EVPP 110 - Ecosphere: Environmental Science I

Fall 2002 - MW 9:00am-10:15am AQ 102

Instructor: Dr. Kim Largen

Course Goals: "The Ecosphere" is designed as a two-semester lab science sequence (EVPP 110 & EVPP 111) which can fulfill the general education requirements for B.A. students in the College of Arts and Science and other schools and colleges. EVPP 110 is the first semester of this sequence. We will study the components and interactions that make up the natural systems of our home planet with particular attention to the part of the Earth that is home to humans and other life forms. The course will teach basic concepts in biological, chemical, physical, and earth sciences in an integrated format with a combination of lecture, laboratory, and field exercises. Students completing the course are expected to:

Course Structure: EVSC is a linked lecture-lab course. The laboratory is an integral part of the course and cannot be taken separately. Traditional lectures will be given in which the instructor will introduce and expand on the weekly topics. Material will come from the text and from other sources. Internet reference sites will be indicated for material not covered by the text. Lab material will complement and elaborate on the lecture. Lab will also be a time for small group activities that facilitate interactions among students and between students and faculty. In lab,

students will be introduced to many of the tools used by natural scientists to study the natural environment such as wet chemistry, lab instrumentation, microscopy, sterile technique, field data collection, data logging, data analysis, and utilizing the web for posting and retrieving data and other information. Students will also gain experience evaluation the quality of different sources of "scientific" information.

Course Requirements: Evaluation of student performance in EVSC 110 will integrate components from both lecture and lab. The entire course grade is based on a total of 400 points. The lecture portion of the grade will be worth 300 of those 400 points. The lab portion of the grade will be worth 100 of those 400 points. The lecture portion of the course grade will be based on three exams. Two of these will be given during the semester and the third at the time of the scheduled final (however, the last exam is not cumulative). An exam which was to be given on a day when the university closes due to weather, etc. is automatically rescheduled for the next class day. Each lecture exam will count 100 pts. Make-up exams will be given at the discretion of the instructor and may consistent of any form of assessment the instructor chooses. The lab portion of the course grade will be based on weekly lab exercise write-ups, worth 6-10 points each depending on the complexity of the lab. Attendance at all labs is required and missed labs cannot be made up without the consent of the lab instructor.

Honor Code: EVSC 110 is governed by the GMU Honor Code. All individuals must do their own work on exams. Application of the Honor Code to work in the lab will be explained in the lab syllabus.

Text: Lecture: Environment, 3rd Edition, by Raven & Berg

Referenced Internet sites

Lab: EVPP 110 Lab Manual, edited by Largen

Supplemental handouts

 

Contacting the instructor:

Dr. Kim Largen

Office Hours:

Monday 8:15am – 8:45am Room AQ 102 (lecture site) no phone

Wednesday 8:15am – 8:45am Room AQ 102 (lecture site) no phone

Thursday 12:00pm-1:00pm Room DK 3036 phone 993-1033

Email: klargen@gmu.edu

Instructor’s website: http://mason.gmu.edu/~klargen

Course website: http://mason.gmu.edu/~rcjones/110home.htm

 

 

 

 

 

 

 

Lecture Topics, Reading Assignments, Exam Schedule:

Date

Day

Topic

Required Readings**

8/26

Mon

Course overview, intro to environmental science

R&B Ch 1

8/28

Wed

Environmental challenges, scientific method

R&B Ch2

9/02

Mon

NO CLASS – LABOR DAY

 

9/04

Wed

Matter & energy: structure of matter

R&B Appendix I, Web #1

9/09

Mon

Matter & energy: chemical reactions

Web #1*

9/11

Wed

Matter & energy: chemistry of life

Web #2

9/16

Mon

Matter & energy: states of matter, thermodynamics

R&B Ch 4 (p69-71), Web #1, #2

9/18

Wed

Life: origin, characteristics, structure/function cells

Web #2, #3, #4

9/23

Mon

Life: fueling life- cellular respiration & photosynthesis

R&B Ch 4 (p71-73), Web #2, #3, #4

9/25

Wed

Life: levels of organization, classification

R&B Ch 4 (p67-69), Ch5 (p86), Web #2, #3, #4

9/30

Mon

EXAM #1

 

10/02

Wed

Physical environment: origin & structure of earth

Web #5-#11

10/07

Mon

Physical environment: interplanetary processes

R&B Ch 6 (p127-130)

10/09

Wed

Physical environment: atmosphere

R&B Ch 6 (p115-120)

10/14

Mon

NO CLASS – COLUMBUS DAY – CLASS MEETS TUE

 

10/15

Tue

Physical environment: oceans

R&B Ch 6 (p120-124)

10/16

Wed

Physical environment: weather & climate

R&B Ch 6 (p124-127)

10/21

Mon

Biogeochemical cycles

R&B Ch 6 (p106-115)

10/23

Wed

Major biomes

R&B Ch 7 (p133-145)

10/28

Mon

Populations: principals of population ecology

R&B Ch 8 (p168-177)

10/30

Wed

Populations: evolution & natural selection

R&B Ch 5 (p99-100)

11/04

Mon

EXAM #2

 

11/06

Wed

Populations: characteristics of human population

R&B Ch 8 (p177-187)

11/11

Mon

Populations: human population & the environment

R&B Ch 9

11/13

Wed

Communities: principals of communities

R&B Ch 5 (p84-96)

11/18

Mon

Communities: species diversity, succession

R&B Ch 5 (p97-98, 100-103)

11/20

Wed

Ecosystems: principals, flow of energy

R&B Ch 4 (p73-81)

11/25

Mon

Ecosystems: trophic levels, ecological pyramids

R&B Ch 4 (p73-81)

11/27

Wed

NO CLASS – THANKSGIVING BREAK

 

12/02

Mon

Energy sources, consumption & conservation

R&B Ch 10, 11, 12

12/04

Wed

Energy sources, consumption & conservation

R&B Ch 10, 11, 12

12/16

Mon

FINAL EXAM 7:30am (non-cumulative)

 

* Web site addresses/URLs are listed on page 4

**Required Readings: Additional web sites may be added throughout the semester

Internet Reading Sites:

Web #

Title

Site Address (URL)

1

Chemistry Tudor

http://library.thinkquest.org/2923/

2

BioChemLinks

http://biochemlinks.com/bclinks/bclinks.cfm

3

Cells Alive

http://www.cellsalive.com

4

Cells II: Cellular Organization

http://gened.emc.maricopa.edu/biol/biol81/BIOBK/BioBookCELL2.html

5

Atmospheric Structure

http://daac.gsfc.nasa.gov/CAMPAIGN_DOCS/ATM_CHEM/atmospheric_structure.html

6

Earthquakes (USGS)

http://pubs.usgs.gov/gip/earthq1/

7

Plate Tectonics (Southern California…)

http://scign.jpl.nasa.gov/learn/plate.htm

8

Earthquakes (Southern California …)

http://scign.jpl.nasa.gov/learn/eq.htm

9

Plate Tectonics Animations (USGS)

http://www2.nature.nps.gov/grd/usgsnps/animate/pltecan.html

10

Volcanoes (Earthforce)

http://www.fi.edu/earth/core.html#volcano

11

Lots of stuff

http://www.agiweb.org/earthcomm/fluidspheres/oceans.html#Activity2