SC5810 - Marine Ecology and Upwelling
| Credit points: |
03 |
| Year: |
2019 |
| Student Contribution Band: |
Band
|
| Administered by: |
College of Science and Engineering |
The Galapagos is the 'mecca' of biological studies. The islands that make up the Galapagos
archipelago have a unique flora, fauna, geology and oceanography that is located on
the equator. Impacts on coastal waters are primarily from interannual variation in
the oceanography (especially El Nino/La Nina) and, to a lesser extent fisheries and
tourism. An understanding of tropical marine environments requires knowledge of local
biodiversity and how this can vary greatly by ocean. This subject focuses on the ecology
of marine organisms in an environment of strong upwelling at the Galapagos Islands
- on the Eastern side of the Pacific Ocean. The Galapagos is subjected to the extremes
of warm water from El Nino and strong and cold upwelling from normal conditions and
especially La Nina. The oceanography affecting the Galapagos also impacts Australia,
accordingly trans-Pacific linkages are discussed. Biogeographically the area has a
strong eastern Pacific flavour and unique species diversity due to upwelling. The
subject will enhance core ecological skills and will provide an increased knowledge
of marine organisms on tropical reefs of the world and, while enhancing an understanding
of steep to sustain a world heritage area.
There are additional charges for this subject; please contact the School for details.
Learning Outcomes
- demonstrate theoretical knowledge of principles in marine ecology through oral and
written modes of presentation;
- critically evaluate both the limitations and the potential for extractive marine industries
fisheries in the Galapagos environment;
- demonstrate practical proficiency in sampling reefs, and diagnosing upwelling conditions
and anthropogenic impacts;
- apply marine ecology principles in the unique setting of the Galapagos Islands to
the writing of projects and to critique paradigms relating to marine assemblages and
the bottom-up effect of upwelling;
- demonstrate a holistic understanding of the unique Galapagos ecosystems through oral
and written modes of presentation.
Assumed Knowledge:
|
prior knowledge of marine biology, statistics and sampling designs |
Availabilities
|
| Townsville,
Block,
Study Period 7
|
| Census Date 11-Jul-2019 |
| Face to face teaching
11-Jul-2019 to 23-Jul-2019
|
| Coord/Lect: |
Professor Michael Kingsford. |
| Contact hours: |
- 10 hours lectures - theory and specific of the Galapagos
- 50 hours practicals - field experiences intertidal, snorkelling and SCUBA (for some)
- 5 hours workshops/Seminars - short students seminars and scenarios
|
| Assessment: |
other exams (25%); quizzes or tests (25%); multidraft Essays (50%). |
|
|
Note:
Minor variations might occur due to the continuous Subject quality improvement
process, and in case of
minor variation(s) in assessment details, the Subject Outline represents the latest
official information.