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2012-AG-Environmental-Audit.Pdf
TABLE OF CONTENTS INTRODUCTION .............................................................................................................. 1 CHAPTER ONE: YOUGHIOGHENY RIVER AND DEEP CREEK LAKE .................. 4 I. Background .......................................................................................................... 4 II. Active Enforcement and Pending Matters ........................................................... 9 III. The Youghiogheny River/Deep Creek Lake Audit, May 16, 2012: What the Attorney General Learned............................................................................................. 12 CHAPTER TWO: COASTAL BAYS ............................................................................. 15 I. Background ........................................................................................................ 15 II. Active Enforcement Efforts and Pending Matters ............................................. 17 III. The Coastal Bays Audit, July 12, 2012: What the Attorney General Learned .. 20 CHAPTER THREE: WYE RIVER ................................................................................. 24 I. Background ........................................................................................................ 24 II. Active Enforcement and Pending Matters ......................................................... 26 III. The Wye River Audit, October 10, 2012: What the Attorney General Learned 27 CHAPTER FOUR: POTOMAC RIVER NORTH BRANCH AND SAVAGE RIVER 31 I. Background ....................................................................................................... -
Investigation of Maryland's Coastal Bays and Atlantic Ocean Finfish
Investigation of Maryland’s Coastal Bays and Atlantic Ocean Finfish Stocks 2014 Final Report Prepared by: Linda Barker, Steve Doctor, Carrie Kennedy, Gary Tyler, Craig Weedon, and Angel Willey Federal Aid Project No. F-50-R-23 UNITED STATES DEPARTMENT OF INTERIOR Fish & Wildlife Service Division of Federal Assistance Region 5 Annual Report___X_____ Final Report (5-Year)_______ Proposal________ Grantee: Maryland Department of Natural Resources – Fisheries Service Grant No.: F-50-R Segment No.: 23 Title: Investigation of Maryland’s Coastal Bays and Atlantic Ocean Finfish Stocks Period Covered: January 1, 2014 through December 31, 2014 Prepared By: Carrie Kennedy, Principal Investigator, Manager Coastal Program Date Approved By: Tom O’Connell, Director, Fisheries Service Date Approved By: Anissa Walker, Appointing Authority Date Date Submitted: May 30, 2015 ____________ Statutory Funding Authority: Sport Fish Restoration X CFDA #15.605 State Wildlife Grants (SWG) Cooperative Management Act CFDA #15.634 Acknowledgements The Coastal Bays Fisheries Investigation has been sampling fishes in the Coastal Bays for 42 years. Although the survey began in 1972, it did not have dedicated funding until 1989. Consistent funding allowed staff to specifically dedicate time and make improvements to the sampling protocol that resulted in significant beneficial contributions to the fisheries of the Coastal Bays. We would like to thank the past and present staff that dedicated their careers to the Coastal Bays Fisheries Investigation for having the knowledge, initiative, and dedication to get it started and maintained. Additionally, staff of the Coastal Fisheries Program would like to thank all of the Maryland Department of Natural Resources (MDNR) Fisheries Service employees who assisted with the operations, field work, and annual reports over the years whether it was for a day or a few months. -
Maryland Stream Waders 10 Year Report
MARYLAND STREAM WADERS TEN YEAR (2000-2009) REPORT October 2012 Maryland Stream Waders Ten Year (2000-2009) Report Prepared for: Maryland Department of Natural Resources Monitoring and Non-tidal Assessment Division 580 Taylor Avenue; C-2 Annapolis, Maryland 21401 1-877-620-8DNR (x8623) [email protected] Prepared by: Daniel Boward1 Sara Weglein1 Erik W. Leppo2 1 Maryland Department of Natural Resources Monitoring and Non-tidal Assessment Division 580 Taylor Avenue; C-2 Annapolis, Maryland 21401 2 Tetra Tech, Inc. Center for Ecological Studies 400 Red Brook Boulevard, Suite 200 Owings Mills, Maryland 21117 October 2012 This page intentionally blank. Foreword This document reports on the firstt en years (2000-2009) of sampling and results for the Maryland Stream Waders (MSW) statewide volunteer stream monitoring program managed by the Maryland Department of Natural Resources’ (DNR) Monitoring and Non-tidal Assessment Division (MANTA). Stream Waders data are intended to supplementt hose collected for the Maryland Biological Stream Survey (MBSS) by DNR and University of Maryland biologists. This report provides an overview oft he Program and summarizes results from the firstt en years of sampling. Acknowledgments We wish to acknowledge, first and foremost, the dedicated volunteers who collected data for this report (Appendix A): Thanks also to the following individuals for helping to make the Program a success. • The DNR Benthic Macroinvertebrate Lab staffof Neal Dziepak, Ellen Friedman, and Kerry Tebbs, for their countless hours in -
Hurricane & Tropical Storm
5.8 HURRICANE & TROPICAL STORM SECTION 5.8 HURRICANE AND TROPICAL STORM 5.8.1 HAZARD DESCRIPTION A tropical cyclone is a rotating, organized system of clouds and thunderstorms that originates over tropical or sub-tropical waters and has a closed low-level circulation. Tropical depressions, tropical storms, and hurricanes are all considered tropical cyclones. These storms rotate counterclockwise in the northern hemisphere around the center and are accompanied by heavy rain and strong winds (NOAA, 2013). Almost all tropical storms and hurricanes in the Atlantic basin (which includes the Gulf of Mexico and Caribbean Sea) form between June 1 and November 30 (hurricane season). August and September are peak months for hurricane development. The average wind speeds for tropical storms and hurricanes are listed below: . A tropical depression has a maximum sustained wind speeds of 38 miles per hour (mph) or less . A tropical storm has maximum sustained wind speeds of 39 to 73 mph . A hurricane has maximum sustained wind speeds of 74 mph or higher. In the western North Pacific, hurricanes are called typhoons; similar storms in the Indian Ocean and South Pacific Ocean are called cyclones. A major hurricane has maximum sustained wind speeds of 111 mph or higher (NOAA, 2013). Over a two-year period, the United States coastline is struck by an average of three hurricanes, one of which is classified as a major hurricane. Hurricanes, tropical storms, and tropical depressions may pose a threat to life and property. These storms bring heavy rain, storm surge and flooding (NOAA, 2013). The cooler waters off the coast of New Jersey can serve to diminish the energy of storms that have traveled up the eastern seaboard. -
Natural Piedmont Forests
Spring 2009 Guide to Delaware Vegetation Communities Robert Coxe Guide to Delaware Vegetation Communities-Spring 2009 Acknowledgments I would like to acknowledge the contributions and help from the following people for this edition of the Guide to Delaware Vegetation Communities. Karen Bennett, Greg Moore and Janet Dennis of the Delaware Division of Fish and Wildlife Bill McAvoy of the Delaware Natural Heritage Program Dr. John Kartesz of the Biota of North America Program Dr. Keith Clancy and Pete Bowman, Ecologists, formerly of the Delaware Natural Heritage Program Ery Largay and Leslie Sneddon of Natureserve All people unmentioned who made countless contributions to this document. -Take me to the vegetation community keys- Guide to Delaware Vegetation Communities-Spring 2009 Introduction The Guide to Delaware Vegetation Communities is intended to provide a Delaware flavor to the National Vegetation Classification System (NVCS). All common names of communities, except for those not in the NVCS, follow the NVCS. This document is designed for the web and CD only, but desired sections can be printed by users. In this matter, paper and therefore trees can be preserved and impacts to the communities discussed within can be minimized. In spirit of saving these communities please only print those community descriptions that you will use or print none at all. The State of Delaware covers 1,524,863.4 acres of which 1,231,393.6 acres are terrestrial and 293,469.8 acres are water (Table 1). Currently 130 vegetation communities are known to occur in Delaware. Some of the largest vegetation communities/land covers in the state include: Table 1. -
Coastal Bays
Priority Areas for Wetland Restoration, Preservation, and Mitigation in Maryland’s Coastal Bays Prepared by: Maryland Department of the Environment Nontidal Wetlands and Waterways Division Funded by: U.S. Environmental Protection Agency State Wetland Program Development Grant CD 983378-01-1 December 2004 Table of Contents Priority Wetland Restoration, Preservation, and Mitigation in Maryland’s Coastal Bays EXECUTIVE SUMMARY ..................................................................................................................... 2 TARGETING........................................................................................................................................... 8 Wetlands and wetland loss......................................................................................................................10 Existing management plan goals ............................................................................................................32 Existing targeting efforts.........................................................................................................................36 Additional targeting considerations ........................................................................................................41 GIS data sources .....................................................................................................................................54 Summary of restoration targeting information - existing recommendations..........................................56 MDE restoration -
The Weather and Circulation of September 1967
956 MONTHLY WEATHER REVIEW Vol. 95, No. 12 THE WEATHER AND CIRCULATION OF SEPTEMBER 1967 A Month of Continued Record Warmth in the West, Coolness in the East, and Frequent Tropical Activity A. JAMES WAGNER Extended Forecast Division, Weather Bureau, ESSA, Suitland, Md. 1. HIGHLIGHTS Bureau records. This intense Gulf of Alaska Low rep- In most areas of the Nation, the temperature patterns resented a monthly 700-mb. height fall of 340 ft. more of July and August persisted into September 1967, result- than the normal August to September change (fig. 3). An- ing in cool spells, heat waves, and dry periods of record- other deep vortex which was 380 ft. below normal was breaking length. Some sections of the South have had located over northern Baffin Island. These centers of record-breaking coolness all summer, while excessive heat action gave rise to a generally high index situation, and continued drought plagued much of the Northwest. although weak positive anomalies were observed north Maximum temperatures averaged in the eighties during of the Bering Straits and over Scandanavia (fig. 2). September 1967 for only the second time since 1892 at Southern Canada and the northern United States were Missoula, Mont. Temperatures soared into the nineties dominated by a large zonally oriented band of above numerous times throughout the month in the Far West normal heights extending from the Pacific Coast to the and Northern Rockies, setting new records for the total central Atlantic. This pattern was somewhat unusual, as number of days with 90' F. or above for the month or for ordinarily a deep trough would be expected downstream the season. -
Unmanned Vehicle Systems & Operations on Air, Sea, Land
Kansas State University Libraries New Prairie Press NPP eBooks Monographs 10-2-2020 Unmanned Vehicle Systems & Operations on Air, Sea, Land Randall K. Nichols Kansas State University Hans. C. Mumm Wayne D. Lonstein Julie J.C.H Ryan Candice M. Carter See next page for additional authors Follow this and additional works at: https://newprairiepress.org/ebooks Part of the Aerospace Engineering Commons, Aviation and Space Education Commons, Higher Education Commons, and the Other Engineering Commons This work is licensed under a Creative Commons Attribution-Noncommercial-Share Alike 4.0 License. Recommended Citation Nichols, Randall K.; Mumm, Hans. C.; Lonstein, Wayne D.; Ryan, Julie J.C.H; Carter, Candice M.; Hood, John-Paul; Shay, Jeremy S.; Mai, Randall W.; and Jackson, Mark J., "Unmanned Vehicle Systems & Operations on Air, Sea, Land" (2020). NPP eBooks. 35. https://newprairiepress.org/ebooks/35 This Book is brought to you for free and open access by the Monographs at New Prairie Press. It has been accepted for inclusion in NPP eBooks by an authorized administrator of New Prairie Press. For more information, please contact [email protected]. Authors Randall K. Nichols, Hans. C. Mumm, Wayne D. Lonstein, Julie J.C.H Ryan, Candice M. Carter, John-Paul Hood, Jeremy S. Shay, Randall W. Mai, and Mark J. Jackson This book is available at New Prairie Press: https://newprairiepress.org/ebooks/35 UNMANNED VEHICLE SYSTEMS & OPERATIONS ON AIR, SEA, LAND UNMANNED VEHICLE SYSTEMS & OPERATIONS ON AIR, SEA, LAND PROFESSOR RANDALL K. NICHOLS, JULIE RYAN, HANS MUMM, WAYNE LONSTEIN, CANDICE CARTER, JEREMY SHAY, RANDALL MAI, JOHN P HOOD, AND MARK JACKSON NEW PRAIRIE PRESS MANHATTAN, KS Copyright © 2020 Randall K. -
Watersheds.Pdf
Watershed Code Watershed Name 02130705 Aberdeen Proving Ground 02140205 Anacostia River 02140502 Antietam Creek 02130102 Assawoman Bay 02130703 Atkisson Reservoir 02130101 Atlantic Ocean 02130604 Back Creek 02130901 Back River 02130903 Baltimore Harbor 02130207 Big Annemessex River 02130606 Big Elk Creek 02130803 Bird River 02130902 Bodkin Creek 02130602 Bohemia River 02140104 Breton Bay 02131108 Brighton Dam 02120205 Broad Creek 02130701 Bush River 02130704 Bynum Run 02140207 Cabin John Creek 05020204 Casselman River 02140305 Catoctin Creek 02130106 Chincoteague Bay 02130607 Christina River 02050301 Conewago Creek 02140504 Conococheague Creek 02120204 Conowingo Dam Susq R 02130507 Corsica River 05020203 Deep Creek Lake 02120202 Deer Creek 02130204 Dividing Creek 02140304 Double Pipe Creek 02130501 Eastern Bay 02141002 Evitts Creek 02140511 Fifteen Mile Creek 02130307 Fishing Bay 02130609 Furnace Bay 02141004 Georges Creek 02140107 Gilbert Swamp 02130801 Gunpowder River 02130905 Gwynns Falls 02130401 Honga River 02130103 Isle of Wight Bay 02130904 Jones Falls 02130511 Kent Island Bay 02130504 Kent Narrows 02120201 L Susquehanna River 02130506 Langford Creek 02130907 Liberty Reservoir 02140506 Licking Creek 02130402 Little Choptank 02140505 Little Conococheague 02130605 Little Elk Creek 02130804 Little Gunpowder Falls 02131105 Little Patuxent River 02140509 Little Tonoloway Creek 05020202 Little Youghiogheny R 02130805 Loch Raven Reservoir 02139998 Lower Chesapeake Bay 02130505 Lower Chester River 02130403 Lower Choptank 02130601 Lower -
Bathymetric Survey of Assawoman Bay, St. Martin River, Sinepuxent Bay and Newport Bay
Department of Natural Resources MARYLAND GEOLOGICAL SURVEY Emery T. Cleaves, Director COASTAL AND ESTUARINE GEOLOGY FILE REPORT NO. 01-2 Bathymetric Survey of Assawoman Bay, St. Martin River, Sinepuxent Bay and Newport Bay by Darlene V. Wells and Richard A. Ortt, Jr. Submitted to Fisheries Services Department of Natural Resources in fulfillment of Contract #AR-00-020 Draft June 2001 Bathymetric Survey of Assawoman Bay, St. Martin River, Sinepuxent Bay and Newport Bay Executive Summary The Maryland Geological Survey, under contract with Fisheries Service, Maryland Department of Natural Resource, conducted hydrographic surveys in Assawoman Bay, St. Martin River, Sinepuxent Bay and Newport Bay. The purpose of the study was to provide a consistent bathymetry data set that may be used in other scientific studies. The hydrographic surveys were collected in May and June 2000, using differential global positioning service (DGPS) techniques and digital dual-frequency echo sounding equipment. Hydrographic survey lines were spaced 200 meters apart and extended from shore to shore. Five hundred kilometers of hydrographic records were surveyed and over 500,000 discrete soundings were recorded. In addition to the hydrographic surveys, water level data were collected at 10 different sites within the study area. The water level data were used to correct the echo sounding data for tide and wind offsets. Sounding depths were adjusted to North America Vertical Datum of 1988 (NAVD88) and are listed in ASCII XYZ (northing, easting, depth) format. Location coordinates are in UTM, NAD83. The adjusted sounding data were used to generate 10-meter, regularly spaced grids for the four sub-basin areas and bathymetry (depth contour) map were created from the gridded data. -
APPROPRIATION TITLE: Construction, General - Channels and Harbors (Navigation)
APPROPRIATION TITLE: construction, General - channels and Harbors (NaVigation) PROJECT: Baltimore Harbor and Channels, Maryland, Brewerton Channel (New} LOCATION: Baltimore Harbor is situated at the head of the navigable portion of the Patapsco River, approximately 172 miles from the entrance to chesapeake Bay at the Virginia Cape. The Brewerton Channel Eastern Extension (also known as the connecting Channel to the C&b canal) is located in the northern portion of the chesapeake Bay and extends from the main Ship channels of the mouth of the Patapsco -River in an easto..southeasterly direction across the Chesapeake Bay, MD. DESCRIPTION: The River & Harbor Act of 1958 authorized a uniform main channel 42 feet deep, ~nd generally 800 (in Maryland, and Rappahanno6k shoal in Virginia) or 1,000 (Cape Henry and York Spit in Virginia) feet wide through the chesapeake Bay from the Virginia Capes to For·t McHenry in the Port of Baltimore, a distance of 172 miles; southern approach and connecting channels to the Chesapeake and Delaware Canal 35 feet deep and 600 feet wide, branch channels r"anging from 22 to 42 feet deep and 200 to 600 feet wide in curtis creek, curtis Bay, Ferry Bar, and the Northwest Brandh, and anchorages 30 and 35 feet deep. The project modification is complete except for wider'ling the western five miles of the Brewerton Channel Eastern Extension from 450 to 600 feet: AUTHORIZATION: River and Harbor Act ot 3 July 1958, REMAINING BENEFIT-COST RATIO: 16,0 to 1 at 7 1/8 percent. TOTAL BENEFIT-COST RATIO: 11. 8. to 1 at 7 1/8 percent. -
Assawoman Wildlife Area Sussex County, Delaware
Historical Analysis and Map of Vegetation Communities, Land Covers, and Habitats of Assawoman Wildlife Area Sussex County, Delaware Little Assawoman Bay and Indian River Bay Watersheds Submitted to: Delaware Natural Heritage and Endangered Species Program Delaware Division of Fish and Wildlife 4876 Hay Point Landing Road Smyrna, DE 19977 Completed by: Robert Coxe, Ecologist Delaware Natural Heritage and Endangered Species Program Wildlife Section, Delaware Division of Fish and Wildlife Department of Natural Resources and Environmental Control 4876 Hay Point Landing Road Smyrna, DE 19977 July 12, 2012 Table of Contents Chapter 1: Introduction and Methods ............................................................................................. 4 Setting of Assawoman Wildlife Area ......................................................................................... 4 History and Formation of Assawoman Wildlife Area ................................................................ 5 Early History of the Land ....................................................................................................... 5 Formation of Assawoman Wildlife Area ................................................................................ 5 Soils and Geology of Assawoman Wildlife Area ....................................................................... 6 Underlying Geology................................................................................................................ 6 Soil .........................................................................................................................................