelectric power
generation -- which provides about 3% of the energy used on the
Colorado Plateau - is mandated to take into account habitat needs of
endangered species using the Colorado River corridor. Many of CSE's
partners -- from the Grand Canyon Research and Monitoring Center to
the Verde Watershed Research and Education Program -- are engaged in
these issues.
The Center for Sustainable Environments is
interested in seeing how the issues facing groundwater, surface flows
in rivers and streams, and artesian flows of freshwater springs can be
better integrated, hydrologically, ecologically and legally. We have
coordinated the support for several work groups - such as the
Intertribal Springs and Wetlands Restoration Task Force and the
Environmental Justice Task Force - which will carry such work to new
levels. We encourage your ideas and feedback as well.
Online Resources Focusing on Water and
Drought:
We've started this list of links to
help you learn about these issues in our region.
Some of the Current Projects Focusing on
Water:
The Interrelations
of Water and Energy
Water and energy are rarely considered
together although their infrastructures are inextricably linked. This
is especially true in the West where water is used for cooling
electrical generating plants and where electricity is used to move
water over vast distances and high elevations. On the average in the
eight Intermountain western states, fossil fuel generation of 1
kilowatt-hour of electricity requires one-half gallon of water.
Dominated by coal and gas fired steam generating plants, electrical
generation in the Intermountain West consumes over 650 million gallons
of water per day, primarily for condensing steam that has been used to
drive turbines (Last Straw, p. 1). This is enough water to meet the
needs of four million people, about the population of the state of
Colorado. (more...)
Or view the
Water and Energy Fact Sheet
Springs on the Colorado Plateau
Intertribal
Springs and Wetlands Restoration Task Force
From the Hopi mesas
to the White Mountains, efforts are underway to restore these
critically-important habitats for migratory and resident wildlife. The
Center for Sustainable Environments bridges spring restoration efforts
occurring both on and off reservations.
CSE Student Research on the N-Aquifer
In recent years the springs in the area have
shown a severe decline in viability. People close to the situation
have diverging opinions of the causes of this impending cultural
catastrophe, but the severity of the impacts on indigenous peoples in
the area cannot be debated.
The
Beginning and the End of the Colorado River:
Protecting the Sources, Ensuring Its Courses
by Gary Paul
Nabhan
Watershed Research and
Education Program
WREP's mission is water resources research, outreach and education in
northern and central Arizona watersheds.

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