WileyEurope :: Estuarine Ecology WileyEurope, estuarine ecology by John W. Day, Charles ASHall, W. Michael Kemp, Alejandro Yá nmacr;ezArancibia. http://www.wileyeurope.com/cda/product/0,,0471062634,00.html
Research Specialisation: Marine & Estuarine Ecology Research Specialisation MARINE estuarine ecology. Australia has a diverserange of marine ecosystems, spanning tropical to polar waters. http://cem.ecu.edu.au/marine-estuarine/welcome.html
Extractions: Australia has a diverse range of marine ecosystems, spanning tropical to polar waters. The majority of these are in good condition, yet wherever urban populations occur there is degradation. The marine and estuarine research group focuses its research on documenting, understanding and managing those impacts, from the effects of aquaculture on south coast temperate seagrasses to the effectiveness of no-take zones in the sub-tropical Ningaloo Reef Marine Park. Our research takes a process-oriented approach, based on the premise that sound management requires an understanding of the processes operating in marine systems. A large proportion of our current research focuses on seagrass ecosystems , which serve as a model for marine systems in general. These projects examine processes occurring within seagrass meadows and the linkage between these and other ecosystems. Other areas of specific interest include: techniques for the propagation of seagrasses and evaluation of ecological function in restored meadows; determining the role of key habitats for fish species; and examining the life history parameters of economically important
Ausable.org - Internships: Estuarine Ecology, Portugal estuarine ecology Internship Portugal This internship provides theopportunity to participate in applied ecological research on http://www.ausable.org/ap.internships.portugal.cfm
Extractions: Estuarine Ecology Internship - Portugal This internship provides the opportunity to participate in applied ecological research on an estuary in south-west Portugal, which faces environmental threats on a number of fronts (including tourist development and recreation pressure). The A Rocha Christian Field Study Centre coordinates surveys under the direction of the scientific director, Will Simonson. The internship will be of three months to one-year duration and is available for a highly qualified graduate in one of the following: estuarine ecology, botany, or zoology. Interns will also have the opportunity to participate in the wider ministry of the centre to students, and will be expected to take part in the varied tasks involved in running the centre. Au Sable Institute will meet international travel costs and A Rocha will provide accommodation. The intern will be assisted to raise support for the stay at A Rocha by material from A Rocha and from Au Sable. Interested persons should apply to the Au Sable Institute Registrar Office. Con tact
LOTSE/Web-Menutree (Estuarine Ecology) LOTSE/Web Land/Ocean Thematic Search Engine Estuarineecology. Topic is invalid in Compact Version http://w3g.gkss.de/lotse/out/one/menu/topics/2193.html
The Role Of Nutrient Loading And Eutrophication In Estuarine Ecology The Role of Nutrient Loading and Eutrophication in estuarine ecology. James L.Pinckney, 1 Hans W. Paerl, 2 Patricia Tester, 3 and Tammi L. Richardson 1. http://ehpnet1.niehs.nih.gov/docs/2001/suppl-5/699-706pinckney/abstract.html
Extractions: Subscribe Environmental Health Perspectives Volume 109, Supplement 5, October 2001 The Role of Nutrient Loading and Eutrophication in Estuarine Ecology James L. Pinckney, Hans W. Paerl, Patricia Tester, and Tammi L. Richardson Institute of Marine Sciences, University of North Carolina at Chapel Hill, Morehead City, North Carolina, USA; National Ocean Service, Center for Coastal Fisheries and Habitat Research, Beaufort, North Carolina, USA Citation in PubMed Related Articles Full Article y ), mesotrophic (100-300 g C m y ), eutrophic (300-500 g C m y y ). Ecosystem responses to eutrophication depend on both export rates (flushing, microbially mediated losses through respiration, and denitrification) and recycling/regeneration rates within the estuary. The mitigation of the effects of eutrophication involves the regulation of inorganic nutrient (primarily N and P) inputs into receiving waters. Appropriately scaled and parameterized nutrient and hydrologic controls are the only realistic options for controlling phytoplankton blooms, algal toxicity, and other symptoms of eutrophication in estuarine ecosystems. Key words : biogeochemistry, coastal, estuary, eutrophic, management, microbial, phytoplankton, zooplankton.
UMass IGS Course: Estuarine Ecology Course Details. estuarine ecology (Dartmouth). Professor O'CONNOR, NANCYJ. BIO 536, 3 credits. This course is an elective. Course Webpage n/a. http://www.umassmarine.net/courses/showcourses.cfm?course_ID=48&all=yes
UMass IGS Course: Estuarine Ecology Course Details. estuarine ecology (Dartmouth). Professor O'CONNOR,NANCY J. BIO 536, 3 credits. This course is an elective. Course http://www.umassmarine.net/courses/showcourses.cfm?course_ID=48
Extractions: Description: Please scroll to the bottom of the screen, find your YEAR, and then the TOPIC you are posting to. Click on that topic and make sure you are posting within the correct year and topic. Discussion Topics: (click on the topic to view messages) Trip Information and Discussion Nature Autobiography (Due May 17th) Web Resources Lesson Examples Web Searching Tutorials Discussion of Barrier Islands Names and Addresses Journal Entries (23 messages, 24 replies, last message/reply posted Fri Aug 2 22:27:05 US/Eastern 2002 )
E&ES344 - Estuarine Ecology estuarine ecology E ES 344 FA. MAJOR READINGS. Day et al, EstuarineEcology . EXAMINATIONS AND ASSIGNMENTS. Midterm, final, paper. http://www.wesleyan.edu/wesmaps/course0001/ees344f.htm
Extractions: 344 FA This course explores the physical, chemical, geological, and biological characteristics of estuaries and their dynamic interactions. Additionally, this course will also study some of the problems associated with the development of large population centers around many of the world's largest estuaries. Day et al, "Estuarine Ecology" Mid-term, final, paper Must be taken in conjunction with Estuarine Ecological Profiling. Unless preregistered students attend the first class meeting or communicate directly with the instructor prior to the first class, they will be dropped from the class list. NOTE: Students must still submit a completed Drop/Add form to the Registrar's office. COURSE FORMAT: Lecture Level: UGRD Credit: Gen Ed Area Dept: Grading Mode: Student Option Prerequisites: Links to Web Resources For This Course.
E&ES344 - Estuarine Ecology Wesleyan Home Page WesMaps Home Page Course Search CourseSearch by CID estuarine ecology E ES344 FA. This course http://www.wesleyan.edu/wesmaps/course9900/ees344f.htm
Extractions: This course explores the physical, chemical, geological, and biological characteristics of estuaries and their dynamic interactions. Additionally, this course will also study some of the problems associated with the development of large population centers around many of the world's largest estuaries. COURSE FORMAT: Lecture Level: UGRD Credit: Gen Ed Area Dept: Grading Mode: Student Option Prerequisites: Last Updated on MAR-24-2000
Ocean Beach & Estuarine Ecology Education Experiments Completed on Ossabaw Island May/June 2002 by The University of TennesseeCollege of Education Students (Melear) And Eisenhower Grant Teachers, Movie http://web.utk.edu/~ctmelear/ossabaw/experiments2002/experiments2002.html
Extractions: (get QuickTime Plant Transpiration by Joe Bailey, Tom McMillian, and Sandra Pearce Fiddler Crab Behavior by Marti Hulen, Michelle Gobble, Kathy Dewein Comparing Samples of Sand on Ossabaw Island South Beach The Effects of Salt Water on the Lathering Process of Soap in an Ossabaw Water Source Environment by Mimi Headrick, Amy Headrick, and Debbie Jo Smith Cabbage Palmento Study by Frederick Holmes, Brenda Stewart and Colleen Wallace Sanderling Feeding Patterns by Paul Skapik, Melissa Moriarty, Sarah Sturgill, and Kristy Krummacher Crab Species on Ossabaw by Jessica Conaster, Leah Curtis, and Amy Ridgell Wanted Dead or Alive: Horseshoe Crabs by Erin Gillenwater and Kimberly Bridges
3801EAS: Estuarine Ecology 3801EAS estuarine ecology. Jump to timetable Academic Career UGRD Undergraduate. Academic Subject Area Biological Sciences. Host http://www22.gu.edu.au/STIP/servlet/STIP?s=3801EAS
The Use Of GIS In Estuarine Ecology The use of GIS in estuarine ecology. Chris Melrose. The application GIS in estuarineecology is surprisingly rare, however, its use has been increasing. http://www.edc.uri.edu/nrs/classes/NRS409/509_2002/melrose.htm
Extractions: The use of GIS in Estuarine Ecology Chris Melrose NRS 509, Fall 2002 The application GIS in estuarine ecology is surprisingly rare, however, its use has been increasing. One thing that is apparent from the literature is that much of the work using GIS in estuarine science to date is of a methodological nature. A significant fraction of the publications are more concerned with developing and evaluating methods of analysis with GIS than they are with the results produced by those analyses. Hopefully as these new methods become more accepted and established, studies will begin to focus more on the results that GIS analysis produces. One difficulty in studying an estuarine system using GIS is that they are highly dynamic. For example parameters such as dissolved oxygen or chlorophyll concentration might change over daily, seasonal and tidal cycles. When a variable is under such constant change it becomes difficult to map. This is in contrast to things such as soil types or land use that do not change so rapidly and are more easily mapable. This necessitates approaches to deal with this variability such as averaging samples over a period of time (Oguchi et al, 2000). However, not all features of the estuary are so variable. Features like morphology, salt marshes and seagrass beds are more easily defined. On the simplest level GIS provides a nice and simple way to present data regarding the spatial gradients of an estuary, as well as mapping ecological for biological features like fish habitat, salt marshes, species distributions or seagrass beds. However, the real power lies in what can be done with such data once it is in GIS form because it can be compared or integrated with other related datasets (Oguchi et al, 2000).
ERF - Jobs estuarine ecology research assistant, Woods Hole, MA (Posted 3/3/2003);Postdoctoral position in Marine Ecology (Posted 3/3/2003); http://erf.org/jobs/jobs.html
Extractions: ERF Members can read the latest edition of Estuaries on-line. President of Prince William Sound Science Center/Director of OSRI, and Program Coordinator (Posted 3/11/2003) Chesapeake Bay Watershed Coordinators (Posted 3/11/2003) ENVIRONMENTAL MANAGEMENT SYSTEMS SPECIALIST (Posted 3/11/2003) Marine/Fisheries Biologist (Posted 3/11/2003) Outreach Coordinator / Policy Planner (Posted 3/11/2003) Research Assistant - GTM NERR (Posted 3/11/2003) Ph.D. Assistantship Process-based landscape modeler. (Posted 3/3/2003) Coastal Oceanographer (Posted 3/3/2003) ENVIRONMENTAL SCIENTISTS (Posted 3/3/2003) Senior Fisheries Biologist/Instream Flow Specialist (Posted 3/3/2003) Research Chair in Aquatic Health Sciences (Posted 3/3/2003) (Posted 3/3/2003) Dean (Academic) (Posted 3/3/2003) Research Scientist Positions - Ocean Sciences (Posted 3/3/2003) Postdoc in Hydrological/Water Quality Modeling (Posted 3/3/2003) Fish Ecologist (Posted 3/3/2003) Supervisory Hydrologist (Posted 3/3/2003) Supervisory Hydraulic Engineer (Posted 3/3/2003) Estuarine ecology research assistant, Woods Hole, MA
Estuarine Research Federation - Jobs The estuarine ecology research assistant, Woods Hole, MA. Position Estuarineecology research assistant, Woods Hole, MA. http://erf.org/jobs/2_10_2003a.html
Extractions: Back to Jobs Position : Estuarine ecology research assistant, Woods Hole, MA Description : The Boston University Marine Program of the Marine Biological Laboratory, Woods Hole, is seeking applicants for a research assistant to work with Dr Ivan Valiela conducting research in estuarine ecology, nitrogen modeling, and the production of web based tools for managers. Duties : Principal duties include compilation of data and literature research, writing of reports, science translation information, and manuscripts. A large proportion of the work will also include the advancement of a web-based tool translating our research into a usable management format (http://valiela.mbl.edu). This will include the writing of text for web pages, some programming, and the training and support of environmental managers testing the tool. Conditions: This position is now funded full-time for 6 months (with an additional year of funding expected). Annual salary of $25,000 -$30,000 depending on qualifications and experience. Education : BA/BS with some research and writing experience. Computer, Word, and Excel experience is a must and experience or training in website management and any of the following programming languages is highly desirable: HTML, PHP, Java Script and SQL.
Extractions: Chesapeake Bay as an Ecosystem: An Experience in Estuarine Ecology and Classroom Applications The Chesapeake Bay: Estuarine Ecology in Your Classroom Maryland Science Center presents the 4th Educator Extravaganza for Teachers ... "The Chesapeake Bay: Estuarine Ecology in Your Classroom" Participants will be immersed in estuarine ecology through a keynote address, five informational-interactive workshops, and the opportunity to investigate the Maryland Center's Chesapeake Bay Exhibit. October 16, 1999 An Experience in Estuarine Ecology and Classroom Applications University of Maryland, Center for Environmental Science is offering a course entitled "Chesapeake Bay as an Ecosystem: An Experience in Estuarine Ecology and Classroom Applications". The purpose of the course is to provide educators with content knowledge necessary for understanding the ecology of Chesapeake Bay and to provide applications in environmental education for the classroom. The course will emphasize the use of authentic data, applications and interpretation through internet connections.