High Altitude View of ACF Regional Water Plans
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Transcript of High Altitude View of ACF Regional Water Plans
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High Altitude View of ACF Regional Water Plans
Be careful what you ask for!
State Water Plan
2004 Comprehensive State-wide Water Management Planning Act mandated development of state-wide water plan to support a far-reaching vision for water resource management:
"Georgia manages water resources in a sustainable manner to support the state’s economy, to protect public health and natural systems, and to enhance the quality of life for all citizens" (O.C.G.A. 12-5-522(a)).
EPD developed plan with Georgia Water Council oversight
Plan adopted by 2008 General Assembly
Forecasts
Resource Assessments
Regional Planning
Key State-wide Plan Action Items
2008
Summary Schedule
Regional Plan Development
Capacity Analyses
Data & Standards
Resource Assessments
Planning Guidance
Population, Ag, M&I, &Energy Forecasting
2009 2010 2011 2012
Plan Review
FormCouncils
Implementation
Inputs and Planning Process
PopulationForecast
(OPB/UGA)
Municipal Industrial Agriculture Energy
Council & Ad Hoc Inputs & Adjustments
Water and Wastewater Forecasting
What are current and future water and wastewater demands in each planning region?
Resource Assessments
Surface Water
Availability
GroundwaterAvailability
Water Quality
(AssimilativeCapacity)
• Develop and run simulation models
• Establish unacceptable impact criteria
• Evaluate current conditions for baseline assessment
• Apply future demand and management practices
What are the capacities of the water resources on which each region relies?
Resource Assessments
Surface Water Availability Ability of surface water resources to
meet current needs without substantially altering hydrologic
flow regime
Groundwater Availability
Surface Water Quality
Determine sustainable yield of prioritized aquifers
Capacity of surface waters to assimilate pollutants without unacceptable
degradation of water quality
Surface Water Resource Assessment Results
Region Current Results Future Results
Middle Chattahoochee
No “gap” between availability and need in Chattahoochee Gaps in Tallapoosa and Little Tallapoosa
No “gaps” in Chattahoochee; adequate storage available to offset reduced inflows during drought Significant gaps in Tallapoosa and Little Tallapoosa Upper Flint
Small gap at Montezuma
Small gap at Montezuma
Lower Flint-Ochlockonee
Significant gap at Bainbridge
Gap remains at Bainbridge but no significant increase
Region Current Results Future Results
Middle Chattahoochee
No “gap” between availability and need in Chattahoochee Gaps in Tallapoosa and Little Tallapoosa
No “gaps” in Chattahoochee; adequate storage available to offset reduced inflows during drought Significant gaps in Tallapoosa and Little Tallapoosa
Upper FlintSmall gap at Montezuma
Small gap at Montezuma
Lower Flint-Ochlockonee
Significant gap at Bainbridge
Gap remains at Bainbridge but no significant increase
Groundwater Resource Assessment ResultsRegion Current Results Future Results
Middle Chattahoochee
Within sustainable yield for Claiborne
Within sustainable yield for Claiborne
Upper Flint
Within sustainable yield for Claiborne & Cretaceous; above sustainable yield for Upper Floridan in Dougherty Plain
Within sustainable yield for Cretaceous; above lower limit of sustainable yield range for Claiborne; above sustainable yield for Upper Floridan in Dougherty Plain
Lower Flint-Ochlockonee
Within sustainable yield for South-Central Upper Floridan; above lower limit of sustainable yield range for Claiborne in dry years; above sustainable yield for Upper Floridan in Dougherty Plain
Within sustainable yield for South-Central Upper Floridan; above lower limit of sustainable yield range for Claiborne in dry years; above sustainable yield for Upper Floridan in Dougherty Plain
Region Current Results Future Results
Middle Chattahoochee
Within sustainable yield for Claiborne
Within sustainable yield for Claiborne
Upper Flint
Within sustainable yield for Claiborne & Cretaceous; above sustainable yield for Upper Floridan in Dougherty Plain
Within sustainable yield for Cretaceous; above lower limit of sustainable yield range for Claiborne; above sustainable yield for Upper Floridan in Dougherty Plain
Lower Flint-Ochlockonee
Within sustainable yield for South-Central Upper Floridan; above lower limit of sustainable yield range for Claiborne in dry years; above sustainable yield for Upper Floridan in Dougherty Plain
Within sustainable yield for South-Central Upper Floridan; above lower limit of sustainable yield range for Claiborne in dry years; above sustainable yield for Upper Floridan in Dougherty Plain
Water Quality Resource Assessment ResultsRegion Current Results Future Results
Middle Chattahoochee
Within sustainable yield for Claiborne
Within sustainable yield for Claiborne
Upper Flint
Within sustainable yield for Claiborne & Cretaceous; above sustainable yield for Upper Floridan in Dougherty Plain
Within sustainable yield for Cretaceous; above lower limit of sustainable yield range for Claiborne; above sustainable yield for Upper Floridan in Dougherty Plain
Lower Flint-Ochlockonee
Within sustainable yield for South-Central Upper Floridan; above lower limit of sustainable yield range for Claiborne in dry years; above sustainable yield for Upper Floridan in Dougherty Plain
Within sustainable yield for South-Central Upper Floridan; above lower limit of sustainable yield range for Claiborne in dry years; above sustainable yield for Upper Floridan in Dougherty Plain
Region Current Results Future Results
Middle Chattahoochee
Most of region has DO assimilative capacity. Point sources contribute more nutrients than non-point.
Some improvement needed in DO assimilative capacity. Nutrient increases will come from point sources.
Upper Flint
Most of region has DO assimilative capacity. Non-point sources contribute more nutrients than point sources.
Some improvement needed in DO assimilative capacity. Nutrient increases will come from point sources. (except Lake Blackshear.)
Lower Flint-Ochlockonee
Most of region has DO assimilative capacity. Non-point sources contribute more nutrients than point.
Improvement in DO assimilative capacity. Nutrient increases will come from point sources.
Vision Statements“Our vision is that our descendants have safe, clean and abundant water to meet their needs in the Middle Chattahoochee Region; seeking to accomplish that through reasonable efforts in cooperation, education, and preservation.” (Middle Chattahoochee)
“The Upper Flint Regional Water Council’s purpose is to provide guidance, leadership and education on water resource utilization within the region….to manage the region's water resources in a sustainable manner, be supportive of public health and natural ecosystems, support the State's economy and enhance the quality of life for its citizens.”
“The LOWER FLINT OCHLOCKONEE Water Planning Council will manage water resources in a sustainable manner to support the region’s economy, to protect public health and natural systems, and to enhance the quality of life for the region’s citizens.”
Priority Management PracticesMCH
• Support Tier 1 and 2 conservation activities
• Encourage point source discharges for major facilities
• Study new and/or enhancement of existing storage reservoirs
• Implement new and/or enhance existing surface water storage
• Utilize and improve upon reservoir release operations
• Advocate for changes to the Corps Water Control Manual
• Improve water quality monitoring
UFL
• Improve agricultural water use metering program
• Suspend irrigation only through Flint River Drought Protection Act
• Evaluate storage options in Upper Flint for supply and flow augmentation
LFO
• Continue improving ag water use efficiency through innovation
• Evaluate reservoir storage options in Flint River Basin for flow augmentation
• Replace surface water withdrawals with groundwater withdrawals
• Continue enforcement of existing permits, regulations and implementation of existing plans and practices
ACF Council’s Joint Recommendations to State
Recognize the critical need for more storage in the Apalachicola-Chattahoochee-Flint (ACF) System and recommend that a plan for additional storage be developed
Urge EPD and those involved in the resource assessment modeling to improve upon existing models for future regional water planning
Request that state and federal agencies reevaluate the scientific justification for the minimum flow requirements at Woodruff Dam that are intended to maintain healthy aquatic ecosystems.
Public Comments
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