2 Introducing Painesville Township
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Page 1 03089500 Mill Creek Near Berlin Center, Ohio 19.13 40.9638 80.9476 10.86 9.13 0.6880 58.17 0.77 0.41 2.10 03092000 Kale C
Table 2-1. Basin characteristics determined for selected streamgages in Ohio and adjacent States. [Characteristics listed in this table are described in detail in the text portion of appendix 2; column headings used in this table are shown in parentheses adjacent to the bolded long variable names] Station number Station name DASS Latc Longc SL10-85 LFPath SVI Agric Imperv OpenWater W 03089500 Mill Creek near Berlin Center, Ohio 19.13 40.9638 80.9476 10.86 9.13 0.6880 58.17 0.77 0.41 2.10 03092000 Kale Creek near Pricetown, Ohio 21.68 41.0908 81.0409 14.09 12.88 0.8076 40.46 1.08 0.48 2.31 03092090 West Branch Mahoning River near Ravenna, Ohio 21.81 41.2084 81.1983 20.23 11.19 0.5068 38.65 2.35 1.01 2.51 03102950 Pymatuning Creek at Kinsman, Ohio 96.62 41.4985 80.6401 5.46 21.10 0.6267 52.26 0.82 1.18 5.60 03109500 Little Beaver Creek near East Liverpool, Ohio 495.57 40.8103 80.6732 7.89 55.27 0.4812 38.05 1.98 0.79 1.41 03110000 Yellow Creek near Hammondsville, Ohio 147.22 40.5091 80.8855 9.37 33.62 0.5439 19.84 0.34 0.33 0.36 03111500 Short Creek near Dillonvale, Ohio 122.95 40.2454 80.8859 15.25 27.26 0.3795 30.19 1.08 0.93 1.16 03111548 Wheeling Creek below Blaine, Ohio 97.60 40.1274 80.9477 13.43 27.46 0.3280 40.92 0.97 0.56 0.64 03114000 Captina Creek at Armstrongs Mills, Ohio 133.69 39.9307 81.0696 13.56 26.99 0.6797 32.76 0.54 0.64 0.66 03115400 Little Muskingum River at Bloomfield, Ohio 209.94 39.6699 81.1370 5.50 44.84 0.7516 10.00 0.25 0.12 0.12 03115500 Little Muskingum River at Fay, Ohio 258.25 39.6406 81.1531 4.32 60.10 0.7834 -
I Prediction of Travel Time and Development of Flood Inundation
Prediction of Travel Time and Development of Flood Inundation Maps for Flood Warning System Including Ice Jam Scenario. A Case Study of the Grand River, Ohio by Niraj Lamichhane Submitted in Partial Fulfillment of the Requirements for the Degree of Master of Science in Engineering in the Civil and Environmental Engineering Program YOUNGSTOWN STATE UNIVERSITY May, 2016 i Prediction of Travel Time and Development of Flood Inundation Maps for Flood Warning System Including Ice Jam Scenario. A Case Study of the Grand River, Ohio Niraj Lamichhane I hereby release this thesis to the public. I understand that thesis will be made available from the OhioLINK ETD Center and the Maag Library Circulation Desk for public access. I also authorize the University or other individuals to make copies of this thesis as needed for scholarly research. Signature: Niraj Lamichhane, Student Date Approvals: Suresh Sharma, Thesis Advisor Date Tony Vercellino, Committee Member Date Bradley A. Shellito, Committee Member Date Dr. Salvatore A. Sanders, Dean of Graduate Studies Date ii ABSTRACT ... The flood warning system can be effectively used to reduce the potential property damages and loss of lives. Therefore, a reliable flood warning system is required for the evacuation of people from probable inundation area in sufficient lead time. Hence, this study was commenced to predict the travel time and generate inundation maps along the Grand River, Ohio for various flood stages. A widely accepted hydraulic tool, Hydraulic Engineering Center River Analysis System (HEC-RAS), was used to perform the hydraulic simulation. HEC-GeoRAS, an ArcGIS extension tool, was used to prepare geospatial data and generate flood inundation maps for various flood stages. -
TRANSPORTATION IMPROVEMENT PROGRAM (TIP) SFY 2014 – 2017 May 10, 2013
TRANSPORTATION IMPROVEMENT PROGRAM (TIP) SFY 2014 – 2017 May 10, 2013 HIGHWAY, 2014 - 2017 TRANSPORTATION IMPROVEMENT PROGRAM Highway and Bikeway Element Total Costs Programmed in Five County Area 2013 Dollars are in thousands County 2014 2015 2016 2017 Total Plan Cuyahoga $549,117 $278,880 $138,730 $150,764 $1,117,492 $2,653,306 Geauga $29,933 $12,986 $9,511 $3,581 $56,010 $9,173 Lake $22,400 $66,564 $4,726 $7,286 $100,976 $92,057 Lorain $49,465 $27,213 $36,798 $58,663 $172,139 $90,579 BIKEWAY & Medina $13,295 $16,440 $19,260 $30,061 $79,057 $97,998 Totals $664,210 $402,083 $209,026 $250,355 $1,525,674 $2,943,114 NOACA SFY 2012 FEDERAL TRANSIT ADMINISTRATION (FTA) OBLIGATIONS (by Transit Operator) 07/01/11 to 06/30/2012 Project No. Amendment Secton Recipient Acronym Recipient Obligation ALI Activity Line Item Description ALI Total Eligible Total FTA ALI UZA (Grant No.) Number Code ID Date Code Quantity ALI Cost Amount Code OH040085 0 4 CLEVELAND RTA 1237 6/13/12 117208 FORCE ACCOUNT - CONSTRUCTION 0 $ 245,000 $ 196,000 390090 OH90X700 0 90 LAKETRAN 3039 9/7/11 111215 BUY REPLACEMENT VAN 9 $ 696,739 $ 488,781 390090 OH90X700 0 90 LAKETRAN 3039 9/7/11 114220 ACQUIRE - MISC SUPPORT EQUIPMENT 0 $ 270,000 $ 216,000 390090 OH90X700 0 90 LAKETRAN 3039 9/7/11 117A00 PREVENTIVE MAINTENANCE 0 $ 2,047,106 $ 1,637,685 390090 OH90X700 0 90 LAKETRAN 3039 9/7/11 117C00 NON FIXED ROUTE ADA PARATRANSIT SERVICE 0 $ 383,844 $ 268,691 390090 OH90X700 0 90 LAKETRAN 3039 9/7/11 117D02 EMPLOYEE EDUCATION/TRAINING 0 $ 17,000 $ 13,502 390090 OH90X700 0 90 LAKETRAN -
Chapter 3 the Development of North American Cities
CHAPTER 3 THE DEVELOPMENT OF NORTH AMERICAN CITIES THE COLONIAL F;RA: 1600-1800 Beginnings The Character of the Early Cities The Revolutionary War Era GROWTH AND EXPANSION: 1800-1870 Cities as Big Business To The Beginnings of Industrialization Am Urhan-Rural/North-South Tensions ace THE ERA OF THE GREAT METROPOLIS: of! 1870-1950 bui Technological Advance wh, The Great Migration cen Politics and Problems que The Quality of Life in the New Metropolis and Trends Through 1950 onl tee] THE NORTH AMERICAN CIITTODAY: urb 1950 TO THE PRESENT Can Decentralization oft: The Sun belt Expansion dan THE COMING OF THE POSTINDUSTRIAL CIIT sug) Deterioration' and Regeneration the The Future f The Human Cost of Economic Restructuring rath wor /f!I#;f.~'~~~~'A'~~~~ '~·~_~~~~Ji?l~ij:j hist. The Colonial Era Thi: fron Growth and Expansion coa~ The Great Metropolis Emerges to tJ New York Today new SUMMARY Nor CONCLUSION' T Am, cent EUf( izati< citie weal 62 Chapter 3 The Development of North American Cities 63 Come hither, and I will show you an admirable cities across the Atlantic in Europe. The forces Spectacle! 'Tis a Heavenly CITY ... A CITY to of postmedieval culture-commercial trade be inhabited by an Innumerable Company of An· and, shortly thereafter, industrial production geL" and by the Spirits ofJust Men .... were the primary shapers of urban settlement Put on thy beautiful garments, 0 America, the Holy City! in the United States and Canada. These cities, like the new nations themselves, began with -Cotton Mather, seventeenth· the greatest of hopes. Cotton Mather was so century preacher enamored of the idea of the city that he saw its American urban history began with the small growth as the fulfillment of the biblical town-five villages hacked out of the wilder· promise of a heavenly setting here on earth. -
Ohiocontrolled Hunting
CONTROLLED HUNTING OHIO OPPORTUNITIES 2020-2021 Application period JULY 1, 2020 to JULY 31, 2020 OHIO DEPARTMENT OF NATURAL RESOURCES DIVISION OF WILDLIFE wildohio.gov OHIO DEPARTMENT OF NATURAL RESOURCES DIVISION OF WILDLIFE The Division of Wildlife’s mission is to conserve and improve fish and wildlife resources and their habitats for sustainable use and appreciation by all. VISIT US ON THE WEB WILDOHIO.GOV FOR GENERAL INFORMATION 1-800-WILDLIFE (1-800-945-3543) TO REPORT WILDLIFE VIOLATIONS 1-800-POACHER (1-800-762-2437) DIVISION OF WILDLIFE **AVAILABLE 24 HOURS** DISTRICT OFFICES OHIO GAME CHECK OHIOGAMECHECK.COM WILDLIFE DISTRICT ONE 1500 Dublin Road 1-877-TAG-IT-OH Columbus, OH 43215 (1-877-824-4864) (614) 644‑3925 WILDLIFE DISTRICT TWO HIP CERTIFICATION 952 Lima Avenue 1-877-HIP-OHIO Findlay, OH 45840 (1-877-447-6446) (419) 424‑5000 WILDLIFE DISTRICT THREE FOLLOW US ON SOCIAL MEDIA 912 Portage Lakes Drive Akron, OH 44319 Like us on Facebook (330) 644‑2293 facebook.com/ohiodivisionofwildlife Follow us on Twitter WILDLIFE DISTRICT FOUR twitter.com/OhioDivWildlife 360 E. State Street Athens, OH 45701 (740) 589‑9930 WILDLIFE DISTRICT FIVE 1076 Old Springfield Pike Xenia, OH 45385 (937) 372‑9261 EQUAL OPPORTUNITY The Ohio Division of Wildlife offers equal opportunity regardless GOVERNOR, STATE OF OHIO of race, color, national origin, age, disability or sex (in education programs). If you believe you have been discriminated against in MIKE DeWINE any program, activity or facility, you should contact: The U. S. Fish and Wildlife Service Diversity & Civil Rights Programs-External Programs, DIRECTOR, OHIO DEPARTMENT 4040 N. -
Climatic Summary of Snowfall and Snow Depth in the Ohio Snowbelt at Chardon1
Ohio J. Science ENVIRONMENTAL EDUCATION 101 Climatic Summary of Snowfall and Snow Depth in the Ohio Snowbelt at Chardon1 THOMAS W. SCHMIDLIN, Geography Department and Water Resources Research Institute, Kent State University, Kent, OH 44242 ABSTRACT. Snowfall records were examined for the period 1945-85 at Chardon, OH, the only station with a long climatic record in the snowbelt. Average seasonal snowfall was 269 cm (106 in) with a seasonal maxi- mum of 410 cm (161 in). Seasonal snowfall was positively correlated with other sites in the lower Great Lakes snowbelts and along the western slope of the Appalachians from Tennessee to Quebec, but was not correlated with snowfall in the snowbelts of the upper Lakes. The time series of seasonal snowfall was not random but showed weak year-to-year persistence. The average number of days with 2.5 cm (1 in) of snow- fall was 35. The average dates of the first and last 2.5 cm snowfalls of the winter were 10 November and 4 April. The largest two-day snowfall of the winter averaged 33 cm. The average number of days with 2.5 cm of snow cover was 82. Daily probability of snow cover reached the seasonal maximum of 86% in mid-January and early February. These results may be reasonably extrapolated throughout the Ohio snow- belt for applications in vegetation studies, animal ecology, hydrology, soil science, recreation, and transpor- tation studies. OHIO J. SCI. 89 (4): 101-108, 1989 INTRODUCTION Great Lakes (Muller 1966, Eichenlaub 1970). The Lake The Great Lakes exert a significant influence on the Erie snowbelt extends from the eastern suburbs of regional climate (Changnon and Jones 1972, Eichen- Cleveland through extreme northeastern Ohio into laub 1979). -
Antidegradation Classifications Assigned to State and National Scenic Rivers in Ohio Under Proposed Rules, March 25, 2002
State of Ohio Environmental Protection Agency Antidegradation Classifications Assigned to State and National Scenic Rivers in Ohio under Proposed Rules, March 25, 2002 March 25, 2002 prepared by Division of Surface Water Division of Surface Water, 122 South Front St., PO Box 1049, Columbus, Ohio 43215 (614) 644-2001 Introduction Federal Water Quality Standard (WQS) program regulations require that States adopt and use an antidegradation policy. The policy has two distinct purposes. First, an antidegradation policy must provide a systematic and reasoned decision making process to evaluate the need to lower water quality. Regulated activities should not lower water quality unless the need to do so is demonstrated based on technical, social and economic criteria. The second purpose of an antidegradation policy is to ensure that the State’s highest quality streams, rivers and lakes are preserved. This document deals with the latter aspect of the antidegradation policy. Section 6111.12(A)(2) of the Ohio Revised Code specifically requires that the Ohio EPA establish provisions “ensuring that waters of exceptional recreational and ecological value are maintained as high quality resources for future generations.” Table 1 explains the proposed classification system to accomplish this directive. The shaded categories denote the special higher resource quality categories. The proposed rule contains 157 stream segments classified as either State Resource Waters (SRW) or Superior High Quality Waters (SHQW). The approximate mileage in each classification is shown in Table 1. The total mileage in both classifications represents less than four percent of Ohio’s streams. Refer to “Methods and Documentation Used to Propose State Resource Water and Superior High Quality Water Classifications for Ohio’s Water Quality Standards” (Ohio EPA, 2002) for further information about the process used to develop the list of streams. -
Synoptic Climatology of Lake-Effect Snow Events Off the Western Great Lakes
climate Article Synoptic Climatology of Lake-Effect Snow Events off the Western Great Lakes Jake Wiley * and Andrew Mercer Department of Geosciences, Mississippi State University, 75 B. S. Hood Road, Starkville, MS 39762, USA; [email protected] * Correspondence: [email protected] Abstract: As the mesoscale dynamics of lake-effect snow (LES) are becoming better understood, recent and ongoing research is beginning to focus on the large-scale environments conducive to LES. Synoptic-scale composites are constructed for Lake Michigan and Lake Superior LES events by employing an LES case repository for these regions within the U.S. North American Regional Reanalysis (NARR) data for each LES event were used to construct synoptic maps of dominant LES patterns for each lake. These maps were formulated using a previously implemented composite technique that blends principal component analysis with a k-means cluster analysis. A sample case from each resulting cluster was also selected and simulated using the Advanced Weather Research and Forecast model to obtain an example mesoscale depiction of the LES environment. The study revealed four synoptic setups for Lake Michigan and three for Lake Superior whose primary differences were discrepancies in a surface pressure dipole structure previously linked with Great Lakes LES. These subtle synoptic-scale differences suggested that while overall LES impacts were driven more by the mesoscale conditions for these lakes, synoptic-scale conditions still provided important insight into the character of LES forcing mechanisms, primarily the steering flow and air–lake thermodynamics. Keywords: lake-effect; climatology; numerical weather prediction; synoptic; mesoscale; winter weather; Great Lakes; snow Citation: Wiley, J.; Mercer, A. -
Cuyahoga River RAP State of the River Report
CUYAHOGA RIVER REMEDIAL ACTION PLAN STATE OF THE RIVER REPORT & PROCEEDINGSPROCEEDINGS OFOF THETHE OCTOCTOBEROBER 25,25, 20012001 SYMPOSIUMSYMPOSIUM JANUARY 2002 Sponsored by: The Cuyahoga River Remedial Action Plan (RAP) Prepared by Cuyahoga River Remedial Action Plan Coordinating Committee Cuyahoga River Remedial Action Plan 1299 Superior Ave, Cleveland Ohio 44114 (216) 241-2414 FAX (216) 621-3024 This report was funded by grants from the George Gund Foundation, the Cleveland Foundation, the GAR Foundation, the Ohio EPEPAA andand thethe USUS ForestForest ServiceService DivisionDivision ofof StateState andand PrivatePrivate ForestryForestry NortheasternNortheastern Area,Area, andand technicaltechnical supportsupport from the Northeast Ohio Areawide Coordinating Agency. Additional reproduction of this report was funded with support from the US Environmental Protection Agency Great Lakes National Program Office CUYAHOGA RIVER REMEDIAL ACTION PLAN STATE OF THE RIVER REPORT AND PROCEEDINGS OF THE OCTOBER 25, 2001 SYMPOSIUM JANUARY 2002 Prepared by Cuyahoga River Remedial Action Plan Coordinating Committee Cuyahoga River Remedial Action Plan 1299 Superior Ave, Cleveland Ohio 44114 (216) 241-2414 FAX (216) 621-3024 This report was funded by grants from the George Gund Foundation, the Cleveland Foundation, the GAR Foundation, the Ohio EPA and the US Forest Service Division of State and Private Forestry Northeastern Area, and technical support from the Northeast Ohio Areawide Coordinating Agency Acknowledgements Preparation of this document -
Active Ohio Wetland Mitigation Banks 1/27/09
Active Ohio Mitigation Banks For the most up to date information visit: https://ribits.usace.army.mil/ribits_apex/f?p=107:2 LONG ARMY BANK NAME, SERVICE AREA TERM LOCATION CORPS SPONSOR MANAGER DISTRICT Big Darby-Hellbranch Upper Scioto River Columbus Prairie Twp., SW of Huntington -Stream + Wetlands (05060001) Metro Parks Columbus, Foundation Lower Scioto River Franklin County, Tributaries (05060002- Hellbranch Run 01/02/03/04) (0506001-22-01) Cherry Valley Grand River (04110004) Mt. Pleasant New Lyme Twp., S of Buffalo -Wetland Preservation, Ashtabula-Chagrin River Rod & Gun Sentinel, Ashtabula Ltd. (04110003) Club, County, Conneaut Creek Grand River Peters Creek-Mill Creek (04120101) Partners, Inc. (04110004-04-02) Grand River Lowlands Ashtabula-Chagrin River Mt. Pleasant Orwell Twp., W of Buffalo -Wetland Preservation, (04110003) Rod & Gun Orwell, Ltd. Grand River (04110004) Club, Ashtabula County, Cuyahoga River Grand River Mill Creek-Grand River (04110002) Partners, Inc. (0410004-03-03) Granger Black-Rocky River ODNR Granger Twp., Buffalo -Stream + Wetlands (04110001-01, 04110001- Division of Medina county, Foundation 02, 04110001-06) Wildlife North Branch West Cuyahoga River Branch Rocky River (04110002) within (04110001-01-02) Cuyahoga, Summit, Medina Counties Great Miami Upper Great Miami River Five Rivers Perry Twp., SW of Huntington (Trotwood) (05080001-14/18/19/20) Metro Parks Trotwood, Mitigation Bank Lower Great Miami River Montgomery County, -Five Rivers MetroParks (05080002-01/02/03/04/07) Headwaters Bear Creek (05080002-04-01) -
2018 Annual Report
THE POWER OF OUR NETWORK ANNUAL 2018 REPORT 2018 BY THE NUMBERS CELEBRATING 30 YEARS AND THE VIBRANT FUTURE OF OUR NETWORK 4,146 500 River Network was founded thirty years ago to strengthen local efforts to protect rivers. Over three INDIVIDUALS HOURS OF SUPPORT educated through decades our focus has remained remarkably consistent: We connect people to save rivers. That provided in simple tagline belies a tremendous amount of action to protect and restore waters across the country, particularly at the local level. Today this network is over 6,000 strong. 88 38 As backbone to this network, we educate and empower champions to effectively engage their EVENTS (River Rally, communities, influence decision makers, assert their opinion on policy change, and translate DIRECT strategies from our national network into local solutions for healthy rivers and clean water. Every webinars, and workshops) CONSULTATIONS day, thousands of these local champions are working across the U.S. Take a moment to meet our network and learn their stories. River Network began by helping river and watershed organizations expand protections for $80,000 13,385 pristine rivers. Since then our ambitions, leadership, and programs have evolved to align with our SCHOLARSHIPS granted to understanding of what rivers need to remain healthy, the challenges of a changing climate, and VOLUNTEERS attended significant shifts in the social, political, and economic context of water. While remaining committed to bolstering local groups and grassroots efforts, we now build Nicole Silk 141 24 coalitions across sectors—uniting NGOs, tribal nations, government agencies, and businesses RIVER RALLY PARTICIPANTS RIVER NETWORK to achieve bigger impacts. -
The State of Asian Pacific America
THE STATE OF ASIAN PACIFIC AMERICA THE STATE OFASIANPACIFICAMERICA: ECONOMIC DIVERSITY, ISSUES & POLICIES A Public Policy Report PAULONG Editor LEAP Asian Pacific American Public Policy Institute and UCLA Asian American Studies Center 1994 Leadership Education for Asian Pacifies (LEAP), 327 East Second Street, Suite 226, Los Angeles, CA 90012-4210 UCLA Asian American Studies Center, 3230 Campbell Hall, 405 Hilgard Avenue, Los Angeles, CA 90024-1546 Copyright© 1994 by LEAP Asian Pacific American Public Policy Institute and UCLA Asian American Studies Center All rights reserved. Printed in the United States of America. ISBN: 0-934052-23-9 Cover design: Mary Kao The State of Asian Pacific America: Economic Diversity, Issues & Policies Paul Ong, Editor Table of Contents Preface vii Don T. Nakanishi and J. D. Hokoyama Chapter 1 Asian Pacific Americans and Public Policy 1 Paul Ong Part I. Overviews Chapter 2 Historical Trends 13 Don Mar and Marlene Kim Chapter3 Economic Diversity 31 Paul Ong and Suzanne J. Hee Chapter4 Workforce Policies 57 Linda C. Wing Part II. Case Studies Chapter5 Life and Work in the Inner-City 87 Paul Ong and Karen Umemoto v Chapter6 Welfare and Work Among Southeast Asians 113 Paul Ong and Evelyn Blumenberg Chapter 7 Health Professionals on the Front-line 139 Paul Ong and Tania Azores Chapter 8 Scientists and Engineers 165 Paul Ong and Evelyn Blumenberg Part UI. Policy Essays Chapter9 Urban Revitalization 193 Dennis Arguelles, Chanchanit Hirunpidok, and Erich Nakano Chapter 10 Welfare and Work Policies 215 Joel F. Handler and Paul Ong Chapter 11 Health Care Reform 233 Geraldine V.