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3-3-03
Surfrider Foundation Palm Beach County Florida Chapter
Position Statement on Harmful Underground Injection Wells in Florida
We ask all groups and individuals to endorse
this statement ASAP by forwarding an email to hui@surfriderpbc.org.
A link to your organization's web site can also be included, at your
request.
During the past few decades numerous wells have been drilled
throughout Florida for the purpose of injecting various fluids into
the aquifer, including partially treated sewage. Some of these wells
are intended to store water for recovery when less water is available.
Many other injection wells here in Florida are used to inject partially
treated sewage and industrial wastewater. We believe aquifer injections
for disposal purposes and ASR present real threats to Florida's
natural ecosystems.
Our preliminary estimates show that approximately 300 deep injection
wells and 900 shallow injection wells (60 feet deep) along Florida's
coastlines are used to inject partially treated sewage. The total
injectate volume for those wells is approximately one billion gallons
per day. Recent findings by the scientific community support our
concerns that contaminated fluids injected into the aquifer are
entering Florida's near shore coastal waters and surface waters
(see references and related items below). The negative impacts of
these aquifer-injections can include the following:
1. unpermitted discharge of contaminated fluids into the ocean from
injection wells;
2. disruption of normal growth patterns of marine algae and larval
invertebrates, and the resultant harmful impacts to humans;
3. damage to wetlands by disruption of normal wet and dry periods;
4. incorrect assumptions by federal and state agencies, assuming
Florida's karst geology confines injected water;
5. destruction of habitat, including forests, wetlands and coral
reef ecosystems; as well as the sickness and death of native species
such as fish, sea turtles and ocean mammals;
6. inadequate monitoring of existing injection wells to determine
compliance with federal and state laws;
7. permanent damage to Florida's aquifer system (e.g., dissolving
and fracturing the limestone) and thereby accelerating discharge
of harmful liquids into Florida's coastal waters;
8. significant damage to Florida's economy as a result of direct
impacts to marine industries (e.g., diving, fishing and tourism).
Therefore, we believe that the State of
Florida and the Federal Government must halt the funding, permitting,
and construction of all new aquifer-injection wells, and deny any
requests to increase injections into existing wells, and initiate
aquifer-remediation activities to protect Florida's coastal environment,
other surface waters and humans from contaminants already injected.
We welcome the support of this Position Statement by other groups
and individuals. Groups and individuals can 'sign on' as supporting
our Position Statement by contacting Tom Warnke at: hui@surfriderpbc.org.
The Surfrider Foundation is a non-profit
environmental organization dedicated to the protection and enjoyment
of the world's oceans, waves and beaches for all people, through
conservation, activism, research and education. Represented by over
37,000 members and 60 local chapters in the US, the Surfrider Foundation
also has affiliations in Australia, Japan, France, and Brazil.
References and related items:
The following excerpts from a recent USGS publication support our
concerns about aquifer injections, including ASR:
"Factors that could affect recovery of fresh-water varied widely
between sites. The thickness of the open storage zone at all sites
ranged from 45 to 452 feet. For sites with the storage zone in the
Upper Floridan aquifer, transmissivity based on tests of the storage
zones ranged from 800 to 108,000 feet squared per day, leakance
values indicated that confinement is not good in some areas, and
the chloride concentration of ambient water ranged from 500 to 11,000
milligrams per liter."
"The structural setting at a site could also be important because
of the potential for up-dip migration of a recharged freshwater
bubble due to density contrast or loss of overlying confinement
due to deformation."
(Ronald S. Reese. 2002. Inventory and Review of Aquifer Storage
and Recovery in Southern Florida. Water-Resources Investigations
Report 02-4036 U.S. Geological Survey.)
Additional peer-reviewed scientific publications that support our
concerns about aquifer injections (including ASR) include:
Bacchus. 2002. The 'ostrich' component of the multiple stressor
model: Undermining Florida. pp. 669-740 in: J. W. Porter and K.
G. Porter (eds.) Everglades, Florida Bay, and Coral Reefs of the
Florida Keys: An Ecosystem Sourcebook. CRC Press.
Lapointe and Barile. 2001. Discrimination of Nitrogen Sources To
Harmful Macroalgal Blooms On Coral Reefs Off Southeast Florida.
Bacchus. 2001. Knowledge of groundwater responses - A critical factor
in saving Florida's threatened and endangered species. Part I: Marine
ecological disturbances.
Bacchus. 2000. Predicting nearshore environmental impacts from onshore
anthropogenic perturbations of ground water in the southeastern
Coastal Plain, USA. pp. 609-614 in: Interactive Hydrology: Proceedings
of the 3rd International Hydrology and Water Resources Symposium
of the Institution of Engineers, Australia, 20-23 November 2000
Perth, Western Australia.
See also: Tom Warnke. 2/25/03. Now, proof: Sewage sent out of sight
haunts state.
Sally Swartz. 2/19/03. The Palm Beach Post, Serial killers track
Florida's reefs.
Serial killers track Florida's reefs
By Sally Swartz Editorial Writer
Palm Beach Post
http://www.pbpost.com
Wednesday, February 19, 2003
Every time Brian Lapointe dives the reefs off Palm Beach County, he finds
more of the thick, green seaweed. The algae cover the reefs and the
ocean floor, killing coral, weighting down sea fans until they snap,
obliterating habitat for lobster and reef fish. On a dive at North Colonel
Ledge
near Juno Beach a few weeks ago, he found seaweed blanketing the reef and 70
percent to 80 percent of the ocean bottom.
"It looks like a golf course," Mr. Lapointe said, "and that's supposed to be
our good site."
Mr. Lapointe has been the Paul Revere of Florida reefs, first warning that
nutrients in runoff from farms and cities were damaging this Florida
treasure. Later, he linked the spread of seaweed across the reefs and ocean
floor to sewage and farm runoff. Eventually, he warns, the obnoxious
algae also is going to chase away millions of tourists who enjoy diving,
snorkeling and fishing near the reefs.
Mr. Lapointe, a marine ecologist at Harbor Branch Oceanographic Institution
in Fort Pierce, has been watching the seaweed spread north and
south since he first identified it off West Palm Beach in May 2001, and he
believes it can spread as much as 30 miles per year. He believes he
has proved his theory: Nutrient-laden wastewater pumped underground is
seeping up through cracks in the ocean floor onto the reefs, feeding the
algae growth boom. His studies linked nitrogen isotopes found in sewage and
farm runoff to the algae growth. They also examined the role of
wastewater from sewage outfalls, farm and city runoff in reef degradation.
The scientist has examined similar conditions in Caribbean nations, as well
as countries that border the Mediterranean. All have near-shore reefs
affected by sewage or other nutrient-rich runoff. The seaweed, which Mr.
Lapointe compares with the invasive land plant kudzu, is appearing on
reefs around the world.
Over the past two years, Gov. Bush killed state grants that would have
continued Mr. Lapointe's studies. But Mr. Lapointe recently received
$279,000 from the federal Environmental Protection Agency for a two-year
study to determine seasonal growth patterns, learn how fast the
seaweed is spreading and track sources of the nutrients that feed it.
This study also will look at whether the nutrients in sewage change the
seaweed to the point where fish and sea slugs won't eat it. Scientists in
France, Italy and Spain, Mr. Lapointe said, at one time considered importing
sea slugs from the Indian River Lagoon -- the inland waterway that
stretches from Daytona Beach to Jupiter -- that were known to eat seaweed on
the lagoon bottom that is similar to seaweed covering the
Mediterranean Sea floor.
Such interesting and hopeful possibilities are bright spots in an otherwise
grim scenario. While various agencies have studied reef degradation in
the Keys for at least 13 years, little has been done to stop it. A new
sewage treatment plant near Key West has helped, but if wastewater
injected underground is welling up near reefs, as Mr. Lapointe's research
suggests, such injections must stop. Soon.
"Reefs have undergone a catastrophic loss of coral," Mr. Lapointe said. He
cited the Looe Key reefs, a national marine sanctuary that since the
1990s has suffered from pulses of sewage ammonia from farms and human
sources. The ammonia causes algae blooms and coral diseases.
Some Keys reefs, he said, have as little as 5 percent coral left.
He also is seeking a state grant to track and map the seaweed spreading so
rapidly off Palm Beach County and in the Keys. "That's what we
haven't done yet," he said. "We need to see where it is today and predict
where it might go next."
I was lucky enough to explore the Looe Key reef and others off Key West
years ago, long before the seaweed invasion began. We worried about
boat anchors breaking up coral, and even then dive boats were careful to tie
up to established buoys. The reefs still were magical in their beauty,
teeming with parrotfish, sergeant majors and other colorful, small
tropicals. Like so much from the old Florida that has disappeared, those
snorkeling expeditions live still in the vivid technicolor of my mind's eye.
I want the next generation of ocean-lovers to see what I saw.
Mr. Lapointe's warnings about seaweed taking over reefs in Florida's Keys
and off Palm Beach County have proved distressingly accurate. His
research is aimed at finding solutions. The reefs' condition shows that he
has a tight deadline.
sally_swartz@pbpost.com
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