Kissimmee Chain of Lakes Highlights
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An Historical Perspective on the Kissimmee River Restoration Project
ing of 14 km of river channel, and removal of two water An Historical control structures and associated levees. Restoration of the Kissimmee River ecosystem will result in the reestablish ment of 104 km2 of river-floodplain ecosystem, including Perspective on the 70 km of river channel and 11,000 ha of wetland habitat, which is expected to benefit over 320 species of fish and Kissimmee River wildlife. Restoration Project Background he Kissimmee River basin is located in central Florida Tbetween the city of Orlando and lake Okeechobee Joseph W. Koebel, Jr.1 within the Coastal Lowlands physiographic province. It con sists of a 4229-km2 upper basin, which includes Lake Kis Abstract simmee and 18 smaller lakes ranging in size from a few hec tares to 144 km2, and a 1,963-km2 lower basin, which This paper reviews the events leading to the channeliza includes the tributary watersheds (excluding Lake Istok tion of the Kissimmee River, the physical, hydrologic, and poga) of the Kissimmee River between lake Kissimmee and biological effects of channelization, and the restoration lake Okeechobee. The physiography of the region includes movement. Between 1962 and 1971, in order to provide the Osceola and Okeechobee Plains and the Lake Wales flood control for central and southern florida, the 166 ridge of the Wicomico shore (U.S. Army Corps of Engineers km-Iong meandering Kissimmee River was transformed 1992). into a 90 km-Iong, 10 meter-deep, 100 meter-wide canal. Prior to channelization, the Kissimmee River meandered Channelization and transformation of the Kissimmee River approximately 166 km within a 1.5-3-km-wide floodplain. -
Freshwater Records.Indd
STATE-RECORD FRESHWATER FISH (Information Courtesy of Florida Fish and Wildlife Conservation Commission) Largemouth Bass 17.27 lbs. Billy M. O’Berry July 6,1986 Unnamed lake, Polk County Redeye Bass 7.83 lbs. William T. Johnson Feb. 18, 1989 Apalachicola River, Gadsden Co. Spotted Bass 3.75 lbs. Dow Gilmore June 24, 1985 Apalachicola River, Gulf Co. Suwannee Bass 3.89 lbs. Ronnie Everett March 2,1985 Suwannee River, Gilchrist Co. Striped Bass 42.25 lbs. Alphonso Barnes Dec. 14,1993 Apalachicola River, Gadsden Co. Peacock Bass 9.08 lbs. Jerry Gomez Mar. 11,1993 Kendall Lakes, Dade County Oscar 2.34 lbs. Jimmy Cook Mar. 16,1994 Lake Okeechobee, Palm Beach Skipjack Herring Open (Qualifying weight is 2.5 lbs.) White Bass 4.69 lbs. Richard S. Davis April 9,1982 Apalachicola River, Gadsden Co. Sunshine Bass 16.31 lbs. Thomas R. Elder May 9,1985 Lake Seminole, Jackson County Black Crappie 3.83 lbs. Ben F. Curry, Sr. Jan. 21, 1992 Lake Talquin, Gadsden County Flier 1.24 lbs. William C. Lane, Jr. Aug. 14, 1992 Lake Iamonia, Leon County Bluegill 2.95 lbs. John R. LeMaster Apr. 19,1989 Crystal Lake Washington County Redbreast Sunfish 2.08 lbs. Jerrell DeWees, Jr. April 29, 1988 Suwannee River, Gilchrist County Redear Sunfish 4.86 lbs. Joseph M. Floyd Mar. 13, 1986 Merritts Mill Pond, Jackson Co. Spotted Sunfish .83 lbs. Coy Dotson May 12,1984 Suwannee River, Columbia Co. Warmouth 2.44 lbs. Tony Dempsey Oct. 19, 1985 Yellow Riv. (Guess Lk.) Okaloosa Chain Pickerel 6.96 lbs. -
Appendix 1 U.S
U.S. Department of the Interior Prepared in cooperation with the Appendix 1 U.S. Geological Survey Florida Department of Agriculture and Consumer Services, Office of Agricultural Water Policy Open-File Report 2014−1257 81°45' 81°30' 81°15' 81°00' 80°45' 524 Jim Creek 1 Lake Hart 501 520 LAKE 17 ORANGE 417 Lake Mary Jane Saint Johns River 192 Boggy Creek 535 Shingle Creek 519 429 Lake Preston 95 17 East Lake Tohopekaliga Saint Johns River 17 Reedy Creek 28°15' Lake Lizzie Lake Winder Saint Cloud Canal ! Lake Tohopekaliga Alligator Lake 4 Saint Johns River EXPLANATION Big Bend Swamp Brick Lake Generalized land use classifications 17 for study purposes: Crabgrass Creek Land irrigated Lake Russell Lake Mattie Lake Gentry Row crops Lake Washington Peppers−184 acresLake Lowery Lake Marion Creek 192 Potatoes−3,322 acres 27 Lake Van Cantaloupes−633 acres BREVARD Lake Alfred Eggplant−151 acres All others−57 acres Lake Henry ! UnverifiedLake Haines crops−33 acres Lake Marion Saint Johns River Jane Green Creek LakeFruit Rochelle crops Cypress Lake Blueberries−41 acres Citrus groves−10,861 acres OSCEOLA Peaches−67 acresLake Fannie Lake Hamilton Field Crops Saint Johns River Field corn−292 acres Hay−234 acres Lake Hatchineha Rye grass−477 acres Lake Howard Lake 17 Seeds−619 acres 28°00' Ornamentals and grasses Ornamentals−240 acres Tree nurseries−27 acres Lake Annie Sod farms−5,643Lake Eloise acres 17 Pasture (improved)−4,575 acres Catfish Creek Land not irrigated Abandoned groves−4,916 acres Pasture−259,823 acres Lake Rosalie Water source Groundwater−18,351 acres POLK Surface water−9,106 acres Lake Kissimmee Lake Jackson Water Management Districts irrigated land totals Weohyakapka Creek Tiger Lake South Florida Groundwater−18,351 acres 441 Surface water−7,596 acres Lake Marian St. -
Lake Kissimmee (WBID 3183B) Nutrient TMDL
CENTRAL DISTRICT • KISSIMMEE RIVER BASIN • UPPER KISSIMMEE PLANNING UNIT FINAL TMDL Report Nutrient TMDL for Lake Kissimmee (WBID 3183B) Woo-Jun Kang, Ph.D., and Douglas Gilbert Water Quality Evaluation and TMDL Program Division of Environmental Assessment and Restoration Florida Department of Environmental Protection December 17, 2013 2600 Blair Stone Road Mail Station 3555 Tallahassee, FL 32399-2400 FINAL TMDL Report: Kissimmee River Basin, Lake Kissimmee (WBID 3183B), Nutrients, December 2013 Acknowledgments This analysis could not have been accomplished without the funding support of the Florida Legislature. Contractual services were provided by Camp Dresser and McKee (CDM) under Contract WM912. Sincere thanks to CDM for the support provided by Lena Rivera (Project Manager), Silong Lu (hydrology), and Richard Wagner (water quality). Additionally, significant contributions were made by staff in the Florida Department of Environmental Protection’s Watershed Assessment Section, particularly Barbara Donner for Geographic Information System (GIS) support. The Department also recognizes the substantial support and assistance of its Central District Office, South Florida Water Management District (SFWMD), Polk County Natural Resource Division, and Osceola County, and their contributions towards understanding the issues, history, and processes at work in the Lake Kissimmee Basin. Editorial assistance was provided by Jan Mandrup-Poulsen and Linda Lord. For additional information on the watershed management approach and impaired waters in the -
Grade 9Th-12Th - Lesson 1
ENVIRONMENTAL FACTORS OF THE EVERGLADES Grade 9th-12th - Lesson 1 The Heart of a Watershed – Student Instructions In groups of 3- 4, make a model of the historical Everglades Watershed (Part 1) and then alter it to reflect the changes that have been made to it (Part 2). Answer the questions after each part. Part 1 - The Historic Everglades To build the model: • Place the pan on a flat surface. Designate a “north” side and a “south” side. • Using toothpicks and post it tabs, make labels for each body of water. Label: Lake Kissimmee • Lake Kissimmee • Kissimmee River • Caloosahatchee River • St. Lucie River • Lake Hicpochee • Lake Okeechobee • “River of Grass” • Florida Bay 2 • Take the clay and spread in the northern /3 of the pan in the shape of the Florida peninsula. Leave the south side empty to represent Florida Bay. Label Florida Bay. • In the center of the clay, make a 3”diameter indentation, about ½” deep to represent Lake Okeechobee. Label Lake Okeechobee. • Using the Map of The Historic Everglades as a guide, make channels in the clay to represent the Kissimmee River and Lake Kissimmee, as well as the Caloosahatchee River, and St. Lucie River. Notice how the historical Caloosahatchee River barely connects with Lake Okeechobee. You can even use different colors of clay to represent each of these features in your model. Make sure the Kissimmee River meanders as it does in the diagram. • Put toothpick labels in the model to designate locations. • Slightly lift the north end of the pan and pour water into Lake Kissimmee and check to see if it flows into Lake Okeechobee. -
Marshall, Arthur R., the Kissimmee Okeechobee Basin, December 12, 1972
The Kissimmee Okeechobee Basin http://www.gatewaycoalition.org/files/everglades.fiu.edu/marshall/mars... Arthur R. Marshall, Jr. Collection Marshall, Arthur R., The Kissimmee Okeechobee Basin, December 12, 1972. A Report to the Cabinet of Florida Reubin O'D. Askew Governor Richard Stone Secretary of State Robert L. Shevin Attorney General Floyd T. Christian Commissioner of Education Doyle Conner Commissioner of Agriculture Fred O. Dickinson, Jr. Comptroller Thomas D. O'Malley Treasurer December 12, 1972 This report has been produced as a public service by the Division of Applied Ecology, Center for Urban and Regional Studies, University of Miami. The Division of Applied Ecology is funded by the Ford Foundation - Grant No. 710-0132. Second Edition PAGE CONTENTS 1 INTRODUCTION Arthur R. Marshall 8 HYDROLOGY James H. Hartwell 14 EUTROPHICATION: PROCESS David S. Anthony 21 EUTROPHICATION: HAZARDS John V. Betz 29 MARSH ECOLOGY Ariel E. Lugo 44 CONCLUSIONS AND RECOMMENDATIONS 51 BIBLIOGRAPHY 53 APPENDIX PARTICIPANTS 1 of 37 10/1/2012 3:15 PM The Kissimmee Okeechobee Basin http://www.gatewaycoalition.org/files/everglades.fiu.edu/marshall/mars... ARTHUR R. MARSHALL Ecologist Center for Urban and Regional Studies University of Miami JAMES H. HARTWELL Hydrologist Center for Urban and Regional Studies University of Miami DAVID S. ANTHONY Biochemist University of Florida JOHN V. BETZ Microbiologist University of South Florida ARIEL E. LUG0 Ecologist University of Florida ALBERT R. VERI Environmental Planner Center for Urban and Regional Studies University of Miami SUSAN U. WILSON Biologist Center for Urban and Regional Studies University of Miami I have just returned from south central Florida and the death-bed of an old friend. -
Assessment of Cyanotoxins in Florida's Lakes, Reservoirs And
Assessment of Cyanotoxins in Florida’s Lakes, Reservoirs and Rivers by Christopher D. Williams BCI Engineers and Scientists, Inc. Lakeland, FL. John W. Burns Andrew D. Chapman Leeanne Flewelling St. Johns River Water Management District Palatka, FL. Marek Pawlowicz Florida Department of Health/Bureau of Laboratories Jacksonville, FL. Wayne Carmichael Wright State University Dayton, OH. 2001 Executive Summary EXECUTIVE SUMMARY Harmful algal blooms (HABs) are population increases of algae above normal background levels and are defined by their negative impacts on the environment, the economy, and human health. Historically, many of Florida's largest and most utilized freshwater and estuarine systems have been plagued by occasional blooms of harmful algae. During the last decade, however, the frequency, duration, and concentration levels of these blooms in freshwater and brackish water have increased significantly, primarily due to changes in land utilization, changes in hydrology, increases in nutrient runoff, loss of aquatic vegetation, and a climate that is very conducive to algal growth and proliferation. In 1998, the Florida Harmful Algal Bloom Task Force was established to determine the extent to which HABs pose a problem for the state of Florida. Blue-green algae (cyanobacteria) were identified as top research priorities due to their potential to produce toxic chemicals and contaminate natural water systems. In June 1999, the St. Johns River Water Management District (SJRWMD) initiated a collaborative study in conjunction with the Florida Marine Research Institute, the Florida Department of Health, and Wright State University to determine the geographical distribution of various types of toxin-producing blue-green algae in Florida's surface waters and to positively identify any algal toxins present in these waters. -
Floods in Florida Magnitude and Frequency
UNITED STATES EPARTMENT OF THE INTERIOR- ., / GEOLOGICAL SURVEY FLOODS IN FLORIDA MAGNITUDE AND FREQUENCY By R.W. Pride Prepared in cooperation with Florida State Road Department Open-file report 1958 MAR 2 CONTENTS Page Introduction. ........................................... 1 Acknowledgements ....................................... 1 Description of the area ..................................... 1 Topography ......................................... 2 Coastal Lowlands ..................................... 2 Central Highlands ..................................... 2 Tallahassee Hills ..................................... 2 Marianna Lowlands .................................... 2 Western Highlands. .................................... 3 Drainage basins ....................................... 3 St. Marys River. ......_.............................. 3 St. Johns River ...................................... 3 Lake Okeechobee and the everglades. ............................ 3 Peace River ....................................... 3 Withlacoochee River. ................................... 3 Suwannee River ...................................... 3 Ochlockonee River. .................................... 5 Apalachicola River .................................... 5 Choctawhatchee, Yellow, Blackwater, Escambia, and Perdido Rivers. ............. 5 Climate. .......................................... 5 Flood records ......................................... 6 Method of flood-frequency analysis ................................. 9 Flood frequency at a gaging -
Florida Fish and Wildlife Conservation Commission Statewide Alligator Harvest Data Summary
FWC Home : Wildlife & Habitats : Managed Species : Alligator Management Program FLORIDA FISH AND WILDLIFE CONSERVATION COMMISSION STATEWIDE ALLIGATOR HARVEST DATA SUMMARY YEAR AVERAGE LENGTH TOTAL HARVEST FEET INCHES 2000 8 8 2,552 2001 8 8.2 2,268 2002 8 3.7 2,164 2003 8 4.6 2,830 2004 8 5.8 3,237 2005 8 4.9 3,436 2006 8 4.8 6,430 2007 8 6.7 5,942 2008 8 5.1 6,204 2009 8 0 7,844 2010 7 10.9 7,654 2011 8 1.2 8,103 Provisional data 2000 STATEWIDE ALLIGATOR HARVEST DATA SUMMARY AVERAGE LENGTH TOTAL AREA NO AREA NAME FEET INCHES HARVEST 101 LAKE PIERCE 7 9.8 12 102 LAKE MARIAN 9 9.3 30 104 LAKE HATCHINEHA 8 7.9 36 105 KISSIMMEE RIVER (POOL A) 7 6.7 17 106 KISSIMMEE RIVER (POOL C) 8 8.3 17 109 LAKE ISTOKPOGA 8 0.5 116 110 LAKE KISSIMMEE 7 11.5 172 112 TENEROC FMA 8 6.0 1 402 EVERGLADES WMA (WCAs 2A & 2B) 8 8.2 12 404 EVERGLADES WMA (WCAs 3A & 3B) 8 10.4 63 405 HOLEY LAND WMA 9 11.0 2 500 BLUE CYPRESS LAKE 8 5.6 31 501 ST. JOHNS RIVER 1 8 2.2 69 502 ST. JOHNS RIVER 2 8 0.7 152 504 ST. JOHNS RIVER 4 8 3.6 83 505 LAKE HARNEY 7 8.7 65 506 ST. JOHNS RIVER 5 9 2.2 38 508 CRESCENT LAKE 8 9.9 23 510 LAKE JESUP 9 9.5 28 518 LAKE ROUSSEAU 7 9.3 32 520 LAKE TOHOPEKALIGA 9 7.1 47 547 GUANA RIVER WMA 9 4.6 5 548 OCALA WMA 9 8.7 4 549 THREE LAKES WMA 9 9.3 4 601 LAKE OKEECHOBEE (WEST) 8 11.7 448 602 LAKE OKEECHOBEE (NORTH) 9 1.8 163 603 LAKE OKEECHOBEE (EAST) 8 6.8 38 604 LAKE OKEECHOBEE (SOUTH) 8 5.2 323 711 LAKE HANCOCK 9 3.9 101 721 RODMAN RESERVOIR 8 7.0 118 722 ORANGE LAKE 8 9.3 125 723 LOCHLOOSA LAKE 9 3.4 56 734 LAKE SEMINOLE 9 1.5 16 741 LAKE TRAFFORD -
Littoral Vegetation of Lake Tohopekaliga: Community Descriptions Prior to a Large-Scale Fisheries Habitat-Enhancement Project
LITTORAL VEGETATION OF LAKE TOHOPEKALIGA: COMMUNITY DESCRIPTIONS PRIOR TO A LARGE-SCALE FISHERIES HABITAT-ENHANCEMENT PROJECT By ZACHARIAH C. WELCH A THESIS PRESENTED TO THE GRADUATE SCHOOL OF THE UNIVERSITY OF FLORIDA IN PARTIAL FULFILLMENT OF THE REQUIREMENTS FOR THE DEGREE OF MASTER OF SCIENCE UNIVERSITY OF FLORIDA 2004 Copyright 2004 by Zachariah C Welch ACKNOWLEDGMENTS I thank my coworkers and volunteers who gave their time, sweat, and expertise to the hours of plant collection and laboratory sorting throughout this study. Special thanks go to Scott Berryman, Janell Brush, Jamie Duberstein and Ann Marie Muench for repeatedly contributing to the sampling efforts and making the overall experience extremely enjoyable. This dream team and I have traversed and molested wetland systems from Savannah, GA, to the Everglades of south Florida, braving and enjoying whatever was offered. Their camaraderie and unparalleled work ethic will be sorely missed. My advisor, Wiley Kitchens, is directly responsible for the completion of this degree and my positive experiences over the years. With a stubborn, adamant belief in my potential and capability, he provided me with the confidence I needed to face the physical and emotional challenges of graduate school. His combination of guidance and absence was the perfect medium for personal and professional growth, giving me the freedom to make my own decisions and the education to make the right ones. I thank my committee members, George Tanner and Phil Darby, for generously giving their expertise and time while providing the freedom for me to learn from my mistakes. Additionally, I thank Phil Darby for introducing me to the wonderful world of airboats and wetlands, and for sparking my interest in graduate school. -
Osceola County Lakes Management Plan
2015 Osceola County Lakes Management Plan ADOPTED Osceola County BoCC September 14, 2015 Osceola County Lakes Management Plan Prepared by: Community Development Department Community Resources Office September 2015 The Mission of Osceola County’s Lakes Management Program is to protect, enhance, conserve, restore, and manage the County’s aquatic resources. We accomplish this through education, coordination with other agencies, and maintenance and management of lake systems. Activities include hydrologic management, habitat preservation and enhancement, aquatic plant management, water quality improvement, and provision of recreational opportunities. Our goal is to improve, enhance and sustain lake ecosystem health, while avoiding impacts to downstream systems, for the benefit of the fish and wildlife resources and the residents of, and visitors to, Osceola County. Cover photo: Lake Gentry CONTENTS Executive Summary ................................................................................................... 1 Section 1 Introduction ............................................................................................... 7 Section 2 Lake Management Activities .................................................................... 11 Section 3 Water Quality .......................................................................................... 20 Section 4 Lake Management Plans .......................................................................... 30 Lake Tohopekaliga .................................................................................... -
Shingle Creek Management Area (2016-2026)
Shingle Creek Management Area General Management Plan 2016-2026 South Florida Water Management District, Land Stewardship Section Intentionally left blank 0 Shingle Creek Management Area General Management Plan 2016-2026 South Florida Water Management District, Land Stewardship Section Shingle Creek Management Area Ten-Year General Management Plan (2016-2026) January 2016 Land Stewardship Section South Florida Water Management District 3301 Gun Club Road West Palm Beach, Florida 33416-4680 Table of Contents List of Maps & Tables ------------------------------------------------------------------ 3 List of Appendices ---------------------------------------------------------------------- 4 Executive Summary ------------------------------------------------------------------- 5 2. Introduction and Management Plan Purpose ------------------------- 7 2.1 Management Area Goals and Objectives ------------------------------------- 8 3. Site History --------------------------------------------------------------------- 12 4. Resource Inventory ---------------------------------------------------------- 26 4.1 Hydrology ------------------------------------------------------------------------ 26 4.2 Soils ------------------------------------------------------------------------------ 32 4.3 Natural Communities ---------------------------------------------------------- 35 4.4 Wildlife -------------------------------------------------------------------------- 35 1 Shingle Creek Management Area General Management Plan 2016-2026 South Florida Water Management