I guess I am a little shocked that it took so many years for the City of
Fayetteville to think about the possible health hazard that may be caused by
FPU continuing to use the BioSolid field. Everyone knows it is in a flood
plain and the area floods every year spreading all the pollutants into the
river and over the adjacent ball fields. The ball fields have been in use
for many years by many families and the addition of the bike and walking
trails and other attractions next to the river were a wonderful addition. I
know this poses a problem for the city, but I truly believe the BioSolid
field should not be in a flood plain and poses a health hazard to the
community. Why would the Trails for Kids be in danger more than the ball
fields? If you leave the ball fields open, please leave the Trails for Kids
open as well.
A Grandmother who has seen this 120acre wetland polluted for 20+ years!
FPU and the City of Fayetteville Close 4 miles of Nature Trails
Waters of the State being polluted
Thursday, December 30, 2010
Tuesday, December 28, 2010
TDEC denies permit for sludge field, City closes 4 miles of Trails for Kids anyway!
TDEC denied Fayetteville Public Utilities their permit to apply sludge December 13 in a letter and e-mail, still the next day the City of Fayetteville and FPU acted prematurely and closed the Elk River Trail and Blue Bird Trail, 4 miles of trails built by volunteers and approved by the city of Fayetteville and FPU in October 2009. Why the Alderman couldn't wait to hear what TDEC would decide is obvious. FPU runs the city of Fayetteville, telling FPU NO has never been an option, thank God TDEC did! The City did not close these trails, FPU did, to hide what they have done and would have continued to do if not for TDEC finally closing the sludge field.
Sunday, December 12, 2010
Boulder Darter, American Bittern, Mussels, snails, Bats
The most wide-ranging environmental law in the United States, the Endangered Species Act (ESA) was instituted in 1973 to "protect imperiled species from extinction as a consequence of economic growth and development and inadequate conservation." Wetlands and Floodplains are home to endangered species, why would any reasonable person want to pollute these treasured resources?
Tuesday, December 7, 2010
Endangered Species
All of these species are endanged and live on or near the 120 acre sludge field! Caves along the river are homes to these bats, there are caves within 1/4 mile of this property. The Boulder darter range is from Fayetteville to Alabama on the Elk River.
Lincoln County
Gray bat - Myotis grisescens (E) Indiana bat - Myotis sodalis (E)
Boulder darter - Etheostoma wapiti (E)
Shiny pigtoe - Fusconaia edgariana (=Fusconaia cor)(E)
Fine-rayed pigtoe - Fusconaia cuneolus (E)
Tuberculed-blossom pearly mussel - Epioblasma torulosa torulosa (E)(h)
Cumberland monkeyface pearly mussel - Quadrula intermedia (E)
Birdwing pearly mussel - Conradilla caelata (=Lemiox rimosus) (E)
Yellow-blossom pearly mussel - Epioblasma florentina florentina (E)(h)
Cracking pearly mussel - Hemistena lata (E)
Slabside pearly mussel - Lexingtonia dolabelloides (C)
Tan riffleshell - Epioblasma walkeri (E)(h)
Slackwater darter - Etheostoma boschungi (T)
Turgid blossom pearly mussel - Epioblasma turgidula (E)(h)
be the Change
Friday, December 3, 2010
Fayetteville Sludge Invades Nature Trail
Biosolids regulations should at least be
The Clean Water Act required that this regulation protect public health and the environment from any reasonably anticipated adverse effects of pollutants and pathogens in biosolids.
Federal regulations require that state regulations be at least as stringent as the Part 503 Rule. The underlying premise of both the federal and state regulations is that biosolids should be used in a manner that limits risks to human health and the environment.
Land application of biosolids involves some risks, which are addressed through federal and state regulatory programs. Pollutants and pathogens are added to soil with organic matter and nutrients. Human and animal health, soil quality, plant growth, and water quality could be adversely affected if land application is not conducted in an agronomically and environmentally sound manner.
Site suitability
Federal, state, and local regulations, ordinances or guidelines place limits on land application based on site physical characteristics that influence land application management practices. These include topography; soil permeability, infiltration, and drainage patterns; depth to groundwater; and proximity to surface water.
Potentially unsuitable areas for biosolids application include:
• areas bordered by ponds, lakes, rivers, and streams without appropriate buffer zones
• wetlands and marshes
• steep areas with sharp relief
• undesirable geology (karst, fractured bedrock) if not covered by a sufficiently thick layer of soil
• undesirable soil conditions (rocky, shallow)
• areas of historical or archeological significance
• other environmentally sensitive areas, such as floodplains
http://www.mawaterquality.org/capacity_building/mid-atlantic%20nutrient%20management%20handbook/chapter10.pdf
Land Application Sites were selected to avoid streams and riparian areas. In addition, the vast majority of
trees present on the application sites form the border of each site and are of the mature hardwood variety
and do not typically produce loose bark or exfoliate. For the most part, trees are allowed to grow
undisturbed. Trees that die are allowed to remain in place or where they fall and are only removed if they
happen to fall over an site access roadway. Accordingly, DOE staff concludes that the activity would be
unlikely to adversely affect the endangered Indiana bat. The reasons for our conclusion are:
• the rarity of the Indiana bat species on the ORR;
• the land application sites are not located in designated floodplains;
• the absence of streams present on the application sites, reducing the likelihood of foraging
habitat;
• the absence or rarity of exfoliating tree stands that are present or serve as the borders to
application sites, reducing the likelihood of roosting habitat;
• the non-disturbance of existing tree stands by the current operations (e.g., lack of tree removal
operations), reducing the likelihood of roosting disturbance if the Indiana bat is present;
July 2002
J-14
• the established buffer zone of 500 feet around existing bodies of water on the application sites
prohibiting the application of biosolids, reducing the likelihood of direct or indirect contact with
biosolids being applied if the Indiana bat is present; and
• the rigorous radionuclide monitoring program in place and the extremely low to non-detectable
levels of radionuclides found in application site soils (Table 1.3) and vegetation (Table 1.4),
reducing the likelihood of accumulation of radionuclides within insects that consume vegetation
that represent a food source for the Indiana bat.
http://nepa.energy.gov/nepa_documents/ea/EA1356/appendixJ.pdf
http://sludgefield.blogspot.com/
Federal regulations require that state regulations be at least as stringent as the Part 503 Rule. The underlying premise of both the federal and state regulations is that biosolids should be used in a manner that limits risks to human health and the environment.
Land application of biosolids involves some risks, which are addressed through federal and state regulatory programs. Pollutants and pathogens are added to soil with organic matter and nutrients. Human and animal health, soil quality, plant growth, and water quality could be adversely affected if land application is not conducted in an agronomically and environmentally sound manner.
Site suitability
Federal, state, and local regulations, ordinances or guidelines place limits on land application based on site physical characteristics that influence land application management practices. These include topography; soil permeability, infiltration, and drainage patterns; depth to groundwater; and proximity to surface water.
Potentially unsuitable areas for biosolids application include:
• areas bordered by ponds, lakes, rivers, and streams without appropriate buffer zones
• wetlands and marshes
• steep areas with sharp relief
• undesirable geology (karst, fractured bedrock) if not covered by a sufficiently thick layer of soil
• undesirable soil conditions (rocky, shallow)
• areas of historical or archeological significance
• other environmentally sensitive areas, such as floodplains
http://www.mawaterquality.org/capacity_building/mid-atlantic%20nutrient%20management%20handbook/chapter10.pdf
Land Application Sites were selected to avoid streams and riparian areas. In addition, the vast majority of
trees present on the application sites form the border of each site and are of the mature hardwood variety
and do not typically produce loose bark or exfoliate. For the most part, trees are allowed to grow
undisturbed. Trees that die are allowed to remain in place or where they fall and are only removed if they
happen to fall over an site access roadway. Accordingly, DOE staff concludes that the activity would be
unlikely to adversely affect the endangered Indiana bat. The reasons for our conclusion are:
• the rarity of the Indiana bat species on the ORR;
• the land application sites are not located in designated floodplains;
• the absence of streams present on the application sites, reducing the likelihood of foraging
habitat;
• the absence or rarity of exfoliating tree stands that are present or serve as the borders to
application sites, reducing the likelihood of roosting habitat;
• the non-disturbance of existing tree stands by the current operations (e.g., lack of tree removal
operations), reducing the likelihood of roosting disturbance if the Indiana bat is present;
July 2002
J-14
• the established buffer zone of 500 feet around existing bodies of water on the application sites
prohibiting the application of biosolids, reducing the likelihood of direct or indirect contact with
biosolids being applied if the Indiana bat is present; and
• the rigorous radionuclide monitoring program in place and the extremely low to non-detectable
levels of radionuclides found in application site soils (Table 1.3) and vegetation (Table 1.4),
reducing the likelihood of accumulation of radionuclides within insects that consume vegetation
that represent a food source for the Indiana bat.
http://nepa.energy.gov/nepa_documents/ea/EA1356/appendixJ.pdf
http://sludgefield.blogspot.com/
Thursday, November 25, 2010
FPU gets Clean Bill of Health LOL!
And I guess there is no standing water on the property or two foot ruts from the FPU's Gator spreading biosolids in a wetland and on flooded fields!
Monday, November 22, 2010
Fayetteville Sludge Invades Nature Trail
Wednesday, November 10, 2010
Water covers Beardon Mill
10 acres cleared to hide the 3 foot deep ruts from applying biosolids while the ground was saturated!
Wednesday, September 29, 2010
Water coming out of the sludge field
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