DOCSLIB.ORG

SURFACE WATER QUALITY MONITORING STRATEGY May 2001

Total Page：16

File Type：pdf, Size：1020Kb

Download full-text PDF Read full-text
SURFACE WATER QUALITY MONITORING STRATEGY May 2001 SURFACE WATER QUALITY MONITORING STRATEGY May 2001 TABLE OF CONTENTS TABLE OF CONTENTS .............................................................................................................................................. i LIST OF TABLES......................................................................................................................................................... i LIST OF FIGURES ...................................................................................................................................................... ii APPENDICES .............................................................................................................................................................. ii EXECUTIVE SUMMARY ......................................................................................................................................... iii I. Introduction........................................................................................................................................................... 1 · Vision........................................................................................................................................................ 1 · Mission ..................................................................................................................................................... 1 · Goals......................................................................................................................................................... 1 A. Background and History ................................................................................................................................... 2 B. River Basin Monitoring Cycle .......................................................................................................................... 4 C. Support Activities ............................................................................................................................................. 4 II. Strategy Components............................................................................................................................................ 5 A. Planning ............................................................................................................................................................ 5 B. Sampling Programs........................................................................................................................................... 8 · Fixed Station Monitoring Program ........................................................................................................... 9 · Pesticide Monitoring Program ................................................................................................................ 11 · Bacteriological Sampling Program ......................................................................................................... 11 · Watershed Monitoring Program.............................................................................................................. 11 · Source Identification Program ................................................................................................................ 12 · Fish Community Assessment Program ................................................................................................... 12 · Fish Tissue Contaminant Monitoring Program....................................................................................... 12 · Sediment Contaminant Monitoring Program .......................................................................................... 14 · Macroinvertebrate Community Assessment Program............................................................................. 14 · Lake Water Quality Assessment Program .............................................................................................. 14 · Fish Consumption Advisory Program (FCA) ......................................................................................... 15 · NPDES Permits Support......................................................................................................................... 15 · Total Maximum Daily Load (TMDL) Program...................................................................................... 16 · Trace Metals Program............................................................................................................................. 16 · QAPP and QA/QC Program ................................................................................................................... 16 C. Reporting ........................................................................................................................................................ 17 · Data Management ................................................................................................................................... 17 · Interpretation........................................................................................................................................... 18 · Publication .............................................................................................................................................. 18 · Communication....................................................................................................................................... 18 III. Resources........................................................................................................................................................ 21 A. Staff and Financial Resources......................................................................................................................... 21 B. Review and Planning Process Proposals......................................................................................................... 22 C. Suggestions for Future Studies and Actions ................................................................................................... 23 D. Volunteer Monitoring ..................................................................................................................................... 24 IV. Discussion and Summary................................................................................................................................ 29 V. References........................................................................................................................................................... 31 VI. Acknowledgements......................................................................................................................................... 33 LIST OF TABLES Table 1: Summary of Existing Surface Water Quality Monitoring Strategy Programs.............................................. 10 Table 2. Fish Tissue Sampling Schedule for CORE Network Stations. .................................................................... 13 i SURFACE WATER QUALITY MONITORING STRATEGY May 2001 LIST OF FIGURES Figure 1: Programmatic Conceptual Model for the Surface Water Quality Monitoring Strategy……………………7 Figure 2: Assessment Branch Budget………………….……………………………………………………………21 APPENDICES APPENDIX A MAPS OF SAMPLING PROGRAMS Biological Studies Section Fish Community Monitoring Program Fish Tissue Contaminant Monitoring Program Macroinvertebrate Community Assessment Program Environmental Toxicology and Chemistry Section TMDL Program Surveys Section Watershed Monitoring Program Pesticides Monitoring Program Fixed Station Surface Water Quality Program Synoptic Program & Source ID Program E. coli Monitoring Program Special Sampling Projects APPENDIX B FACT SHEETS Assessment Branch Surface Water Quality Monitoring Strategy Biological Studies Section Fish Community Sampling Program Fish Tissue Contaminant Monitoring Program Biological Studies Section Macroinvertebrate Community Assessment Program Sediment Contaminant Monitoring Program Lake Water Quality Assessment Fish Tissue Contaminant Monitoring Program Fish Consumption Risk Assessment Environmental Toxicology and Chemistry Section Environmental Toxicology and Chemistry Section TMDL Program Quality Assurance Project Plan for Indiana Surface Water Programs Surveys Section Watershed Monitoring Program Pesticide Monitoring Program Fixed Station (Ambient) Monitoring Program Surveys Section Synoptic Sampling Program E coli Monitoring Program Source Identification Monitoring Program Trace Metals APPENDIX C TIME LINE APPENDIX D BROCHURES Surface Water Quality Assessment Program Indiana Watershed Assessment ii SURFACE WATER QUALITY MONITORING STRATEGY May 2001 EXECUTIVE SUMMARY The purpose of the Surface Water Quality Monitoring Strategy (Strategy) is to direct the water quality assessment of Indiana’s rivers, streams, and lakes for designated uses. The Strategy focuses on a watershed approach for addressing water quality issues and uses a five-year rotating study cycle of all major river basins in the State. Since the Strategy was implemented in 1996, all of the State’s major river basins have been assessed and it can be predicted with reasonable certainty what percentage of our rivers, streams, and lakes are impaired. The Strategy was revised in 1998 due to limited resources and it now has been updated and modified to reflect current status after careful consideration of mandates and user needs. Coordination of all watershed activities is imperative to achieving success in reducing pollutants from entering our State’s waters. Challenges in
Load more

Recommended publications
  • Appendix E Red Flag Investigation & Hazardous Materials
    Categorical Exclusion Appendix E Red Flag Investigation & Hazardous Materials Date: August 6, 2019 To: Site Assessment & Management Environmental Policy Office‐ Environmental Services Division Indiana Department of Transportation 100 N Senate Avenue, Room N642 Indianapolis, IN 46204 From: Ruth Hook 3502 Woodview Trace, Suite 150 Indianapolis, IN [email protected] Re: RED FLAG INVESTIGATION Des. No. 1702837, Local Project Bridge Rehabilitation Project East LaPorte Street Foot Bridge over Yellow River Marshall County, Indiana PROJECT DESCRIPTION Brief Description of Project: The proposed project will involve the rehabilitation of the East LaPorte Street Foot (Bridge No. 5). The East LaPorte Street Foot Bridge carries the LaPorte Street Pedestrian Path over the Yellow River in Plymouth, Marshall County, Indiana. The proposed project will include a n ew timber deck. Anchored tie members will be repaired and straightened. The stringer, cross beams and diaphragms will be replaced, and the bearings will be repaired or replaced. The railing will be repaired where required and modif ied for pedestrian safety. Scour countermeasures are anticipated to be required and will be installed on both spill slopes and surrounding the caissons. Approximately 50 feet of roadway on the east approach and 10 feet of roadway on the w est approach will be replaced with concrete pavement to ensure a smooth transition. Bridge and/or Culvert Project: Yes ☒ No ☐ Structure # __Street Pedestrian Bridge No. 5____ If this is a bridge project, is the bridge Historical? Yes ☒ No ☐ , Select ☐ Non‐Select ☐ (Note: If the project involves a historical bridge, please include the bridge information in the Recommendations Section of the report).
    [Show full text]
  • February 2018
    USGS RETIREES NEWSLETTER No. 178 February 2018 An organization of retirees of the U.S. Geological Survey, whose purpose is to keep its members in touch with each other and their former agency. 0280 - 5468 - PRESIDENT’S MESSAGE http://wrdetirees.org/ I hope you all had a nice holiday season and are having a great New Year. It is my [email protected] 703) 596 703) : honor to have been elected president of this organization for the next two years. This is a great organization and I am honored to follow Jim Kircher, as president. Jim led this organization with vision and we hope to keep him involved, as member, and as an WRD Retirees Email P.O. Box 280 Box P.O. 20172 VA Herndon, Phone ( Phone Web Page: Address: advisor. I recently retired as Center Director of the Minnesota Water Science Center. Prior to that, I worked in the Minnesota Water Science Center, as studies chief and NAWQA chief, and as a hydrologist in the Michigan and Utah District Offices. I am adjusting to retirement and miss the day to day contacts that I have had with the great people who work for the USGS. I live in St. Paul with my wife Carol. I have two grown children and two wonderful grandchildren. I want to express my appreciation to the officers who have just completed their elected terms. They Daniel (Dan) Fitzpatrick Fitzpatrick (Dan) Daniel include: Jim Kircher (President), Al Condes (Vice President), Andy Anderson (Secretary), Cathy Hill : Kenneth (Ken) Lanfear J. (Treasurer), and Dick Enberg (Archivist).
    [Show full text]
  • Determination of Unit Hydrograph Parameters for Indiana Watersheds
    JOINT TRANSPORTATION RESEARCH PROGRAM FHWA/IN/JTRP-2010/5 Final Report DETERMINATION OF UNIT HYDROGRAPH PARAMETERS FOR INDIANA WATERSHEDS Jared L. Wilkerson Venkatesh M. Merwade September 2010 TECHNICAL Summary Technology Transfer and Project Implementation Information INDOT Research TRB Subject Code:23-6 Erosion and Water Pollution Control September 2010 Publication No.FHWA/IN/JTRP-2010/5, SPR-3226 Final Report Determination of Unit Hydrograph Parameters for Indiana Watersheds Introduction Natural Resources Conservation Service’s region match well with measured streamflow. It (NRCS) dimensionless unit hydrograph method is is hypothesized that the overestimation of peak one of the most commonly used synthetic unit flows in northern region using SCS method is hydrograph (SUH) techniques to predict due to the flat terrain and relatively higher hydrographs for ungauged basins in Indiana. surface storage caused by the Wiconsinan Application of NRCS method in Indiana yields glaciations. To incorporate the slope and storage very high peak flows and short time to peaks for characteristics, the application of Clark SUH, the northern region, thus producing unrealistic which incorporates time of concentration and a flow estimates for design purposes. On the other storage parameter to produce runoff hydrograph, hand, the hydrograph predictions in the southern is explored for Indiana. Findings Northern and central Indiana are Clark SUH parameters tc and R. Comparisons of geomorphologically different from the southern the Clark and NRCS SUH methods show that the region. Statistical analysis has shown a significant former’s flexibility to incorporate varying of difference in the hydrology and geomorphology of geomorphology and adjust the hydrograph’s shape northern Indiana compared to the southern region.
    [Show full text]
  • Curriculum Vitae
    CURRICULUM VITAE Michael Joseph Dreslik, Ph.D. Illinois Natural History Survey, 1816 South Oak Street, Champaign, IL 61820 (217)259–9135, email – [email protected] www.michaeljdreslik.info Google Scholar Research Gate LinkedIn PERSONAL Born 22 August 1972 Flushing, Queens, New York AREAS OF RESEARCH INTEREST Conservation, Population, Spatial, Behavioral, Community, and Physiological Ecology of Reptiles and Amphibians As of 12/17/2020 Google® Scholar: 1,300 citations; h-index - 17; i10-index - 30 ResearchGate: 956 citations; h-index - 12; i10-index – 12; Reads – 20,583; RG Score – 27.35 (85th percentile) Web of Science: 577 citations; h-index – 11; i10-index – 13 Scopus: 631 citations; h-index – 11; i10-index – 13 EDUCATION DEGREES EARNED PH.D. University of Illinois Urbana–Champaign, Major – Natural Resource Ecology and Conservation, 1/97 – 1 2/05, Major Professor – Dr. C. A. Phillips Dissertation: Ecology of the Eastern Massasauga rattlesnake (Sistrurus c. catenatus) from Carlyle Lake, Clinton County, Illinois. University of Illinois Urbana–Champaign, Urbana, Illinois. xxxvii+353 pp. M.SC. Eastern Illinois University, Major – Biology, 8/94 – 5/96, GPA 3.7(4.0), Major Professor – Dr. E. O. Moll Thesis: Ecology and community relationships of the River Cooter, Pseudemys concinna, in a southern Illinois backwater. Eastern Illinois University, Charleston, Illinois. v + 69pp. B.Sc. Eastern Illinois University, Major – Zoology, 8/92 – 5/94, A.Sc. Lake Land Community College, Major – Biology, Education, 8/90 – 5/92 Cum Laude WORK EXPERIENCE POSITIONS HELD 10/2018 – Present Owner and Primary – Applied Envirolytics LLC, Champaign, Illinois. 1/2017 – Present Head/Director – Population and Community Ecology Lab, Illinois Natural History Survey, Prairie Research Institute, University of Illinois Urbana–Champaign, Illinois.
    [Show full text]
  • Engineering Soils Map of Jay County, Indiana Final Report
    SCHOOL OF CIVIL ENGINEERING INDIANA DEPARTMENT OF TRANSPORTATION JOINT HIGHWAY RESEARCH PROJECT JHRP-91-4 ENGINEERING SOILS MAP OF JAY COUNTY, INDIANA FINAL REPORT Arvind Chaturvedi 2^> ~ <6 UNIVERSITY : v Final Report ENGINEERING SOILS MAP OF JAY COUNTY, INDIANA TO: H.L. Michael, Director January 8, 1991 Joint Highway Research Project Project: C-36-51B FROM: C.W. Lovell, Research Engineer File: 1-5-2-88 Joint Highway Research Project The attached report entitled "Engineering Soils Map of Jay County, Indiana," completes a portion of the long-term project concerned with the development of county engineering soils maps of the 92 counties in the State of Indiana. This report, the 88th report of the series, was prepared by Arvind Chaturvedi and Andrew Garrigus, Research Assistants, Joint Highway Research Project, under my direction. The soils mapping of Jay County was done primarily by the analysis of landforms and associated parent materials as portrayed on stereoscopic aerial photographs. Valuable information for soils was obtained from publications of the Soil Conservation Service, United States Department of Agriculture. Test data from roadway and bridge projects was obtained from the Indiana Department of Transportation. Soil profiles for the landform/parent material areas mapped are presented on the engineering soils map, a copy of which is included at the end of the report. Respectfully submitted, &V /u— 'aM C.W. Lovell, P.E. Research Engineer CWL/cak cc A.G. Altschaeffl D. W . Halpin G.J. Rorbakken D . Andrewski K.R. Hoover C.F. Scholer J.L. Chameau C.W. Letts G.B. Shoener W.F.
    [Show full text]
  • Indiana's State Nutrient Reduction Strategy
    Indiana’s State Nutrient Reduction Strategy A framework to reduce nutrients entering Indiana’s waters Version 5 – November 2018 Prepared by: Indiana State Department of Agriculture Indiana Department of Environmental Management With contributions from the Indiana Conservation Partnership: Indiana State Soil Conservation Board (SSCB) USDA Natural Resources Conservation Service (NRCS) USDA Farm Service Agency (FSA) Indiana Association of Soil and Water Conservation Districts (IASWCD) Indiana Department of Natural Resources (IDNR) Purdue Cooperative Extension And also by members of the: Indiana State Nutrient Reduction Strategy Workgroup Indiana Agriculture Nutrient Alliance * This state nutrient reduction strategy is a dynamic document and will be reflected upon/reviewed as necessary. A progress report will be provided every two years. Executive Summary Eutrophication, or nutrient enrichment of waters, is a concern in many areas of the United States as well as around the world. Nutrients are an essential part of the water system for plant and animal life, however when there is an excess of nutrients, it can cause water quality impairments. When excess nutrients like nitrogen and phosphorus, which can come from many sources including waste water treatment plants (WWTPs), agricultural runoff, urban stormwater runoff, failed septic systems, etc., enter our waterbodies, it stimulates excessive plant or algal growth, often called an algal bloom, which can lead to low oxygen levels in the water as the algae die, sink, and decompose. These areas
    [Show full text]
  • Reviewed Curriculum
    Educating Young People About Water – Reviewed Curriculum This data is provided for historical purposes. The information cannot be considered current. (August 2015) There are 239 curricula listed below. Publicatio Curricula Name Description Contact Info n Date 4-H Sportfishing 1989/1994 These activities are designed to help "hook" kids Cornell CES Aquatic Resources with a broader message about aquatic resources and Cornell University Education Program the need to respect and conserve them. They were Media Services (SAREP) intended to be used as the basis for 4-H club meetings and activities. Activities published individually in 20 separate booklets include almost Ithaca, NY 14850 everything about fishing from "how to fish" in a 607-255-2814 variety of settings to "minimizing your intake of fish contaminants." Note explicit commitment to and focus upon affective learning. Binder contains all supplemental materials listed in Activity Booklets. Introductory chapters include teaching/leadership tips. 4-H Wetland unknown This interdisciplinary curriculum is designed for Virginia Thompson, Wonders grades 4 and 5, and focuses on ecosystems in Oregon. Education Specialist It consists of eight units, in sequential order, to Oregon State develop and reinforce water quality concepts University-Cooperative through a combination of field, laboratory and Extension classroom activities. Pre- and post-surveys help the 5390 4-H Road, NW educator evaluate student comprehension. The curriculum is accompanied by a resource trunk Salem, OR 97304 available throught the 4-H Center. 503-371-7920 Acid Rain 1990 This GEMS Teacher's Guide presents detailed lesson Great Explorations in plans for 8 class sessions that engage students in a Math & Science variety of activities that lead to a broad Lawrence Hall of understanding of acid rain.
    [Show full text]
  • Sr- 15 Status Report on Urban Hydrology National
    SR- 15 STATUS REPORT ON URBAN HYDROLOGY Cao rale . •• wire and tea wasp! NATIONAL INSTITUTE OF HYDROLOGY JAL VIGYAN BHAVAN ROORKEE-247667 (UP) INDIA 1992-93 PREFACE The process of urbanisation has been taking place for more than 6000 years. Prior to the nineteenth century, most of the urban settlements were small and functioned largely as market towns, serving the surrounding countryside. The urban growth which has taken place worldwide since the early eighteenth century may largely be attributed to the industrial revolution. From 1600 to 1950 world population grew from less than 40 million to greater than 700 million an increase of about 17 times (Johnson 1967). With this rapid expansion, the water requirement increased tremendously and consequently the hydrological problems associated with the development. Problems of urban hydrology have been of world wide concern for several years, but there have been few compilations of background information and even fewer comprehensive investigations of specific urban situations. The new informations and data are of vital importance to the development of urban hydrology research in future. There is also an urgent need to make the best possible use of existing information. Keeping this very fact in mind M.K.Shukla Scientist B and Dr. B.Soni Scientist E of the Institute have prepared this report. (SATISH CHANDRA) CONTENTS PAGE NO. ABSTRACT LIST OF FIGURES Ii 1.0 INTRODUCTION 1 2.0 URBAN CATCHMENT RESEARCH AND KEELING IN USA 3 3.0 URBAN CATCHMENT RESEARCH AND MODELING IN UK 16 4.0 URBAN CATCHMENT
    [Show full text]
  • 2019 DELEGATE NOTEBOOK 76Th Annual Conference of Indiana Soil and Water Conservation Districts
    2019 DELEGATE NOTEBOOK 76th Annual Conference of Indiana Soil and Water Conservation Districts January 14-15, 2019 Indianapolis Marriott Downtown www.iaswcd.org [email protected] IASWCD Annual Business Meeting Rules 1. Delegates shall check in at the Credentials Desk (outside ballroom). 2. Delegates should be seated 10 minutes prior to the start of the meeting. 3. All cell phones are to be turned off or silenced during the meeting. 4. The meeting shall be called to order promptly. 5. The Credentials Report (seating of Delegates) shall report the number of registered delegates. 6. Late delegates may be seated by unanimous consent of the assembly. 7. Delegates and non-delegates shall wear the official meeting badge at all functions. 8. Non-delegates shall be seated in an area appropriately marked and separated from official delegates. 9. Delegates wishing to speak to the assembly shall come to the microphone and address the President. After the President recognizes the delegate, the delegate should identify himself/herself by name and District. 10. Delegates may speak only two times to a motion or proposal and may not speak a second time until all other delegates have had an opportunity to speak. Each speech is limited to 3 minutes. 11. Voting will be done by each delegate raising the district placard. Indiana Association of Soil and Water Conservation Districts, Inc. Annual Business Meeting Marriott Hotel - Indianapolis Tuesday, January 15, 2019 AGENDA 9:00 AM Welcome and Introductions.…………………………………....Jamie Scott (President) Seating of Delegates
    [Show full text]
  • Advisor • November/December 2003
    Advisor November/December 2003 Volume 16, No.6 Share thoughts, advice on ecosystem priorites Restoration workshops reach out to stakeholders What do Great Lakes stakeholders think about ecosystem restoration? What are their concerns, their priorities and their opinions on how to address them? These and related questions form the centerpiece of a restoration priorities initiative fully under- way in the region, thanks to a partnership between the Great Lakes Commission and the Great Lakes state Sea Grant Programs. With funding from the National Sea Grant In This Issue College Program, state-by-state workshops will be held over the next five months to address these questions, and help inform and advance the development and implemen- Features tation of priority actions. Stakeholder advice will make a difference in shaping restoration priorities. The Inland Sensitivity Atlas offers comprehensive guide to spill response workshops, for example, provide an opportunity for participants to 2003 ends with Great Lakes federal “Restoration, by any definition, legislation pending review the nine restoration themes recently released by the Council of is inherently a community based Great Lakes Commission directs $1.9 Great Lakes Governors, and offer million to state projects process that will require unprec- perspectives on their further devel- edented cooperation at all levels Point-counterpoint: Groundwater use opment and implementation. within and outside government.” - Are stronger laws needed? The initiative is off to a strong start, thanks to an initial workshop -Mike Donahue, president/CEO News & Views . 2 President/CEO Mike Donahue held in Ann Arbor, Mich., this past fall. Co-sponsored by the Michigan Office of the Great Lakes and the University of Commission Briefs .
    [Show full text]
  • Engineering Soils Maps of Wells County, Indiana : Final Report
    SCHOOL OF CIVIL ENGINEERING INDIANA DEPARTMENT OF TRANSPORTATION JOINT HIGHWAY RESEARCH PROJECT i FHWA/IN/JHRP-92/17 Final Report ENGINEERING SOILS MAP OF VVELLS COUNTY, INDIANA Wei-Yao Chen UNIVERSITY JOINT HIGHWAY RESEARCH PROJECT FHWA/IN/JHRP-92/17 Final Report engineering soils map of vvt:lls county, Indiana Wei-Yao Chen FINAL REPORT ENGINEERING SOILS MAPS OF WELLS COUNTY, INDIANA by Wei-Yao Chen Research Assistant Joint Highway Research Project Project No.: C-36-51 File No. 1-5-2-91 Prepared as Part of an Investigation Conducted by Joint Highway Research Project Engineering Experiment Station Purdue University in cooperation with Indiana Department of Transportation Indianapolis, Indiana School of Civil Engineering Purdue University West Lafayette, Indiana June 11, 1992 ACKNOWLEDGMENTS The author wishes to express his appreciation to Professor C. W. Lovell for providing the opportunity to work on this project. Thanks are also due the members of the Joint Highway Research Board for their continued support of the county soil mapping project. Credit should be given to Dr. Arvind Chaturvedi for compiling the airphotos of Wells County. The author also wishes to acknowledge D. Yang for skillfully drafting the Engineering Soil Map of Wells County and other figures included in this report, and Rita Pritchett and Mary Hardway for typing the classification test results presented in Appendix A. Additionally, the author would Hke to thank his parent and wife for their unending encouragement and financial support. Digitized by tine Internet Arciiive
    [Show full text]
  • Proceedings, 17Th Central Hardwood Forest Conference; 2010 April 5-7; Lexington, KY; Gen
    United States Department of Proceedings Agriculture Forest 17th Central Hardwood Service Northern Forest Conference Research Station General Technical Report-P-78 Lexington, KY April 5-7, 2010 This document is being published in electronic format only (Web and CD). Any corrections or additions will be posted to the Web site (www.nrs.fs.fed.us/pubs). Cover photo by Songlin Fei, University of Kentucky; used with permission. The fi ndings and conclusions of each article in this publication are those of the individual author(s) and do not necessarily represent the views of the U.S. Department of Agriculture or the Forest Service. All articles were received in digital format and were edited for uniform type and style. Each author is responsible for the accuracy and content of his or her paper. The use of trade, fi rm, or corporation names in this publication is for the information and convenience of the reader. Such use does not constitute an offi cial endorsement or approval by the U.S. Department of Agriculture or the Forest Service of any product or service to the exclusion of others that may be suitable. This publication/database reports research involving pesticides. It CAUTION: PESTICIDES does not contain recommendations for their use, nor does it imply that the uses discussed here have been registered. All uses of pesticides must be registered by appropriate State and/or Federal agencies before they can be recommended. CAUTION: Pesticides can be injurious to humans, domestic animals, desirable plants, and fi sh or other wildlife—if they are not handled or applied properly.
    [Show full text]