GEOG 442
BIOGEOGRAPHY (3 credits) Fall 2009
Instructor: Dr. Stephen D. Prince

E-mail: sprince@umd.edu (best method of contact)
Tel: 301 405 4062
Office: LeFrak Hall 1169
Office hours: 2.00-3.00pm Tuesday & Thursday
Classes: 12.30 - 1.45pm Tues, Thurs, LeFrak 2208
First Class: Tuesday 31st August
End of schedule adjustment: 15th September
Thanksgiving Holiday: Tuesday November 23rd and Thursday November 25th
Last
class: Thursday December 9th
Final examination: Friday, December 18th 1:30pm-3:30pm
Class schedule – frequently
updated consult before and after each class
Course objectives: The purpose of this course is to consider the patterns, processes and possible future of the distributions of living organisms. By means of a study of relevant aspects of biogeography, ecology, and evolutionary biology, including what can be determined of events in the recent and distant past, the contribution of biogeography to current environmental issues will be examined. Geographic factors (e.g., landform, soil distribution, climate, and human activities) are major factors in the spatial distribution of flora and fauna locally and throughout the world. Understanding how these factors interact with the biota in controlling the distribution of organisms is a key topic. The history and current status of knowledge on each topic will be discussed. Appropriate measurement techniques, analytical methods, and modeling strategies will be explained.
Course Outline: Provisional list of topics.
1.
Introduction
2.
Geographical ranges of living organisms
Units of distribution (genes to biomes)
Types of distribution
Environmental correlates of ranges
Climate and climate change
Soils
Biodiversity
3.
Causes and processes of spatial and temporal distributions
Environmental
factors
Primary production
Microclimatology
Soil processes, Nutrient transport, Nutrient cycling
Adaptation, Adaptive strategies, Functional types
Biological
Disturbance, Land cover and land use change, Non-equilibrium dynamics
Metapopulation dynamics, Island processes
Pests and diseases
4.
Synthesis - ecological biogeography
Target audience: Seniors and starting graduate students in Geography, Environmental Science and Policy, Biology, Agronomy and allied disciplines.
Prerequisites: Essential: GEOG342 Introduction to Biogeography or equivalent. Desirable: GEOG345 Climatology, GEOG340 Geomorphology. Useful: further environmental science and biological courses
Course Texts: No one textbook is adequate for this class. Selected readings in books and periodicals will be recommended in class
Course arrangements: Each of the major topics will be broken up into units to allow for application, discussion and review. There will be a lecture on each topic, a reading list of relevant current literature, and a class discussion. Outlines, readings and other materials will be posted on the class WWW page which should be checked before each class meeting. Some class sessions will include a practical component such as a field visit or data analyses. Most topics are scheduled for two class meetings: the first meeting will often start with a quiz on the earlier topics, followed by a lecture on the new topic. The second meeting will complete the lecture material, followed by a discussion and a list of quiz topics for the next meeting.
Office Hours: Room 1169 LeFrak Hall Tues and Thursday 2.00-3.00pm. The office hours serve a vital function for both student and Instructor providing the opportunity to talk over matters related to the course, but they are only beneficial when utilized. If you need help, or just want to talk over interesting topics, use this opportunity to interact with the Instructor.
Assessment: 60% of the grade will be contributed by three written examinations, two during the semester and a final (20% each). Each exam will be 1 hr 15min in duration and will consist of three essay questions selected from at least 6. The remaining 40% of the grade will be by assessment of 4 written accounts of topics or exercises carried out during the course. Each paper should describe the topic or exercise, the findings and the relevance to the general course themes. Length should not exceed 2000 words plus diagrams and must be the original work of the student (do not work together with other members of the class - see Academic Integrity Expectations below).
Examination dates:
Two in-semester exams (1hr 15min each). Provisional dates: 16Oct, 13Nov.
Final (See Schedule of Classes): Date: Friday, December 18th 1:30pm-3:30pm. This examination date is scheduled by the University and cannot be changed (Fall 2009 Exam Schedule).
Official
Notices: