This emphasis is for students who wish to use their education to prepare them for personal and professional lives as ethical, effective, engaged members of the civic and political lives of their communities. More specifically, this emphasis is for students who wish to use science and technology as powerful tools to make their communities more just places. Social and environmental resources are not evenly distributed in our society. Some communities bear more than their fair share of environmental burdens such as pesticide contamination, toxic waste facilities, or access to parks. These communities may also have less power in making important environmental decisions that affect citizens’ lives. Social ills such as poverty, hunger, homelessness, and unequal access to education have important environmental consequences. Students who study Science & Social Justice will analyze causes and solutions to these real world problems, and will work towards solving problems while they are studying them. This course of study can prepare students for many careers, including government, advocacy work, law, public policy, environmental health, or medicine.
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Course
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Course Title |
Prerequisites |
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MLO
#1: QUANTITATIVE FOUNDATIONS: Students must be able to apply the
fundamental
mathematical
and statistical constructs used to communicate quantitative information
within the context of Earth System Science and Policy. |
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Each of the
following courses: |
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MATH 150 |
Calculus I |
MATH 130 |
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STAT XXX |
Approved Statistics course (see your
advisor) |
variable |
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MLO
#2: EARTH SYSTEMS SCIENCE & POLICY FOUNDATIONS:
Students
must be able to apply basic scientific principles and methods to the study of
a) major physical and life science components of the earth system, including the
atmosphere, biosphere, geosphere, and hydrosphere, as well as the chemical
and physical processes underlying these components and b) human components of
the earth system including the social, economic, and political structures
that shape our interactions without environment. |
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Each of the
following courses: |
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CHEM 110 |
Chemistry I |
MATH 130 (concurrent OK) |
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CHEM 111 |
Chemistry II |
CHEM 110, MATH 130 |
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PHYS 220 |
Physics I |
CHEM 111, MATH 150 |
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BIO 240 |
Biology I: Ecology, Evolution, and
Biodiversity |
CHEM 110, MATH 130 |
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BIO 241 |
Biology II: Cells, Genetics, and
Organisms (241Lab not required) |
CHEM 111, MATH 130 |
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GEOL 260 |
Geology and Hydrology |
CHEM 110, MATH 130 |
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ESSP 271 |
The Oceans |
MATH 99 |
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ESSP 272 |
The Atmosphere |
MATH 99 |
ESSP 283 |
Politics & the Environment |
None |
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ESSP
284 |
Environmental Economics & Management |
MATH 150 |
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MLO
#3: NATURAL SCIENCE COMPETENCY Students
must be able to understand, use, and accurately communicate advanced
scientific concepts |
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One of the following courses: |
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BIO 340 |
Ecological Systems |
MATH 150, BIO 240, MATH 151
recommended |
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BIO 342 |
California Ecosystems |
BIO 240 |
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BIO 310 |
Biochemical Systems |
CHEM 111, BIO 240 & 241 |
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BIO 345 |
Marine Biology |
CHEM 111, BIO 240 |
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BIO 346 |
General Zoology |
BIO 240 & 241 |
MLO #4: POLICY COMPETENCY: Students must understand and accurately communicate state, federal, and local political structures and processes and their relationships, as well as landmark environmental laws and regulations. |
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One of the
following courses: |
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ESSP 386 |
Science, the Environment, and the
Political Process |
ENGCOM A & SCI ULR |
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ESSP 387 |
Water Resources Assessment, Law and
Policy |
ENG COM A, GEOL 260 |
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MLO
#5: DATA ACQUISITION, ANALYSIS, AND DISPLAY Demonstrate proficiency
with current technologies for acquiring, analyzing, and displaying data
relevant to a real-world problem. |
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ESSP 332 |
Intro to Geographic Information
Systems and Global Positioning Systems |
CST 101 or ESSP 300L |
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MLO
#6 SYSTEMS APPROACH TO ENVIRONMENTAL
DECISION MAKING: Students must be able to apply general systems
theory, systems modeling, stakeholder analysis, cost/benefit analysis or
other interdisciplinary analysis tools to evaluate the equitability and the
effectiveness of alternative environmental decisions, policies, or actions |
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One of the
following courses: |
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ESSP 301 |
Ecosystem Services: Scientific and
Economic Analyses |
MATH 150, BIO 240, 284; recommend
BIO 340 |
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ESSP 303 |
California Transect |
BIO 240, GEOL 260, instructor consent |
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ESSP 309 |
The Science and Policy of Global
Change |
BIO 240, GE0L 260, ESSP 283 |
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MLO
#7: AREA OF CONCENTRATION: Students must be able to apply
advanced knowledge and skills in a chosen area of Earth System Science
&Policy. |
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Group 1:
Environmental Justice (or substitution approved by your advisor) |
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ESSP 384S |
Environmental Justice &
Environmental Policy Service Learning |
ENG COM A, instructor consent |
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Group 2:
Justice Service Practicum. A minimum
of 60 hours of community service work required. Choose from one of the following. If you enroll in a course that requires less than 30 hours of
community work, you must complete 60 hours.
If you have completed 60 hours by taking ESSP 384S, you need only
complete the requirements of your course below. You may substitute other experiences with advisor permission. |
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ESSP 349S |
Interpreting Monterey Bay Natural
History for the Community |
BIO 240 |
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ESSP 369S |
Applied Watershed Systems Restoration
Service Learning |
Upper-division standing |
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ESSP 394 |
ESSP Internship: Must be an approved
SL internship |
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Completion of Summer of Service
Leadership Academy (SOSLA) through SLI and completion of one year service as
University Service Advocate |
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Group 3:
Students will develop an area of depth in subject matter of their
choice. In consultation with an
advisor, you must choose one additional course from one of the following
areas: --> ESSP MLO
3, 4, 5, 6, 8, or MLO 7 Group 2; OR --> Appropriate social justice
course approved by your advisor(04-05 approved courses are listed below) CHHS 360 - International and Multicultural
Women's Health and Social Issues ~ 4 credits
HCOM 304 - Relational Ethics ~ 4 credits HCOM 310 - Free Speech and Responsibility ~ 4 credits HCOM 340S - Topics in Social Movements: Leadership and
Empowerment Service Learning ~ 6 credits HCOM 343 - Race and Gender Justice ~ 4 credits HCOM 357 - Constitutional Law ~ 4 credits HCOM 358 - Law in U.S. Societies ~ 4 credits HCOM 359 - Sexuality, Law, and Cultural Histories ~ 4
credits HCOM 403 - Ethical Issues in the Professions ~ 4 credits HCOM 404 - Restorative Justice ~ 4 credits HCOM 412 - Multicultural Conflict Resolution ~ 4 credits SBS 350 - Domination and Resistance: 20th Century Histories of the United States ~ 4 credits |
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MLO
#8: SCIENTIFIC INQUIRY: Students must use the scientific
method to design, conduct, and interpret natural science and/or social
science investigations, and understand the ethical norms that guide
scientific practice |
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SBS 366 |
Research Methods and Data Analysis |
Statistics |
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MLO
#9: EFFECTIVE COMMUNICATION: Students must present clearly
(in both written and oral formats) analyses of complex Earth Systems Science
& Policy issues. |
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ESSP 300 |
Reading, Writing, and Critical
Thinking in ESSP |
ENGCOM A ULR |
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ESSP 400 & 403 |
Capstone Seminar I and II |
ESSP 300 |
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MLO
#10: SERVICE LEARNING: Student must
demonstrate the ability to combine disciplinary knowledge and community
experiences to share the relevance and importance of science with culturally,
linguistically, technologically, and economically diverse populations in the
context of issues of social responsibility, justice, diversity and compassion. |
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See Group 1
& 2 under MLO7. By fulfilling
those requirements, you will also fulfill your MLO 10 requirement. |
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