Florida
International University
Paleoenvironments Course Syllabus
Prof. Laurel Collins
Fall 2011
Tu/Th 9:30-10:45 am, GC 279B (PC 448 for some Activities Days)
3 credits
Combined sections for the following courses:
BSC 4304 Environments of the Past
(satisfies Ecology distribution requirement for Biology majors)
GLY 4660 Paleoecology
GLY 5108 Paleoecology and Paleoenvironments
Course Description and Objectives - This multidisciplinary course teaches
students how to interpret environmental changes through time, with an
integration of paleobiology, ecology, sedimentology, stratigraphy, and geochemistry. Topics include
local environmental changes and regional to global climate changes of the past, synecology of fossils, paleobiodiversity, changes
in communities over geologic time, sedimentary facies and environments,
skeletal mineralogy,
stable isotopes of oxygen and carbon, paleotemperature and paleobiogeography.
|
DATE |
TOPIC |
|
Tu Aug. 23 |
Introduction to the course |
|
Th Aug. 25 |
Sedimentary environments
(Ch. 1) |
|
Mon Aug. 29 |
Last day to add courses or drop courses without paying a fee |
| Tu Aug. 30 |
Activities 1:
Sedimentary
environments |
|
Th Sept. 1 |
Taphonomy and preservation
(Ch. 3) |
|
Tu Sept. 6 |
Activities 2: Taphonomy and preservation - MEET IN PC448 |
|
Th Sept. 8 |
Trace fossils and
bioturbation (Ch. 5) |
|
Tu Sept. 13 |
Activities 3: Trace Fossils - MEET IN PC448 |
|
Th Sept. 15 |
Water depth indicators: fossil associations (Ch. 2 & 6) |
|
Tu Sept. 20 |
Activities 4: Water depth
indicators,
|
| Th Sept. 22 | class cancelled |
| Tu Sept. 27 | National Geographic video: Earth Under Water |
| Th Sept. 29 | class cancelled |
| Tu Oct. 4 | Temperature & salinity indicators: fossil associations, stable isotopes (Ch. 2 & 6) |
|
Th Oct. 6 |
|
|
Tu Oct. 11 |
Nutrient & upwelling
indicators: fossil associations & stable isotopes (
|
|
Th Oct. 13 |
Indicators of oxygenation (
|
|
Tu Oct. 18 |
|
|
Th Oct. 20 |
|
|
Tu Oct. 25 |
Paleocommunities and
diversity as ecological indices (Ch. 7)
|
|
Th Oct. 27 |
|
|
Tu Nov. 1 |
|
| Mon. Oct. 31 | Last day to drop courses or withdraw from university |
|
Th Nov. 3 |
|
|
Tu Nov. 8 |
Global paleoenvironments through time, |
| Th Nov. 10 |
Global
paleoenvironments through time, II. Extinction (
|
| Tu Nov. 15 |
Activities 9: Paleoenvironments through time |
|
Th Nov. 17 |
Fossil terrestrial
ecosystems (
|
| Tu Nov. 22 |
Activities 10: Terrestrial
ecosystems |
| Th Nov. 24 | Thanksgiving holiday |
|
Tu Nov. 29 |
Graduate student presentations (Others are responsible for the material.) 1. Cyanobacterial blooms in the past |
|
Th Dec. 1 |
Activities 11: Review and practice questions for the final exam |
|
Tu Dec. 6 |
Final Exam, 9:45 - 11am (DIFFERS FROM REGULAR CLASS TIME) |
Instructor
- Prof. Laurel Collins, Department of Earth and
Environment, and Department of Biological Sciences. Contact information: collinsl@fiu.edu (preferred) or (305) 348-1732.
Office hours: M & F 9-10:30 in PC 435.
Recommended (optional) textbook
- P.J. Brenchley & D.A.T. Harper, 1998, Palaeoecology: Ecosystems,
Environments and Evolution: Chapman and Hall, N.Y.
Grading
-
Final grades are based on the assigned
activities (33%), midterm exam (30%), and final exam (37%).
Activities: These are designed for more informal, active learning. The format varies but includes working with specimens, discussing assigned articles, written exercises and reviews for exams. There are 11 scheduled days of activities, with 3% of your grade earned each activities day. Most of the activities are not able to be made up if missed; however, students are allowed to miss one Activities Day and receive full credit.
Exams
cover the information from class (including videos) and the parts of the textbook that have been covered in class.
Grading for graduate students - Final grades are based on the assigned activities (20%), midterm exam (25%), final exam (25%), a research paper (20%) and a short (12-minute) presentation (10%). The paper is due on the last day of class. The paper should address some aspect of paleoenvironments, ideally relating your own research or area of research interest to the subject of paleoenvironments.