Growing Sustainability Literacy at Northern Arizona University, from the seeds of the Ponderosa...
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Transcript of Growing Sustainability Literacy at Northern Arizona University, from the seeds of the Ponderosa...
Growing Sustainability Literacy at Northern Arizona University, from the seeds of the Ponderosa Project to the Global Learning Initiative
Rod ParnellAcademic Affairs,
Environmental Caucus, and School of Earth Sciences & Environmental Sustainability
Educational componentsBA, BS, MS, MA, PhD degree programs in multiple colleges
sustainability literacy program for every undergraduate major
co-curricular and community engagement programs
Leadership componentshouse activities where they developed and where they
maintain organic connections with their home units
coordinate and integrate top-down strategic planning with grass roots initiatives
Leading & managing sustainability education spread across many units on campus
President
Provostacademic sustainability
director
Sustainability Councilsustainability coordinator & office
staff faculty students
Sustainability leadership componentsAlwaysTypicalNearly unique
environmental caucus
comm
unitySt
rate
gic &
clim
ate
actio
n pl
ans community engagement
The grass-roots Environmental Caucus feeds concepts to the Coordinating CouncilMany university units support the activities of the members of the Caucus
well established environmental programs:applied indigenous studies (BA, BS)environmental sciences (BS)civil and/or environmental engineering (BS)environmental sciences and policy (MS)forestry (BS, MS, PhD)
newer or revised sustainability programs:environmental studies with sustainability foci (BA or BS)sustainability minorclimate sciences and solutions (PSM)earth sciences and environmental sustainability (PhD)geographic science and community planning (BS)sustainable communities (MA)
The educational component I:environmental/sustainability degree programs
New
The educational component II:Sustainability literacy for every major
Evolution of concept
Ponderosa Project 1990-2000s
• environmental consciousness theme in general education courses
• workshops for faculty interested in exploring that theme in their courses
• peer mentors with environmental/sustainability expertise work in structured settings with those faculty
The educational component II:Sustainability literacy for every major
Evolution of concept
Global Learning Initiative 2010s• diversity, environmental sustainability, and global
engagement are mission-central university values • environmental sustainability tied to global engagement &
diversity• site learning outcomes within major program• require increasing levels of competence through the major
program• developed initiative in faculty working groups, adopted by
Faculty Senate• resources for faculty to develop learning outcomes and assessment
1st year
seniors
more structured, introduction to co-curricular activities through first year seminars
Global Learning Initiative learning outcomes in all majors
specific coursework in ENV/SUS majors
continuing throughout
student career: informal
campus/community
engagement
Senior capstone and/or undergraduate research
The educational component III:Co-curricular activities integrated with curriculum
Incr
ease
d le
vels
of c
ompe
tenc
ies
course work and related engaged learning opportunities Non-majors ENV/SUSTAIN majors & minors
1st year
seniors
First Year Seminars Learning communities: Seeds and ECOHOUSE
ENV 181 Environmental SustainabilityFOR 222 Environmental Conservation
Internships (408)Externships (408) NAU facilities County SEDINAU office of Sustain. City of Flagstaff
federal & tribal agencies
Willow Bend Center/K-12
Short-term projects: Public Lands, Earth Week, Carfree Days Long-term Student activities:
Action Research teamsStudent Green Fund
Student Organizations: sustainability consortium, SEC, NetImpact
200-300 level writing and project intensive classes e.g. ENV 301WGlobal Learning Initiative learning outcomes in all majors
continuing campus/community engagement
Senior capstone and/or undergraduate research
achieve full participation of academic units in GLI currently around 70%
improve opportunities for co-curricular and experiential education
at increasing levels of sophisticationintegration of curricular and co-curricular components
considerelective sustainability track for any major combining
first-year seminars and experiencesgeneral education choiceselectives within majorco-curricular activities
The future
the end
GLI student learning outcomes for environmental sustainability
• Students will appreciate what it means to use natural resources in ethical and responsible ways that maintain a sustainable environment. This includes, for example, the following issues:
• a. how culture determines how we construct the appropriate use of environmental resources.
• b. the connection between responsible engagement with the environment and global citizenship.
• c. the scientific basis of environmental sustainability.• d. the vocabulary and concepts around environmental sustainability
(e.g., finite and renewable resources, environmental footprint, global commons, peak oil).
• e. the role of human interactions with the environment and its relation to the root causes of many global problems.
Achieving change: university-wide drivers focus on change within degree programs
Global Learning Initiativebuild competencies throughout degree program (not gen
ed)three interrelated themes
interdependence of human experience on a global scalesignificance, options for & ethics of sustainabilitynature & consequences of diversity in the society &
environment
curriculum redesign process
ID learning outcomes map curriculum
revise teaching/assessment revise curriculum
Map current knowledge and abilities through the curriculum related to GLIunderstandings and knowledge outcomes
– system structure, function, resilience and stability/sustainability across all scales from the local to the global, including biotic, abiotic, and cultural components
– science/policy interface– principles and applications of biogeochemical cycling– We will add principles and applications of environmental justice
ability outcomes– systems modeling using quantitative reasoning including basic statistical
analysis, error analysis – understand & explain the science behind the science of environmental change– apply an understanding of principles of resource management and
environmental policy at all scales– apply an understanding of ecosystem services
Objectives
improve interactions between curricular & co-curricular activities by developing more permanent internship and externship programs
encourage local problem-solving: university mission for outreach and technical assistance
address university-wide focus on sustainability through the Global Learning Initiative
promote better collaboration and integration of disciplines across campus
Curriculum goal: incorporate concepts & practice of sustainability and social & environmental justice in traditional environmental sciences curriculum
Some ENV programs GLI sustainability learning outcomes (pre-GLI effort in italics)
Understand key environmental sustainability principles from natural and social sciences perspectives. Refine and make explicit existing GLI related core course learning objectives Define Environmental Sustainability from Environmental Sciences Perspective Develop and Promote Diversity opportunities promote diversity courses and study especially related to environmental justice Increase Opportunities for Co-Curricular Global learning Maintain extracurricular and co-curricular learning opportunities
attendance at community and university lectures , internships, and campus extracurricular involvement
Course level:systems thinking and analysis
describe environmental issues with systems toolsscientific method & traditional ecological knowledge in environmental management
climate-appropriate agriculture and water resource use
Program level:interdisciplinary analysis
work with others in application of multiple disciplines to analyze complex biophysical/culture issues
informational literacymedia searches, source discrimination, literature
analysis
Example learning outcomes
Develop additional GLI learning goals for ENV programs
Enhancing awareness of relationships between human and non-human components of the environment at local to global scales
Generating environmentally aware citizen who are inspired, committed, active, participatory, persuasive and influential.
Multiple levels of competencies
Introductory, “novice” level Advanced, senior level
Interdisciplinary analysis
Work in small group to understand and communicate a local resource issue
Interdisciplinary analysis
apply expertise in small group to use multiple perspectives to analyze a resource issue
Systems analysis
Understand concepts of system components/structures and functions/interactions
Systems analysis
Working with others, develop a quantitative (e.g. STELLAII) analysis of a linked natural/social system
NAU academic programs
School of Earth Science & Environmental Sustainability
Program for Community, Culture & the Environment
Masters of Sustainable Communities
NAU research environmental, ecological, and energy research centers
Sponsors in the community
Coconino County Sustainable Economic Development Initiative (SEDI)City of FlagstaffFlagstaff FoodlinksNorthern Arizona Interfaith CouncilWillow Bend Environmental CenterUSFS, NPS, USGSNavajo NationHopi Tribe
a local culture of sustainability provides student opportunities
Flagstaff/NAU Environmental Caucus
NAU campus services
Office of Sustainability
Residence LifeCampus DiningCapital AssetsClimate Action PlanCarbon FootprintStudent
OrganizationsStudent Green FundAction Research
Teams
Components of a vibrant academic sustainability community
institutional leadership– Long-term planning incorporating sustainability actions– Campus climate commitment and/or energy efficiency initiative– Engaging students, faculty, and staff in planning and decision-
makingStudent controlled sustainability fundfunding for student research
– Integration of separate sustainability efforts in operations/facilities with academic affairs and community
– Promoting faculty and student research/scholarly activities
mechanisms for sustainability leadership
• Long-term planning– Campus climate commitment and/or energy efficiency
• Campus point person (vp, dean, director, or czarina of sustainability)
• Engage students, faculty, and staff in planning and decision-making– Student controlled sustainability fund– Central council on sustainability– Campus-wide discussion/networking group
• Office of sustainability (usually coordinator level in facilities)• Programmatic initiatives (e.g. general education or new degree
programs)
Components of a vibrant, sustainable academic communityacademics– Weave sustainability throughout the student experience
general education, major programs, co-curricular activities
– Develop student access to decision-makers/decision makingstudent work presented to Boards of Regents/TrusteesStudent controlled sustainability fund
– Promote faculty involvement sustainabilityEnhance support for curricular and co-curricular development and for
networkingFacilitate research and scholarly activities related to sustainability
Components of a vibrant academic sustainability community
• Infrastructure facilities & operations – showcase facilities and operations– walking the talk: pervasive institutional practices
• Energy generation and use, residence life, dining, buildings and grounds, purchasing etc
• institutional leadership• academics – curriculum, research/scholarly activities and co-curricular
activities
If either dominantly top-down or bottom up, initiative design tends to suffer.
Brinkhurst et al 2011 International Journal of Sustainability in Higher Education