East Campus · Headwaters of Hunnicutt Creek · Clemson, SC
A student-built food forest at the headwaters of Hunnicutt Creek — planted, tracked, and tended by the people who eat from it.
About the Project
Students for Stewardship exists to make stewardship visible, practical, and repeatable. We are not here to run "projects" that vanish after a semester.
Our work at Hunnicutt is intentionally building on top of stream restoration and monitoring work already done on the creek — including efforts led by Clemson water resources leaders like Calvin Sawyer and Jeremy Pike. That earlier work was tied to real performance standards, permitting, and long-term outcomes with a clear emphasis on rebuilding riparian function and native vegetation. Our club's role is to carry that restoration forward through campus in a way that formal restoration projects often can't sustain.
The food forest sits at Reach 1 — the very top of the watershed. The long-term goal is simple: help Clemson's watershed recover function in a landscape that is already overburdened by development, by rebuilding the living infrastructure that makes water behave and ecosystems persist.
This is an opportunity to showcase what Clemson and the community can build together, not simply what Clemson can purchase.
"Stewardship is the responsibility to nurture ecosystems so that they can thrive long after we're gone. It means understanding how water flows, how plants grow, how communities depend on living systems — and making choices that restore, not deplete."
— Students for Stewardship, Outreach Presentation
Our Philosophy
Stewardship isn't just principle, it's practice — cultivating public space through applied ecology so the land teaches while it recovers. We plant, build, and restore together, working with natural processes, not against them.
We plant deep-rooted perennials and inoculate soils with mycorrhizal fungi to stabilize slopes, build soil structure, and create lasting root networks that outlive any single season.
Swales, berms, herb spirals, half-moons, and native vegetation guide water into the soil rather than letting it run off as erosion-causing stormwater toward the creek below.
Compost and mycelium rebuild the soil carbon sponge — restoring the "biotic pump" that once cycled water from ground to atmosphere as rainfall and regulated the local climate.
We build the biological "soft armor" surrounding hard structures — erosion control swales, bio-filtration basins, and riparian edge planting that does the work structures can't.
Herb spirals and keyhole gardens create diverse microclimates in a small footprint, supporting far greater biodiversity than flat monoculture plantings of equal area.
Preparing future phytoremediation installations to address legacy pollution from DOT road runoff — using plants as living water-quality filters at the point of entry to the watershed.
Why Headwaters Matter
Across the Carolinas we're witnessing flash floods and long dry spells. This is not just "climate change." It is the result of land management decisions made at the top of our watersheds.
Forests and healthy ecosystems slow and hold water, filter it, and release it back to the atmosphere through evapo-transpiration. When we clear land, strip root systems, and harden surfaces, we fracture this feedback loop. Instead of absorbing and re-releasing water, the land sheds it — fast.
We work at the very top of Hunnicutt Creek — Reach 1. Small changes here ripple downstream. If we can slow water, cool soil, and restart the biotic pump here, we can help rebalance the entire watershed.
Also connected to the Green Crescent Trail vision — integrating HFF into this regional greenway and improving public access from Clemson to the broader Upstate.
On the Ground
Thanks to donations from Lowe's and over a thousand hours of student labor, the food forest is taking root — blending native ecology with edible, medicinal, and pollinator-friendly species.
Every species we choose is evaluated against four criteria:
Prioritized species for Piedmont SC conditions and greenhouse propagation. Bold = highest success rate.
Our Goals
Eight goals we wrote at the start and actually try to hold ourselves to.
Enhance the health of the local water cycle through swales, half-moons, and riparian restoration for stream and watershed health.
Connect students to hands-on learning through workshops, seminars, and volunteer activities in sustainable agriculture and ecological restoration.
Build connections for worm farming, black soldier fly farming, algae farming, and biomaterials — plant food crops for local food security.
Foster partnerships with local organizations, clubs, and community members through shared events promoting environmental stewardship.
Conduct research on sustainable agriculture, water purification, and ecological restoration. Develop off-grid capabilities and innovative biosystems.
Implement biofilters, natural pools, and phytoremediation to mitigate pollution and improve water quality in Hunnicutt Creek.
Use carbon accounting to measure and demonstrate the impact of green spaces and develop strategies to reduce our footprint and show our results.
Incorporate Lion's Mane and bioluminescent mushrooms, develop mycelium-plant guilds, and protect American Chestnuts through fungal networks.
Find Us
Located on East Campus near Kite Hill, off Newman Road — at the very headwaters of Hunnicutt Creek on Clemson University's campus.
What We've Done
Click a semester to expand. Built from Instagram posts, newsletter issues, and site records — add yours at ace4@clemson.edu.
First meeting of the Stream Restoration Creative Inquiry. Team orientation, shared vocabulary baseline, and target reach scoped. Ryan Jones joins as field methods lead.
Agreed on what "restoration" means for this CI specifically. Identified typical project failure points and the types of field evidence required before recommending any actions on the creek.
Andrew publishes the Stewardship Gaming story map — digital twin roadmap, case for a dedicated GIS workstation, and plan for Mapping TigerTown integration.
Feb 5: desktop measurements, sinuosity, valley context, and field plan. Feb 6: walked Reach 1, cross-section at the breakout point, initial problem framing — why is the stream leaving the designed channel?
Cross-section plotted Rosgen-style in Excel. RiverMorph outputs reviewed. Identified what additional data is needed before a diagnosis can be made.
Build days scheduled for Purple Martin birdhouses (habitat infrastructure) and a permanent bench at the site — the first durable amenities at Hunnicutt.
First pilot segment of the Newman Road tree line installed. Repeatable module approach: one canopy tree + a guild ring of 3–5 perennial support plants. Mulched and labeled along the estimated 1,000-foot frontage.
Community propagation event on fig cuttings — curriculum and materials built by the club. Part of the push to develop a propagation pipeline that feeds both the food forest and community giveaways.
Professional guidance on Reach 1 diagnosis: likely breakout mechanisms, what's appropriate for a student-led CI, and a list of things not to do in an actively-managed urban stream.
Coordinating with Clemson Botanical Gardens and the SC Native Plant Society spring sale for annuals, medicinals (oregano + select herbs), and native species. Pickup and transport logistics finalized.
Mar 26: poster outline locked, figures drafted (maps, photos, cross-sections, RiverMorph metrics). Apr 8–10: CI presents at the Clemson FoCI Fair — showcasing the semester's field work and recruiting next year's team.
Andrew presents at the 2026 Hydrogeology Symposium. CI takes the week off.
The first public proof point. By event day the site must be legible, safe, and clearly intentional — visitors should be able to understand where to go and what they're seeing without asking anyone. Station stops planned: welcome area, roadside tree-line demo, orchard zone, watershed education stop, propagation pipeline, volunteer on-ramp.
In the Field
Real students, real soil, real outcomes — photos from workdays, events, and site visits at Hunnicutt Food Forest and beyond.
Community · Donors · Press
The Hunnicutt Food Forest is stronger because of the network it belongs to — from a Lowe's donation to a non-profit in Seneca to a fermentation shop in Pendleton.
The Community Foundation
Three practitioners who aren't just supporters — they're teachers. They show up, they bring tools and hard knowledge, and they pour into students.
Anderson, SC · 1003 East Whitner St
Zeph and Whitney Smith co-founded CBE in 2020 in the middle of a pandemic, on Anderson's East Side, in a 1913 schoolhouse on two acres. They started a garden in a food desert. The Oasis Garden now serves 75–100 families weekly through a food bank partnership — blackberries, tomatoes, squash, cucumbers, melons, greens, and herbs grown in 14 raised beds and open rows.
Zeph's January 2025 kickoff event launched S4S's year with shared intention. CBE isn't a boutique farm. It's a real place where people show up and build.
"We're getting people's hands back in the soil."
— Zeph Smith, Co-Founder · CBE
Seneca, SC · Treehouse Internatural
Scott Bunn's school of practical ecological building — trades, homesteading, and sustainable construction taught through doing. He's the author of 71 Solutions and founder of Treehouse Internatural, which includes the Seneca Treehouse Project. When Scott came to Hunnicutt in September 2024 he brought a broad fork, not a slideshow — and taught us to read the land before we tried to design it.
The Treehouse Trade School curriculum teaches all the skills needed to build a thriving homestead and resilient community. Applied. Hands-on. The opposite of abstract.
"Not just what to build — how. Not just theory — technique."
— S4S, after Scott's broad fork demo
Six Mile, SC · Certified SC Grown · No-till
Concetta Cone's all-natural, no-till farm in Six Mile delivers CSA boxes of fresh vegetables, pasture-raised eggs, and hand-crafted dried flower bouquets to Clemson, Central, Pendleton, Liberty, and Pickens. No synthetic inputs. Certified SC Grown. She farms the land around us the right way, season after season, without making a big deal about it.
Farm Girl Deliveries sent a volunteer crew to Hunnicutt on October 20, 2024 — one of the first outside organizations to show up and work. Concetta led the keyline design session that still shapes how we plan the site today.
"All-natural. No-till. Grown here. Delivered to your door."
— Farm Girl Deliveries · Six Mile, SC
Advisors, Donors & Institutional Support
Lowe's donated the first major round of plants — 3 peach trees, 4 blueberry bushes, 3 raspberry bushes, and a grapevine. This single donation made Spring 2025's planting possible and established the first orchard zone at Hunnicutt. Big impact, simply given.
Campus partner for site access, tree corridor coordination along Newman Road, and collaboration on the East Campus green infrastructure vision.
SCNPS coordinates the spring plant sale that S4S uses to source annuals, medicinals, and native species. They published the first major press feature on Hunnicutt — "Cultivating Land Ethics at Clemson" — and connected us to the statewide native plant community. Rick Huffman co-founded SCNPS in 1996.
Jon Fritz — landscape designer and Clemson landscape architecture graduate — helped design the Hunnicutt Food Forest layout and introduced S4S to the 12 Cues to Care framework that shapes how we think about site legibility and ecological design. His practice, Bluestem Landscape Design LLC in Seneca, SC, teaches eco-friendly horticulture, native plant selection, and right-plant-right-place design.
Named for Schizachyrium scoparium — little bluestem, the native grass that anchors so much of what we plant at Hunnicutt.
On Campus
Students for Stewardship draws on the whole campus — from agronomy to carpentry to neuroscience.
Carson Wargo coordinated the food forest plant list — trees, understory shrubs, flowers, and grasses prioritized for Piedmont conditions and propagation viability. The club's greenhouse is a key pipeline for native and pollinator-friendly species.
Built structures at the site — and slated for the Purple Martin birdhouse builds and bench installation in Spring 2026. Hands-on making is part of what the food forest teaches.
Overlapping mission and membership — supporting native species selection, plant ID workshops, and the SCNPS spring sale coordination pipeline.
Our GIS and engineering model. CEDC's workstation setup (Nvidia RTX A6000, local data pipeline) is the direct inspiration for S4S's planned digital twin workstation buildout.
Home of Mapping TigerTown — the 3D campus basemap where the Hunnicutt digital twin will live. Guidance from the Geospatial Center informs the Phase 2 expansion of stewardship layers across campus.
Anaston Porter and the Carolina Clear program connect S4S to Clemson's broader stormwater and water quality network — linking the food forest's headwaters work to the university's official water management goals.
In the News
Our work has been recognized by sustainability organizations, national agriculture networks, and Clemson's own student press.
The SCNPS featured our work blending native plantings with regenerative design to restore Clemson's most ecologically sensitive watershed area.
Read article →The National Sustainable Agriculture Information Service highlighted HFF as a national model for student-led ecological restoration and food forest development.
Read article →Clemson's student paper covered the founding of S4S and the vision of co-presidents Andrew Evans and Paige Farral for regenerative food production on campus.
Read article →Presentations · Proposals · Documents
Presentations, proposals, and founding documents from Students for Stewardship — the paper trail of an idea taking root.
The Paper Trail
Every proposal, field record, and reference document — organized into three groups. Click any group to open it.
The club's core outreach deck — stewardship definition, Pillars of Planting, the "Stewardship connects to..." framework, and the annotated 2025 site plan. Used for faculty meetings, partner pitches, and new member orientations.
The case for connecting HFF to the Green Crescent Trail and Clemson's city-wide green infrastructure. Aligns with the CU Long-Range Framework Plan and City Comprehensive Plan. HFF sits at the junction of the Botanical Gardens, Pecan Grove, and Gateway Park.
S4S's mission statement document and Spring 2026 workplan. Introduces the "Cues to Care" design principle — visible, legible site features that communicate intention. Outlines the corridor fork concept for East Campus green infrastructure.
Design documents for the Newman Road roadside tree line — one canopy tree + a guild ring of 3–5 perennial support plants per module, mulched and labeled along the estimated 1,000-foot frontage.
The full professional landscape plan for the HFF site — site zones, planting areas, circulation, features, and the spatial layout the digital twin is built to represent. The authoritative spatial document for the site.
Data
87 plants × 42 attributes — every species at Hunnicutt, catalogued with canopy layer, guild roles, nitrogen fixer status, mycorrhizal type, host species, edible parts, watershed function, and more.
Built by Andrew Evans in Spring 2026 using openpyxl + Python and verified against the NC State Extension Plant Toolbox. The foundation of the HFF digital twin. Available as an Excel workbook with four sheets: Species Database, Hunnicutt Field Instances, Field Dropdowns, and Reference Links.
Request the Database"An action-based club needs record-keeping that can keep up — and eventually a stewardship 'gaming' layer that helps people learn, design, and improve land responsibly."
— Digital Twin Vision, 2026
Digital Twin · GIS · Stewardship Platform
A living digital twin of the Hunnicutt Food Forest — the first step toward a platform that helps people go from "I want to help" to "I know what to build and how to start."
The Foundation
A living, accurate representation of a place that helps people see what is there, track what changes, and understand how their actions affect the system around them.
We are building a practical digital twin of the Hunnicutt Food Forest so our work can stay organized, accurate, and useful over time. Every planting, tree, feature, and change gets captured as it happens — with the correct species and basic attributes attached. An action-based club needs record-keeping that can keep up.
Once the model is accurate, we can grow it into something bigger: a local plant database built from what really works here, and eventually a stewardship "gaming" layer that helps people learn, design, and improve land responsibly.
"Explore your neighborhood. Learn how the land works. Build what it needs."
— Digital Twin Vision
The Hunnicutt Food Forest is our pilot site because it is part of the upstream story. Once we can model one place correctly — real species, real changes, real site data — we can expand responsibly to other sites across campus and the Upstate.
Roadmap
Building in phases — getting the foundation right before expanding the vision.
Building an accurate GIS representation in ArcGIS Experience Builder. Every plant, feature, and zone catalogued with species-level attributes. 87-plant species reference database using NC State Extension Plant Toolbox as gold standard. Integration with Mapping TigerTown (Clemson's 3D campus basemap).
Growing the digital twin into a plant database built from what actually works in Upstate SC — on our soils, with our rainfall, in our climate. Expanding stewardship layers to other campus sites with guidance from the Clemson Geospatial Center.
A guided citizen science platform: survey a spot you care about, tag basic site conditions, and receive plant palettes from the local database, examples of successful nearby projects, and simple designs that work in similar conditions. Design becomes clear enough that others can help make it real.
Migrating to a custom-built platform — locally controlled, long-lived. Stewardship infrastructure that is informed, teachable, and repeatable. Owned by the community, not the cloud.
Current Tools
Built to be locally controlled, long-lived, and capable of growing with us — not dependent on any single platform.
Proof-of-concept digital twin deployment. Species popups, field instance tracking, and attribute display integrated into Clemson's 3D campus basemap (Mapping TigerTown).
87 plants × 42 attributes: canopy layer, guild roles, nitrogen fixer status, mycorrhizal type, host species, edible parts, watershed attributes, and more. NC State verified.
GPS-tagged records for every plant in the ground: planting date, health status, observer, source nursery, and ESRI Feature ID. A living record as the forest grows.
GIS and 3D asset work exceeds student laptops. Modeled after CEDC's setup: Nvidia RTX A6000, AMD Thread-Ripper 12-core, 512GB RAM, 8TB SSD. Local control, local continuity.
Gold standard reference for plant attributes, native status, and ecological characteristics. Every species in our database linked back to NC State's Extension Plant Toolbox.
Clemson Center for Geospatial Technologies' 3D campus basemap. Students for Stewardship adds accurate, stewardship-focused layers representing what is actually on the ground.
The Vision
Stewardship should feel doable. The long-term goal of the digital twin platform is to help people go from "I want to help" to "I know what to build and how to start."
The "game" part is not fantasy. It is a guided way to explore, design, and communicate a stewardship project clearly enough that others can help make it real. The point is not the platform — it's that someone who cares about a patch of ground leaves knowing what to actually do with it.
An accurate digital twin of the Hunnicutt Food Forest. Once we can model one place correctly, we can expand responsibly.