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COURSE
SYLLABUS Bio 10/
ESRM 1 |
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Spring 2008 |
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INSTRUCTOR: Elzbet Diaz de
Leon |
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OFFICE LOCATION: |
SCI 347 (shared ) |
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OFFICE HOURS: |
By appointment |
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OFFICE PHONE: |
654-6399x2429 voice mail |
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E-MAIL ADDRESS: |
elzbet@vcccd.edu (always type vcbio
in subject to avoid being rejected by junk mail filter) |
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MAILBOX: |
Math & Science office (NOT in admin Bldg) Just give it to a staff person; they can even date-stamp item for you. |
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INSTRUCTOR WEB
PAGE: |
TBA currently under reconstruction |
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CLASS HOURS: |
Noon-1:20 T Th |
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CLASS CRN: |
30193/31079 |
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PREREQUISITE(S): |
none |
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A. COURSE DESCRIPTION This class is intended as a non-majors’ introduction to environmental science, with emphasis on the biological implications. Natural systems, roblems, and solutions will be addressed. It fills the UC/CSU general-ed requirement for life. B. METHOD OF INSTRUCTION I will lecture about 75% of the class instruction time. The rest will be spent in workshops. These are group projects which you have prepared for by reading the assignments in your text. There will be term projects to provide real world experience and civic engagement. C. COURSE OBJECTIVES Formulate the principles of
scientific inquiry and experimental methodology Apply scientific methodology to the
analysis of environmental problems resulting from human actions (including
world food supply, agricultural production, water and air environments, and
societal impacts) Evaluate ozone depletion, climate
change, and other natural resource management examples in the context of scientific,
sociological, political, and economic recommendations Examine the impact of human actions
on natural biogeochemical cycles, and biological diversity Integrate the principles of ecology
into evaluations of environmental problems Construct a foundation in the
fundamentals of matter and energy, and in ecological concepts and principles
essential to environmental sciences Assess environmental science
methodology in the investigation and analysis of environmental impacts
resulting from human actions Integrate the themes of science,
sociology, economics and politics for critical review of environmental
consequences An examination and analysis of the
biological sciences within the context of the interrelationship between human
populations and their natural surroundings.
The characteristics of natural systems are described and the effects
and impacts of human activities on these systems are considered. The course introduces the principles of
scientific inquiry
and experimental methodology in the study of ecological
concepts and environmental issues.
Alternatives and approaches to deal with environmental problems are
considered and evaluated. . D. COURSE TOPICS Environmental science overview: The methods and essence of
science Human population growth and its environmental impacts:
Environmental problems and their causes, Population growth: Application of
ecological principles Biosphere, populations, communities, ecosystems, and
biogeochemical cycles Ecosystem
components: structure, biotic and abiotic Ecosystem
dynamics: Interactions within
communities and ecosystems Foundations of biodiversity: Biomes, Niche partitioning, ecosystem
stability Overview of matter and energy, types and dynamics of energy
flow Overview of the principles of resource management:
Renewable resources, conservation, preservation, restoration, pest control Environmental issues related to renewable and non-renewable
energy resources: fossil fuels, nuclear energy, alternative energy technologies Environmental issues related to renewable and non-renewable
water resources Environmental issues related to renewable and non-renewable
mineral resources Environmental issues related to renewable and non-renewable
land resources and management principles: Soil and soil
issues Forests and
wildlife Wilderness,
parks and sensitive habitats Environmental issues related to renewable and non-renewable
food resources: effects of agriculture on the environment, fertilization,
pesticides, soil loss, desertification, fisheries Principles of pollution control Environmental issues related to water pollution Environmental issues related to air pollution and the ozone
layer destruction: local and global impacts Environmental issues related to municipal and hazardous
waste Overview environmental economics and policies Demographics,
economics, and politics Risk analysis
and human health Models and
Impact analysis Problems,
assessment and policy making Environmental
ethics Endangered
species Historical and cultural origins of environmental concerns:
Cultural changes, world views, ethics, and sustainability Core
competencies: Read, retain, and
apply published ideas. Write clearly and
accurately Demonstrate active
listening skills /effective interpersonal communication Employ vocabulary of
the subject studied Recognize need for
information; clarify the question to be answered Find and interpret
relevant information Utilize data to draw
conclusion or to create new information Apply principles of
scientific reasoning to solve problems Defend a logical
hypothesis to explain observed phenomenon Recognize a problem;
devise and implement a plan of action Work as an effective
member of a team Demonstrate etiquette
in face-to-face and written communications Use language as
appropriate to the situation Learning Outcomes As a result of this class
you will be able to: 1. Formulate the principles of scientific
inquiry and the experimental methodologies used to evaluate environmental
conditions.
3.Critically review science
articles about environmental issues which appear in the media
I. EMERGENCY PROCEDURES 1. Emergency: Dial #9 from any campus pay phone. 2. on campus phones: 9-911 3. School
nurse: x6346 on duty during the day. When the Student Health center is closed
called 642-7000. First Aid is available from Campus Police then. All student
injuries should be reported to Student Health and a written report filed for
insurance purposes. Forms are
available from the 4. Campus security: off campus (cell phones) 642-7000 5. Campus police non-emergency number x6486
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L. AFFIDAVIT
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