This article was submitted for the January / February 2007 issue of the newsletter.
Central Ohio Sierra Club Works for
Water Quality
By , Ohio Sierra Club Water Quality Coordinator
Sierra Club Sewers Campaign Outreach and Education Programs
The Sierra Club received generous funding from the
Edwin H. and Nellie M. Rausenburger Fund of the Columbus
Foundation for education and outreach programs to a wide
variety of people in local groups: watershed
organizations, education program for inner city youth,
the New Albany Middle School, native plants group, civic
associations, and even a city department! Eleven
community events during the summer provided outreach to
thousands of people: ComFest, Rose Festival, Three
Creeks Fest, and Columbus Neighborhood Pride program. A
colorful brochure has been produced for the general
public as an introduction to some of the concepts of
wastewater and how citizens and neighborhood groups can
work positively with their utility for improved water
quality.
The Sierra Club Sewers Campaign is in the final
stages of outreach and education. It is still possible
to scheduleapresentationforyourgroup until March 2007. Contact
at 614-461-0734 x 311.
Wetland and Stream Impacts at Polaris and Rickenbacker
Development often impacts aquatic resources. Permits
are required for most large scale filling of wetlands
and streams, with “mitigation requirements” for creation
of new wetlands and streams when destruction does occur.
Stiff fines and penalties can apply when construction
goes forward without permission. One of the most
valuable aspects of the federal (US Army Corps of
Engineers) and state (Ohio EPA) permitting process is
the opportunity for citizens to review and comment on
applications. Sufficient interest can trigger a public
hearing that allows for question and answer sessions
with state regulators and representatives of applicant
developers. Almost all applications to fill wetlands and
streams are approved by federal and state regulators.
Citizen input can help reduce harmful impacts.
The Polaris area has experienced widespread
development in the last 15 years. Many streams have been
filled or moved and wetlands destroyed in the creation
of a destination mall and office district. There is
greater pavement and roof surface causing increased
storm surges with erosion and flooding during rain
events. Pollutants wash off roads faster as vegetation
and stream buffers are taken out. Many streams have no
water flow during dry times because of less infiltration
of water into the ground – too much pavement! Sierra
Club has asked for preservation of existing streams,
protection by stream buffers and strict enforcement of
regulatory requirements on stormwater runoff.
Rickenbacker, 10 miles southeast of Columbus, began
as the Lockbourne Air Army Base in 1942. Commercial air
traffic has been added and it is now one of the 20
fastest-growing cargo airports in the world.
Rickenbacker is being promoted as the “Advanced Global
Logistics Center”, a hub for warehouses and distribution
by truck, rail, and air. The military facility area has
a legacy of tainted soils. Numerous warehouses have been
built since conversion into a commercial air facility,
currently estimated to total over 35 million square feet
under roof. The Columbus Regional Airport Authority and
development partners plan to build many more. Three
applications were submitted for warehouse facilities in
late 2006 totaling about 600 acres and 9 million square
feet of warehouse buildings.
Sierra Club has urged inclusion of watershed groups
in a process to preserve and improve local streams. We
are promoting the use of green roofs with plants that
can help to reduce and cleanse water. Reduction of
impermeable surface is recommended, along with
preservation of streams and wetlands, and green
stormwater controls.
The Olentangy River in winter: an urban riverscape in
Columbus just north of Ackerman Road, where Glen Echo
stream discharges into the mainstream.
—Photo by Cyane Gresham
Olentangy River Watershed Total Maximum Daily Loads (TMDLs)
A TMDL is a calculation of the maximum amount of a
pollutant that a water body can receive and still meet
water quality standards. This measurement and
enforcement of pollution standards is required under the
Clean Water Act. The Ohio EPA has recently finished the
draft report on TMDLs for the Olentangy Watershed.
The
draft report
is a snapshot of the health of the streams and Olentangy
River itself, with diagnoses of problems and
recommendations on how to improve health of the
waterways and the watershed.
TMDL reports are fascinating sources of information
on waterways. They are legally required when a stream or
river does not meet the water quality goals that have
been set for aquatic life and habitat, recreation,
drinking water, and other parameters. Extensive work and
study goes into compiling TMDLs: sampling fish and
insects, assessing stream structure, identifying sources
of impairment, calculating how much pollution is being
discharged from which sources, and then setting limits
for the various sources.
Among all possible contaminants, the
Olentangy TMDL focuses on total phosphorus, total
suspended solids, and fecal coliform bacteria. None of
the subwatersheds meet the TMDL levels, meaning that all
parts of the Olentangy watershed have problems with
total loads of phosphorus, suspended solids, and
bacteria. Unexpectedly, the highly urbanized part of
the Olentangy River near Columbus comes closest to
meeting its TMDL goals for these parameters! This may be
because of extensive sewering, less livestock and farm
chemicals, and improvements in handling wastewater.
However, all parts of the watershed show habitat and
sediment problems from failing home sewage treatment
systems (septic, etc), stormwater runoff, dam
impoundments, channel modifications like ditching and
tiles, and destruction of stream buffers. Possibly the
most threatened area of the whole watershed is the
middle portion in rapidly developing Delaware County.
Not only does construction cause erosion and
sedimentation, but long-term changes toward more and
more pavement result in lowered water quality.
The biggest question about the Olentangy TMDL (and
other such studies) is whether the valuable knowledge
will be translated into action. Ohio EPA does not have
the power to regulate all sources of problems. They can
act on discharge permits for wastewater treatment
plants, sewer overflows, and other “point” (specific)
sources and can demand that larger communities implement
stormwater management plans. Home septic systems are
under the authority of local health departments.
Programs to reduce “nonpoint” (diffuse) sources such as
agriculture usually rely on incentives and grants and
tend to have less teeth. Municipal zoning and
subdivision regulations often very much influence land
use patterns and can encourage stream preservation – or
not.
Join Your Local Watershed Group!
There are two watershed organizations advocating for
the Olentangy River.
Friends of the Lower Olentangy
River (FLOW) is a “community advocate” for the river,
offering education and outreach programs and sponsoring
stream restoration projects.
The
Olentangy Watershed Alliance focuses on the
agricultural areas of the upper Olentangy in Delaware,
Morrow, Marion, and Crawford Counties.
In the Polaris area,
Friends of Alum Creek and
Tributaries (FACT) are dealing with development
issues. The
Friends of Big Walnut Creek are
working for protections for the creek that flows through
the Rickenbacker area.
This map of Franklin County watersheds from MORPC
(Mid-Ohio Regional Planning Commision) is a useful guide
to finding a group near you. These and many more groups
are listed with contact information
here.
Almost all applications to fill wetlands and streams
are approved by federal and state regulators. Citizen
input can help reduce harmful impacts.
Sierra Club has urged inclusion of watershed groups in
a process to preserve and improve local streams. We
are promoting the use of green roofs with plants that
can help to reduce and cleanse water. Reduction of
impermeable surface is recommended, along with
preservation of streams and wetlands, and green
stormwater controls.