Citizens Reservoir FAQ Sheet

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06/10/2021 Citizens Reservoir Frequently Asked Questions What is the Citizens Reservoir? Why do we need Geist Reservoir and Citizens Reservoir is more than 3 billion gallon Citizens Reservoir? water storage facility converted from a retired The Indianapolis area receives approximately 42 limestone quarry adjacent to Citizens Energy inches of rain annually; however, the water supply Group’s Geist Reservoir along Olio Road. has not always been available when needed. Heavy rain in excess of Geist Reservoir’s storage capacity How big is the Citizens Reservoir? previously flowed downstream over the dam. During At approximately 230 feet deep, the Citizens dry periods, stream flows and reservoir supplies Reservoir depth is nearly equivalent to the height could be strained. Citizens Reservoir is able to store of the Soldiers and Sailors Monument. The 90-acre some of the raw water from excess precipitation Citizens Reservoir holds nearly half the volume of that previously spilled over the Geist Dam for use the 1,800-acre Geist Reservoir. during dry periods. What purpose does the reservoir serve? How is excess water captured for supply? Citizens Reservoir creates a more resilient water Excess flow from Geist Reservoir is diverted through supply for Citizens Energy Group’s customers by an intake structure located between Geist Reservoir ensuring sufficient water supplies during periods and Citizens Reservoir. The intake structure allows of drought, and supporting continued economic up to 100 million gallons per day of otherwise growth and quality of life for the next 20 years. unutilized water into Citizens Reservoir via gravity. Citizens Reservoir is designed strictly for water storage, and as a result, there is no public access How is excess supply used? for development and recreation. During dry periods, up to 30 million gallons per day of the stored water can be pumped from Citizens Reservoir into Geist Reservoir. The water pumped back into Geist Reservoir flows downstream to Citizens’ Fall Creek Water Treatment Plant and White River Water Treatment Plant for distribution throughout Central Indiana. Comparison Chart Continued on next page CitizensEnergyGroup.com Construction Schedule* *Subject to change CitizensEnergyGroup.com.

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Citizens Reservoir Frequently Asked Questions Comparison Chart
09/22/2020 Citizens Reservoir Frequently Asked Questions What is the Citizens Reservoir? Why do we need Geist Reservoir and Citizens Reservoir is an over three billion gallon Citizens Reservoir? water storage facility to be constructed in a The Indianapolis area receives approximately 42 retired limestone quarry adjacent to Citizens inches of rain annually; however, the water supply Energy Group’s Geist Reservoir along Olio Road. is not always available when needed. Heavy rain in excess of Geist Reservoir’s storage capacity How big is the Citizens Reservoir? now flows downstream over the dam. During dry At approximately 230 feet deep, the Citizens periods, stream flows and reservoir supplies can be Reservoir depth is nearly equivalent to the height strained. Citizens Reservoir will store some of the of the Soldiers and Sailors Monument. The 90-acre raw water from excess precipitation that now spills Citizens Reservoir will be able to hold nearly half over the Geist Dam for use during dry periods. the volume of the 1,800 acre Geist Reservoir. The additional volume is enough to provide a year of How will excess water be captured for supply? water supply for over 100,000 Hoosiers. This will be accomplished by diverting excess flow from Geist Reservoir through an intake What purpose does the reservoir serve? structure located between Geist Reservoir and Citizens Reservoir will create a more resilient Citizens Reservoir. The intake structure will allow water supply for Citizens Energy Group’s approximately 100 million gallons per day of customers. Construction of the reservoir will otherwise unutilized water into Citizens Reservoir.
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Hancock County Part B Update 10 2010
NPDES PHASE II MS4 GENERAL PERMIT STORM WATER QUALITY MANAGEMENT PLAN PART B: BASELINE CHARACTERIZATION REPORT UPDATE HANCOCK COUNTY, INDIANA PERMIT #INR040128 OCTOBER 30, 2010 NPDES PHASE II STORM WATER QUALITY MANAGEMENT PLAN (SWQMP) PART B: BASELINE CHARACTERIZATION REPORT UPDATE Prepared for: Hancock County, Indiana October 2010 Prepared by: Christopher B. Burke Engineering, Ltd. National City Center, Suite 1368-South 115 W. Washington Street Indianapolis, Indiana 46204 CBBEL Project Number 03-463 DISCLAIMER: Exhibits and any GIS data used within this report are not intended to be used as legal documents or references. They are intended to serve as an aid in graphic representation only. Information shown on exhibits is not warranted for accuracy or merchantability. Hancock County, Indiana NPDES Phase II SWQMP Part B: Baseline Characterization Report Update TABLE OF CONTENTS Page # 1.0 INTRODUCTION 1 2.0 LAND USE WITHIN MS4 AREA 2 2.1 DESCRIPTION OF MS4 AREA 2 2.2 POPULATION DATA 2 2.3 LAND USE DATA 3 2.4 WATERSHEDS WITHIN MS4 AREA 3 2.5 SUMMARY OF LAND USE EVALUATIONS 4 3.0 SENSITIVE AREA 5 3.1 ERODIBLE SOIL 5 3.2 SOIL SUITABLITY FOR SEPTIC SYSTEMS 5 3.3 NATURAL HERITAGE DATA 6 3.4 WETLANDS 6 3.5 OUTSTANDING AND EXCEPTIONAL USE WATERS 7 3.6 ESTABLISHED TMDL WATERS 7 3.7 RECREATIONAL WATERS 7 3.8 PUBLIC DRINKING WATER SOURCES 7 3.9 SUMMARY OF SENSITIVE AREA CONCLUSIONS 8 4.0 SUMMARY OF EXISTING MONITORING DATA 9 4.1 INDIANA INTEGRATED WATER MONITORING AND ASSESSMENT REPORT 9 4.2 UNITED STATES GEOLOGIC SURVEY (USGS) STUDIES 9 4.3 STREAM REACH CHARACTERIZATION EVALUATION REPORT 10 4.4 CLEAN WATER ACT CHAPTER 319 GRANT STUDIES 11 4.5 HEALTH DEPARTMENT STUDIES 11 5.0 IDENTIFICATION AND ASSESSMENT OF EXISTING BMPs 12 i Christopher B.
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Mccordsville Bike and Pedestrian Master Plan DRAFT
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Lawrence Parks Master Plan Final
ACKNOWLEDGMENTS CITY OF LAWRENCE Steve Collier- Mayor Eric Martin- Director of Parks and Recreation STUDY REVIEW COMMITTEE Judy Byron Dan Kurowski Shawn Denney Joe Murphy Michael Desanto Grant Nesbit Kevin Dungee Jenny Sera Aletha Dunston Jeff Vest Sherron Freeman Trace Yates Brad Klopfenstein STAKEHOLDERS Jeff Vest, Parks Boad President Tom Burns, Parks Boad Member Amy Norman, Parks Boad Member Karen Taylor, Parks Boad Member Helen Taylor, Parks Boad Member Trace Yates, Parks Foundation Director DEPARTMENT OF PARKS AND RECREATION 5301 N Franklin Rd, Lawrence, IN 46226 (317) 545-7275 PREPARED BY PREPARED Reserved for Adoption Resolution PARKS AND RECREATION MASTER PLAN 3 4 CITY OF LAWRENCE TABLE OF CONTENTS CHAPTER 1 INTRODUCTION What is the purpose of a Parks and Recreation Master Plan? 10 What are the benefits of parks and recreation? 10 What does Parks and Recreation look like in Lawrence? 12 Parks Board History 14 Organizational Structure 14 Organizational Chart 2020 17 Recent Efforts 19 How to Use This Document 19 CHAPTER 2 COMMUNITY PROFILE Demographics 22 Economics 28 Key Conclusions 29 The Natural Environment 30 The Built Environment 32 PARKS AND RECREATION MASTER PLAN 5 CHAPTER 3 PARK INVENTORY Our System 38 Park Classifications 40 Neighborhood 40 Community 40 Regional 40 Special Use 40 Accessibility 42 Explorer Park 44 Oaklandon Park 46 Richardt (Soccer) Park 48 Alexander Park 50 Eugene Burns Park 52 Louis J. Jenn Memorial Park 54 Lee Road Park 56 Veterans Park 58 Lawrence Community Park 60 Bragdon Wetlands Park 62 Sterrett
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Geist Reservoir Upper Fall Creek
Section 2 – Watershed Inventory The Watershed Inventory is a comprehensive inventory that quantifies, describes, and summarizes all available watershed data. This inventory will be used to determine the current conditions of the watershed and identify the link between the stakeholder concerns and those watershed conditions. Part One of the Watershed Inventory focuses on the data at a watershed‐wide scale and includes broad topics not easily summarized at the subwatershed scale. Part Two of the Watershed Inventory provides detailed water quality data gathered at the subwatershed scale. And Part Three of the Watershed Inventory summarizes and explains the relationships of the data gathered in parts one and two. Part One of the Watershed Inventory Relevant Relationships A healthy watershed is essential for a healthy environment and economy. The watersheds we live in provide us with drinking water, jobs, recreation, food and shelter. Watersheds are a unique, dynamic complex combination of natural resources; air, water, soil, plants and animals. Each characteristic of a watershed plays a role in the overall health of a watershed. How these characteristics interact with each other can not only negatively impact certain characteristics within the watershed but can also impact the watershed itself. For example, sandy soils allow the ground to soak up water faster. This reduces surface runoff, but can affect ground water. Clay soils, on the other hand, are tighter and do not allow as much water infiltration. This can lead to more runoff and soil erosion. Similarly, wetlands utilize nutrients and tie up sediment to help improve water quality. Wetlands also act as natural sponges to absorb peak flows of water and reduce flooding.
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Bathymetric Surveys of Morse and Geist Reservoirs in Central Indiana Made with Acoustic Doppler Current Profiler and Global Positioning System Technology, 1996
Bathymetric Surveys of Morse and Geist Reservoirs in Central Indiana Made with Acoustic Doppler Current Profiler and Global Positioning System Technology, 1996 By JOHN T. WILSON, SCOTT E. MORLOCK, and NANCY T. BAKER Prepared in cooperation with the INDIANA DEPARTMENT OF NATURAL RESOURCES, DIVISION OF WATER U.S. GEOLOGICAL SURVEY Water-Resources Investigations Report 97-4099 Indianapolis, Indiana 1997 U.S. DEPARTMENT OF THE INTERIOR BRUCE BABBITT, Secretary U.S. GEOLOGICAL SURVEY Gordon P. Eaton, Director The use of trade, product, or firm names is for descriptive purposes only and does not imply endorsement by the U.S. Government. For additional information, write to: Copies of this report can be purchased from: District Chief U.S. Geological Survey U.S. Geological Survey Branch of Information Services Water Resources Division Box 25286 5957 Lakeside Boulevard Federal Center Indianapolis, IN 46278-1996 Denver, CO 80225 CONTENTS Abstract .................................................................................... 1 Introduction ................................................................................. 1 Purpose and Scope ....................................................................... 2 Physical Setting ......................................................................... 2 Morse Reservoir .................................................................... 2 Geist Reservoir ..................................................................... 4 Acknowledgments ......................................................................
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Geist Reservoir Upper Fall Creek WMP Section 2C
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Lower Fall Creek Appendices
May 2009 Lower Fall Creek Watershed Management Plan APPENDIX 1 Acronyms Project Task Summary Project Timeline May 2009 Lower Fall Creek Watershed Management Plan This page intentionally blank May 2009 Lower Fall Creek Watershed Management Plan APA American Planning Association BAGI Building Association of Greater Indianapolis BMP Best Management Practices CBBEL Christopher B. Burke Engineering, Ltd. CFO Confined Feeding Operation CSO Combined Sewer Overflow CQHEI Citizen’s Qualitative Habitat Evaluation Index DO Dissolved Oxygen EPA Environmental Protection Agency FCA Fish Consumption Advisory HBI Hilsenhorf Biological Index HEL Highly Erodible Land HHRCD Hoosier Heartland Resource, Conservation and Development HOA Homeowner’s Association HUC Hydrologic Unit Code IBI Index of Biological Integrity IDEM Indiana Department of Environmental Management ISDH Indiana State Department of Health IUPUI Indiana University – Purdue University Indianapolis KIB Keep Indianapolis Beautiful LFCWA Lower Fall Creek Watershed Alliance LID Low Impact Development LTCP Long Term Control Plan LTHIA Long Term Hydrologic Impact Analysis LUCI Land Use Central Indiana MCHD Marion County Health Department MCWEC Marion County Wellfield Education Corporation MS4 Municipal Separate Storm Sewer System NPDES National Pollutant Discharge Elimination System NPS Non Point Source OISC Office of the Indiana State Chemist PCB Polychlorinated biphenyls QHEI Qualitative Habitat Evaluation Index SRCER Stream Reach Characterization Evaluation Report STEP Septic Tank Elimination
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History of Geist Reservoir and Germantown A
History of Geist Reservoir and Germantown A forgotten history of small village which today lies at the bottom of the lake. Introduction Mr. Clarence Geist, the Tycoon History of Lawrence Township Pictures of Germantown now under Geist Reservoir Historical Interviews with Geist residents - Part 1 Historical Interviews with Geist residents - Part 2 Construction of Geist Reservoir The Goldsmith family (Germantown) The Goldsmith Farm (Germantown) Please visit our permanent local history exhibit at Log Cabin Animal Hospital at Geist. Great for school field trips! Call 317-570-8035 GERMANTOWN: A HAMLET LOST TO GEIST RESERVOIR Orientation to Subject Matter Geist Reservoir is interesting for many reasons. For one, it is Indiana 's largest manmade lake, and second largest body of water, after Lake Wawasee . The Geist area is noteworthy for its wealthy and famous residents, especially the reservoir's shoreline inhabitants who include renowned professional sports figures, politicians, local media personalities, and businesspeople. The history of the reservoir is no less interesting; Clarence Geist, a former owner of the Indianapolis Water Company forsaw a deficit in Indianapolis's water supply, and envisioned "Geist Reservoir" to preemptively address the problem - but not without a casualty. Yes, there was an unmitigated casualty in the creation of the recreational and luxurious living locality known as Geist Reservoir. It was a tiny hamlet called Germantown , whose parcels were systematically bought up by Clarence Geist in the 1930's, then put to their death in 1943 when Fall Creek was dammed to create the reservoir. Lest you wonder why an animal hospital might consider Germantown relevant to its homepage contents, explanation is in order.
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Geist Reservoir Restoration Long-Term Capital and Maintenance Plan Town of Fishers
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In Areas with Highly Erodible Soils Special Care Must Be Taken to Insure That Land Use Practices Do Not Result in Severe Wind Or Water Erosion
In areas with highly erodible soils special care must be taken to insure that land use practices do not result in severe wind or water erosion. Although natural erosion cannot be prevented, the effects of runoff can be moderated so that it does not diminish the health of the watershed. Theree ar no specific requirements for developments within highly erodible soils. However IDEMs Rule 5 regulates stormwater discharges during construction where temporary best management practices are required until construction activities are completed and the site has been stabilized as to not impact receiving waters with sediment. Hydric Soils Soils that remain saturated or inundated with water for a sufficient length of time become hydric through a series of chemical, physical, and biological processes. Once a soil takes on hydric characteristics, it retains those characteristics even after the soil is drained. Approximately 46,779 acres or 33.4% of the soils in the Geist Reservoir/Upper Fall Creek Watershed are considered hydric (Exhibit 7). The three essential characteristics of wetlands are hydrophytic vegetation, hydric soils, and wetland hydrology. Criteria for each of the characteristics must be met for areas to be identified as wetlands. Undrained hydric soils that have natural vegetation should support a dominant population of ecological wetland plant species. Hydric soils that have been converted to other uses should be capable of being restored to wetlands. However, a large majority of the soils in the watershed have been drained for either agricultural production or urban development. Removing the subsurface drainage systems would allow for restoration of these wetland areas.
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Geist Reservoir/Upper Fall Creek Watershed Management Plan
Geist Reservoir/Upper Fall Creek Watershed Management Plan Delaware, Hamilton, Hancock, Henry, Madison and Marion Counties, Indiana Prepared by: Prepared for: V3 COMPANIES UPPER WHITE RIVER WATERSHED ALLIANCE GEIST WATERSHED ALLIANCE February 2011 Geist Reservoir/Upper Fall Creek Watershed Management Plan Page 0 Executive Summary The Upper White River Watershed Alliance and the Geist Watershed Alliance has received funding from the Department of Natural Resources, Division of Fish and Wildlife Lake and River Enhancement Program for a Watershed Management Plan (WMP) for the Geist Reservoir and the Upper Fall Creek Watershed. The Geist Reservoir/Upper Fall Creek Watershed is located in Central Indiana, northeast of Indianapolis. Upper Fall Creek has its origins in northwest Henry County and flows southwest through Madison, Hamilton, and Marion Counties. The watershed also encompasses portions of Delaware and Hancock Counties. The Geist Reservoir/Upper Fall Creek Watershed consists of approximately 140,194 acres of mixed land use of which approximately 1,900 acres is Geist Reservoir. Following the drought and subsequent toxic blue‐green algal bloom during the summer of 2007, a number of concerned residents came together and began seeking solutions to prevent Geist Reservoir’s problems from escalating; they formed the Geist Watershed Alliance (GWA). The Geist Watershed Alliance is a non‐profit organization focused on the improvement and protection of Geist Reservoir’s water quality. Its membership consists of many types of stakeholders seeking to ensure that the reservoir will remain a healthy recreational and drinking water resource within the Central Indiana region. As a means for achieving the goals GWA, the Alliance is operating in partnership with the Upper White River Watershed Alliance (UWRWA), and in alignment with local and state agencies/organizations goals in the development of this Watershed Management Plan.
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