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MHC Library: ES200 electronc reserves
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Most of our society's environmental problems are complex and interdisciplinary in nature. Environmental science is a course designed to teach integrative thinking, the "scientific method" and problem solving. Lectures will be drawn from a variety of scientific fields including ecology, hydrology, chemistry, geology, and biology with an emphasis on ecosystems and biogeochemical cycles. The course will use case studies of regional environmental problems, practical "hands on" problem solving, and landscape analysis. Training in field and laboratory techniques is an integral part of the course.
Field and laboratory projects are the heart of the course with readings and lectures as supplementary to give the necessary background for the science projects. Attendance for all field trips is required because each exercise builds on the previous one. Most field trips will occur during the weekly class and lab times (using the 12:00-1:00 lunch hour), but there will also be one weekend all-day field trip to the Harvard Forest. Each exercise will be interdisciplinary in nature, but will have a particular focus. The first exercise will examine the effects of animal disturbance on forest structure and water quality at the Quabbin Reservoir. This part of course will emphasize ecosystems, biogeochemical cycling, succession and disturbance. The second part of the course will focus on geomorphology, hydrology and water quality. The main field site will be on the Connecticut River, but additional sites will also be used. The last part of the course will focus on atmospheric chemistry and climate. We will visit the Harvard Forest to see the long-term research that is being conducted there, but will use sites closer to campus for field projects.
Field/lab reports: Scientific reports are required for each project. All field/lab reports are due by Monday or Wednesday at 5:00 p.m. depending on which lab section you're in. Some reports will be written individually and others as group reports. All members of the group are expected to participate in the writing of group reports.
Exams: There will be a mid-term and an optional final exam. These will be based on the readings and class lectures.
Research project (see description): Each student will design and execute a research project that will be conducted in small groups (3-4 students). The research project is a semester-long activity.
ENVIRONMENTAL SCIENCE (ES 200) FALL
2007
Lecture: Tuesday-Thursday 11:00-12:15
Laboratory: Tuesday or Thursday 1:00-4:00
Instructor: Jill Bubier, Environmental Studies Program
Office: Clapp 308 (office hours by appointment)
Email: jbubier@mtholyoke.edu
Phone: 538-2607
Classroom: Kendade 107 (lecture); Clapp 312 (laboratory)
Teaching assistants: Jane Flegal (flega20j) and Anna Wei (wei20e)
COURSE STRUCTURE
There will be two 75 minute lectures and one three hour lab per week. Also,
one required weekend day field trip to the Harvard Forest. On several occasions,
we will use the 12:00-1:00 hour for longer field exercises. Evaluation will
be based on lab reports (50%); class participation (10%), a midterm exam (10%)
and a research project (30%).
Labs will consist of both field and laboratory exercises and will include training in the scientific method, field and lab equipment, data analyses, scientific writing, and problem-solving techniques. Students will work independently as well as in small groups.
The background text for the course is Environmental Science: Earth as a Living Planet, by Daniel B. Botkin and Edward A. Keller (4th ed., 2003), John Wiley & Sons, Inc. Additional required and optional readings will include journal articles from the scientific literature.
| . |
Date |
Day |
LECTURE TOPIC |
Readings |
LOCATION |
LABORATORY TOPIC |
| Sept. |
6 |
Th |
Intro to course |
Handouts | Lecture-K107 |
. |
| . |
11 |
Tu |
Issues in Environmental Science Integrative Thinking and the Scientific Method |
Ch. 1-2 | Lecture-K107 *Field lab (1-4) |
Scientific Method |
| . |
13 |
Th |
Earth as a System Biogeochemical Cycles |
Ch. 3-4 | Lecture-K107 *Field Lab (1-4) |
Scientific Method |
| . |
18 |
Tu |
Ecosystems I: Succession |
Ch. 6 and 10 | Lecture-K107 Lab-Clapp 312 |
Data analysis Excel |
| . |
20 |
Th |
Guest Lecture Thom Kyker-Snowman Quabbin manager |
. | Lecture-K107 Lab-Clapp 312 |
Data analysis Excel |
| . |
25 |
Tu |
MOUNTAIN DAY!! |
. | . |
. |
| . |
27 |
Th |
Ecosystems II: Productivity and Diversity |
Ch. 7 and 9 | No Lecture *Field Lab (11-4) |
Quabbin Reservoir Impact of deer |
| Oct. |
2 |
Tu |
Ecosystems III: Disturbance |
. | No Lecture *Field Lab (11-4) |
Quabbin Reservoir: Impact of Deer |
| . |
4 |
Th |
CE campus projects | . | Lecture-K107 Lab-Clapp 312 |
Quabbin data analysis |
| . |
9 |
Tu |
FALL BREAK NO CLASS |
. | . |
. |
| . |
11 |
Th |
Water Environment I: Beaver-created Ecosystems |
Journal articles | Lecture-K107 *Field Lab (1-4) |
CE Group Projects Project outlines due October 19 |
| . |
16 |
Tu |
Water Environment II: Water Quality and Ecology |
Ch. 4 Journal articles |
No Lecture *Field Lab (11-4) |
Impact of Beavers on Batchelor Brook |
| . |
18 |
Th |
Water Environment II: |
. | No Lecture *Field Lab (11-4) |
Impact of Beavers on Batchelor Brook |
| . |
23 |
Tu |
Mid-term Exam |
. |
Lecture-K107 Lab-Clapp 312 |
Water Quality Analysis Group Projects |
| . |
25 |
Th |
Harvard Forest Ecosystems |
. | Lecture-K107 Lab-Clapp 312 |
Water Quality Analysis Group Projects |
| . |
27 |
Sat |
Harvard Forest Long Term Ecological Research Site | Handouts and Journal articles | Field Trip |
. |
| . |
30 |
Tu |
Water Environment III: Fluvial geomorphology |
Ch. 20, 21 Journal articles |
Lecture-K107 Lab-Clapp 312 |
Group Projects |
| Nov. |
1 |
Th |
Water Environment III: |
Ch. 20, 21 Journal articles |
Lecture-K107 Lab-Clapp 312 |
Group Projects |
| . |
6 |
Tu |
River Migration | . | No Lecture *Field Lab (11-4) |
Connecticut River Meander Development |
| . |
8 |
Th |
River Migration | Journal articles | No Lecture *Field Lab (11-4) |
Connecticut River Meander Development |
| . |
13 |
Tu |
Atmosphere and Climate I: Global circulation and atmospheric chemistry |
Ch. 22-25 Journal articles |
Lecture-K107 Lab-Clapp 312 |
CT River: Tree ring analysis |
| . |
15 |
Th |
Atmosphere and Climate I: Global Circulation and Atmospheric Chemistry |
. | Lecture-K107 Lab-Clapp 312 |
CT River: Tree ring analysis |
| . |
20 |
Tu |
Renewable Energy: Life Off the Grid | . | Lecture No Lab |
. |
| . |
22 |
Th |
HAPPY THANKSGIVING!!! NO CLASS |
. | . |
. |
| . |
27 |
Tu |
Atmosphere and Climate II: Global Climate Change | Ch. 22-25 Journal articles |
Lecture-K107 *Field Lab (1-4) |
CO2 Emissions from Soils; Group Research |
| . |
29 |
Th |
Atmosphere and Climate II: Global Climate Change | Ch. 22-25 Journal articles |
Lecture-K107 *Field Lab (1-4) |
CO2 Emissions from Soils; Group Research |
| Dec. |
4 |
Tu |
Student Research Presentations | . |
Lecture-K107 Lab-Clapp 312 |
Group Research Projects: Final Analyses |
| . | 6 |
Th |
Student Research Presentations | . | Lecture-K107 Lab-Clapp 312 |
Group Research Projects: Final Analyses |
| . | 11 |
Tu |
Environmental Problem solving | . | Lecture-K107 No Lab |
. |