BIOLOGY 280D

WETLAND ECOLOGY

WINTER 2001

COURSE OBJECTIVES

    1. Survey the current literature dealing with Wetland Ecology.
    2. Discuss current topics in Wetland Ecology.
    3. Learn about methods for wetland delineation and monitoring.
    4. Provide first-hand experience at seminar development and presentation.
    1. Practice in clarity of exposition
    2. Logical organization of talk
    3. Logical sequence of presentation
    4. Clear thinking before an audience.

COURSE OUTLINE AND FORMAT

Jan 9 course introduction, goals and procedures
Jan 16 All meet for lecture: Types and definitions of wetlands
Jan 23 All meet for lecture: Function of wetlands and Great Lakes wetlands.
Jan 30 Wetland slide show, Seminar topic Confirmation.
Feb 6 Complete literature search and library requests.
Turn in preliminary Literature search –email to pillsbury@alma.edu
Feb 13 Guest speaker (TBA)
March 13 Meet and present a 5-10 minute mini-seminar to the class:
Turn in Abstract of Presentation of Drop slip.
March 27 Seminar Session I: 30-35 min talk
April 3 Seminar Session II: 30-35 min talk
April 10 Seminar Session III: 30-35 min talk
Speakers Must Submit Full Bibliography (at least 10 references, no email references)

FORMAT FOR REFERENCES

Author, Date. Title. Journal. Volume: Page.

Holomuzki, J.R., R.W. Pillsbury, and S.B. Khandwala. 2000. Interplay between dispersal determinants of larval hydropsychid caddisflies. Can. J. Fish. Aquat. Sci. 56: 2041-2050.

SEMINAR FORMAT

A) The first mini-seminar will be informal and should be a summary of your readings to date. Allow 10 minutes maxiumum. Explain important ideas and discuss where you are going with your topic.

Submit Abstract (300 word maximum)

Define the objectives (state the problem)
Discuss methods and techniques
Prersent essential data or evidence
Interpretation of the research.
Main conculsions
Summarize your talk.

B) The formal seminar should be an approximately 30 minute presentation (with 5 additional minutes allowed for questions). Submit full literature review.

  1. You are expected to use visuals (overheads or PowerPoint presentations) Start early!!
  2. The audience is expected to take notes and ask the presenter questions about the topic. This may be prompted by a random selection method if deemed necessary. The audience will be grading the seminar speaker. See Evaluation form for details.

GRADES

Preliminary bibliography 5 pts
Abstract 10 pts
Final bibliography w/copy of presentation (ppt file or overheads) 25 pts
My evaluation 25 pts
Peer evaluation 25 pts
Attendance (if you miss a session, you sacrifice points, NO EXCEPTIONS) 10 pts
Total 100 POINTS

ABSTRACT PREPARATION

  1. You must follow the specified format.
  2. Abstracts should be typed and be no more than 300 words (not including title).
  3. If an electric typewriter is used, use a good ribbon and make neat corrections. Use black ink for symbols not on your typewriter. If at all possible, avoid dot matrix printers; they produce inferior copies.
  4. Your abstract should be organized as follows:
  1. Title- Use BOLD FACE CAPITAL LETTERS; when using a Latin name, please use italics (or underline) and include the common name also (if available).
  2. Author – include divisional and departmental affiliations. Single space all typing.
  3. Abstract text –
  4. Double space between Title and author, single space abstract text. No more than 300 words.

THE EFFECTS OF ROOT MASS AND DISTURBANCE ON WILD RICE (ZIZANIA AQUATICA) SURVIVORSHIP. Robert Pillsbury, Department of Biology, Alma College

Wild rice plants (Zizania aquatica) growing in soft, wetland sediments are often uprooted by high winds. A series of surveys and tests are presented in this presentation on factors that may be important in the uprooting of wild rice….blah…..blah….blah….

Some Suggested Topics (feel free to choose your own)

Threats to the Everglades
Freshwater Marsher
Wetlands and flood control
Northern Peatlands
Wetlands and nutrients
Southern deepwater swamps
Waterfowls and wetlands
Riparian wetlands
Stable-states of shallow water systems
World inventory of wetlands
Wild rice wetlands
Fish production and wetlands
Evaluating man-made wetlands
Evaluating wetland mitigation
Algae in wetlands
Monitoring wetland health
Managing wetlands for wildlife
Acid mine drainage treatment with wetlands
Constructed wetlands for wastewater
Chemical transport in wetlands
Biological adaptations to the wetland environment
Landscape patterns in wetlands
Tidal salt marshes
Mangrove wetlands