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Harmful Algal Bloom Action Plan Conesus Lake
HARMFUL ALGAL BLOOM ACTION PLAN CONESUS LAKE www.dec.ny.gov EXECUTIVE SUMMARY SAFEGUARDING NEW YORK’S WATER Protecting water quality is essential to healthy, vibrant communities, clean drinking water, and an array of recreational uses that benefit our local and regional economies. 200 NY Waterbodies with HABs Governor Cuomo recognizes that investments in water quality 175 protection are critical to the future of our communities and the state. 150 Under his direction, New York has launched an aggressive effort to protect state waters, including the landmark $2.5 billion Clean 125 Water Infrastructure Act of 2017, and a first-of-its-kind, comprehensive 100 initiative to reduce the frequency of harmful algal blooms (HABs). 75 New York recognizes the threat HABs pose to our drinking water, 50 outdoor recreation, fish and animals, and human health. In 2017, more 25 than 100 beaches were closed for at least part of the summer due to 0 HABs, and some lakes that serve as the primary drinking water source for their communities were threatened by HABs for the first time. 2012 2013 2014 2015 2016 2017 GOVERNOR CUOMO’S FOUR-POINT HARMFUL ALGAL BLOOM INITIATIVE In his 2018 State of the State address, Governor Cuomo announced FOUR-POINT INITIATIVE a $65 million, four-point initiative to aggressively combat HABs in Upstate New York, with the goal to identify contributing factors fueling PRIORITY LAKE IDENTIFICATION Identify 12 priority waterbodies that HABs, and implement innovative strategies to address their causes 1 represent a wide range of conditions and protect water quality. and vulnerabilities—the lessons learned will be applied to other impacted Under this initiative, the Governor’s Water Quality Rapid Response waterbodies in the future. -
REFERENCES CITED __.(1920). Animal Life and Sewage in The
REFERENCES CITED BAKER, F. C. ( 1911). The Lymnaeidae ofNorth and Middle America - Recent and Fossil. Chicago Acad Sci. Special Pub. 3:1-539. PI. 1-57. __.(1920). Animal life and sewage in the Genesee River , N.Y. Amer. Nat. 54:152-161. In Ill. Bio. Mono. Vol. VII . April 1922 . NO . 2. Forbes, Trelease and Ward (Eds.), Univ . of Ill. Press. __. (1928a). The freshwater mollusca of Wisconsin, Part 1. Gastropoda. Wisconsin Geol. Nat. Hist. Surv. Bul. 70(1):1-507. PI. 1-28. __. (1945). The molluscan family Planorbidae. Univ. Ill. Press, Urbana, 530 pp. BINNEY, G. W. (1865). Land and freshwater snails of North America. Smithsonian Mise. Coll. No. 144, pt 3, p 113, Fig 225 . CHANDLER, A. C. and P. R. CLARK. (1961). Introduction to Parasitology, John Wiley (lOth ed.). DeKAY, J. E. (1843). Zoology of New York, Part 5. Mollusca of New York . Carroll and Cook, AJbany, 271 pp, PI. 1-40. FOREST, H.S., J. Q. WADE and T. F. MAXWELL. (1978). The Umnology of Conesus Lake. In Bloomfield, J. A. (ed.), Ecology of the Finger Lakes of New York State, AcademJc Press . HARMAN, W. N. and C. O. BERG. (1971). The freshwater Gastropoda of Central New York, with illus. keys to the genera and species. Search: Cornell Univ. Agr. Exp. Sta., Ent.lthaca, 1(4):1-68. HYMAN, L. H. (1968). The Invertebrates: Mollusca, Vol. 6. McGraw-Hill. Book Co. New York. MAURY, C. J. (1916). Freshwater shells from central and western New York. Nautilus 30:329-33. PENNAK, R. W. (1953). Freshwater invertebrates of the United States. -
XIII. a History of Long Point Park
1 Long Point Park Master Plan Table of Contents I. Introduction 3 a. Formation of the Committee and its Purpose 3 II. The Comprehensive Planning Process 4 III. Local Demographics of the Town and Village of Geneseo 4 IV. Recreational Land Use in Geneseo 4 V. Long Point Park Budget 5 VI. Public Services and Infrastructure 5 VII. Overview of Long Point Park, Planning Area and Characteristics 5 VIII. Survey of Current Uses 6 IX. Strengths, Liabilities and Constraints 8 X. Interested Parties and Stakeholders 9 XI. Plan for Public Involvement 9 XII. Vision Statement 11 XIII. History of the Park by Friends of Long Point Park in Livingston County 12 XIV. Goals 17 XV. Recommendations 20 XVI. Master Plan Matrix 24 XVII. Appendix 37 a. Approved Meeting Minutes b. Open-ended Comments from LPPK – Town Link c. LPPK Survey Final Report d. LPPK Letter and Survey Tool e. Additional Communications and Letters f. Conesus Lake and Watershed 2013 Report Card g. Maps h. Environmental Quality Bond Act Project Agreement i. 1987 EQBA Grant application j. Conesus Lake Fisheries Survey 1 Long Point Park Master Plan I. Introduction: In 1990 The Town of Geneseo purchased Long Point Park from the LaGrou family with funding assistance from the State of New York. The goal was to maintain the land as a public park and preserve public access to the shoreline on the west side of Conesus Lake. Since that time, the park has been converted to open space. Summertime swimming programs continue as well as scheduled events such as the Fiddlers Picnic, Summer Craft Fair, and other private and public gatherings. -
Fishing Opportunities in the Genesee River Basin
1 Fishing Opportunities in the Genesee River Basin Matthew Sanderson Senior Aquatic Biologist Region 8 Bureau of Fisheries Avon, NY 2 3 9 Counties 2,479 sq. mi. 3,602 streams 671 ponds and lakes 4 Genesee River Mouth to Rochester Lower Falls (~6 mi) Rochester Lower Falls to Letchworth State Park (~85 mi) Letchworth State Park to Belmont Dam (~41 mi) Belmont Dam to PA state line (22 mi) Maps available at www.dec.ny.gov 5 Mouth to Rochester Lower Falls ~ 6 miles Access: City of Rochester trailer launch, DEC, City, and Monroe County fishing access sites Fishery: Lake Ontario Salmonid Runs Fall: Chinook and Coho Salmon Winter: Rainbow and Brown trout Spring Rainbow trout Largemouth bass, Smallmouth bass, Walleye, Northern pike, Yellow perch, White perch, Freshwater drum, Channel catfish, Brown bullhead 6 Rochester Lower Falls to Letchworth State Park ~ 85 miles Access: Black Creek trailer launch with parking Several car top boat launches Fishery: Largemouth bass, Smallmouth bass, Walleye, Northern pike, Channel catfish, Several species of suckers, 7 Letchworth State Park to Belmont Dam ~ 41 miles No DEC access, but many bridges and parallel roads. Landowner permission should be sought Canoes and car top boats frequently put in at most bridges Fishery: Smallmouth bass, occasional panfish or trout 8 Belmont Dam to PA state line ~ 22 miles Access: ~ 18 miles of Public Fishing Rights 6 parking areas Fishery: Annually stocked with 26,800 yearling brown trout and 2,400 two year old brown trout 9 Lakes Conesus Lake Honeoye Lake Hemlock Lake Canadice Lake Silver Lake Rushford Lake 10 Conesus Lake Livingston County 3,420 acres, max. -
Fourth Lake 2017 Location Use Summary 90 Stewardship Program
ADIRONDACK WATERSHED INSTITUTE FOURTH LAKE 2017 LOCATION USE SUMMARY 90 STEWARDSHIP PROGRAM Fourth Lake AIS intercepted: 60 Boats inspected: 3,695 Dates of Operation: May 27 – October 9 Number of visitors: 8,727 Boats failing inspection: 10.1% Total Number of Days Covered: 123 Weekly Coverage: 7 days Visitors showing spread prevention awareness: 72% Number of previously visited waterways: 109 AIS Present in Waterbody: variable-leaf milfoil Stewardship History: 2011 - present Partnership: Fulton Chain of Lakes Association Boat Type total # total # Watercraft boats boats Barge Canoe Dock Kayak Motor PWC Row Sail SUP observed inspected # of boats observed 0 32 1 254 2714 707 2 37 8 3755 3695 percentage of total boats 0% 1% 0.03% 7% 72% 19% 0.1% 1% 0.2% 100% 98% Boats observed at launch, including those not inspected. PWC=personal watercraft, SUP=stand-up paddleboard. organisms found total # total # boats # boats # of % of inspected % of inspected visitors entering leaving organisms dirty w/AIS inspections boats dirty boats w/AIS 8727 163 327 490 372 54 3695 10.1% 1.5% Boats dirty = watercraft with any organic material, invasive, non-invasive or unknown. AIS spread prevention awareness # groups Visitor Responses asked yes I WB DB BB LW Dis Dry same lake first/frozen didn't ask # of groups 2556 425 872 949 6 53 0 160 520 548 70 3543 percentage of total groups asked 72% 12% 25% 27% 0.2% 1% 0% 5% 15% 15% NA Yes = showed AIS spread prevention awareness; I = inspected boat; WB = washed boat; DB = drained bilge; BB =emptied bait bucket; LW = drained livewell; Dis = disposed of unused bait; Dry = dried boat; same Lake = boat only goes in this lake; first/frozen = first launch of season or frozen boat. -
2018 FINGER LAKES WATER QUALITY REPORT Summary of Historic Finger Lakes Data and the 2017- 2018 Citizens Statewide Lake Assessment Program
2018 FINGER LAKES WATER QUALITY REPORT Summary of Historic Finger Lakes Data and the 2017- 2018 Citizens Statewide Lake Assessment Program November 2019 Division of Water (DOW) Finger Lakes Watershed Hub (FLWH) 615 Erie Boulevard, Syracuse, NY Lake Monitoring and Assessment Section (LMAS) 625 Broadway, Albany, NY www.dec.ny.gov 2018 Finger Lakes Water Quality Report Summary of Historic Finger Lakes Data and the 2017-2018 Citizen Statewide Lake Assessment Program November 2019 NYS Department of Environmental Conservation (NYSDEC) Division of Water (DOW) Finger Lakes Watershed Hub (FLWH) 615 Erie Boulevard, Syracuse, NY (315) 426-7500 Aimee Clinkhammer, Scott Cook, Lewis McCaffrey, Anthony R. Prestigiacomo Lake Monitoring and Assessment Section (LMAS) 625 Broadway, Albany, NY (518) 402-8179 Stephanie June, Rebecca Gorney, Scott Kishbaugh New York State Federation of Lake Associations, Inc. P.O. Box 84, LaFayette, NY Nancy Mueller ii Acknowledgements The New York State Department of Environmental Conservation’s (NYSDEC) Citizens Statewide Lake Assessment Program’s (CSLAP’s) expansion into the Finger Lakes was made possible by funding from the NYS Environmental Protection Fund-Ocean and Great Lakes Program. This funding allowed 22 sites on the 11 Finger Lakes to be added to the program in the spring of 2017. The program increased in 2018, with 6 additional sites on three of the largest lakes, Seneca, Cayuga, and Keuka. CSLAP in the Finger Lakes has allowed the NYSDEC to: (1) collect critical water quality data on these important natural resources, (2) assess contemporary water quality in the Finger Lakes in the context of recent and continuing water quality concerns, (3) make comparisons of the water quality between the lakes in 2017 and 2018, and (4) continue preliminary trend analyses for individual lakes over time. -
Index of Surface-Water Records to September 30, 1967
Index of Surface-Water Records to September 30, 1967 Part 4~St. Lawrence River Basin Index of Surface-Water Recore's to September 30, 1 967 Part 4-St. Lawrence River Basin By B. A. Anderson and C. B. Ham G E 0 L 0 G I C A L S U R V E Y C I R C U L A R 574 w.t· ..... JNI United States Department of the Interior STEWART l. UDAll, s.a.lary Geological Survey William T. Pecora~ DiNdor "- M .,. ' l"aa ,. ._ U.S. GIDios"caf s.n.,, 'At1:wltie...,., D.C. J0242 Index of Surface-Water Records to September 30, 1967 Part 4-St. Lawrence River Basin By B. A. Anderson and C. B. Ham INTRODUCTION This report lists the streamflow and reservoir stations in the St. Lawrence River basin for which records have been or are to be published in repons of the Geological Survey for periods through September 30, 1967. It supersedes Geological Survey Circular 504. Basic data on surface-water supply have been published in an annual series of water-supply papers consisting of several volumes, including one each for the States of Alaska and Hawaii. The area of the other 48 States is divided into 14 parts whose boundaries coincide with cenain natural drainage lines. Prior to 1951, the records for t'le 48 States were published in 14 volumes, one for each of the parts. From 1951 to 1960, the records for the 48 States were published annually in 18 volumes, there being 2 volumes each for Parts 1, 2, 3, and 6. -
The Lakes Country
The Lakes Country by ARCH MERRILL Reprinted from THE DEMOCRAT AND CHRONICLE ROCHESTER, NEW YORK COPYRIGHTED, GANNETT COMPANY All Rights Reserved CHAPTER ILLUSTRATIONS BY GERALD MALONEY PRINTED 1944 BY LOUIS HEINDL & SON ROCHESTER, N.Y. FOREWORD One remembers the English lake country for charm of beauty, restorative power for tired bodies, jaded nerves, and restless minds. Beyond all this he cherishes its contribution to English letters. Men lived and wrote beside these moun- tain-encircled waters. Just so the Finger Lakes, Conesus, Hemlock, Canadice, Honeoye, Canandaigua, Seneca, Keuka "old Indian lakes, with names like liquid music," hold our aff ection. Fascinating for geological study, satisfying in beauty, recreative in quiet serenity, the lakes have special significance because men here on their bordering hillsides have entered richly into the abundant experiment of making a life. And we are indeed fortunate that one who understands men, trusts them, and truly likes them has gone to meet the lakes and the people. And because they had for him a like goodwill for that he always carries in his heart they told him gladly their well treasured lore. Discriminating and honest collector, keen observer, inci- sive reporter, word artist, fascinating teller of tales, Arch Merrill makes live again in this t'olume, the days of yes- terday. Here you shall hear "the voice of the lake,"' and stalk a "mystic countryside," come upon a "chosen place," sense stimulation through learning, stand beside the "cradle of aviation" meet a "lovely vixen" and a "vineyard Queen." So shall you also find a good companion through The Lakes Country. -
Harmful Algal Bloom Action Plan Honeoye Lake
HARMFUL ALGAL BLOOM ACTION PLAN HONEOYE LAKE Photo Credit: Terry Gronwall www.dec.ny.gov EXECUTIVE SUMMARY SAFEGUARDING NEW YORK’S WATER Protecting water quality is essential to healthy, vibrant communities, clean drinking water, and an array of recreational uses that benefit our local and regional economies. 200 NY Waterbodies with HABs Governor Cuomo recognizes that investments in water quality 175 protection are critical to the future of our communities and the state. 150 Under his direction, New York has launched an aggressive effort to protect state waters, including the landmark $2.5 billion Clean 125 Water Infrastructure Act of 2017, and a first-of-its-kind, comprehensive 100 initiative to reduce the frequency of harmful algal blooms (HABs). 75 New York recognizes the threat HABs pose to our drinking water, 50 outdoor recreation, fish and animals, and human health. In 2017, more 25 than 100 beaches were closed for at least part of the summer due to 0 HABs, and some lakes that serve as the primary drinking water source for their communities were threatened by HABs for the first time. 2012 2013 2014 2015 2016 2017 GOVERNOR CUOMO’S FOUR-POINT HARMFUL ALGAL BLOOM INITIATIVE In his 2018 State of the State address, Governor Cuomo announced FOUR-POINT INITIATIVE a $65 million, four-point initiative to aggressively combat HABs in Upstate New York, with the goal to identify contributing factors fueling PRIORITY LAKE IDENTIFICATION Identify 12 priority waterbodies that HABs, and implement innovative strategies to address their causes 1 represent a wide range of conditions and protect water quality. -
The Conesus Lake Watershed Project
Journal of Great Lakes Research 35 (2009) 1–2 Contents lists available at ScienceDirect Journal of Great Lakes Research journal homepage: www.elsevier.com/locate/jglr Editorial Using competitive grants to address water resource challenges at the local level: The Conesus Lake Watershed project nutrients, bacteria, and chemical contaminants that are potential Index words: Water quality, Agriculture, USDA, Management practices, Lakes health threats to drinking water and ultimately human health. Identifying a water quality problem in receiving waters is often the first step in the watershed management process. Effective watershed The Cooperative State Research, Education, and Extension Service management results in a reduction of contaminants within water- (CSREES) of the U.S. Department of Agriculture (USDA) was created in sheds and in the improvement of water quality and is an on-going 1994 and is the leading source of extramural funding for agricultural process that must be flexible enough to adapt to the unique research, education, and extension projects and programs (http:// characteristics of different watersheds as well as to the changing www.csrees.usda.gov/). The CSREES National Water Program offers two circumstances within a single watershed. competitive grant programs: the National Research Initiative (NRI) Water quality monitoring is also critical to ensure that watershed Water and Watersheds Program and the National Integrated Water management strategies are improving water quality. Research within Quality Program (NIWQP). Funding from these two programs is used to the National Water Program is improving sampling design and create and disseminate knowledge that insures a safe and reliable watershed monitoring approaches, enhancing monitoring methods source of water of the appropriate quality and to meet the needs of: and techniques, and examining data credibility. -
Water Quality Report
WATER QUALITY REPORT HEALTH OF CANANDAIGUA LAKE AND TRIBUTARY STREAMS by Dr. Bruce A. Gilman ([email protected]) Department of Environmental Conservation and Horticulture Finger Lakes Community College 4355 Lakeshore Drive Canandaigua, New York 14424 and Kevin Olvany ([email protected]) Watershed Program Manager 205 Saltonstall Street Canandaigua, New York 14424 Prepared for: Canandaigua Lake Watershed Council 205 Saltonstall Street Canandaigua, New York 14424 Table of Contents: Executive Summary . 3 Acknowledgments . List of Figures . List of Tables . Introduction to Water Quality. Chapter 1 – Canandaigua Lake Research Canandaigua Lake Sampling and Monitoring Parameters . Methods . Results and Discussion . Chapter 2 – Tributary Research Methods . Results and Discussion . Recommendations and Topics for Future Research . Literature Cited . 2 Executive Summary: 1. Over the last three years, the health of Canandaigua Lake remained good to excellent. Dissolved oxygen was available throughout the water column at all monitoring times and often was at or near 100% saturation, ideal conditions for the survival of aquatic life. Seasonal temperature profiles characterized the development of thermal stratification typical of deep lakes. The pH was always above 7.00 (due to high buffer capacity of lake water), helping to protect the lake from the damaging effects of acidic precipitation storm events. Conductivity, a measure of ions dissolved in the water, averaged between 350 and 400 μS/cm. Recent increases in conductivity may stem from watershed development activities. Total phosphorus, the critical nutrient governing lake productivity and the element most responsible for lake eutrophication, was often below 10 μg/L during the monthly sample periods. Algal productivity, estimated by the concentration of chlorophyll a, ranged from 0.62 to 9.48 μg/L with a mean of 2.41 μg/L. -
2019 Clwa Annual Meeting
SUMMER 2019 The Annual Meeting is a great place to hear more about current watershed 2019 CLWA initiatives! ANNUAL MEETING Join us for a business meeting with officer and director elections, reports from the Chair and Treasurer, and award recognitions including the announcement of our WEDNESDAY, AUGUST 14 2019 Photo Contest winners. Please note, at this meeting we will also hold a vote to FLCC STAGE 14 amend our Bylaws. The specific issues will be to increase the number of Board 6:00 - 8:00 PM members to 18 and to create a new CLWA Advisory Board. Light refreshments & wine will be served. A $5 After the business meeting, stay for two great presentations focused on our donation at the door is suggested. watershed. Please RSVP to KEYNOTE PRESENTATION: [email protected] Anthony R. Prestigiacomo or (585) 394-5030. Research Scientist, DEC Division of Water, Finger Lakes Watershed Hub Canandaigua Lake is a historically low nutrient lake that has, since 2015, documented shoreline accumulations of cyanobacteria and, recently, experienced large-scale, open water cyanobacterial blooms in the northern portion. At this talk, Tony will describe his summer research project on Canandaigua Lake, which is designed to collect detailed temporal (in time), vertical (in depth), and spatial data at multiple locations at both open-water and nearshore sites for field parameters, user perception, trophic state indicators (nutrients, chlorophyll-a, and clarity), in-situ chlorophyll-a and phycocyanin concentrations, and microcystin toxins. The information collected will be used to: (1) collect scientifically defensible data sets to help understand the formation and distribution of cyanobacteria biomass and microcystins in low nutrient lakes, and (2) determine the representativeness of the open water, long-term monitoring location compared to intensively monitoring, additional sites from this study.