Phase Ia Cultural Resources Survey for the Former Coppers Company, Inc
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The Mill Creek Hundred History Blog: the Greenbank Mill and the Philips
0 More Next Blog» Create Blog Sign In The Mill Creek Hundred History Blog Celebrating The History and Historical Sites of Mill Creek Hundred, in the Heart Of New Castle County, Delaware Home Index of Topics Map of Historic Sites Cemetery Pictures MCH History Forum Nostalgia Forum About Wednesday, February 20, 2013 The Greenbank Mill and the Philips House -- Part 1 The power of the many streams and creeks of Mill Creek Hundred has been harnessed for almost 340 years now, as the water flows from the Piedmont down to the sea. There have been literally dozens of sites throughout the hundred where waterwheels once turned, but today only one Greenbank Mill in the 1960's, before the fire Mill Creek Hundred 1868 remains. Nestled on the west bank of Red Clay Creek, the Search This Blog Greenbank Mill stands as a living testament to the nearly three and a half century tradition of water-powered milling in MCH. The millseat at Search Greenbank is special to the story of MCH for several reasons -- it was one of the first harnessed here, it's the longest-serving, and it's the only one still in operable condition. The fact that it now serves as a teaching tool Show Your Appreciation for the MCHHB With PDFmyURL anyone can convert entire websites to PDF! only makes it more special, at least in my eyes. The early history of the millseat at Greenbank is a riddle, wrapped in a mystery, inside....Ok, it's not quite that bad, but the actual facts are far Recent Comments from clear. -
Simulation of Streamflow and Water Quality in the White Clay Creek Subbasin of the Christina River Basin, Pennsylvania and Delaware, 1994-98
U.S. Department of the Interior U.S. Geological Survey SIMULATION OF STREAMFLOW AND WATER QUALITY IN THE WHITE CLAY CREEK SUBBASIN OF THE CHRISTINA RIVER BASIN, PENNSYLVANIA AND DELAWARE, 1994-98 by Lisa A. Senior and Edward H. Koerkle Water-Resources Investigations Report 03-4031 In cooperation with the DELAWARE RIVER BASIN COMMISSION, DELAWARE DEPARTMENT OF NATURAL RESOURCES AND ENVIRONMENTAL CONTROL, and the PENNSYLVANIA DEPARTMENT OF ENVIRONMENTAL PROTECTION New Cumberland, Pennsylvania 2003 U.S. DEPARTMENT OF THE INTERIOR GALE A. NORTON, Secretary U.S. GEOLOGICAL SURVEY Charles G. Groat, Director For additional information Copies of this report may be write to: purchased from: District Chief U.S. Geological Survey U.S. Geological Survey Branch of Information Services 215 Limekiln Road Box 25286 New Cumberland, Pennsylvania 17070-2424 Denver, Colorado 80225-0286 Email: [email protected] Telephone: 1-888-ASK-USGS Internet Address: http://pa.water.usgs.gov ii CONTENTS Page Abstract . 1 Introduction . 2 Purpose and scope . 4 Previous studies . 5 Acknowledgments . 5 Description of study area . 5 Physical setting . 5 Climate . 5 Geology . 6 Soils. 6 Hydrology . 6 Land use. 6 Water use . 8 Description of model . 8 Data for model input and calibration . 10 Model-input data . 10 Meteorologic data . 10 Water-use data . 14 Spatial data. 16 Model-calibration data. 18 Hydrologic data. 18 Water-quality data. 20 Simulation of streamflow . 25 Assumptions . 30 Model calibration . 30 Model sensitivity analysis . 39 Model limitations . 41 Simulation of water quality . 42 Model calibration . 42 Water temperature . 44 Suspended sediment. 44 Dissolved oxygen and biochemical oxygen demand. 53 Nitrogen . -
Watershed Action Plan
Watershed Action Plan December 2002 Mission Watersheds Statement To protect, sustain, and enhance the quality and quantity of all water resources to insure the health, safety, and welfare of the citizens, and preserve the diverse natural resources and aesthetic and recreational assets of Chester County and its watersheds. Disclaimer The maps, data and information presented herein were compiled by the Chester County Water Resources Authority for the County of Chester, PA and are hereby referenced to the Chester County, Pennsylvania Water Resources Compendium (2001). These information and data are pro- vided for reference and planning purposes only. This document is based on and presents the best information available at the time of the preparation. Funding Partners Chester County and the Chester County Water Resources Authority express their appreciation to those entities who provided financial support for this effort. This project was funded by: • Chester County Board of Commissioners. • Pennsylvania Department of Conservation and Natural Resources, Bureau of Recreation and Conservation, Keystone Recreation, Park and Conservation Fund Program. • Pennsylvania Department of Environmental Protection, and U. S. Environmental Protection Agency Nonpoint Source Pollution Management Program. • Brandywine Valley Association and William Penn Foundation. • U. S. Geological Survey. Chester County Board of Commissioners Karen L. Martynick, Chairman Colin A. Hanna Andrew E. Dinniman Watershed Action Plan December 2002 Prepared by: Chester County Water Resources Authority Chester County Planning Commission Camp Dresser and McKee Gaadt Perspectives, LLC Prepared as a component of: Chester County, Pennsylvania Water Resources Compendium _________________________ Prepared under a Nonpoint Source Pollution Management Grant funded by Pennsylvania Department of Environmental Protection and U. -
6 CULTURAL HISTORICAL BACKGROUND Environmental Setting the Study Area, Located in New Castle County, Falls Within the Piedmont U
CULTURAL HISTORICAL BACKGROUND Environmental Setting The study area, located in New Castle County, falls within the Piedmont Uplands physiographic province, extending from just northwest of the Fall Line marking the transition from the Piedmont to the Coastal Plain and continuing west through the Piedmont. The following summary of the environmental setting of the Piedmont has been abstracted from Custer (1984). The Piedmont Uplands of Delaware represent the northern portion of the Delmarva Peninsula and are characterized by a generally high relief topography dissected by the narrow and sometimes steep stream valleys of relatively small drainage systems; isolated knolls rise above the general level of the landscape. Elevations in the study area range from 90 feet to 370 feet above mean sea level. Thornbury (1965) notes that, within the Piedmont Uplands, there are no large tributaries of the older incised river systems of the Susquehanna and the Delaware Rivers, and that the drainage systems tend to be of lower order. Although broad floodplains may be found along the higher order streams of White Clay Creek and the Brandywine, Elk and Northeast Rivers, the floodplains along the larger tributaries flowing through this portion of the region – the low order tributaries of these rivers - tend to be rather limited in size. The underlying geologic formations consist of folded Paleozoic and Pre-Cambrian metamorphic and igneous rocks. Soils are generally well-drained, but some poorly-drained areas occur in the floodplains and upland flats. The study area is crossed by seven drainages: Hyde Run and its tributary, Coffee Run, flow near the western end of the project area and are low order tributaries of Red Clay Creek; Red Clay Creek and two of its small unnamed tributaries run through the central portion; and Little Mill Creek and one of its tributaries, Little Falls Creek, flow near the eastern end of the project area (Figure 3 shows the locations of these streams). -
Action for Red Clay Creek (ARCC) a Comprehensive Watershed Management Plan
Action for Red Clay Creek (ARCC) A Comprehensive Watershed Management Plan Alyssa Baker Cate Blachly Erica Rossetti Megan Safranek 2017 Table of Contents Table of Contents 1 List of Figures 1 List of Tables 1 Mission Statement 2 Background 2 History 4 Problems 5 Goals 6 Existing Regulations/Ordinances 8 Management Strategies 9 Conclusions & Recommendations 12 Works Cited 14 List of Figures Figure 1: Christina Basin 2 Figure 2: 2001 Land use in the Delaware portion of the Red Clay Creek watershed 3 Figure 3: Red Clay Creek Watershed Location and Delineation 3 Figure 4: Riparian Buffer Opportunities in Red Clay Creek, Delaware 10 List of Tables Table 1: Description and Causes of Problems 5 Table 2: Nutrient Concentration and Trends 6 Table 3: Winter Cover Crop Program in New Castle County, DE 11 Table 4: Possible % Financial Contributions of Red Clay Creek Municipalities 13 Table 5: Tentative Schedule 13 1 Mission Statement The goals of the Action for Red Clay Creek plan (ARCC) are: to attain the acceptable levels of TMDLs, to improve water quality such that each water body is removed from the EPA 303d list of impaired streams, and to reduce flooding in the Red Clay Creek watershed by the year 2030. Background Red Clay Creek is a 54 square mile watershed that is part of the Christina River Basin (Figure 1), which is a subbasin of the Delaware River Basin. It is split between southern Chester County (PA) and northern New Castle County (DE) and is a large source of drinking water for these areas via streams and wells. -
White Clay Creek State Park Trail Plan 12-9-2011
White Clay Creek State Park Trail Plan 12-9-2011 Table of Contents Acknowledgements ................................................................................................ 5 Trail Plan Objectives & Goals ................................................................................. 6 Background & History .......................................................................................... 8 Regional Context ..................................................................................................................... 12 Regional Trail System .............................................................................................................. 14 Public Demand for Trail Opportunities ................................................................ 14 1998 Trail System Overview & Assessment .......................................................... 17 2010 Trail System Overview & Assessment .......................................................... 24 Existing Conditions and Maps ................................................................................................ 24 Trail Descriptions .................................................................................................................... 33 Impacts & Assessment of Today’s Trail System ...................................................................... 37 Trail Users & Uses ................................................................................................................... 39 Visitor Assessment ................................................................................................................. -
Fuel Buses: a Case Study of the Delaware Authority For
LIFE-CYCLE COST AND EMISSIONS ASSESSMENT OF ALTERNATIVE- FUEL BUSES: A CASE STUDY OF THE DELAWARE AUTHORITY FOR REGIONAL TRANSIT (DART) by Amirhossein Shahpar A thesis submitted to the Faculty of the University of Delaware in partial fulfillment of the requirements for the degree of Master of Civil Engineering Summer 2010 Copyright 2010 Amirhossein Shahpar All Rights Reserved LIFE-CYCLE COST AND EMISSIONS ASSESSMENT OF ALTERNATIVE- FUEL BUSES: A CASE STUDY OF THE DELAWARE AUTHORITY FOR REGIONAL TRANSIT (DART) by Amirhossein Shahpar Approved: __________________________________________________________ Ardeshir Faghri, Ph.D. Professor in charge of thesis on behalf of the Advisory Committee Approved: __________________________________________________________ Harry Shenton III, Ph.D. Chair of the Department of Civil and Environmental Engineering Approved: __________________________________________________________ Michael Chajes, Ph.D. Dean of the College of Engineering Approved: __________________________________________________________ Debra Hess Norris, M.S. Vice Provost for Graduate and Professional Education ACKNOWLEDGMENTS I would like to thank Dr. Ardeshir Faghri for his encouragement, patience, and guidance throughout the course of my graduate study. His comments and advice not only helped me to stay on track but also assisted me to get the most out of my time at the University of Delaware. I would like to thank Mr. Mark Glaze, Delaware Department of Transportation’s project manager and Mr. Brett Taylor, Delaware Department of Transportation’s financial and legislative policy advisor, for their comments and suggestions on my research work. I am thankful for Mr. Stephen Kingsberry, Executive Director of DART, for his patience and providing the necessary information for this study. His advice also was invaluable and helped me to make right assumptions whenever needed. -
Streamside Habitat Assessment
Streamside Habitat Assessment During rain storms forests, wetlands and meadows function like giant sponges soaking and infiltrating water slowly into the ground. When these areas are developed, water can’t soak through roads, parking lots, or building and instead quickly runs into our streams. This results in flooding, pollution, and destruction of the stream habitat. Volunteers have helped monitor these physical stream changes through a Riparian (streamside) Habitat Assessment. These habitat assessments can help determine if a site is capable of supporting a healthy Steep eroding stream banks are commonly a diversity of aquatic life. sign of excess water running into streams during storms. Macroinvertebrate Survey The Riparian Habitat Assessment was supplemented with a quick macroinvertebrate survey. Commonly found macroinvertebrates include aquatic insects, clams, mussels, snails, worms, amphipods, and crayfish. Healthy Delaware streams contain a wide variety of macroinvertebrates, each with its own unique requirements for survival. Pollution sensitive organisms require high levels of oxygen and are sensitive to toxic substances and habitat degradation. Organisms that can withstand very low oxygen levels, high toxicity and/or poor habitat are known as pollution-tolerant species. Differences in macroinvertebrate pollution sensitivity can be used to assess water quality. Pollution sensitive macro’s include: Ephemeroptera (Mayflies), Plecoptera (Stoneflies), and Trichoptera (Caddisflies). However, families within each of these Orders can vary widely in tolerance. The caddisfly family Hydropsychidae, for example, is relatively pollution tolerant. Therefore, identification to family level, or lower, provides a more accurate determination of stream health but is more resource intensive. The Riparian Habitat Assessment study used a rapid screening approach to characterize the macroinvertebrate community which, combined with the visual observations, provides a more comprehensive picture of the stream health and helps to determine sites in need of more in-depth study. -
Garrett Woods TIS Review Letter
Nicole Majeski secretary June 17, 2021 Mr. Michael Kaszyski Duffield Associates, Inc. 5400 Limestone Road Wilmington, DE 19808 Dear Mr. Kaszyski: The enclosed Traffic Impact Study (TIS) review letter for the proposed Garrett Woods (Tax Parcels 10-028.00-052 and 10.028.00-030) development has been completed under the responsible charge of a registered professional engineer whose firm is authorized to work in the State of Delaware. They have found the TIS to conform to DelDOT’s Development Coordination Manual and other accepted practices and procedures for such studies. DelDOT accepts this letter and concurs with the recommendations. If you have any questions concerning this letter or the enclosed review letter, please contact me at (302) 760-2124. Sincerely, Claudy Joinville Project Engineer CJ:km Enclosures cc with enclosures: Mr. David Cantera, Owner Trustee Mr. Larry Tarabicos, Tarabicos Grosso Mr. David Edgell, Office of State Planning Coordination Mr. George Haggerty, New Castle County Department of Land Use Mr. Owen Robatino, New Castle County Department of Land Use Mr. Mark Wolanski, New Castle County Department of Land Use Mr. Mir Wahed, Johnson, Mirmiran & Thompson, Inc. Ms. Joanne Arellano, Johnson, Mirmiran & Thompson, Inc. DelDOT Distribution DelDOT Distribution Brad Eaby, Deputy Attorney General Shanté Hastings, Deputy Secretary J. Marc Coté, Director, Planning Mark Luszcz, Deputy Director, DOTS Todd Sammons, Assistant Director, Development Coordination T.William Brockenbrough, Jr., County Coordinator, Development Coordination -
Delaware's 2005 Submission Comments
July 5, 2006 Office of Highway Policy Information Federal Highway Administration 400 Seventh Street, S.W. Washington, D.C. 20590 Attention: HPPI-20, Room 3306 RE: Delaware HPMS 2005 Dear Sir/Madam: We are submitting herewith the 2005 HPMS Data in accordance with the reporting requirements. Area and Population The 2005 HPMS information reflects the 2000-Census Urban Boundaries. The Land area and Population are presented below: Location Area (Square Miles) 2005 Population Middletown, DE 3.5 6,605 Dover, DE 58.6 70,042 Georgetown, DE 3.6 8,221 Lewes, DE 17.3 17,695 Long Neck, DE 11.8 9,581 Milford, DE - Kent 5.5 5,564 Milford, DE - Sussex 6.3 8,369 Ocean View, DE 10.4 9,506 Philadelphia, PA--NJ--DE--MD 188.2 478,752 Salisbury, MD--DE 0.6 1,217 Seaford, DE 15.6 22,613 Smyrna, DE - Kent 6.0 15,221 Smyrna, DE - New Castle 1.1 70 Rural 1,625.50 190,067 Total Urban 328.50 653,457 Total Rural 1,625.50 190,067 Total State 1954 843,524 Chief, Highway Systems Performance Division July 5, 2006 Page 2 of 36 The Land Area was calculated in accordance with HPMS guidelines. This year’s calculations correctly match the 2000 Census measurements of Delaware’s total land area of 1954 square miles. Based on the 2000 Census data, the Delaware Population Consortium provided the following population data and forecasts by each county of the State. Area (Square County Population Miles) 2000 2003 2004 2005 Census New Castle 427 500,265 515,074 520,239 523,008 Kent 589 126,697 134,390 136,096 143,968 Sussex 938 156,638 168,027 172,085 176,548 Total State 1954 783,600 817,491 828,420 843,524 Source: DE Population Consortium, 2006 2005 Delaware Certification Public Mileage On June 15, 2006, Delaware reported 2005 Certified Public Mileage to the FHWA. -
The Transformation Begins Trabant University Center
It I Creeks, streams target of clean-up. PAGE3 • Tax credit works, profs believe. PAGE4 ....• Greater Newark's Hometown Newspaper Since 191 0 •!• 95th Year, Issue 12 ©2004 April 16, 2004 Newark, Del. • 50¢ UP FRONT With clear message from voters, new mayor all Funk is in set to tackle reservoir, landlord, student issues Stumblin' By DARREl W. COlE and KAYTIE DOWliNG in on history NEWARK POST STAFF WRITERS Th By JIM STREIT N ONE of the most watched I and intensely fought city may The mayoral race NEWARK POST STAFF WRITER oral elections in recent memo ry, .challenger Vance Funk III Polling Place Godwin Funk COLORADO SPRINGS, soundly defeated two-term =-Di"-'-st~ri:-'-':ct~1:-=-=------- 34·"=o-'=-----~-=-9:::-:0:::=-6 Colo. -My wife, Linda, and mayor and five-term councilman District 2 79 189 I are enjoying a wonderful Hal Godwin. Eastertime visit here, won District 3 170 474 It appears to be the first time District 4 96 185 derful because any time spent that an incumbent mayor lost a with our U.S. Air Force District 5 152 546 re-election bid since the position District 6 88 342 Academy son is cherished. was created in 1951. The weather has been gray TOTAL 925 2,642 and damp, bright sun has not NOTE: Most votes in bold. appeared, and it snowed Saturday morning. But the atmosphere has not damp The District 6 council seat ened our spir Mayor Hal Godwin spent most of Ken Bartholomew ................................115 its. Tuesday making calls to voters from his home. Chris Rewa .....................................121 We planned Kevin Vonck ....................................186 this westward venture weeks Funk, a real estate lawyer and NOTE: Most votes in bohl. -
Will Shad Return?
The News Journal 05/24/2015 Copy Reduced to %d%% from original to fit letter page Page : A01 SUNDAY NEWS JOURNAL DELAWAREONLINE.COM SUNDAY, MAY 24, 2015 31A With dam gone, will shad return? MOLLY MURRAY THE NEWS JOURNAL For most of their lives, shad – a group of fish in the the herring family – live in the ocean. But each spring – or so the story goes – as the shadbush bursts into bloom, they run up the Delaware Bay, into the river and tributaries like the White Clay Creek, where, drawn by fresh water, the fish spawn. Or that’s the way it’s supposed to go. Since colonial times, manmade dams have blocked the passage of shad to his- toric spawning grounds on the White Clay Creek. With one of those dams now gone, there’s one big question, said Gerald Kauffman, director of the Water Re- source Agency at the University of Dela- ware: “Will they return?” SUCHAT PEDERSON/THE NEWS JOURNAL In mid-April, after a few 80-degree Byrnes Mill Dam on the White Clay Creek has been removed to restore fish passage up the creek. The dam was blocking the upstream movement days, Kauffman went out to check the of American and hickory shad, fish with a long history in the region. creek. The water temperature was 66 de- grees and it was a sunny day. He didn’t find schools of fish everywhere he If you see shad or catch one on the White Clay looked, but he did find shad. Creek, Jerry Kauffman, director at the Water The following day, a team went snor- Resources Agency at the University of Dela- keling on the White Clay in search for ware, would like to know about it.