PROGRAM OF EMPHASIS
Department:
Environmental Science
Title:
Environmental Science
This
curriculum has nine divisions: Core ESS courses, Core science courses, Ecology
course, Environmental Studies courses, Statistics course, Quantitative courses,
Advanced Science electives (300-400 level), and Independent Project. Credit
total is 73-79. This is an interdisciplinary designated POE; some distribution
credits can be filled with some of the POE requirements.
Core ESS Courses: to provide integration across environmental science and
studies. Semester long interacted
project or research courses (e.g. Marine Science in India) can substitute for
ESS 400 or ESS 401 with departmental presentation of work. Credits: 11
|
Course Number |
Title |
Credits |
Prerequisites |
Dist. |
Skills |
|
ESS 100 |
Intro. to Environmental Science |
3 |
|
N |
|
|
ESS 310 |
Hydrology I |
3 |
ESS 100 & GL 101 |
N |
QS |
|
ESS 301 |
Environmental Methods |
3 |
ESS 100 |
|
|
|
ESS 400 |
Senior Capstone |
3 |
ESS 100 & senior standing |
CW |
Core Science Courses: to
provide basic scientific knowledge in science.
Credits: 30
|
BI 111/BI 105 |
Biology I |
3 |
|
N |
|
|
BI 121 |
Biology Lab I |
1 |
Corequisite BI 111/BI 105 |
N |
QS |
|
GL 100 |
Introduction to Geology |
3 |
|
N |
|
|
GL 101 |
Introduction to Geology Lab |
1 |
|
N |
|
|
|
Three semesters of Chemistry with at
least two semesters of lab* |
|
|
|
|
|
CH 105 |
Organic Chemistry Concepts I |
3 |
Corequisite CH 121 |
N |
|
|
CH 121 |
Chemistry Lab 1 |
1 |
Corequisite CH 105 |
N |
QS |
|
CH 106 |
Organic Chemistry Concepts II* |
3 |
CH 105, minimum grade C
|
N |
|
|
CH 122 |
Chemistry Lab II |
1 |
Corequisite CH 106 |
N |
QS |
|
CH 114 |
Intro Physical Inorganic
Chem I |
4 |
|
N |
QS |
|
CH 115 |
Intro Physical Inorganic Chem II |
4 |
CH 114 |
N |
QS |
|
CH 230 |
Intro. to Bioinorganic Chemistry |
3 |
CH 105 |
N |
|
|
|
|
|
|
|
|
|
|
One year of Physics with lab** |
|
|
|
|
|
PC 200 |
General Physics I |
3 |
Corequisite PC
206 |
N |
QM |
|
PC 201 |
General Physics I |
3 |
Corequisite PC
206 |
N |
QM |
|
or |
|
|
|
|
|
|
PC 202 |
Introductory
Physics I |
3 |
Corequisite PC
206 & MA 130 |
N |
QM |
|
PC 203 |
Introductory
Physics II |
3 |
PC 202, corequisite PC 207 |
N |
QM |
|
|
Lab: |
|
|
|
|
|
PC 206 |
Physics Lab I |
1 |
Corequisite PC
202 |
N |
|
|
PC 207 |
Physics Lab II |
1 |
Corequisite PC 203 |
N |
|
*Alternate
sequences: OCCI, Physical Inorganic Chemistry, Analytical Chemistry (with labs
as applicable), or, OCCI, Physical Inorganic Chemistry, Geochemistry of Natural
Waters (with labs as applicable). These
later two choices would be appropriate for students with interest in the
physical environmental sciences (including geology). Chem and Art
cannot be used for this requirement.
** Geophysics (GL 399) may be substituted for General Physics II.
Ecology Courses: The definition of
'environmental science' and the definition of 'ecology' differs
only by one word: human. Many of the methods and approaches are the same, only
the questions being asked may be different. Therefore an ecology course is
central to an environmental science POE.
Credits: 4 (these credits count towards Advanced Electives
requirement)
|
|
Ecology Course
(one of the following including laboratory): |
|
|
|
|
|
BI 300 |
General Ecology |
3 |
BI 113 &
BI 122 or permission |
N |
|
|
BI 301 |
General Ecology Laboratory |
1 |
Corequisite BI 300 |
N |
|
|
BI 325 |
Plant Ecology & Systematics |
2 |
1 yr. of college biology & junior/senior standing |
N |
CW |
|
BI 326 |
Plant Ecology & Systematics Lab |
2 |
corequisite BI 325 |
N |
CW |
|
BI 328 |
Limnology |
3 |
Junior/senior standing |
N |
|
|
BI 329 |
Limnology Laboratory |
1 |
Corequisite BI 328 |
N |
|
Environmental Studies Electives:
Three required. Credits: 9-10
|
AR 120 |
Art of Environmentalism |
3 |
|
FS |
CW |
|
EB 305/ESS 305 |
Economics of the Environment |
3 |
ESS 100 or EES 100 &, EB 105 or EB 223 |
S |
|
|
GL 110 |
Death & Destruction by Nature |
3 |
|
HN |
CW |
|
HS 262 |
North American Environmental History |
3 |
|
H |
CW |
|
PACS 105 |
Introduction to Conflict Resolution |
3 |
|
S |
|
|
PACS 108 |
Mediation |
1-3 |
|
S |
|
|
PACS 110 |
Intro. to Peace & Conflict Studies |
4 |
|
I |
CW |
|
PACS 205 |
Conflict Intervention |
3 |
PACS 105, 108 or permission |
S |
CW |
|
PS 132 |
Public Interest Groups & Political Participation |
3 |
|
S |
CW |
|
PL 299 |
Environmental Ethics |
3 |
|
H |
|
|
|
Marine Science in |
|
|
|
|
|
ESS 364 |
Culture, Class & Gender |
3 |
|
SI |
|
|
ESS 269 |
Art as Sustainable Development |
3 |
|
FI |
|
Quantitative Electives: Statistics and Calculus. Statistical analysis is at the heart of most
environmental analyses. Calculus provides a method to understand rates of
change, another quantitative tool at the heart of understanding environmental
change. Credits: 7-8
|
MA 130 |
Calculus I (required course) |
4 |
|
N |
QM |
|
|
One of the following courses in applied
statistics is required: |
|
|
|
|
|
BI 305 |
Biostatistics |
3 |
BI 222 or ESS 100 |
N |
QS |
|
ESS 399 |
Environmetrics |
3 |
SN |
||
|
MA 220 |
Applied Statistics |
3 |
MA 130 |
N |
QS |
|
ND.SS 214 |
Statistics for Social Science |
4 |
|
S |
QS |
Additional Quantitative Electives: one of the following
Advanced Electives (300-400 level) in Environmental and Natural Science. You must have two laboratory-based courses at this
level and the total number of credits must be 18. [Note that 7 of these credits
come from the Hydrology and Ecology requirement]. This requirement builds your
base of skills in environmental science.
Credits: 18
|
BI 350 |
Invertebrate Zoology |
2 |
BI 113, corequisite BI 351 |
N |
|
|
BI 351 |
Invertebrate Zoology Lab |
2 |
Corequisite BI 350 |
N |
|
|
BI 360 |
Vertebrate Zoology |
2 |
Junior/senior standing; corequisite
BI 361 |
N |
CW |
|
BI 361 |
Vertebrate Zoology Lab |
2 |
Corequisite BI 360 |
N |
|
|
BI 432 |
Environmental Toxicology |
3 |
BI 113 & CH 106 or CH 130 & 1 of the following: BI 222, BI 300, CH 230/240 |
N |
CW |
|
ESS 310 |
Hydrology I |
3 |
ESS 200 & GL 101 |
N |
QS |
|
ESS 325 |
Conservation Biology |
3 |
ESS 200 |
NS |
|
|
ESS 326 |
Conservation Biology Lab |
1 |
Corequisite ESS 325 |
N |
|
|
ESS 330 |
Geographical Info. Systems |
4 |
|
|
|
|
ESS 299 |
Environmental
Education Practicum |
3 |
|
N |
|
|
ESS 410 |
Hydrology II |
3 |
ESS 310, MA 130 |
N |
QS |
|
GL 305 |
Hydrogeology |
3 |
GL 100, 101, 202 & 203; |
N |
|
|
GL 315 |
Principles of Stratigraphy |
4 |
GL 202 or GL 203 |
N |
CW |
|
MA 303 |
Mathematical Modeling |
3 |
MA 130 |
N |
QM, CW |
|
PC 330 |
Nuclear Physics |
3 |
PC 300, PC 301 |
N |
CW |
Independent Project: This
requirement provides hands-on, independent experience in environmental science.
Paid or unpaid summer internships, for credit or not for credit, approved by
the advisors, can fulfill this requirement, as can research experiences in any
science department or study-abroad research experience such as in the Marine
Science Program. Completing ESS 350 (Field Research Methods or any research or
senior thesis course) will also complete this requirement. The sequence of BI
289-BI 389 (or CH 289-CH 389) is suggested for background information about
research.
Note:
Appropriate job or internship experiences for which you have not received
academic credit may also fulfill this requirement. A plan of action should be
in place by the beginning of the senior year explaining how you intend to
fulfill this requirement.
Credits: up to 4 (count towards Advanced Elective requirement)
|
Note: All environmental science POEs must have a total of six laboratory courses, two of which must be at the 300-400 level. |
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