Illinois Waterway
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Six Rivers, Five Glaciers, and an Outburst Flood: the Considerable Legacy of the Illinois River
SIX RIVERS, FIVE GLACIERS, AND AN OUTBURST FLOOD: THE CONSIDERABLE LEGACY OF THE ILLINOIS RIVER Don McKay, Chief Scientist, Illinois State Geological Survey 615 East Peabody Drive, Champaign, Illinois 61820 [email protected] INTRODUCTION The waters of the modern Illinois River flow gently through looping meanders bordered by quiet backwater lakes and drop only a few inches in each river mile. Concealed beneath this gentle river is geologic evidence that the Illinois descended from ancient rivers with surprising and sometimes violent histories. The geologic story of the Illinois River is not only an account of an interesting chapter of Earth history, but it also reveals a rich geologic legacy of valuable and vulnerable resources that should be managed and used wisely. Modern, detailed, geologic field mapping has enabled new insights into the river’s history. Begun in 2000 by the Illinois State Geological Survey (ISGS), geologic mapping in the Middle Illinois River Valley area (Fig 1) was undertaken to aid planning for an expansion of Illinois Highway 29 between Chillicothe and I-180 west of Hennepin. Mapping was focused initially on the western bluff and valley bottom west of the river near the present highway but has since been expanded to more than 275 sq mi in Putnam, Marshall, and Peoria counties. Funding was provided by Illinois Department of Transportation (IDOT) and by ISGS. Several maps are scheduled to be published (McKay and others 2008a, 2008b, 2008c). Figure 1. Location of recent and ongoing geologic mapping area in the Middle Illinois River Valley region of north-central Illinois (left) and northeastern portion of the Chillicothe 7.5-minute surficial geology map (right) showing areas of river deposits, glacial tills, and bedrock where they occur at land surface. -
Pre-Disaster Mitigation Floodwall Projects Cities of Marseilles, Ottawa, and Peru, Lasalle County, Illinois Village of Depue, Bureau County, Illinois January 2018
Final Programmatic Environmental Assessment Pre-Disaster Mitigation Floodwall Projects Cities of Marseilles, Ottawa, and Peru, LaSalle County, Illinois Village of DePue, Bureau County, Illinois January 2018 Prepared by Booz Allen Hamilton 8283 Greensboro Drive McLean, VA 22102 Prepared for FEMA Region V 536 South Clark Street, Sixth Floor Chicago, IL 60605 Photo attributes: Top left: City of Ottawa Top right: City of Peru Bottom left: City of Marseilles Bottom right: Village of DePue Pre-Disaster Mitigation Floodwall Projects Page ii January 2018 Programmatic Environmental Assessment Acronyms and Abbreviations List of Acronyms and Abbreviations oC Degrees Celsius ACHP Advisory Council on Historic Preservation AD Anno Domini AIRFA American Indian Religious Freedom Act APE Area of Potential Effect ARPA Archaeological Resources Protection Act of 1979 BFE Base Flood Elevation BLM Bureau of Land Management BMP Best Management Practice BP Before Present CAA Clean Air Act CEQ Council on Environmental Quality C.F.R. Code of Federal Regulations CLOMR Conditional Letter of Map Revision CRS Community Rating System CWA Clean Water Act CWS Community Water Supplies dB decibels EA Environmental Assessment EO Executive Order EPA Environmental Protection Agency ESA Endangered Species Act FEMA Federal Emergency Management Agency FIRM Flood Insurance Rate Map Pre-Disaster Mitigation Floodwall Projects Page iii January 2018 Programmatic Environmental Assessment Acronyms and Abbreviations FONSI Finding of No Significant Impact FPPA Farmland Protection Policy -
North Farm Creek and Dry Run Tributary Implementation Plan
North Farm Creek and Dry Run Tributary Implementation Plan By: Tetra Tech 1468 West 9th Street, Suite 620 Cleveland, OH 44113 In support of: EPA Contract Number EP-C-11-009 Work Assignment 1-29 U.S. Environmental Protection Agency Region 5 77 W. Jackson Blvd. Chicago, IL 60604 December 2012 North Farm Creek and Dry Run Tributary Implementation Plan Page ii Contents 1. Introduction ............................................................................................................................... 1 1.1 TMDL/LRS Summary ............................................................................................................. 1 1.2 Watershed Plan Requirements - Nine Key Elements................................................................. 6 1.3 Implementation Plan Approach ................................................................................................ 7 1.3.1 Nonstructural Management Opportunities ....................................................................... 8 1.3.2 Structural Management Opportunities ............................................................................. 8 2. Implementation Partners and Existing Implementation Efforts ............................................ 10 2.1 Implementation Partners ........................................................................................................ 10 2.2 Existing Implementation Efforts ............................................................................................ 11 2.2.1 Honoring our Water Stormwater Plan .......................................................................... -
Groundwater in the Peoria Region
STATE OF ILLINOIS ADLAI E. STEVENSON, Governor DEPARTMENT OF REGISTRATION AND EDUCATION NOBLE J. PUFFER, Director DD7ISION OF THE STATE WATER SURVEY A. M. BUSWELL, Chief URBANA BULLETIN NO. 39 GROUNDWATER IN THE PEORIA REGION PART 1—GEOLOGY LELAND HORBERG, STATE GEOLOGICAL SURVEY PART 2—HYDROLOGY MAX SUTER, STATE WATER SURVEY PART 3—CHEMISTRY T. E. LARSON, STATE WATER SURVEY A Cooperative Research Project Conducted by The State Water Survey and The State Geological Survey PRINTED BY AUTHORITY OF THE STATE OF ILLINOIS URBANA, ILLINOIS 1950 This report is also a publication of THE STATE GEOLOGICAL SURVEY as its BULLETIN NO. 75. STATE OF ILLINOIS ADLAI E. STEVENSON, Governor DEPARTMENT OF REGISTRATION AND EDUCATION NOBLE J. PUFFER, Director DIVISION OF THE STATE WATER SURVEY A. M. BUSWELL, Chief URBANA BULLETIN NO. 39 GROUNDWATER IN THE PEORIA REGION PART 1—GEOLOGY LELAND HORBERG, STATE GEOLOGICAL SURVEY PART 2—HYDROLOGY MAX SUTER, STATE WATER SURVEY PART 3—CHEMISTRY T. E. LARSON, STATE WATER SURVEY A Cooperative Research Project Conducted by The State Water Survey and The State Geological Survey PRINTED BY AUTHORITY OF THE STATE OF ILLINOIS URBANA, ILLINOIS 1950 ORGANIZATION STATE OF ILLINOIS HON. ADLAI E. STEVENSON, Governor DEPARTMENT OF REGISTRATION AND EDUCATION HON. NOBLE J. PUFFER, Director BOARD OF NATURAL RESOURCES AND CONSERVATION HON. NOBLE J. PUFFER, Chairman W. H. NEWHOUSE, PH.D., Geology ROGER ADAMS, PH.D., D.SC, Chemistry LOUIS R. HOWSON, C.E., Engineering A. E. EMERSON, PH.D., Biology LEWIS H. TIFFANY, PH.D., Forestry GEORGE D. STODDARD, PH.D., LITT.D., LL.D., L.H.D. -
La Grange Pool - Illinois River 2021 Fisheries Fact Sheet
LA GRANGE POOL - ILLINOIS RIVER 2021 FISHERIES FACT SHEET The Illinois River is formed at the confluence of the Des Plaines and Kankakee rivers near Channahon in northeastern Illinois. It flows southwest for 273 miles across the state to enter the Mississippi River at Grafton. There are five dams along the Illinois forming pooled reaches named (upstream to downstream) the Dresden Pool, Marseilles Pool, Starved Rock Pool, Peoria Pool and La Grange Pool. The downstream reach is called the Alton Pool because it is influenced by Mel Price Lock and Dam on the Mississippi River at Alton. LOCATION: The La Grange Pool of the Illinois River extends from the La Grange Lock and Dam at mile 80.2 to the tailwater of the Peoria Lock and Dam at mile 157.7. Brown, Cass, Schuyler, Mason, Fulton, Tazewell and Peoria counties border this reach. RIVER ACCESS: The La Grange Pool is characterized by slow to moderate water velocities and soft substrates of sand and mud. The large number of backwater lakes and sloughs made this reach historically one of the most biologically productive river reaches in the world for waterfowl and fish. Backwaters managed for fishing by IDNR include state fish and wildlife areas at Anderson Lake, Spring Lake, Rice Lake, and Banner Marsh as well as the restored Thompson and Flag lakes at the Emiquon Preserve. Bath Chute, a river side channel, has excellent panfish and largemouth bass populations and is accessible by a public boat ramp in Bath. Boat access to the LaGrange Pool is also available at LaGrange Lock and Dam, Beardstown, Browning, Havana, Liverpool, Kingston Mines and Pekin. -
The History of the ILLINOIS RIVER and the Decline of a NATIVE SPECIES by Paige A
The history of the ILLINOIS RIVER and the decline of a NATIVE SPECIES BY PAIGE A. METTLER-CHERRY AND MARIAN SMITH 34 | The Confluence | Fall 2009 A very important advantage, and one which some, perhaps, will find it hard to credit, is that we could easily go to Florida in boats, and by a very good navigation. There would be but one canal to make … Louis Joliet, 1674, making the earliest known proposal to alter the Illinois River (Hurlbut 1881) Emiquon National Wildlife Refuge as it appears today. The corn and soybean fields (see page 38) have been replaced by the reappearance of Thompson and Flag lakes. The refuge already teems with wildlife, including many species of migrating waterfowl, wading birds, deer, and re-introduced native fish species. (Photo: Courtesy of the author) Fall 2009 | The Confluence | 35 Large river ecosystems are perhaps the most modified systems in The lower Illinois Valley is much older than the upper and has the world, with nearly all of the world’s 79 large river ecosystems been glaciated several times. The Illinoisan ice sheet covered much altered by human activities (Sparks 1995). In North America, of Illinois, stopping 19.9 miles north of the Ohio River. The effects the Illinois River floodplain has been extensively modified and of the glacier are easily seen when comparing the flat agricultural the flood pulse, or annual flood regime, of the river is distorted fields of central and northern Illinois, which the glacier covered, as a result of human activity (Sparks, Nelson, and Yin 1998). to the Shawnee Hills of southern Illinois, where the glacier did Although many view flooding as an unwanted destructive force of not reach. -
North Branch Chicago River Watershed-Based Plan
CHAPTER ONE: INTRODUCTION NORTH BRANCH CHICAGO RIVER WATERSHED-BASED PLAN CONTENTS 1 Introduction .................................................................................................................................... 1-3 1.1 What is a Watershed? ............................................................................................................. 1-3 1.1.1 Why A Watershed-Based Plan? ....................................................................................... 1-4 1.2 North Branch Chicago River Watershed Planning Area .......................................................... 1-4 1.2.1 Chicago River Watershed................................................................................................. 1-4 1.2.2 North Branch Chicago River Watershed Planning Area .................................................. 1-5 1.2.2.1 North Branch Chicago River Watershed Partnerships ............................................................. 1-8 1.2.2.2 North Branch Chicago River Watershed Planning .................................................................... 1-8 1.3 WATERSHED PLAN PURPOSE .................................................................................................. 1-9 1.4 Watershed Plan Requirements, Process, and Organization ................................................. 1-10 1.5 Previous and Related Studies and Plans ............................................................................... 1-11 1.6 Use of the Plan ..................................................................................................................... -
The Physical Geography of the Illinois River Valley Near Peoria
The Physical Geography of the Illinois River Valley Near Peoria An Updated Self-Conducted Field Trip using EcoCaches and GPS Technology Donald E. Bevenour East Peoria Community High School Illinois State University Copyright, 1991 Updated by: Kevin M. Emmons Morton High School Bradley University 2007 Additional Support: Martin Hobbs East Peoria Community High School Abstract THE PHYSICAL GEOGRAPHY OF THE ILLINOIS RIVER VALLEY NEAR PEORIA: AN UPDATED SELF CONDUCTED FIELD TRIP USING ECOCACHES AND GPS TECHNOLOGY This field trip has been written so that anyone can enjoy the trip without the guidance of a professional. The trip could be taken by student groups, families, or an individual; at least two people, a driver and a reader/navigator, are the recommended minimum number of persons for maximum effectiveness and safety. Subjects of discussion include the Illinois River, the Bloomington, Shelbyville, and LeRoy Moraines, various aspects of the glacial history of the area, stream processes, floodplains, natural vegetation, and human adaptations to the physical environment such as agriculture, industry, transportation, and growth of cities. Activities include riding to the top of a lookout tower, judging distance to several landmark objects, and scenic views of the physical and cultural environment. All along the trip, GPS coordinates are supplied to aid you in your navigation. Information on EcoCaches is available at http://www.ilega.org/ Why take a self-guided field trip? A self-guided field trip is an excellent way to learn more about the area in which one lives. Newcomers or visitors to an area should find it a most enlightening manner in which to personalize the new territory. -
Water Quality Features of the Upper Illinois Waterway
REPORT OF INVESTIGATION 79 Water Quality Features of the Upper Illinois Waterway by THOMAS A. BUTTS, RALPH L. EVANS, and SHUNDAR LIN Title: Water Quality Features of the Upper Illinois Waterway. Abstract: The dissolved oxygen resources of the Upper Illinois Waterway are de pressed because of a combination of oxygen demand sources including carbonaceous and nitrogenous BOD, benthic biological extraction, and sediments. Because of these demands, maintenance of 6.0 mg/l DO in the stream system is difficult, and achieve ment of a minimum DO requirement of 5.0 mg/1 requires the nitrogenous and carbona ceous demand be substantially reduced. Water quality data obtained from field sur veys are summarized together with hydraulic and hydrologic data to determine waste water treatment needs. Collection of the waterway algal types reveals that diatoms are the dominant group comprising about 85 percent of the total densities. However, algal concentrations do not impair use of the waterway for recreation. Fecal coliform bac teria densities decrease with downstream movement at a rate of 0.77 per day in the upper pools and 0.42 per day in the lower pools. About 9 percent of the total coliform bacteria population are fecal coliforms. Only 3 of 19 stations sampled met the bac terial quality standards required by the Illinois Pollution Control Board. Reference: Butts, Thomas A., Ralph L. Evans, and Shundar Lin. Water Quality Fea tures of the Upper Illinois Waterway. Illinois State Water Survey, Urbana, Report of Investigation 79, 1975. Indexing Terms: Algae, bacteria, benthic organisms, coliforms, hydraulic-hydrologic models, modeling, nitrogen, oxygen demand, sediments, streams, water pollution con trol, water quality, water temperature. -
GAO-21-240R, Accessible Version, U.S. Army Corps of Engineers: Information on the Navigation and Ecosystem Sustainability Progra
441 G St. N.W. Washington, DC 20548 January 22, 2021 Accessible Version The Honorable John Barrasso The Honorable Tom Carper United States Senate The Honorable Peter A. DeFazio Chairman The Honorable Sam Graves Ranking Member Committee on Transportation and Infrastructure House of Representatives U.S. Army Corps of Engineers: Information on the Navigation and Ecosystem Sustainability Program The Upper Mississippi River system provides approximately $1 billion in annual benefits to the nation’s economy through boating, fishing, and other uses, according to the U.S. Army Corps of Engineers (Corps).1 The river system also supports irreplaceable habitats and ecosystems— including more than 2.5 million acres of aquatic, wetland, forest, grassland, and agricultural habitats across the states of Illinois, Iowa, Minnesota, Missouri, and Wisconsin. In 1986, Congress declared its intent to recognize the Upper Mississippi River system as a nationally significant commercial navigation system and a nationally significant ecosystem.2 The Corps is responsible for operating and maintaining the navigation infrastructure along the Upper Mississippi River system and for managing, restoring, and protecting the surrounding ecosystem.3 According to the Corps, balancing the navigational importance of the river system with the need to protect the ecosystem is challenging. The Corps operates 37 lock and dam sites and maintains 1,200 miles of 9-foot deep navigation channels along the Upper Mississippi River and the Illinois Waterway, which connects with the Mississippi River and lies within the Upper Mississippi River basin. (See enc. I for a map of the Upper Mississippi River basin and locations of the Corps’ 37 locks and dams.) 1The Upper Mississippi River system comprises those river reaches having commercial navigation channels on the Mississippi River main stem north of Cairo, Illinois; the Illinois River and Waterway; and four other midwestern rivers: St Croix, Minnesota, Black, and Kaskaskia. -
And Policies, 1961-70
HISTORY OF FEDERAL WATER RESOURCES PROGRAMS AND POLICIES, 1961-70 Beatrice Hort Holmes U.S. Department of Agriculture Economics, Statistics, and Cooperatives Service Miscellaneous Publication No. 1379 HISTORY OF FEDERAL WATER RESOURCES PROGRAMS AND POLICIES, 1961-70. Beatrice Hort Ho!- mes, Natural Resource Economics Division, Economics, Statis- tics, and Cooperatives Service, U.S. Department of Agriculture, Miscellaneous Publication No. 1379. ABSTRACT This publication is a comprehensive account of major Fed- eral programs and policies relating to conservation and development of water and related land resources and to water pollution control in the years 1961 to 1970. It discusses most relevant Federal legislation and the functioning of Federal and federally-assisted programs involving research, planning, construction, and regulation. Also discussed are national, regional, and local political issues related to water programs and policies; presidential, congressional, and agency policymaking processes; and origins of the environmental movement and its effects on water resources programs and policies. Keywords: Water resources development, water pollution control, water resources planning, water legislation, environmental legislation, Federal agencies, environmental movement, and water politics. Washington, D.C. September 1979 HISTORY OF FEDERAL WATER RESOURCES PROGRAMS AND POLICIES, 1961-70 Beatrice Hort Holmes U.S. Department of Agriculture Economics, Statistics, and cooperatives Service Miscellaneous Publication No. 1379 Por sale by the Superintendent of Documents, U.S. Government Printing Office Washington, D.C. 20402 Stock Number 001-000-04059-6 PREFACE This is the author's second history of the Federal Govern- ment's involvement in water resources development and regulation. The first covered 160 years (1).1 It extended from the first glimmerings of Federal interest in navigation to the huge omnibus rivers and harbors and flood control acts of the 1950's. -
Industrial Usage of Chicago Area Waterway System
Industrial Usage of Chicago Area Waterway System DRAFT Final Report March 31, 2015 Table of Contents I. Executive Summary......................................................................1 II. Barge Facilities by Industrial Corridor...........................................7 a. North Branch Industrial Corridor..............................................7 b. Pilsen Industrial Corridor...........................................................9 c. Little Village Industrial Corridor................................................10 d. Calument Industrial Corridor....................................................11 III. The Port of Chicago....................................................................15 IV. Case Studies of Barge Users.......................................................21 a. General Iron..........................................................................21 b. Ozinga...................................................................................22 c. Prairie Material....................... ...............................................23 V. Trends and Forecasts of Industrial Usage of the Chicago Area Waterway.................................................................................29 VI. CAWS Infrastructure Conditions and Needs.......................39 I. Executive Summary ChicagoChica Areago A Waterwaysrea Water wSystemays M Mapap § ¨¦ S 8 3 ¨¦§I94 ¯ 3 5 S ¨ ¦ § l Wilmette Pump Station e n n a h C e r o h S N h North Side WWTP t o r r o t h N B ra nc 90 h, I§¨¦1 Ch ica *#North Branch Pump Station