AASHE Campus Sustainability Hub

Although there has been a dramatic increase in the number of campus farms in the past thirty year, most farms serve as co-curricular resources or have limited use in formal curriculum outside of sustainability and agriculture-related degree programs. The lack of strong connection to curricula across the university not only limits the impact of these spaces to student learning and cross-disciplinary collaboration, but also stymies institutional and financial support. This case study presents one approach taken at Butler University to leverage institutional support for a 1-acre diversified farm through the strategic development of farm-situated curricula in eleven different disciplines. This approach resulted in over 300 students a semester learning about food and farming through the lens of their disciplines of interests and culminated in long term financial support for farm operations by the institution.

Problem The number of university and college campus farms have increased 13-fold since 1992 to over 300 campuses (LaCharite, 2016). According to reporting by the Association for the Advancement of Sustainability in Higher Education (AASHE) (2018), 80% of campus farm spaces are less than 5 acres in size and 86% are located on campuses with no agriculture school (AASHE, 2018). Campus farms provide a rich interdisciplinary social context of community-based, sustainable agriculture that spans the entire suite of social and physical sciences as well as non-STEM fields such as business, religious studies, and communication. Yet, the majority of these farm spaces are underutilized in the curriculum, engaging primarily with students majoring in agriculture or sustainability-related degrees and co-curricular programs (Galt et al., 2016; Parr, 2011). This case study posits that a lack of connection to curriculum and the resulting championship of campus farm spaces by faculty, stymies institutional commitments to the long-term funding of campus farm spaces. This document describes an approach taken at a small, liberal arts, primarily undergraduate institution to generate institutional support for the campus farm through the creation of cross-disciplinary undergraduate course modules that use food and farming for a situated learning context.

**Campus Farm History ** The Farm at Butler was initiated in 2010 by a student group, Earth Charter Butler, with assistance from the Center for Urban Ecology and Sustainability (CUES). The farm began as a quarter-acre plot located on west campus, which is marginal land that is located in a 100-year flood plan and home to intramural fields. In 2011, the CUES received 3-years of funding from the Nina Mason Pulliam Charitable Trust to expand the farm’s production footprint to 1-acre, hire a full time farm manager, and create a market farm for the Indianapolis community. Over the next year, the farm manager expanded the farm to its current 1-acre size and established the foundation for nearly a decade of selling products to the local community through a weekly Community-supported Agriculture (CSA) program, weekly farm stand, and restaurant sales. During this time, the focus of the farm’s mission was to be a model of urban farming and a source of healthy, fresh, local food for the Indianapolis community.

Educational engagement of the farm was primarily focused upon 1-hour farm tours to community organizations, with little engagement from Butler students, faculty, and staff aside from a handful of paid student workers each year. After two years of struggling to keep farm operations funded after the completion of the 2011-2014 Nina Mason Pulliam Charitable Trust grant, the CUES changed the mission of the farm in 2016 to a three-pronged mission:

1. To promote excellence in education and research across the University curriculum,
2. To educate Butler University and the Indianapolis community about sustainable agriculture and the local food system, and
3. To serve as an example of sustainable urban agriculture through the exploration of local food production.

This mission change was the impetus for reimagining the role of the campus farm to the Butler community.

Challenges Because the farm was not a University initiative, i.e., it was started by a student group and developed through external grants, the CUES faced many barriers to acquiring University-wide support for the campus farm. From a strategic perspective, it makes sense that the Administration did not see value in a farm at a University with no agriculture or environmental program until 2015. The activities of the farm were understandably not valued by the institution because they were not engaging with the Butler community in extended and meaningful ways.

Within the first year of employment in 2015, the CUES Director submitted 13 applications to local and federal funders. Nearly all were rejected on the grounds that 1) they don’t support businesses or 2) the funding operations should be the responsibility of the institution, whereas funders support innovative, once-off projects. While these funder responses were discouraging, they helped build a case for permanent internal funding of farm operations.

Luckily, the last grant application was awarded, spearheading a project focused upon the development, implementation, and research of farm-situated place-based experiential learning in four science classes.

The ultimate goal of this approach, although not explicitly written until now, was to save the campus farm by generating faculty support and curriculum around the space so that the institution as a whole recognized its value to the future of the University.

Approach to Saving the Farm ** These steps are meant to serve as guideposts, not meant to be prescriptive. Consider assets at your institution and how they might be leveraged.

The guiding motto for CUES Staff during this effort was, “If the farm goes away, we want the University to feel it.”

1. Align approach with University strategic goals. Of relevance to the campus farm and its potential was the strategic goal: Create and deliver transformative student- centered learning experiences that prepare graduates to make a meaningful impact in the world. All Universities have strategic goals related to curriculum and, often, community engagement. Use them to your advantage.

2. Create a new course, preferably one in the core curriculum. Aim for courses that are pass/fail or simple to create and implement. The low-hanging course at Butler University was Physical Well Being, a 1-credit hour, pass/fail course part of the core requirement for all students. The creation of a gardening-focused section of this course established the farm manager as an instructor, which helped to secure their position at the University, and created the first ever course using the campus farm. This newly developed core curriculum-required course not only connected students to the farm, but it also added a course to a curricular area in need of offerings. During the pandemic, the course proved that it was resilient to class limitations by continuing to offer the in-person class outdoors when many other course sections were cancelled.

3. Search directory for faculty that teach courses with the potential to be food or farm-related. CUES staff initially reached out to 4-5 faculty with which connections had already been established or that taught courses that were identified as relevant to food and farming. These faculty contacts were asked if they would be interested in teaching their course content through the lens of food and/or farming. Copies of course syllabi were then requested in preparation for an initial meeting to discuss specific syllabus areas where food/farming might be implemented.

For example, an introductory biology class was the first selected to explore this approach because the content was relevant and easy to connect to food and farming, but also because the instructor already had a meaningful relationship to the campus farm, as one of the faculty who developed the CUES and its projects. The course syllabus contained a section on biodiversity with an associated arthropod diversity lab and another section on soil biology taught through a soil respiration lab. These labs and the associated lecture and reading content were modified to focus on a food and farm context for these biological concepts, collection of lab data on the campus farm, and interpretation of the data from both a biological and practical farming perspective. Data was useful to farm manager to determine whether his practices were having an impact on the environment (see additional example courses in Appendix A).

1. Meet individually with identified faculty to discuss ideas. At this point, once can try to apply for funding to support the development and testing of student learning outcomes. It is not required to continue. Funding helps incentivize faculty, temporarily cover a portion of the farm manager’s salary (which was needed at Butler University), and offer additional salary savings and indirect cost recovery (if negotiated) to temporarily support farm operations.

Sample Budget Line for Year 1 from External Funder Item Budget Faculty Stipends $2,500 per participant Farm Manager Salary 2.0 months of salary covered by grant award Project Director Salary 1.0 months of salary covered by grant award Indirect Cost Recovery A percentage of direct costs in grant budget

Note: The farm manager and project director salary and indirect costs recovery were negotiated to be rerouted back to funding the farm manager position to keep farm operations going during the grant award.

1. Facilitate a faculty-staff learning community (FSLC) with the goal of developing food or farm-related classes or class modules (e.g., multiple weeks of lesson). Sustainability professionals and the farm manager participate in the FSLC with faculty participants to provide content knowledge to faculty.

FSLCs are small multi-disciplinary groups of university faculty and staff that meet regularly to discuss a professional development topic of interest with an eye to the ultimate beneficiaries; students (Cox & Sorenson, 1999). The intentional inclusion of staff in the traditional faculty learning community (FLC) format breaks down hierarchical silos, strengthens the academic community, creates opportunities for innovative living lab projects, and integrates curricular and co-curricular programming. The goals of the FSLC were to: (1) create learning opportunities for students that enhance place attachment, sustainability meaning making of a place, environmental science literacy, and civic mindedness, (2) build faculty confidence in the scholarship of teaching and learning (Richlin & Cox, 2004), and (3) establish campus farms as spaces for learning and collaboration that are integral to the lifeblood of the campus community (see Angstmann et al. 2022 for the FSLC curriculum that was utilized).

1. Implement and assess curriculum impacts on student learning. Do not skip this step! Being able to show that the farm space is required for the success of a specific number of classes and that the use of the farm is beneficial to student learning outcomes is important. Assessment metrics included: number of students impacted annually, number of different courses and disciplines using the campus farm as a curricular space, faculty collaboration and networking (surveys to FSLC participants), and student learning outcomes related to place attachment, situated sustainability meaning making, environmental science literacy, and civic mindedness (Williams & Vaske, 2003; Kudryavtsev et al. 2012; Liang et al., 2018; and Steinberg et al., 2011, respectively).

2. Require a cross-disciplinary poster session. CUES staff found it was important to raise the profile of these classes as much as possible. An end-of-semester poster session to which we invited all of campus, including Administration, was a great way for students to reflect upon and solidify their learning while also exemplifying impact of the campus farm to the curriculum.

3. Encourage faculty to continue using the farm and advocating for its presence on campus. All faculty collaborators were asked to advocate when they could for the campus farm. More specifically, faculty were asked to reflect on their teaching in their annual review including, how using the campus farm has enhanced their teaching and outcomes and future ideas for including the campus farm in future curriculum.

4. Continue to engage new faculty and support them as they create curriculum. This includes a regular workshop series with sessions hosted by campus sustainability professionals, farm manager, and faculty champions and presentations of class activities and outcomes at Butler’s annual faculty conference, Celebrations of Innovations in Teaching and Learning.

5. **Find ways to unite farm-situated curricula to further bolster long-term support for farm operations. ** Efforts to build cross-disciplinary curriculum across campus resulted in nearly a dozen courses teaching their disciplinary content through the lens of food and farming. This resulted in the creation of an Applied Local Food Systems minor where students learn about the role of local food systems in solving food system challenges through varying disciplinary approaches. The minor culminates in a year-long internship with a local food or farm organizations, providing much-needed labor support to local farms and co-creating projects to address local food system challenges.

June 2014 - Original farm funding expired, use of internal gift funds to cover operations June 2015 - Began searching for funding opportunities for campus farm operations; solicited potential faculty collaborators; met to discuss curriculum ideas for farm-situated learning; created low-hanging farm course for Physical Well Being core requirement 2015-2016: Submitted grant applications with faculty collaborators August 2016: NSF project proposal funded for 3-years, 2016-2019; negotiated salary savings, indirect cost returns, and temporary financial support for farm using grant award as leverage 2016-2019: Created, implemented, and tested impact of farm-situated curriculum; disseminated successes on campus and in scholarly community November 2018: Submitted a second proposal to NSF to expand curriculum to non-science courses in every College on campus July 2019: Second NSF proposal funded September 2019: Presented success in second grant award, farm curriculum successes, and a request for long-term funding to Executive Council in expectation of new grant funding expiring in May 2023 Fall 2019: Provost approves incremental increase in budget of $10,0000 annually until farm manager is fully funded in 2023 June 2023: Farm operations will be fully funded by the institution

The project can be completed at no cost however, the CUES acquired approximately $300,000 from the National Science Foundation (NSF-DUE 1609219) to pilot and test farm-situated curriculum in four courses and was awarded a second expansion grant of approximately $600,000 (NSF-DUE 1915313) to expand the curriculum to additional courses. These grants were important in creating leverage to keep the farm funded temporarily until a large number of courses were actively using the farm. Once courses were established, they created leverage and incentive for the institution to financially support farm operations.

At two points during this approach, University Administration was faced with a choice to either fund the farm or experience a loss of grant funding or courses offered. The first choice occurred when we received a grant award from the National Science Foundation in 2016, but didn’t have funds to support farm operations on which the grant award relied upon. The second choice occurred when the extent of the food- and farm-related curriculum was presented to Executive Council in 2019 with a request to support the farm as grant funding was coming to an end.

With the first, the Provost and Dean of Liberal Arts and Sciences gifted annual funds and redirected indirect costs return and salary savings from the grant award to keep the farm operational for the duration of the 3-year grant. The 3-year grant resulted in ten classes working with the campus farm space annually, creating leverage for a second, more permanent ask. During this second monetary ask, the Provost was impressed by the number and disciplinary breadth of classes reliant upon the farm space (16) and began work to incrementally add to the farm’s budget (approximately $10,000 annually) until the farm was fully funded. Luckily, the farm received a second 3-year grant award for curriculum development in 2019. So, indirect costs and salary savings were used to temporarily support the financial needs of the farm, while the $10,000 annual budget increase was phased in to create a permanent budget.

Ultimately, this approach resulted in the following successes:

• The farm manager’s salary, which was revenue and grant-funded, became 100% University-funded. This leaves sales revenue to support student interns and supply needs. • The number of classes using the farm increased from zero to 16, in 11 disciplines (biology, chemistry, environmental studies, communication, education, marketing, religious studies, pharmacy, political science, art history, and English). • With these classes, an Applied Local Food Systems minor was created that also meets two core requirements and culminates in a year-long internship with community food organizations. This provides meaningful experiences for students will providing much-needed labor to local food organizations (mostly urban farms).

The longevity of campus farm spaces requires consistent and meaningful integration into the campus curriculum and the communication of the impact of those curricular interactions to the upper administration. Imbedding a campus farm into the curriculum, across campus and not just in sustainability- or agriculture-related courses, creates faculty support and increases student interest and engagement by making food and farming relevant to specific disciplinary interests. While initial funding is not imperative to the success of this approach, it can be useful as leverage for temporary institutional funding support of farm operations as curricular interventions are created, implemented, and tested.

References Cited AASHE - Association for the Advancement of Sustainability in Higher Education. Sustainability Tracking, Assessment, and Rating System. Association for the Advancement of Sustainability in Higher Education (2018). Available at: https://stars.aashe.org/.

Angstmann, J.L., Fore, G.A., Williamson, F.A., Sorge, B.H. (2022). A Food-Themed Cross-Disciplinary Faculty-Staff Learning Community Enriches Place-Based Experiential Learning Curricula. Association for the Advancement of Sustainability in Higher Education, Campus Sustainability Hub--Course Materials.

Cox, M. D., & Sorenson, D. L. (2000). 7: Student Collaboration in Faculty Development: Connecting Directly to the Learning Revolution. To Improve the Academy, 18(1), 97-127.

Galt, R. E., Clark, S. F. & Parr, D. Engaging values in sustainable agriculture and food systems education: Toward an explicitly values-based pedagogical approach. J. Agric. Food Syst. Community Dev. 2, 43–54 (2016).

Kudryavtsev, A., Krasny, M. E., & Stedman, R. C. (2012). The impact of environmental education on sense of place among urban youth. ECOSPHERE, 3(4), 1-15.

LaCharite, K. Re-visioning agriculture in higher education: the role of campus agriculture initiatives in sustainability education. Agric. Human Values 33, 521–535 (2016).

Liang, S. W. et al. A nationwide survey evaluating the environmental literacy of undergraduate students in Taiwan. Sustain. 10, 1730 (2018).

Parr, D. M. & Trexler, C. J. Students’ Experiential Learning and Use of Student Farms in Sustainable Agriculture Education. J. Nat. Resour. Life Sci. Educ. 40, 172 (2011).

Richlin, L., & Cox, M. D. (2004). Developing scholarly teaching and the scholarship of teaching and learning through faculty learning communities. New directions for teaching and learning, 2004(97), 127-135.

Steinberg, K., Hatcher, J. A., & Bringle, R. G. (2011). A north star: Civic-minded graduate. Michigan Journal of Community Service Learning, 18(1), 19-33.

Williams, D. R., & Vaske, J. J. (2003). The Measurement of Place Attachment: Validity and Generalizability of a Psychometric Approach. Forest science, 49(6), 830-840.

• Julia L Angstmann - Director | Butler University

• Link: Farm-Situated Curricular Resources
• Link: Center for Urban Ecology & Sustainability (CUES), Butler University
• File: Saving the Campus Farm