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- If you
need a refresher on doing research in the Science Library, an
excellent place to start is the NetTrail site.
- You can
also look at the Ocean
Sciences Library Web Site
- Finally,
check out the Wikipedia entry for Oceanography, which provides
access to a variety of interesting topics on the web.
- At the
bottom of this page there's a list of some potential topics
(and also a list of the most "popular" topics chosen....you
might want to avoid those ones if you don't want to present
the same thing as everyone else!
Term
Paper:
A 10 (+ or - 2) page synthesis (double spaced) summarizing 3-5
original journal articles on a well defined and narrowly focused
topic. The purpose is to have you gain familiarity with looking
up original scientific research articles on a particular topic
and presenting a synthesis of 3 such articles on a topic dealing
with the oceans. Appropriate figures would help. The figures should
be mentioned and discussed in the text of your paper (in other
words, don't include any figures or illustrations that aren't
used in your discussion). Figures should have captions and be
referred to and discussed in the text.
An
example of a good subject would be El Nino - a comparison
of recent El Nino events. Another example would be the use
of "sound
channels" by whales to vocalized across great distances--an
example of a topic which does not incorporate enough ocean sciences
would be the evolutionalry development of whale vocalizations
(because it focuses on evolution and physiology).
Your
paper should have a clear focus, and that focus should be obvious
to the reader early on.
Possible
focuses might be: 1) To describe the possibility of using
satellites to measure salinity, including theories, applications,
and current research, or 2) To argue that human pollutants
are destroying coral reefs. These would be a good way to narrow
down a much broader topic, such as 1A) how satellites are used
in oceanography, or 2A) the general decline of coral reefs.
The
paper topic should have greater depth than the coverage that that
topic receives in class.
The
paper should include the writer's own conclusions and not be merely
a book report. Make it interesting!
Due date: Week 9, February 25 (in your discussion
section).
References: the authors, title, journal, volume
and page numbers of the 3 articles. Example: Martin, J.H., S.E.
Fitzwater and M.R. Gordon (1990) Iron deficiency limits phytoplankton
growth in Antarctic waters. Global Biogeochemical Cycles,
Vol. 4, pp. 5-12.
The best way to proceed
is to discuss possible topics with your TA or the Instructor and
carry out a library search. Or go browse through appropriate recommended
journals to select a topic that appears interesting. A particularly
good journal you might browse through for ideas is Limnology
and Oceanography (link).
Both Science (link)
and Nature (link)
have very good websites, as well, and often cover interesting
topics in Oceanography.
Presentations:You
will present an overview of the termpaper to the rest of your
section (with A/V materials), with an expected length of 5
minutes + 2 minutes for questions, or whatever time period
your TA gives you (the timing is dependent on how many students
are in each section). For your presentation, we will provide
access to a computer projector for Powerpoint. For each discussion
section, you (the students) will vote on the most interesting
presentation. The best presentation from each discussion section
will then be given on the last day of class, with additional
time (15 minutes). The class will vote again, and prizes
will be awarded.
Due date: Last 3 weeks of class (in your
discussion section).
Evaluations: Your
grade for the term paper and oral presentation will be determined
by the TA and the instructor. The additional voting by the class
will not be used for the determination of your grades.
Possible
Term Paper / Presentation Topics
Exploration
/ Technology
Autonomous Underwater Vehicles (AUVs)
Remotely Operated Vehicles (ROVs)
Oceanographic LIDAR
HF Radar / CODAR measurements of surface currents
RAFOS / SOFAR Floats
Remotely
Sensed Data
Satellite Ocean Color Measurements
Salinity measurements from space
SeaWinds Scatterometer (measures winds from space)
Hyperspectral Imagers (AVIRIS, HyMAP, NEMO, etc.)
Geology
/ Geophysics
The formation of gas hydrates
Feasability of pumping CO2 into the oceans
Paleotemperature proxies
The
Deep Sea Drilling Project
•
Coastal armoring of beaches
Regime
Shifts & Climate Change
Pacific Decadal Oscillation
North Atlantic Oscillation
Changes in upwelling intensity as a function of sea surface
temperature
Dimethyl Sulfide production and its effect on climate
Iron Fertilization as a carbon mitigation strategy
Marine
Biology
Changes in dinoflagellate morphology as a function of shear
Harmful Algal Blooms
The role of zooplankton in controlling Vibrio cholera
The use of polarized light by fishes
Regional
Oceanography
The impact of the proposed runway extension on San Francisco
Bay
Effects of the 1997-98 El Niño on whale abundances
in Monterey Bay
Is iron limiting in coastal California?
The
role of Elkhorn Slough in buffering the ocean from anthropogenic
nutrient input
"Popular"
Term Paper / Presentation Topics
Crown
of Thorns Starfish
Hydrothermal
Vents
Coral
Reefs
Tsunamis
and Hurricanes
Navigation
by marine organisms (magnetite in the brain, etc)
NOTE:
You can salvage these topics by narrowing your focus and asking
an interesting question. For example, instead of a review
of hydrothermal vents, focus instead on whether there's a
community of specialized organisms living in the Earth's crust
that only get exposed to the rest of us at hydrothermal vents...or
focus on how much the hydrothermal vents contribute to the
heat budget of the oceans.
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