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Results of Spirit Leveling in Maryland 1896 to 1911, Inclusive
DEPARTMENT OF THE INTERIOR UNITED STATES GEOLOGICAL SURVEY GEORGE OTIS SMITH, DIRECTOR f . BTJIAETIN 563 t RESULTS OF SPIRIT LEVELING IN MARYLAND 1896 TO 1911, INCLUSIVE R. B. MARSHALL, CHIEF GEOGRAPHER Work done in cooperation with the State through the Maryland Geological Survey William Bullock Clark, State Geologist WASHINGTON GOVERNMENT PRINTING OFFICE 1914 CONTENTS. Page. Introduction. ............................................................... 5 Cooperation.......................................................... 6 Previous publication................... : ...........................".. 5 Personnel............................................................. 5 Classification......................................................... 5 Bench marks......................................................... 6 Datum............................................................... 6 Topographic maps.................................................... 7 Precise.leveling.......................................................... 8 Washington quadrangle (Montgomery County)........................... 8 Primary leveling......................................................... 10 Barclay, Betterton, Cecilton, Chestertown, Choptank (30/), Crapo, Cris- field, Deal Island, Denton, Dover (3(X), Drum Point, Harrington, Hur- lock, Nanticoke, Ocean City, Oxford, Pittsville, Princess Anne, Salis bury, Seaford, Snow Hill, St. Michaels, and Tolchester (3(X) quadrangles (Caroline, Cecil, Dorchester, Kent, Queen Annes, Somerset, Talbot, Wicomicp, and Worcester -
1 I-68/I-70: a WINDOW to the APPALACHIANS by Dr. John J
I-68/I-70: A WINDOW TO THE APPALACHIANS by Dr. John J. Renton Dept. of Geology & Geography West Virginia University Morgantown, WV Introduction The Appalachian Mountains are probably the most studied mountains on Earth. Many of our modern ideas as to the origin of major mountain systems evolved from early investigations of the Appalachian region. The Appalachians offer a unique opportunity to experience the various components of an entire mountain system within a relatively short distance and period of time. Compared to the extensive areas occupied by other mountain systems such as the Rockies and the Alps, the Appalachians are relatively narrow and can be easily crossed within a few hours driving time. Following I-68 and I-70 between Morgantown, WV, and Frederick, Maryland, for example, one can visit all of the major structural components within the Appalachians within a distance of about 160 miles. Before I continue, I would like to clarify references to the Allegheny and Appalachian mountains. The Allegheny Mountains were created about 250 million years ago when continents collided during the Alleghenian Orogeny to form the super-continent of Pangea (Figure 1). As the continents collided, a range of mountains were created in much the same fashion that the Himalaya Mountains are now being formed by the collision of India and Asia. About 50 million years after its Figure 1 1 creation, Pangea began to break up with the break occurring parallel to the axis of the original mountains. As the pieces that were to become our present continents moved away from each other, the Indian, Atlantic, and Arctic oceans were created (Figure 2). -
Adopted Allegany County Solid Waste Management Plan 2014-2024
Solid Waste Management Plan Revised for the 2014 – 2024 Planning Period Adopted September 17, 2015 TABLE OF CONTENTS ADOPTING RESOLUTION Introduction 5 pages MDE LETTER OF APPROVAL CHAPTER I – Goals and Objectives 6 pages CHAPTER II – County Planning Data and Regulations 7 pages CHAPTER II - Existing Solid Waste Stream and Facilities 22 pages CHAPTER IV – Assessment of Need 35 pages CHAPTER V – Plan of Action 34 pages APPENDIX A: Contracts Contract between Allegany County and Mountainview Landfill Inc. 12/18/2008 Contract between Allegany County and Penn-Mar Recycling 1/14/2010 APPENDIX B: Summary of applicable state and federal regulations APPENDIX C: Bibliography APPENDIX D: Solid Waste Management Board Bylaws (rev. 4/12/12) APPENDIX E: State of Maryland Litter Control Law APPENDIX F: Local municipal ordinances related to solid waste City of Cumberland, MD City of Frostburg, MD Note that these ordinances were current at the time of publication and are provided for information only. For current ordinance information, contact the municipality directly APPENDIX G: Allegany County Reuse Directory, rev. 12/12/2014 APPENDIX H: Proposed Solid Waste Hauler Licensing Program APPENDIX I: Allegany County Solid Waste and Recycling Program Costs- Fiscal Year 2012. ALLEGANY COUNTY SOLID WASTE MANAGEMENT PLAN INTRODUCTION On December 19, 1996, the Board of Commissioners of Allegany County, Maryland established the Allegany County Solid Waste Management Board to serve as an advisory body on matters pertaining to solid waste disposal and recycling, and to prepare updates of the County’s Solid Waste Management Plan. As currently constituted, the Solid Waste Management Board members (Representatives and their designated Alternates) are listed at the end of this Introduction. -
Bedford County Natural Heritage Inventory, 1998
BEDFORD COUNTY NATURAL HERITAGE INVENTORY Prepared for: The Bedford County Planning Commission Russell Building, 203 S. Juliana Street Bedford, PA 15522 Prepared by: Western Pennsylvania Conservancy 209 Fourth Avenue Pittsburgh, Pennsylvania 15222 September 1998 This project was funded by the Department of Conservation and Natural Resources, Bureau of Recreation and Conservation, by the Southwestern Pennsylvania Heritage Preservation Commission under the Grant Agreement #GA-4174-6-0024 and by the Western Pennsylvania Conservancy. Cover illustration: Topographic Settings map of Bedford County – hilltop upper slope lower slope valley bottom . Source: Bedford County Planning Commission. Printed on recycled paper PREFACE The Bedford County Natural Heritage Inventory identifies and maps Bedford County’s most significant natural places. The study investigated plant and animal species and natural communities that are unique or uncommon in the county; it also explored areas important for general wildlife habitat and scientific study. The inventory does not confer protection to any of the areas listed in the report. It is, however, a tool for informed and responsible decision-making. Public and private organizations may use the inventory to guide land acquisition and conservation decisions. Local municipalities and the County may use it to help with comprehensive planning, zoning and the review of development proposals. Developers, utility companies and government agencies alike may benefit from access to this environmental information prior to the creation of detailed development plans. Although the inventory was conducted using a tested and proven methodology, it is best viewed as a preliminary report rather than the final word on the subject of Bedford County’s natural heritage. -
Allegany County
763 MARYLAND GEOLOGICAL SURVEY ALLEGANY COUNTY MARYLAND GEOLOGICAL SURVEY ALLEGANY COUNTY BALTIMORE THE JOHNS HOPKINS PRESS 1900 ^6e jfrnbenmafS Company BALTIMORE, MD., U. S. A. COMMISSION JOHN WALTEE SMITH, President. GOVERNOR OF MARYLAND. JOSHUA W. HEEING, COMPTROLLER OF MARYLAND. DANIEL C. OILMAN, . Executive Offickk. PRESIDENT OF THE JOHNS HOPKINS UNIVERSITY. E. W. SILVESTEE, Secretary. PRESIDENT OF THE MA-BYLAND AGRICULTURAL COLLEGE. SCIENTIFIC STAFF Wm. Bullock Clark, . ... State Geologist. SUPERINTENDENT OF THE SURVEY. Edward B. Mathews, . Assistant State Geoi.ogist. Charles S. Prosser, Chief of Division of Appalachian Geology, L. A. Bauer, . Chief of Division of Terrestrial Magnetism. C. C. O'Harra Assistant Geologist. E. B. Eowe, Assistant Geologist. Also with the cooperation of several members of the scientific bureaus of the National Government. LETTER OF TRANSM1TTAL To His Excellency John Waltee Smith, Governor of Maryland and President of the Geological Survey Commission. Sir:—I have the honor to present herewith a report on The Physi- cal Features of Allegany County. The Volume constitutes the first of a series of reports on county resources, and is accompanied by an Atlas with large scale topographical and geological maps. The infor- mation brought forward in these publications is of both economic and educational significance and I believe will prove of interest and value both to those who are residents of the county and those from a distance who may be considering sites for homes or for the investment of capital therein. I am, Very respectfully, Wm. Bullock Clark, State Geologist. Johns Hopkins University, Baltimore, 'November, 1900. CONTENTS PAGE PREFACE 17 INTRODUCTION 33 THE PHYSIOGRAPHY OF ALLEGANY COUNTY. -
Green Ridge State Forest
Publication #DNR 02-070617-6 #DNR Publication 11/2017 Department photo Department Lens Creek Studios Lens Creek HISTORY BIKING CAMPING A FIRE- Department photo Department In the early 1800s, Charles Carroll, the last surviving Mountain biking is permitted on all open forest Primitive camping has become a rare opportunity, DEPENDENT signer of the Declaration of Independence, owned most roads, as well as the designated Mountain Bike but not at Green Ridge! There are 100 primitive of present-day Green Ridge State Forest. The Carroll Trail. The Mountain Bike Trail is also open to foot designated campsites dispersed throughout the ECOSYSTEM traffic and includes a variety of terrain, including forest. Each site has a picnic table and fire ring. Chimney, part of a steam saw mill built in 1836, is With exceptionally thick bark and fallen trees, fast descents, steep inclines, and Register for campsites at forest headquarters prior the only known surviving structure. the ability to re-sprout at the trunk, immediately on the right. (Travel time approximately 3 hours) 3 approximately time (Travel right. the on immediately photo Department stream crossings. to occupation. pitch pines are structurally adapted to Make a right onto M.V. Smith Road. Headquarters Drive is is Drive Headquarters Road. Smith M.V. onto right a Make It is approximately Backcountry survive wildfires. When natural fires Take I-79 South to I-68 East. Take Exit #64 (M.V. Smith Road). Road). Smith (M.V. #64 Exit Take East. I-68 to South I-79 Take Frederick Mertens came to Cumberland from Germany 12 miles long and backpack camping From Pittsburgh: From spread through the forest, these trees in the mid-1800s to build boats on the new Chesapeake & considered difficult. -
2009 Annual Report Land Development Services
DEPARTMENT OF COMMUNITY SERVICES Division of Land Development Services ANNUAL REPORT 2009 Annual Report Land Development Services Prepared for The Allegany County Commissioners James J. Stakem President Robert M. Hutcheson Commissioner Dale R. Lewis Commissioner David A. Eberly County Administrator Division of Land Development Services James A. Squires Jr. Division Chief Patti W. Mackie Permits Clerk Linda A. Simpson Administrative Assistant David A. Dorsey Planner Fred DeVore Building Inspector Amy C. M. Stonebreaker Planner Steve Stallings Building Inspector Annual Report 2009 Section 1 Page i Division of Land Development Services Table of Contents Section 1 - Narrative Division’s Purpose Page 1 Administration Page 1 Summary of Annual Operations Page 2 Division’s Personnel Page 8 Land Development Services staff Allegany County Board of Zoning Appeals appointments/staff Allegany County Building Code Appeals Board appointments/staff Allegany County Agricultural Preservation Board appointments/staff Budgets Page 9 FY 2009 1210 Budget Summary FY 2009 1455 Budget Summary FY 2009 1710 Budget Summary Section 2 - Maps, Charts, Graphs and Tables Map of Allegany County Map 1 Historical Performance: 10 Year Period 2000-2009 Plate 1 Table-Permits Applied, Issued, Cancelled, Denied, Revised, COs Chart-Volume of Permitting Activity Chart-Ratio of Permits Applied/Issued (All) Chart-Number of Single Family Dwellings Authorized Chart- Value(T) of Authorized Construction (All) Chart- Value(T) of Single Family Dwellings Issued Chart- Permit Fees Invoiced -
A Geology Field Trip
Readings and Notes An Introduction to Earth Science 2016 A Geology Field Trip John J. Renton Thomas Repine Follow this and additional works at: https://researchrepository.wvu.edu/earthscience_readings Part of the Geology Commons A GEOLOGY FIELD TRIP by Dr. John J. Renton Dept. of Geology and Geography West Virginia University _,-....~-?IJ~'I Introduction to Field Trip I .I I had several objectives in mind when I prepared this field trip. I want to develop I in you an interest, an understanding, and an appreciation of geology of the region. I ~ ~ I want to show you differences between three of the basic physiographic provinces !3' /f,... within Appalachia, the Low Plateau, the High Plateau, and the Appalachian l'«(t/1 Mountain Section of the Valley and Ridge Province. I also want to show you the role ,}J, I ,~...., " that the kinds and structures of the underlying rocks plays in the formation of the I topography of a region in order to have you better understand why the appearance of the land changes as you travel about FIGURE 2 the country. During the trip, you will also see excellent examples of the process of weathering as well as the erosive I .I power of streams. The trip will visit .I several tourist areas and, in addition to 0. I " ~ r.::: I their scenic beauty, you will learn that ,J they represent excellent examples of g> I 'S~ I important geologic features. C , - --,J~ ~' ,, I '~, G> I ROAD LOG ~ I Cl> I ch .Ct Introduction: As you begin the trip, 0 I there are two figures you will want to s: 1 •~~ ... -
View the Three Sisters Watershed Conservation Plan
Three Sisters Watershed Conservation Plan November 2006 A Plan for the Sideling Hill, Fifteenmile, and Town Creek Watersheds This project was financed in part by a grant from the Keystone Recreation, Park and Conservation Fund under the administration of the Pennsylvania Department of Conservation and Natural Resources, Bureau of Recreation and Conservation. Three Sisters Watershed Conservation Plan The Pennsylvania Rivers Conservation Program Three Sisters Watershed Conservation Plan: A Plan for the Sideling Hill, Fifteenmile, and Town Creek Watersheds November 2006 Prepared for: Three Sisters Watershed Community Prepared by: Western Pennsylvania Conservancy Freshwater Conservation Program 246 South Walnut Street Blairsville, PA 15717 This project was financed in part by a grant from the Community Conservation Partnership Program under the administration of the Pennsylvania Department of Conservation and Natural Resources, Bureau of Recreation and Conservation. i Three Sisters Watershed Conservation Plan Page intentionally left blank ii Three Sisters Watershed Conservation Plan TABLE OF CONTENTS Page Title Page……………………………………………………………………. i Table of Contents iii List of Tables viii List of Figures x Acknowledgements xi Acronyms xii Watershed Definition xiv Executive Summary………………………………………………………… ES-1 Project Background ES-1 Purpose ES-1 Planning Process ES-2 Implementation ES-2 Chapter Summaries ES-4 Project Area Characteristics ES-4 Land Resources ES-4 Water Resources ES-5 Biological Resources ES-6 Cultural Resources ES-7 Issues and Concerns -
Gazetteer of Maryland
Bulletin No. 231 Series F, Geography, 39 DEPARTMENT OF THE INTERIOR UNITED STATES GEOLOGICAL SURVEY CHARLES D. WALCOTT, DIRECTOK GAZETTEER OF MARYLAND BY HENRY. QA.NISTETT WASHINGTON GOVERNMENT PRINTING OFFICE 1904 0 tf y LETTER OF TRANSMITTAL. DEPARTMENT OF THE INTERIOR, UNITED STATES GEOLOGICAL SURVEY, Washington, D. C., March 9, 1904. SIR: I have the honor to transmit herewith, for publication as a bulletin, a gazetteer of Maryland. Very respectfully, HENRY GANNETT,. Geographer. Hon. CHARLES D. WALCOTT, Director United States Geological Survey. 3 A GAZETTEER OF MARYLAND. By HENRY GANNETT. GENERAL DESCRIPTION OF THE STATE. Maryland is one of the Eastern States, bordering on the Atlantic Ocean, about midway between the northern and southern boundaries of the country. It lies between latitudes 37° 53' and 39° 44', and between longitudes 75° 04 and 79° 33'. Its neighbors are Pennsyl vania on the north, West Virginia and Virginia on the west and south, and Delaware on the east. Its north boundary is Mason and Dixon's line, and its east boundary is, in part, a nearly north-south line separating it from Delaware and Pennsylvania, and, in part, the Atlantic Ocean. On the south the boundary is an irregular line across the peninsula separating Chesapeake Bay from the Atlantic Ocean; then across Chesapeake Bay to the southern point of the entrance to Potomac River; thence following the low-water line on the south bank of the Potoniac to the head of the north branch of that river, at a point known as Fairfax Stone, excepting the area of the District of Columbia. -
Highway Rock Cut Inventory and Failure Potential, Allegany County, Maryland
SPR-Part B MD-20-P01837 G-1 MARYLAND DEPARTMENT OF TRANPORTATION STATE HIGHWAY ADMINISTRATION RESEARCH REPORT Highway Rock Cut Inventory and Failure Potential, Allegany County, Maryland David K. Brezinski Rebecca Kavage Adams Elizabeth R. Sylvia Maryland Geological Survey Maryland Department of Natural Resources FINAL REPORT May 2020 This material is based upon work supported by the Federal Highway Administration under the State Planning and Research program. Any opinions, findings, and conclusions or recommendations expressed in this publication are those of the author(s) and do not necessarily reflect the views of the Federal Highway Administration or the Maryland Department of Transportation. This report does not constitute a standard, specification, or regulation. TECHNICAL REPORT DOCUMENTATION PAGE 1. Report No. 2. Government Accession No. 3. Recipient’s Catalog No. MD-20-P01873G-1 4. Title and Subtitle 5. Report Date May 11, 2020 Highway Rock Cut Inventory and Failure Potential, 6. Performing Organization Code Allegany County, Maryland 7. Author(s) 8. Performing Organization Report No. David K. Brezinski, Ph.D., Rebecca Kavage Adams, Elizabeth Sylvia DNR 12-041720-227 9. Performing Organization Name and Address 10. Work Unit No. Maryland Geological Survey 2300 St. Paul Street 11. Contract or Grant No. Baltimore, Maryland 21218 SP809B4F 12. Sponsoring Agency Name and Address 13. Type of Report and Period Covered Maryland Department of Transportation (SPR) SPR-B Final Report State Highway Administration (May 14, 2018-May 11, 2020) Office of Policy & Research 707 North Calvert Street Baltimore MD 21202 14. Sponsoring Agency Code (7120) STMD - MDOT/SHA 15. Supplementary Notes 16. Abstract One hundred ninety-five, MDOT SHA-maintained, roadway embankments in Allegany County, Maryland, were cataloged as to the effects of climate, vegetation, and geology factors on slope stability. -
A Window to the Appalachians
I-68/I-70: A WINDOW TO THE APPALACHIANS by Dr. John J. Renton Dept. of Geology & Geography West Virginia University Morgantown, WV Introduction The Appalachian Mountains are probably the most studied mountains on Earth. Many of our modern ideas as to the origin of major mountain systems evolved from early investigations of the Appalachian region. The Appalachians offer a unique opportunity to experience the various components of an entire mountain system within a relatively short distance and period of time. Compared to the extensive areas occupied by other mountain systems such as the Rockies and the Alps, the Appalachians are relatively narrow and can be easily crossed within a few hours driving time. Following I-68 and I-70 between Morgantown, WV, and Frederick, Maryland, for example, one can visit all of the major structural components within the Appalachians within a distance of about 160 miles. Before I continue, I would like to clarify references to the Allegheny and Appalachian mountains. The Allegheny Mountains were created about 250 million years ago when continents collided during the Alleghenian Orogeny to form the super-continent of Pangea (Figure 1). As the continents collided, a range of mountains were created in much the same fashion that the Himalaya Mountains are now being formed by the collision of India and Asia. About 50 million years after its Figure 1 1 creation, Pangea began to break up with the break occurring parallel to the axis of the original mountains. As the pieces that were to become our present continents moved away from each other, the Indian, Atlantic, and Arctic oceans were created (Figure 2).