Teaching |
|
I am involved in six courses in the Biological
Sciences Department: General Biology,
Biological Science,
Invertebrate
Zoology, Tropical Biology,
Freshwater Ecology, and
Biology Seminar. Course
descriptions (along with some added comments) are listed below.
|
|
|
|
General Biology I & II (BIDI-1010, BIDI-1020)
I usually teach the lecture
portion of General Biology II (spring) but sometimes teach General
Biology I (fall). Both of these are Scientific Inquiry courses in the
General Education program and are designed to offer an introduction to
biological issues and approaches to non-majors. It is always a
pleasure to get to know students from other departments!
General Biology I: A
lecture/discussion course with a laboratory component. Provides an
overview of biological principles including: basic biological chemistry,
cell structure and cell metabolism including respiration and
photosynthesis. The cellular processes of mitosis and meiosis are
studied in detail as a lead into Mendelian and modern genetics and
evolutionary theory. Issues relevant to today's society are discussed
throughout. The lab component provides hands-on experiences in which
students deal with and observe cells, pH and buffers, food chemistry,
respiration and photosynthesis. In the latter part, students observe
mitosis and meiosis, and perform and analyze genetic experiments and
manipulation of DNA.
General Biology II:
A lecture course with a laboratory
component. After a short
review of
cell structure and function, a survey of the diversity of organisms that
occupy the biosphere are discussed. Within the lab component various
kingdoms and phyla are examined with hands-on observation and
manipulation of living organisms. In the latter part of the lab,
specific environments and environmental factors are studied, including
adaptations, and pond and soil ecosystems. Concludes with a study of
population, community and ecosystem dynamics and emphasis on human
impacts in the biosphere. Topics and issues of relevance to the course
are discussed throughout. |
|
|
|
|
|
|
|
Tropical Biology (BI-3210, Winterim of even
years)
Dr. Len Reitsma invited me
to co-teach this class in 2006 and again in 2008. Students in this
class
travel to
Puerto Rico for three weeks and spend time in both the tropical rain
forest and the coral reef. In each location, students work in pairs to
come up with an original hypothesis, design a way to test their idea,
collect data in the field, and then analyze, write
up, and orally present their results.
The diversity of life and basic ecological processes
of tropical ecosystems are investigated through readings and field
studies. Examines both terrestrial and marine ecosystems. Prerequisite(s): permission of the instructor.
|
|
|
|
Freshwater Ecology (BI-3260, Fall)
In
this course we explore key concepts in ecology as applied to freshwater
systems. There is a strong emphasis on fieldwork (at least until
winter takes over New Hampshire) and on discussing the primary literature.
An examination of the ecology of freshwater environments
through lectures, readings, discussions, field activities, and data
analysis. Explores the physical features of different freshwater
systems and their ecological implications as well as the characteristics and
ecological roles of major groups of freshwater organisms. Discusses
environmental issues related to freshwater ecology.
|
|
|
Biology Seminar (BI-4960, Spring)
Each student who takes Biology
Seminar works with a faculty advisor to prepare their presentation to
the class. Over the years I have worked with students on a variety
of topics, including (but not limited to) amphibian ecology, invertebrate ecology,
effects of parasites, and predator-prey interactions.
Reports and discussions of current literature and
recent developments in the biological sciences. Presentations by
seniors of their research projects. Open to juniors and seniors
who are majors in the sciences. |
|
|
|