Maryland Dept. of Natural Resources Shallow Water

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Maryland Dept. of Natural Resources Shallow Water

77°15'0"W 76°30'0"W 75°45'0"W 75°0'0"W Station CBP_Station Description Latitude Longitude ARM XIE2581 Patapsco River - Fort Armistead 39.20852 -76.53215 BCP XJG7461 Bush River - Church Point 39.45821 -76.23227 BET XJH2362 Sassafras River - Betterton Beach 39.37170 -76.06252 BSH XDM4486 Coastal Bays - Bishopville Prong 38.42397 -75.18863 BUD XJI2396 Sassafras River - Budds Landing 39.37225 -75.83987 ! COR XHH3851 Corsica River - Sycamore Point 39.06283 -76.08162 DWN XHF6841 Chesapeake Bay - Down's Park 39.11825 -76.43217 BCP SUS ! 39°30'0"N 39°30'0"N FLT XKH0375 Chesapeake Bay - Susquehanna Flats 39.50530 -76.04143 GOO XEF3551 Chesapeake Bay - The Gooses 38.55630 -76.41470 Ü GOB XEF3551 Chesapeake Bay - The Gooses Bottom 38.55630 -76.41470 ! ! GYK XDN6921 Coastal Bays - Greys Creek 38.44902 -75.13245 OPC FLT HON XCG5495 Honga River - Muddy Hook Cove 38.25682 -76.17398 HOW XIF1735 Chesapeake Bay - Fort Howard 39.19530 -76.44210 BUD HPT XCG9168 Honga River - House Point 38.31907 -76.21955 ! ! IND XEB5404 Potomac River - Indian Head 38.59017 -77.16063 IPL WXT0013 Patuxent River - Iron Pot Landing 38.79600 -76.72080 MCH Maryland JUG PXT0455 Patuxent River - Jug Bay 38.78128 -76.71370 HOW LMN LMN0028 Wicomico River - Little Monie Creek 38.20855 -75.80458 BET LUV XHG2318 Chesapeake Bay - Love Point 39.03939 -76.30381 MSV Dept. of Natural Resources MAT XEA3687 Potomac River - Mattawoman 38.55925 -77.18870 ! MCH XIE5748 Patapsco River - Fort McHenry 39.26130 -76.58630 ! MSV XIE4741 Patapsco River - Masonville Cove 39.24440 -76.59570 ARM ! THX Shallow Water Monitoring MTI MTI0015 Patuxent River - Mataponi 38.74332 -76.70743 ! NPC NPC0012 Coastal Bays - Newport Creek 38.26743 -75.19810 OPC XJG7035 Bush River - Otter Point Creek 39.45078 -76.27457 SMA ! PPB XHH4931 Corsica River - Possum Point Bottom 39.08120 -76.11490 ! PPT XHH4931 Corsica River - Possum Point Surface 39.08120 -76.11490 ! PRO Profiler Main Bay - Bay Bridge 39.00585 -76.35438 DWN PPT, PPB PUB XBM8828 Coastal Bays - Public Landing 38.14825 -75.28622 LUV ! ! Continuous Monitoring RHO XGE3275 Rhode River - SERC 38.88595 -76.54148 ! SGC XBF7904 Potomac River - St. George's Creek 38.13110 -76.49340 COR SIB XHH4916 Corsica River - the Sill Bottom 39.08180 -76.13920 ! SIL XHH4916 Corsica River - the Sill Surface 39.08180 -76.13920 SPS ! ! Stations 2010 39°0'0"N 39°0'0"N SMA XHF9808 Patapsco River - Ft. Smallwood 39.16270 -76.48747 SIL, SIB SPS XHF0460 Chesapeake Bay - Sandy Point - South Beach 39.00750 -76.40033 SUS XKH2949 Susquehanna River - Havre de Grace 39.54778 -76.08480 PRO THX XHG8442 Chesapeake Bay - Gratitude 39.14047 -76.26295 y a RHO ! B IPL e ! k ! JUG a ! e p !( Continuous Monitoring Station MTI a s GOO, GOB e ! h 0 12.5 25 50 ! ! IND C Kilometers 38°30'0"N 38°30'0"N MAT ! GYK ! HPT BSH HON ! ! ! SGC NPC ! LMN PUB ! ! 38°0'0"N 38°0'0"N 27-Apr-2011 77°15'0"W 76°30'0"W 75°45'0"W 75°0'0"W.

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Title 26 Department of the Environment, Subtitle 08 Water
Presented below are water quality standards that are in effect for Clean Water Act purposes. EPA is posting these standards as a convenience to users and has made a reasonable effort to assure their accuracy. Additionally, EPA has made a reasonable effort to identify parts of the standards that are not approved, disapproved, or are otherwise not in effect for Clean Water Act purposes. Title 26 DEPARTMENT OF THE ENVIRONMENT Subtitle 08 WATER POLLUTION Chapters 01-10 2 26.08.01.00 Title 26 DEPARTMENT OF THE ENVIRONMENT Subtitle 08 WATER POLLUTION Chapter 01 General Authority: Environment Article, §§9-313—9-316, 9-319, 9-320, 9-325, 9-327, and 9-328, Annotated Code of Maryland 3 26.08.01.01 .01 Definitions. A. General. (1) The following definitions describe the meaning of terms used in the water quality and water pollution control regulations of the Department of the Environment (COMAR 26.08.01—26.08.04). (2) The terms "discharge", "discharge permit", "disposal system", "effluent limitation", "industrial user", "national pollutant discharge elimination system", "person", "pollutant", "pollution", "publicly owned treatment works", and "waters of this State" are defined in the Environment Article, §§1-101, 9-101, and 9-301, Annotated Code of Maryland. The definitions for these terms are provided below as a convenience, but persons affected by the Department's water quality and water pollution control regulations should be aware that these definitions are subject to amendment by the General Assembly. B. Terms Defined. (1) "Acute toxicity" means the capacity or potential of a substance to cause the onset of deleterious effects in living organisms over a short-term exposure as determined by the Department.
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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
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The Course of the Corsica: a Report on Restoration
The Course of the Corsica: A Report on Restoration December 2020 The Corsica River Conservancy (CRC) works to develop and maintain a constituency to restore and preserve the Corsica River and its surrounding lands through direct action, partnerships, and enhanced environmental awareness. This publication, developed by CRC, provides a history of a 15-year effort to restore and conserve the River and its watershed, the importance of doing so, and challenges we see going forward. Contributions to the pamphlet were also made by Maryland’s Department of the Environment and Department of Natural Resources, Town of Centreville, ShoreRivers, Queen Anne’s County, Washington College Center for Environment and Society, and Eastern Shore Land Conservancy. Board of Directors Frank DiGialleonardo, President Susan Buckingham Katherine Schinasi, Vice President Gayle Jayne Liz Hammond, Treasurer Ed Nielsen Elaine Studley, Secretary Debbie Pusey Rachel Rhodes Jeff Smith The Corsica River is a tidal estuary of the Chester River on the Eastern Shore of the Chesapeake Bay, across the bay from Washington DC and Baltimore, Maryland. The Corsica is entirely located in Queen Anne’s County, Maryland. Map courtesy of: Chesapeake Bay Program https://www.chesapeakebay.net/ Executive Summary The restoration of the Corsica is entering its fifteenth year. It continues to serve as a model of comprehensive and sustained effort with important lessons learned. Extensive improvements to nutrient management, pollution control, and stormwater management appear to have led to measurable improvement in water quality and habitat. Yet, in the main stem of the River, sustained water clarity, restored underwater grass habitat, and reduced algae are yet to be realized outcomes.
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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
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Captain John Smith Chesapeake National Historic Trail Connecting
CAPTAIN JOHN SMITH CHESAPEAKE NATIONAL HISTORIC TRAIL CONNECTING TRAILS EVALUATION STUDY 410 Severn Avenue, Suite 405 Annapolis, MD 21403 CONTENTS Acknowledgments 2 Executive Summary 3 Statement of Study Findings 5 Introduction 9 Research Team Reports 10 Anacostia River 11 Chester River 15 Choptank River 19 Susquehanna River 23 Upper James River 27 Upper Nanticoke River 30 Appendix: Research Teams’ Executive Summaries and Bibliographies 34 Anacostia River 34 Chester River 37 Choptank River 40 Susquehanna River 44 Upper James River 54 Upper Nanticoke River 56 ACKNOWLEDGMENTS We are truly thankful to the research and project team, led by John S. Salmon, for the months of dedicated research, mapping, and analysis that led to the production of this important study. In all, more than 35 pro- fessionals, including professors and students representing six universities, American Indian representatives, consultants, public agency representatives, and community leaders contributed to this report. Each person brought an extraordinary depth of knowledge, keen insight and a personal devotion to the project. We are especially grateful for the generous financial support that we received from the following private foundations, organizations and corporate partners: The Morris & Gwendolyn Cafritz Foundation, The Clay- ton Fund, Inc., Colcom Foundation, The Conservation Fund, Lockheed Martin, the Richard King Mellon Foundation, The Merrill Foundation, the Pennsylvania Environmental Council, the Rauch Foundation, The Peter Jay Sharp Foundation, Verizon, Virginia Environmental Endowment and the Wallace Genetic Foundation. Without their support this project would simply not have been possible. Finally, we would like to extend a special thank you to the board of directors of the Chesapeake Conser- vancy, and to John Maounis, Superintendent of the National Park Service Chesapeake Bay Office, for their leadership and unwavering commitment to the Captain John Smith Chesapeake Trail.
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New Insights: Case Study Locations Executive Summary Expanding Population, Increased Fertilizer Use, and More 5 Livestock May Counteract Water Quality Improvements
A tool for watershed management Adjusting our course New Insights summarizes the changes in water quality resulting from The examination of water quality monitoring data associated with best New nutrient reducing practices in more than 40 Chesapeake Bay watershed case management practice implementation in the Chesapeake Bay watershed studies. In many examples, water quality monitoring data reveal the benefits reveals multiple implications for continued efforts in Bay restoration: of restoration practices aimed at reducing nutrient and sediment pollution Investments in sewage treatment plants provide rapid water flowing into our local waters. Insights: quality improvements. 1 The science-based evidence summarized here shows that: National requirements of the Clean Air Act are benefitting the Science-based evidence of • Several groups of pollution-reducing practices, also known as best management 2 Chesapeake Bay watershed. practices or BMPS, are effective at improving water quality and habitats; water quality improvements, Some agricultural practices are providing local benefits • Specific challenges can still impede water quality improvements; and challenges, and opportunities 3 to streams. • More practices that focus on the impacts of intensified agriculture and urban and in the Chesapeake suburban development are needed for healthier waters. Lag times that delay improvements mean patience and persistence 4 are needed to realize the results of our efforts. New Insights: Case study locations Executive Summary Expanding population, increased fertilizer use, and more 5 livestock may counteract water quality improvements. NEW YORK Science should be better used to guide restoration choices and 6 subsequent monitoring is needed to evaluate effectiveness. Proven and innovative stormwater management practices need Sinnemahoning Creek to be implemented and evaluated to maintain and improve Bay 7 health as urban and suburban development expands.
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Maryland Dept. of Natural Resources Shallow Water
77°15'0"W 76°30'0"W 75°45'0"W 75°0'0"W Station CBP_Station Description Latitude Longitude ARM XIE2581 Patapsco River - Fort Armistead 39.20852 -76.53215 BAN XBJ3220 Big Annemessex River - Coulbourn Creek 38.05300 -75.79975 BET XJH2362 Sassafras River - Betterton Beach 39.37170 -76.06252 BSH XDM4486 Coastal Bays - Bishopville Prong 38.42397 -75.18863 BUD XJI2396 Sassafras River - Budds Landing 39.37225 -75.83987 ! COR XHH3851 Corsica River - Sycamore Point 39.06283 -76.08162 CYC XGE0320 West River - Chesapeake Yacht Club 38.83748 -76.53142 SUS ! 39°30'0"N 39°30'0"N DWN XHF6841 Chesapeake Bay Segment 3 - Down's Park 39.11825 -76.43217 Chesapeake Bay Segment 1 - Ü FLT XKH0375 Susquehanna Flats 39.50530 -76.04143 ! FLT Chesapeake Bay Segment 4 - OPC GOB XEF3551 Dominion Reef at the Gooses - Bottom 38.55630 -76.41470 BUD Chesapeake Bay Segment 4 - GOO XEF3551 Dominion Reef at the Gooses - Surface 38.55630 -76.41470 MCH ! ! GYK XDN6921 Coastal Bays - Greys Creek 38.44902 -75.13245 Maryland HCD ZDM0001 South River - Harness Creek Down 38.93598 -76.50772 HOW HOW XIF1735 Chesapeake Bay Segment 3 - Fort Howard 39.19530 -76.44210 IND XEB5404 Potomac River - Indian head 38.59017 -77.16063 MSV, BET IPL WXT0013 Patuxent River - Iron Pot Landing 38.79600 -76.72080 MSB Dept. of Natural Resources JUG PXT0455 Patuxent River - Jug Bay 38.78128 -76.71370 ! LMN LMN0028 Wicomico River - Little Monie Creek 38.20855 -75.80458 ! LUV XHG2318 Chesapeake Bay Segment 3 - Love Point 39.03939 -76.30380 ARM ! THX Shallow Water Monitoring MAN XBI6387 Manokin River -
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Integrating Maryland's Tidal and Nontidal Ecological Assessments
Integrating Maryland’s Tidal and Nontidal Ecological Assessments Mark Southerland, Roberto Llansó, Ward Slacum, and Beth Franks – Versar, Inc. Anthony Prochaska – Maryland Department of Natural Resources May 20, 2008 www.versar.com Outline • Need for integrated assessments • MBSS and LTB as long-term monitoring programs • Comparability of current assessments • Gaps in assessing Maryland’s waters • Future of integrated assessments Outline www.versar.com Need for Integrated Assessments • Clean Water Act requires assessment of all waters • Chesapeake Bay restoration is based on Tributary Strategies • Water resource managers must look upstream • Setting priorities requires comparable assessments Need www.versar.com MBSS and LTB • Maryland Biological Stream Survey – Nontidal stream sampling since 1994 – Probability-based with 84 watershed primary sampling units (PSUs) – 300 sites per year in 3- and 5-year snapshots – Reference-based indicators for fish, benthic macroinvertebrates, stream salamanders • Good •Fair •Poor • Very Poor MBSS and LTB www.versar.com MBSS and LTB • Maryland Biological Stream Survey – Synoptic reports every 5 years at scale of • 8-digit watersheds (average of 90 mi2) • Trib basins • Counties – 305b biennial reports with pass-fail (10% of reference) by watershed – 303d listings of impaired waters using watershed means and confidence limits (proposed use of probability that number of stream miles degraded > 10% given confidence limit) MBSS and LTB www.versar.com MBSS and LTB • Long-Term Benthic Monitoring Program – Tidal
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Maryland Dept. of Natural Resources Shallow Water Monitoring
77°15'0"W 76°30'0"W 75°45'0"W 75°0'0"W Station CBP_Station Name Latitude Longitude ARM XIE2581 Patapsco River - Fort Armistead 39.2085 -76.5322 BBY XCD5599 Potomac River - Bretton Bay 38.259 -76.6713 CAR NOR BCP XJG7461 Bush River - Church Point 39.4582 -76.2323 STU !( BET XJH2362 Sassafras River - Betterton Beach 39.3717 -76.0625 !( LOC BOH XJI8369 Bohemia River - Long Point 39.4713 -75.8857 !( !( !( BSH XDM4486 Coastal Bays - Bishopville Prong 38.424 -75.1886 BUD XJI2396 Sassafras River - Budds Landing 39.3723 -75.8399 BCP SUS !( !( HOL 39°30'0"N 39°30'0"N CAR XKH2797 Northeast River - Carpenters Point 39.5443 -76.0049 !( COR XHH3851 Corsica River - Sycamore Point 39.0628 -76.0816 !( DWN XHF6841 Chesapeake Bay - Down's Park 39.1183 -76.4322 !( FLT FLT XKH0375 Chesapeake Bay - Susquehanna Flats 39.5053 -76.0414 OPC BOH GYK XDN6921 Coastal Bays - Greys Creek 38.449 -75.1325 BUD • HOL XKI0256 Elk River - Hollywood Beach 39.5039 -75.9075 !( HON XCG5495 Honga River - Muddy Hook Cove 38.2568 -76.174 !( HOW XIF1735 Chesapeake Bay - Fort Howard 39.1953 -76.4421 MCH Maryland HPT XCG9168 Honga River - House Point 38.3191 -76.2196 HOW IND XEB5404 Potomac River - Indian Head 38.5902 -77.1606 BET IPL WXT0013 Patuxent River - Iron Pot Landing 38.796 -76.7208 MSV Dept. of Natural Resources JUG PXT0455 Patuxent River - Jug Bay 38.7813 -76.7137 !( KNI XGG8359 Chester River - Kent Narrows Inside 38.9713 -76.2357 !( KNO XGG8458 Chester River - Kent Narrows Outside 38.9734 -76.2367 ARM !( THX Shallow Water Monitoring LMN LMN0028 Wicomico River - Little
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Water Quality Database Design and Data Dictionary
Water Quality Database Database Design and Data Dictionary Prepared For: U.S. Environmental Protection Agency, Region III Chesapeake Bay Program Office January 2004 BACKGROUND...........................................................................................................................................4 INTRODUCTION ......................................................................................................................................6 WATER QUALITY DATA.............................................................................................................................6 THE RELATIONAL CONCEPT ..................................................................................................................6 THE RELATIONAL DATABASE STRUCTURE ...................................................................................7 WATER QUALITY DATABASE STRUCTURE..........................................................8 PRIMARY TABLES ..........................................................................................................................................8 WQ_CRUISES ..................................................................................................................................................8 WQ_EVENT.......................................................................................................................................................8 WQ_DATA..........................................................................................................................................................9
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CDSOA Chesapeake Fleet 2006 Cruises
CDSOA Chesapeake Fleet 2006 Cruises Questions? Contact Cruise Captain Dave Hepting. Cell Ph: 352-250-6773. Email: [email protected] The Chesapeake Fleet is planning the traditional three cruises this year. The cruises are designed to be laid-back and members who have not yet gone on a cruise with the fleet are particularly invited to participate. Even if you can’t join us for the full cruise, please join us for a night or two. SPRING CRUISE Friday June 2—High Island/Rhode River/ (West River area-Western Shore, south of Annapolis) Saturday June 3 –Shelby Bay/South River Sunday June 4—Dobbins Island/Magothy River Monday June 5—Swan Creek (Rock Hall Area) Tuesday June 6—Cacaway Island/Langford Creek/Chester River Wednesday June 7—Corsica River/Chester River Thursday June 8—Chestertown/Chester River SUMMER CRUISE Friday July 7—St. Michaels/Miles River/Eastern Bay Saturday July 8—Wye Narrows/ Wye East River Sunday July 9—Drum Point Cove/ Wye (West) River Monday July 10—Rhode River (West River area) Tuesday July 11—Harness Creek/ South River Wednesday July 12—Broad Creek/ Magothy River/ (Bay Bridge-Patapsco River area) Thursday July 13—Mill Creek/Whitehall Bay/ (Severn River area) FALL CRUISE Friday September 8—Dun Cove/Harris Creek/Choptank River Saturday September 9—Peachblossom Creek/Tred Avon River/Choptank River Sunday September 10—Oxford/Tred Avon River/Choptank River Monday September 11—Baby Owl Cove/Leadenham Creek/Broad Creek/Choptank River Tuesday September 12—Hudson River/Little Choptank River Wednesday September 13—Mill Creek/Solomons Island/Patuxent River (the Mill Creek below the bridge and near Back Creek) Thursday September 14—Mill Creek/Patuxent River (the Mill Creek above the bridge and Pt.
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Chapter 6 Water Quality
EA Project No.: 63343.01 Version: FINAL Page 6-1 EA Engineering, Science, and Technology, Inc., PBC February 2019 6. WATER QUALITY There has been pressure to decrease nitrogen, phosphorus, and sediment concentrations entering the Chesapeake Bay (U.S. EPA 2010). In 2010, EPA established a TMDL for nitrogen, phosphorus, and sediment for the Chesapeake Bay. These contaminants have been linked to declines in fish populations and SAV. The Northern Chesapeake Bay and associated watersheds have been identified as one of the contributing sources of nitrogen, phosphorus, and sediments to the Chesapeake Bay through runoff from urban and agricultural areas (U.S. EPA 2010). Because coastal resiliency measures would result in alterations to the shoreline along the Chesapeake Bay, the Susquehanna River, and tributaries, this may serve as an opportunity to decrease nutrient and sediment loading at sites where they ultimately enter the bay. Erosion Control Options Breakwaters, groins, and revetments are engineered structures designed to control and prevent erosion. Strategically placing these structures in areas that are eroding would help to decrease the mass of sediment entering the Chesapeake Bay. Wetlands can also be designed to limit erosion as the root systems of plants serve to stabilize sediments. Water movement is slowed as it passes through a wetland, which can result in further sedimentation because of Stokes’ Law. An additional benefit of wetlands is that they can be designed to decrease concentrations of contaminants in water (Kadlec and Wallace 2008; Rodgers and Castle 2008). Constructed Wetland Treatment Systems (CWTS) for Phosphorus and Nitrogen Removal Constructed wetland treatment systems (CWTS) have some similarities with natural wetlands and also differ in a number of ways.
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