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         Estuaries & Watersheds:     more books (71)
  1. Water quality characteristics of stormwater runoff in tributaries of the Ashley River Estuary, Charleston, South Carolina by John A Chigges, 1989
  2. Ware River intensive watershed study: 2. estuarine receiving water quality by Cindy Bosco, 1981
  3. The Practice of Watershed Protection; Techniques for Protecting our Nation's Streams, Lakes, Rivers, and Estuaries
  4. An Inventory of Watershed Activities Affecting Freshwater Inflow to Gulf of Mexico Estuaries by Gulf of Mexico Program, 1996
  5. An Inventory of Watershed Activities Affecting Freshwater Inflow to Gulf of Mexico Estuaries by NOAA and Gulf of Mexico Program, 1996
  6. Numerical simulation of the Weeks Bay estuary: Non-conservative species transport in the Weeks Bay, Alabama watershed area (BER report) by Zhaodong Lu, 1994
  7. Phosphorus criteria in lake and estuary drainage systems by T. H Cahill, 1985
  8. The state of the Potomac River basin, 1982: Presented at the U.S. Geological Survey Seminar on Water Quality in the Potomac Estuary, Reston, Virginia, Sept. 14, 1982 by Paul W Eastman, 1982
  9. Intertidal invertebrates and habitats at the Kitimat River Estuary (Manuscript report series / Fisheries Research Board of Canada) by C. D Levings, 1976
  10. Sediment transport studies by G Fleming, 1967
  11. Sediment characteristics and toxic substances in the St. Lucie estuary, Florida (Technical publication) by Daniel E Haunert, 1988
  12. Open-file report by Lawrence J Mansue, 1972
  13. Water quality survey of Essex and Ipswich estuaries, 1989: Water quality survey data, biological survey data, sediment data, wastewater treatment plant data, summary of significant findings by Christine Duerring, 1992
  14. Watershed community link: Results of 1995-1996 volunteer wetland monitoring program at 12 wetlands in King County by Elissa Ostergaard, 1997

61. EnviroOne - One Stop Environmental Center
Ecology) The Coastal Ecosystems Program is focusing the US Fish and Wildlife Service sefforts in bays, estuaries and watersheds around the US coastline.
http://www.enviroone.com/searchresults.php?searchtext=Ecosystems

62. Eastern Cape Estuaries Management Programme: Estuary Management
Zone Management (CZM) programs and National Estuarine Research Reserves (NERRS) tosolve nonpoint source pollution problems in estuaries and their watersheds.
http://www.inr.unp.ac.za/ecestuaries/links/useful.htm
Website Designed by Institute of Natural Resources
Title: Consortium for Estuarine Research and Management URL: http://www.ru.ac.za/cerm/index.html Description: The Consortium for Estuarine Research and Management is an organisation of South African Scientists who collaborate in promoting the wise management of estuarine systems through joint participation in directed research, training and technology transfer.
Title: Estuaries Management Handbook Project URL: http://www.inr.unp.ac.za/emhb Description: The aim of the Estuaries Management Handbook Project is to develop a practical introduction and guide to the structure, functioning and management of estuaries in South Africa. The project, which is funded by the South African Water Research Commission, is being undertaken by the Institute of Natural resources. The project is collaborative in nature and a wide range of South African estuary experts have and will be involved in the project.
Title: Estuarine and Coastal Sciences Association URL: http://www.ecsa.ac.uk/

63. Harbor Watch/River Watch At Earthplace, Westport CT
River Watch (HW/RW) is a wa ter quality monitoring e ffort that is actively engagedin the scientific monitoring of local estuaries and watersheds in lower
http://www.earthplace.org/environment/water_quality.html
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Earthplace
10 Woodside Lane
P.O. Box 165
Westport, CT 06881
info@earthplace.org

formerly
The Nature Center for
Environmental Activities HARBOR WATCH/RIVER WATCH Volunteering Internships Harbor Watch / River Watch (HW/RW) is a wa ter quality monitoring e ffort that is actively engaged in the scientific monitoring of local estuaries and watersheds in lower Fairfield County. Earthplace lies geographically within the ecologically important Long Island Sound (LIS) watershed. Since the mid '80s, the LIS watershed has attracted much interest and effort with respect to the restoration of its health and the improvement of its biological integrity. In conjunction with Earthplace staff mem bers, volunteers collect dissolved oxygen data in shallow water harbors using field equipment such as dissolved oxygen meters, conductivity meters and pH meters. This information is used to construct oxygen profiles of harbors and document hypoxic (low oxygen tensions) events which may occur during the warm summer months. These conditions are damaging to most marine life forms. Data that is collected and processed is supplied to the Connecticut Depart ment of Environmental Protection (CT DEP) to aid in their study of hypoxic events in LIS. Volunteers also actively participate in catch-and-release research efforts on benthic (bottom dwelling) marine juvenile fish in local near-shore estuaries of LIS. Data from this effort is also supplied to the CT DEP Fisheries Division. Data on nutrient concentrations, bacteria and aquatic insect populations are gathered in freshwater watershed areas.

64. Watersheds
watersheds are nature s way of dividing up the landscape. Rivers, lakes, estuaries,wetlands, streams, even the oceans can serve as catch basins for the land
http://springcreekforest.virtualave.net/new_page_10.htm
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since July 24, 1999 Watersheds Watersheds are nature's way of dividing up the landscape. Rivers, lakes, estuaries, wetlands, streams, even the oceans can serve as catch basins for the land adjacent to them. Ground water aquifers serve the same purpose for the land above them. The actions of people who live within a watershed affect the health of the waters that drain into it. John Wesley Powell scientist, geographer, and leader of the first expedition through the Grand Canyon in 1869 perhaps described it best when he said that a watershed is: " that area of land, a bounded hydrologic system, within which all living things are inextricably linked by their common water course and where, as humans settled, simple logic demanded that they become part of the community." Spring Creek, a tributary to Rowlett Creek and the East Fork of the Trinity River June 21, 2003

65. NYS 2004-05 Executive Budget: Environment
government — and established the Rivers and estuaries Center on the Hudson to studyand protect ecosystems of rivers, estuaries and watersheds throughout the
http://publications.budget.state.ny.us/pubs/executive/fy0405littlebook/environme
@import url("/css/lb0405_pos.css");
Environment
Securing the Future of New York's Natural Resources
Since taking office, Governor Pataki has worked aggressively to protect and preserve New York's environment. As a result of the Governor's forward-looking policies, more residents and visitors will have the opportunity to enjoy New York's natural resources for generations to come.
National Leader in Protecting the Environment
Over the last nine years, the State has committed $12 billion toward preserving, protecting and improving the environment. Annual funding has grown by 77 percent, with more than $1.4 billion now being invested each year. Under Governor Pataki's leadership, New York:
  • Adopted the $1.75 billion Clean Water/Clean Air Bond Act, which when combined with Federal and local matching funds, will provide $4 billion for projects preserving the long-term health of our environment; Preserved more than 500,000 acres of open space across the State, and is on track to achieve a goal of preserving one million acres over ten years; Negotiated a landmark agreement with the Federal and local governments that protects the drinking water of nine million New Yorkers, while preserving the economic vitality of watershed communities;

66. QUALIFICATIONS
Mr. Swanson specializes in the development of technically and environmentally soundmanagement and restoration plans for rivers, estuaries and watersheds.
http://city.ci.st-helena.ca.us/images/aad/FinalFloodCD/Attachment 3_Professional
Qualifications Mitchell Swanson has over eighteen years of experience in hydrology, hydraulic studies, geologic hazards, and geomorphology related to restoration and resource management in rivers, streams, coastal estuaries, and wetlands. This experience includes the development, management and completion of comprehensive technical and planning studies for a full range of private and public sector clients. Mr. Swanson specializes in the development of technically and environmentally sound management and restoration plans for rivers, estuaries and watersheds . These studies often involve the coordination of many disciplines by including biological sciences, hydraulic engineering, land use planning, economics, landscape architecture and environmental planning. In the present era of conflict between environmental regulation and society's need for flood control and utilization of water resources, Mr. Swanson has become a recognized expert in conflict resolution between governmental agencies, and public and private interests. Mr. Swanson has first hand knowledge of international management techniques used by public water resource agencies in England and Germany to help resolve problems faced by flood control engineers and resource agencies.

67. ENV 101NOTES2003WWKThree
Non Pelagic but Neritic Water Resources – Marine (Saltwater), estuaries, Freshwater,watersheds, Aquifers, Rivers, Lakes, Wetlands, Streams, Oceans.
http://faculty.maryvillecollege.edu/ogorman/ENV101NOTES2003WWKThree.htm
ENV 101 Wednesday 18 February ANWR, Costa Rica and The Chesapeake – “Cross Media 101” What’s Happening in ANWR, and in Costa Rica, and in “swamps” around the world?
Admin
First Exam One on MONDAY and Exam Template on ENV 101 Home Page (or click here Folks requested to redo First Project - Please hand in BOTH copies now. Oral Presentation? WHAT’S NEW AND GROOVY IN ENVIRONMENTAL STUDIES? Today Discuss Costa Rica (C. 2) and Chesapeake Bay (C. 4) and link them to “The Land Ethic”
I. ETHICS – SCIENCE - SOCIETY
SAND COUNTY ALMANAC
II. ANWR
Polaris, ANWR and Forest Issues:
Biomes – and complexity o Intra and Inter Biome o Intra and Inter Species o Chain v. Web Issues ENERGY and trophic level transfers http://www.physicalgeography.net/fundamentals/9o.html ANWR Arctic National Wildlife Refuge What are some of the species (besides humans) that are part of ANWR? What is “ten-oh-two” (or Section 1002)? What are some of the other media (water, soil, air) issues that are part of the ANWR story? Who are some of the actors (groups, individuals) involved in the determining what happens in ANWR? Carbiou Calving Areas TAPS ISSUES ANWR Other ANWR Caribou information
III.

68. Civil And Environmental Engineering
and stormwater systems, to the management of both the quality and quantity ofnatural water resources such as rivers, lakes, estuaries, and watersheds.
http://ase.tufts.edu/bulletin/civil-and-environ.html
Civil and Environmental Engineering Associate Professor Christopher Swan, Chair; Geotechnical and geo environmental engineering
Professor Linfield C. Brown, Water quality modeling, environmental engineering, statistical experimental design
Professor Stephen C. Chapra, Louis Berger Chair; Water quality modeling and advanced computer applications in environmental engineering
Professor Lewis Edgers, Geotechnical and geo environmental engineering
Professor Masoud Sanayei, Structural engineering, finite element analysis, structural dynamics
Professor Richard M. Vogel, Water resources, environmental statistics, hydrology and hydraulics
Research Professor Paul Kirshen, Water resources systems, planning and policy; water resources engineering
Associate Professor Wayne Chudyk, Drinking water quality and toxic materials, groundwater monitoring
Associate Professor John L. Durant, Hazardous materials, environmental engineering
Associate Professor David M. Gute, Environmental and occupational epidemiology
Associate Professor Stephen H. Levine, Mathematical and computer modeling of systems Assistant Professor Laurie G. Baise

69. Esm_thurman_introocean_9|Issue 9 - Human Impact On Estuaries|Issue Discussion
Estuarine Water Quality Human activities have altered estuarine watersheds throughoutthe High rates of nutrient input into estuaries can contribute to fish
http://wps.prenhall.com/esm_thurman_introocean_9/0,7305,348197-,00.html
Home Issue 9 - Human Impact on Estuaries Issue Discussion Issue 9 - Human Impact on Estuaries
Issue Discussion
  • How are estuaries formed?
  • What contributes to the high biological productivity in estuaries?
  • Why are estuaries important to human society?
  • Why are estuaries exceptionally prone to human impacts?
Introduction
Ecological Function of Estuaries
The shallow, nutrient-rich waters of estuaries and associated wetlands create a highly productive environment for plants and animals. In fact, estuarine environments are among the most productive on earth. The high concentration of nutrients and shallow depth support phytoplankton, seagrasses, macroalgae, emergent grasses and, in tropical environments, mangroves. Animal communities in estuarine sediments are of low diversity, since many species cannot tolerate the extreme fluctuations in temperature and salinity. Animals that feed upon benthic (bottom-associated) organisms are in turn food for larger consumers, which include larger fishes as well as birds and mammals. Many subhabitats within estuaries, such as salt marshes and seagrass beds, serve as nursery grounds for the juvenile stages of commercially valuable fish and shellfish. The production of the higher plants (seagrasses, marsh grasses, and mangroves) is in great surplus of what is directly consumed, and the decomposition of this material leads to a detrital food web where a large portion of the nutrition to the consumers derives from the microbes that grow on the dead plant material.

70. Issue Profile:  Maine Nonpoint Source Priority Watersheds Program
The list includes 181 lakes, 55 rivers and streams, and 17 estuaries. The NonpointSource Priority watersheds List may be found at http//www.state.me.us/dep
http://www.state.me.us/dep/blwq/docwatershed/ip-wshds.htm
State Agencies Web Policies My Maine.gov Email this page
MaineDepartment of Environmental Protection Issue Profile Maine Nonpoint Source Priority Watersheds Program
October 15, 1998. Contact: Background. Every time rain falls or snow melts, pollutants such as soil, nutrients, bacteria, oils, and heavy metals are swept from land surfaces and carried through the watershed by runoff water into lakes, coastal waters, rivers and streams. This is nonpoint source pollution, so named because it may occur anywhere in the watershed, as opposed to coming from a single discharge point. Land use activities are the sources of nonpoint source pollution. Developed areas, including roads, parking lots and builidings; farming; and timber harvesting are all potential nonpoint sources that can cause or contribute to water quality problems. What is the Nonpoint Source Priority Watersheds Program? In 1997, the Maine Legislature enacted a law that authorizes the development of "a comprehensive watershed protection program" (5 MRSA §3331(7)). The program’s purpose is to prevent or reduce nonpoint source (NPS) pollutant loadings entering water resources so that beneficial uses of the lakes, rivers, streams, estuaries and groundwater are maintained or restored. The law directs the Maine Land and Water Resources Council (MLWRC), consisting of the commissioners from the State’s natural resource agencies, to coordinate the activities of agencies involved in watershed management. The Maine Watershed Management Committee, with representatives from state and federal agencies and private interest groups with a statewide interest in watershed management, serves as staff support to the Council.

71. COMS News Release 02/21/2002
within an ecosystem. The geographic scale extends from specific sitesto entire estuaries and watersheds. The project completes
http://www.usm.edu/gcrl/news/2002/n022102a.htm
College of Marine Sciences
The University of Southern Mississippi Public Information Office
703 East Beach Drive P.O. Box 7000 Ocean Springs, MS 39566-7000
Tel. 228-872-4273 / 875-2244 FAX 228-872-4204
E-mail linda.skupien@usm.ed
February 21, 2002 photos Local Southern Miss researchers lead $6 million project to aid coastal waters OCEAN SPRINGS University of Southern Mississippi scientists here are leading the way on a $6 million project to use estuarine plants and animals to signal changes in Gulf of Mexico coastal waters.
The goal of the four-year project is to use microbes, fish, crabs, shrimp and other species bioindicators to measure how well estuaries are functioning and the impact of changes in coastal regions. Nine universities in the Gulf region have formed a consortium with the USM College of Marine Sciences to conduct the research funded by the U.S. Environmental Protection Agency.
In year one, the team of 14 scientists will do their scientific sleuthing in their local estuaries. In years two through four, they will apply what they have learned to Apalachicola Bay, Mobile Bay and Galveston Bay, estuaries selected for their natural features and different levels of impact from human activity.

72. Watersheds And Wetlands Outline
map of New Castle County watersheds; more information on watersheds definitions,maps, etc; A. Same pollution problems as wetlands and estuaries – see below B
http://www.wilmingtonchristian.org/upper/ausema/marbio/watershed_out.html
Watersheds and Wetlands
home classroom resources weekly schedule links I. Definition of a watershed II. Importance of watershed emphasis A. drinking water
B. recreation
C. wildlife habitat
D. fisheries III. Stream habitats
B. Stream habitat consists of riffles and runs
C. The importance of streamside vegetation and the effect of development on stream flow
IV. Pollution and water quality A. Point sources
B. Non-point sources (TONS) ( more information
  • T oxic compounds (PCB's etc) (some are endocrine disrupters or carcinogens)
  • O xygen-demanding materials (water treatment plants, animal manure, etc)
  • N utrients - nitrate and phosphate (note statistics - what happens to 100 pounds of nitrogen)
  • S ediment C. Air sources and acid rain
  • 73. Notes From Meeting To Be Provided Later
    North Fort Myers FL 339173909. www.CharlotteHarborNEP.org. Working together toprotect estuaries and watersheds from Venice to Estero Bay to Winter Haven.
    http://www.charlotteharbornep.org/Events/CHNF04/CHNF_8-4-03.htm
    Notes from meeting to be provided later From: Maran Hilgendorf [mhilgendorf@swfrpc.org]
    Sent: Monday, August 04, 2003 11:12 AM
    To:
    Subject:
    meeting reminder: Charlotte Harbor Nature Festival
    The second meeting to plan the fourth annual Charlotte Harbor Nature Festival is Thursday, August 7 from to (note time change!) again at the Charlotte County Visitor's Bureau O ffice (5th floor of SunTrust Building across from County Admin Building at 18501 Murdock Circle, Suite 502 Port Charlotte FL Good news! The Peace River Center Event Organization/Planning Committee: those who attend the meetings Publicity: Maran and Rebecca Sponsors: no volunteers Volunteers: no volunteers but Joy will help NEW MEMBER: Betty Food vendors: Toni but she is not available the week before or day of the festival Exhibitors: NEP Office Artist Exhibitors: Debbie and Stephanie Children's Area: Inga and Kayle Musicians: no volunteers NEW MEMBER: Carol Mahler Site Logistics: Chris and Toni Presentations/Guided Walks: Cathy, Laura and Sue Maran Brainard Hilgendorf, Communications Manager

    74. WATERSHEDS
    States and is made up of hundreds of smaller subwatersheds, down to the individualwatersheds of the smallest creeks. The drainage areas of estuaries can also
    http://www.woodrow.org/teachers/esi/1997/02/Watersheds/index.HTM
    WATERSHEDS ARE US by Scott Martin, Larry Johnson and Julie Stoughton The U.S. EPA defines a watershed as "a geographic area in which water, sediments, and dissolved materials drain into a common outlet" - a stream, lake, estuary, aquifer, or ocean. This area is also called the drainage basin, drainage area, or catchment of the receiving water body. Sometimes the word watershed is used to refer to a watershed boundary, or dividing line. In this sense, for example, the North American Continental Divide - the boundary between all waters flowing to the Atlantic Ocean and the Pacific Ocean - can be called a watershed.
    Can you visualize the major rivers draining the watersheds of the US? Click on the US map above to check your ideas
    How many major river drainage systems can you find? Which of these major river drainages (if any) includes your town?
    How does elevation affect river drainage?
    In this view, the lower elevations are represented by blue and yellow ( coastlines and
    valleys);the middle elevations (plains and foothills) are orange, green and brown;
    and the higher elevations (mountains and alpine peaks) are shown in lavender and white.

    75. Environment DEC: Governor Announces Grants For Hudson Valley Waterfront Projects
    One of the projects, a Rivers and estuaries Center, will advance the understandingof rivers, estuaries and watersheds, help guide conservation and management
    http://www.dec.state.ny.us/website/environmentdec/2004a/waterfrontgrants.html
    March 2004 In this issue: Governor Announces Brownfield Grant for Amsterdam
    Applications Being Accepted for DEC Environmental Camps

    2003 Report Shows Continued Progress in DEC Law Enforcement

    Governor Announces $9.7 Million in Landfill Closure Funds
    ...
    Public Comment Sought on Draft Shandaken Tunnel Discharge Permit
    Governor Announces Grants for Hudson Valley Waterfront Projects
    Governor Pataki said that the projects
    being funded will help to enhance the
    rich history of the Hudson River Governor George E. Pataki has announced $1.45 million in Environmental Protection Fund (EPF)-Local Waterfront Revitalization Program (LWRP) grants for ten projects in the Hudson Valley. They include a $300,000 grant to the City of Beacon, Dutchess County, most of which will be used to prepare the Beacon Harbor Management Plan and study locations and docking designs for the Rivers and Estuaries Center on the Hudson. The rest of the grant will be used to design improvements to an 1860s historic waterfront barn that will house certain boats in the community, such as one for sightseeing. The Rivers and Estuaries Center will advance the understanding of rivers, estuaries and watersheds and help guide conservation and management policies. It also will offer educational programs for teachers, students, citizen scientists and the public. More than $30 million has been committed to the center already, including $10 million from the NY Power Authority, $15 million from the Dyson Foundation, and $750,000 from Dutchess County. The center's permanent facilities will be located at Dennings Point and the Beacon Waterfront.

    76. Instructional Format Design Of Clear Water, Streams & Fish:A Holistic View Of Wa
    Waterrelated Ecosystems. Types of Ecosystems estuaries watersheds oceans streamsMajor Regional Resource Pacific coast Ecological Concepts Water Use.
    http://www.uwex.edu/erc/eypaw/eywtopic.cfm?curricula_id=70

    77. Researchspending.html
    range from developing stateof-the-art technology for the biomedical, sensing andelectronic fields, to protecting estuaries and watersheds along the Atlantic
    http://www.psu.edu/ur/archives/intercom_2003/Jan23/researchspending.html

    78. WHOI Sea Grant: Research/ECP/1996-1998
    Nitrogen (N) inputs to estuaries from coastal watersheds are contributed bythree major sources wastewater atmospheric deposition, and fertilizers.
    http://www.whoi.edu/seagrant/research/ecp/9698.html
    Overview Estuarine and Coastal Processes
    2002-2004 Projects

    2000-2002 Projects
    ...
    1998-2000 Projects

    - 1996-1998 Projects
    1994-1996 Projects
    Fisheries and Aquaculture Environmental Technology Marine Biotechnology ... Public Outreach, Education, and Extension Projects Estuarine and Coastal Processes 1996-1998 Projects Tidal Flat Deposition: Processes and Rheology
    David G. Aubrey, Woods Hole Oceanographic Institution
    Quantifying Flushing Rates of Estuaries
    W. Rockwell Geyer and James R. Ledwell, Woods Hole Oceanographic Institution
    Ecosystem Level Measurements of Denitrification in Estuaries
    Anne E. Giblin and Charles S. Hopkinson Jr., Ecosystems Center, Marine Biological Laboratory A Stable Isotopic Approach for Early Detection of Wastewater N in Food Webs Ivan Valiela, Boston University Marine Program Dynamics of the Toxic Dinoflagellate Alexandrium in the Gulf of Maine: Source Populations and Downstream Impacts Donald M. Anderson, Woods Hole Oceanographic Institution and Jefferson T. Turner, University of Massachusetts at Dartmouth

    79. Round Table On Resource Land Use And Stewardship: Measuring Progress
    We recommend further that, once the index has been developed, the monitoring networkbe expanded to include other estuaries in watersheds exposed to heavy
    http://www.gov.pe.ca/roundtable/index.php3?number=69437

    80. LII - Results For "estuaries"
    species. It also provides contact information, graphical maps of estuariesand watersheds, and links to related Web sites. The newsletter
    http://www.lii.org/search?searchtype=subject;query=Estuaries;subsearch=Estuaries

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