Saved by the Woods — Asheville

The 60-Second Pitch

What's at stake, in plain language, for the community deciding what becomes of these 45 acres.

Important Notes on This Analysis

1. Scoring is iterative and open to stakeholder revision. The MCDA scores are the analyst's working judgment, derived from documented data and structured criteria, and they have been shared with stakeholders across the spectrum of positions on the decision (members of the UNC Asheville Board of Trustees, leadership at the Land of Sky Regional Council, members of Friends of the UNCA Woods, and others) for substantive review. The analysis is structured to re-run cleanly under any stakeholder-supplied weighting; alternative scoring from any stakeholder group will be incorporated and the rankings re-published. The corrections protocol (see Changelog) records each substantive revision; the most detailed external review to date (May 18, 2026) is fully reflected in this document.
2. Financial comparisons are directional, not precise. The stadium's $204M project cost (some news reports cite ~$250M total district cost; the precise figure depends on what is counted) is primarily the developer's investment, not a public expenditure. The direct public cost is the $29M subsidy UNCA intends to seek; UNCA has not yet specified the source [Asheville Watchdog]. Financial figures show relative differences between scenarios.
3. Alternative site scenarios depend on feasibility. Two top algorithmic scorers were disqualified on review: 53 Birch St (100/100, cemetery adjacency) and 226 Fairway Dr (90/100, Asheville Muni Golf Course, NRHP-listed). The leading viable candidate is 1568 Brevard Rd (123 ac, County, 90/100). Site-specific assessment is still needed before committing to any alternative.
4. Stormwater figures are screening-level estimates (NRCS SCS-CN method with SSURGO soil data). They show relative differences between scenarios, not engineering-grade volumes. For design, HEC-HMS modeling with actual Helene rainfall data is recommended.
5. This is a structured analytical framework, not a substitute for engineering-grade impact assessment. It composes geodesign, multi-criteria decision analysis, screening-level stormwater modeling, financial NPV, ecological survey, and regulatory review into a single decision-support package using publicly available data. For project-level commitments, engineering-grade refinements (HEC-HMS hydraulic modeling, dendrochronology, audited financial pro formas, full property-line survey, formal NEPA / Section 106 review where applicable) are appropriate next steps and are noted throughout.

The Forest Itself

Before the policy questions, before the financial models, before the scenarios and scores — there is a forest. Forty-five acres of Appalachian oak-hickory woodland on a hillside above Reed Creek, growing on land that was once part of the dairy-farm operations of Dr. Karl Von Ruck's Winyah Sanitarium (founded 1888; the “New Winyah Sanitarium” opened January 1900 at Spears Avenue and Mt. Clare Street). The sanitarium's farm and pasture spanned land now split between the U.S. Forest Service Southern Research Station (to the north) and UNCA's forested properties (to the south). On UNCA's land, the 1989 Hall & Baker archaeological survey documented the stone foundation of a dairy barn, destroyed by fire on February 7, 1959; its walls still stand among the trees, partly buried in leaf litter, partly visible as the retaining walls that follow the slope.

Diameter measurements suggest the oldest oaks have been here since the 1870s — saplings during Reconstruction; through the catastrophic flood of 1916; through the chestnut blight that transformed Appalachian forests in the 1930s; through Hurricane Helene's fury in September 2024. Their rings would hold a climate record older than any weather station in western North Carolina — an inference that increment-core dendrochronology has not yet confirmed, but which is consistent with the DBH-based age estimates and with the documented forest succession timeline.

Beneath the canopy, 73 types of mycorrhizal fungi connect the root systems in a network that has been building for over a century. Spotted salamanders breed in vernal pools each spring. Barred owls hunt at dusk. Three species of native orchid grow in the filtered light. A squawroot — Conopholis americana, a parasitic plant that lives only on oak roots — marks the intimate connection between above and below ground.

People walk here every morning. Students find quiet between classes. Local artist Spencer Beals placed art among the trees — his “Batland” installation, a 25-artist collaboration installed December 2025, was removed by UNCA administration in January 2026 and triggered a walkout of 100+ students, faculty, artists, and community members on Friday, January 16, 2026 [BPR]. The Five Points neighborhood knows the forest as the green wall that absorbs the rain before it reaches their streets.

Next door, at 200 W.T. Weaver Boulevard, the USDA Forest Service has studied Appalachian forests since 1921. The Southern Research Station headquarters sits within walking distance of these oaks. No other campus forest in America has this proximity to a century of federal forestry science.

This is what is at stake. Not an abstract "green space" or a line item on a balance sheet, but a living system that has been growing, sheltering, absorbing, and witnessing for longer than any person alive can remember. What follows is an attempt to understand what this forest is worth — in the multiple registers that "worth" can mean.

39 Years of Canopy Growth (1985–2023)

NLCD satellite data reveals the forest has been growing for four decades — recovering from its agricultural past and approaching maturity just as it faces destruction.

The forest has been recovering for 40 years. The Von Ruck dairy farm ceased operations in the 1950s-60s; natural succession has been rebuilding the canopy ever since. By 2016, the site reached its highest canopy density in the satellite record. Destroying it now would erase four decades of ecological recovery at the moment it approaches maturity.

Asheville Is Urbanizing Around the Forest

NLCD land cover classification (30m, 1985-2023) shows forest declining region-wide as development expands. The UNCA forest is one of the diminishing patches.

As the region urbanizes, remaining forest patches become more ecologically valuable — they are the last habitat, the last stormwater absorbers, the last cooling canopy. The UNCA forest's tree canopy has been growing (25% to 36% dense canopy, per NLCD TCC) even as the surrounding landscape develops. Clearing it now accelerates a trend that is already reducing the region's resilience.

Recent peer-reviewed finding (Zou et al., Nature Ecology & Evolution, 15 May 2026): Larger forest patches have greater per-area productivity. Using global remote-sensing data, spatial modelling, and counterfactual scenarios, the authors document a positive relationship between forest patch size and productivity — implying that preserving many small forest patches does not offset the carbon and ecosystem-function losses from removing larger contiguous forests. Applied here: the 45-acre UNCA forest is not equivalent on a per-acre basis to 45 acres of scattered smaller patches; reducing or fragmenting it costs more than proportional ecosystem function [DOI].

Source: NLCD Annual Tree Canopy Cover (MRLC/USFS, 30m, 1985–2023) · derived from Landsat + Sentinel-2 imagery and USFS Forest Inventory and Analysis (FIA) data via photo-interpretation and machine-learning methods; methods documentation. 9 years sampled (1985–2023). NLCD Annual Land Cover classes grouped: Forest (41+42+43), Developed (21–24), Agriculture (81+82), Other.

42-Year Aerial Timelapse (1982–2024)

42 years of aerial imagery. Click to view full resolution. Arrow keys or buttons to navigate. Auto-advances every 4 seconds.

1982

Earliest county aerial

← 1982 1998 2023 Helene →

Click image for full resolution. Arrow keys to navigate.

×

Documented Biodiversity

Community science confirms what ecologists know: this forest is alive with species that depend on intact canopy, connected corridors, and undisturbed soil.

Species of Conservation Concern

On-Site Documentation

• 6 oak species (white, chestnut, red, black, post, southern red) — all key dendrochronology species
• 8 native orchid species documented in 2 km radius (downy rattlesnake plantain, crane-fly orchid, putty root, showy orchis, pink lady's slipper, yellow lady's slipper, spring coralroot, slender ladies' tresses) + Galax urceolata (Appalachian endemic) + squawroot + southern blue monkshood + 9 Trillium species + 5 Asarum species (incl. French Broad endemic A. rhombiformis)
• American Black Bear documented in corridor
• Barred owls, great horned owls, screech-owls — sensitive to light and noise
• 73 ECM fungal types on oak seedlings (Walker et al. 2005)
• Wood thrush (down 60% nationally), cerulean warbler (down 72%) — forest interior obligates

Sources: iNaturalist (12,545 obs), 2005 Heiman Environmental Assessment, Petranka et al. 1993, NC Natural Heritage BWHA/NHNA.

The Forest as Economic Infrastructure

The standard analysis frames the forest as competing with development for revenue. The evidence shows the opposite: the forest is the infrastructure that makes the surrounding economy work.

Asheville's tourism economy depends on the city's identity as a place where nature, culture, food, and craft intersect. The breweries, restaurants, galleries, and music venues exist BECAUSE Asheville is the kind of place where people want to be — and that identity is inseparable from the landscape. The forest is not a vacant lot waiting for development. It is a node in a spending path that generates distributed revenue across hundreds of businesses, 365 days a year. The stadium generates concentrated revenue on 90 event days.

Health evidence: Children with nature access show better cognitive function, emotional regulation, and physical health (Kuo & Taylor 2004). Adults near green space show lower depression and anxiety (Bratman et al. 2019, Science Advances). A community that removes its last accessible urban forest is making a decision about the health of generations who have no voice in the process.

FEMA Floodway: A Federal Constraint

Hurricane Helene: The Forest Protection Gradient

Statistical analysis of 1,000 Helene damage assessments shows a clear relationship between distance from the forest and building damage severity.

Caveat: This is observational correlation, not controlled experiment. Multiple factors besides the forest affect damage severity (elevation, construction type, proximity to streams). Only 18 buildings in the dataset are within 500m of the forest. However, the monotonic gradient across all distance bands is statistically significant and consistent with the stormwater absorption hypothesis.

What the Forest Absorbs

During a Helene-scale storm, the SCS-CN screening model estimates the forest retains 3.7–7.0 million additional gallons compared to the worst-case development scenario (A) — roughly 530–1,000 tanker trucks of water that would otherwise discharge through Reed Creek into the downstream watershed (Botanical Garden, Jackson Park, lower Five Points). This is a screening-level estimate, not engineering-grade modeling.

= 5.0 million additional gallons = 688 tanker trucks of water

Calibrated with SSURGO soil data (Tate loam, Clifton sandy loam, Hydrologic Group B). Range: 1.9M–4.9M gallons depending on storm severity (2-yr to Helene-scale) for full development (Scenario A, 85% cleared). Lighter development scenarios (C2, D) produce 0.8M–2.7M.

Environmental Impact: Quantified

Three models quantify what clearing the forest would cost in ecological terms.

Sources: Habitat model uses Hansen treecover2000 + connected component analysis. Heat model based on Ziter et al. (2019) PNAS. Carbon uses Appalachian oak-hickory literature values (191 MgC/ha mature forest). Social cost of carbon from EPA IWG 2021.

Interactive Geodesign Map

Explore 11 GIS data layers including public parcel ownership, floodplains, Hurricane Helene damage, proposed zoning, urban heat vulnerability, transit routes, and more. Toggle layers using the control at top-right. Click any feature for details.

How to read this map. The map shows public-ownership parcels from the Buncombe County parcel dataset (2,000 county features filtered to 80 public parcels) classified by ownership category and title basis. UNC Asheville parcels (34 features, ~118 acres total) are styled blue; South Campus Forest constituent parcels (8 parcels, sum ~61.85 ac — see Forest acreage note below) carry an amber outline. Click any parcel for the title basis and full attributes.

What the map captures — and what it doesn't. The county parcel layer captures land-title polygons. The University of North Carolina at Asheville's academic core is partly visible as several large UNCA-blue parcels along Campus Drive, W.T. Weaver Boulevard, and Vivian Avenue. Some academic buildings sit on smaller individual parcels not in the public-parcels filter, or on land titled in ways the assessor records with non-college landuse codes, so the on-map UNCA footprint will not perfectly match the OSM base map's labeled campus boundary — read the colored polygons as “documented UNCA-administered land in the county feed,” not as a complete campus boundary. The South Campus Forest is the highlighted contiguous green-and-amber cluster south of W.T. Weaver Boulevard. Floodplain and FEMA-zone layers are now styled in lavender to avoid color collision with the UNCA-parcel blue.

Classification rules. “UNCA / UNC System” includes: parcels directly titled to the University of North Carolina at Asheville or to the UNCA Foundation; parcels titled to the State of North Carolina located in the Buncombe assessor's UCAA neighborhood code; and parcels titled to the State of NC in adjacent UNCA-cluster neighborhoods carrying a GVMT/COLLEGE or generic GVMT landuse on UNCA-cluster street addresses. The UNC system is itself a state entity, so most main-campus buildings and most of the forest are titled to the State of North Carolina and administered by UNCA. State-of-NC parcels that are not UNCA-administered (NC DOT, A-B Tech, state forests, the “Nut Hill” parcel of uncertain attribution) appear as “Other Public (State).” Source: Buncombe County GIS, rebuilt 2026-05-19.

Forest acreage note. The “45-acre” figure used throughout the analysis is the working approximation for the South Campus Woods. The rebuilt parcel layer shows that the constituent parcels — depending on which parcels along Vivian Avenue and the Lookout / Nantahala periphery are counted as forest versus main campus or pasture edge — sum to roughly 38–62 acres. A precise on-the-ground forest-boundary survey would tighten this; it is on the open work list. Floodplain and FEMA-zone layers are now styled in lavender to avoid color collision with the UNCA-parcel blue.

Base map tiles from OpenStreetMap (only external resource). All vector data embedded. Full 44-layer data package (4.6 GB) available upon request.

Climate Context: Why This Forest Matters More Every Year

Asheville is warming. The forest's cooling, stormwater, and habitat functions become more valuable with every degree of temperature rise. UNCA undergraduate research on local heat vulnerability is directly relevant: Hope Donnellan (Fall 2023 UNCA Journal of Undergraduate Research), “Developing a Heat Vulnerability Index for Buncombe County, NC,” built a county-specific HVI methodology that this analysis's urban-heat layer is consistent with [UGR 2023 archive].

This is exactly the scenario the City has planned for. Asheville's adopted Living Asheville comprehensive plan (June 2018, City Council-adopted) includes Planning for Climate Resilience (Appendix D), authored over 2016-2018 by a 31-person team of city staff and volunteers in partnership with UNCA's National Environmental Modeling and Analysis Center (NEMAC). Among its quantitative findings: Asheville's 2018 citywide tree canopy was 44.5%, with an adopted goal to restore canopy to 50% by 2040 (requiring ~50,000 trees planted); approximately 3,308 families and 14,510 households with members over 65 are vulnerable to extreme heat events because they live in areas with high developed-land cover and low tree canopy; marginalized communities with little tree canopy register surface temperatures roughly 10°F higher than tree-filled neighborhoods [US Climate Resilience Toolkit]. Clearing 85% of the canopy on the largest contiguous urban forest in this part of the city runs directly against the adopted plan's policy direction.

Sources: NC Climate Office, NASA DEVELOP 2019, Trust for Public Land ParkServe, CDC PLACES 2024, Walk Score, Buncombe County 2024 CHA, eBird Beaver Lake (220+ species).

Understanding the Pressures: Who Faces What

Every actor in this decision is responding to real pressures. A fair analysis must name them all.

UNCA's Own Scholarship vs. UNCA's Administration

UNCA is not a single voice. It is an administration, a Board of Trustees, students, faculty, and alumni — and on this question, those voices diverge sharply. The most direct evidence is a StoryMap published by UNCA's own Master of Science in Environmental Resilience cohort, presenting a class-project assessment of the proposed development against the climate-resilience framework UNCA's faculty teach.

The reconciliation: The StoryMap is not an outsider's critique — it is internal scholarship by UNCA's own students and faculty, applying tools the university teaches, against data the university generates. It does not need to be argued against UNCA; it is UNCA. The path that honors it is preservation, with operational financing through the BCTDA capital-project pipeline (see Buncombe County TDA stakeholder block above) — Scenario K in this project's MCDA, ranked top-3 under environmental and resilience weight schemes.

Acknowledgement in the StoryMap: "Special thanks to Save the Woods for compiling many useful resources, and to Scott Burroughs from This Land Studio for guest speaking and sharing his own perspective along with results from their community visioning workshop." Full credits, faculty consultations, and references are listed in the StoryMap itself.

Community Context

Any land-use decision must be understood in the context of who lives here, what they need, and what pressures they face.

Sources: U.S. Census Bureau ACS 2020-2023, Buncombe County 2024 CHA, FEMA, Trust for Public Land.

Timeline of Events

Process Quality Benchmark

Multiple universities have faced campus forest development conflicts. The outcomes consistently favor institutions that follow a transparent, evidence-based process. Five elements define a credible decision process.

Sources: Virginia Tech (2012), Drew University NJ (Jan 2026), Rider University NJ (Mar 2026), Warren Wilson College NC, App State NC (1999), Columbia University NY. See Comparative Case Studies for full analysis of 10 campus conflicts.

University Forest Decisions: National Pattern

Across the country, universities that preserve campus forests outperform those that develop them — in enrollment, donations, research funding, and community trust.

What Each Scenario Means for the Forest

Not all development is equal. The forest impact ranges from total preservation to near-total destruction — and the financial returns don't correlate with the damage.

Key insight: The underlying land is tax-exempt under G.S. 105-278.1, so the ~$12M parcel itself contributes $0 in property tax — but that is not the whole picture. Private leasehold improvements on tax-exempt government land are typically assessed to the lessee (the developer) for the term of the lease under NC practice. A ~$200M stadium structure would therefore generate material property tax revenue to the city, county, and fire district even though the land remains exempt. The only way to fully capture tax revenue on the underlying land is to build on non-forest parcels — which UNCA already owns (56+ acres cleared and available). The land-swap scenarios (E–H) preserve the forest AND generate full tax revenue on both land and improvements.

Key Findings

Five headline numbers from the geodesign analysis — each independently verified from authoritative public data.

Tax Revenue: Housing Types vs Stadium

If housing is built on UNCA's cleared (non-forest) parcels instead of the forest, every housing type — including affordable — outperforms the stadium on tax revenue.

Note: Housing-type figures assume development on private or transferred land (taxed on both land and improvements). Stadium figure is an order-of-magnitude estimate based on improvements alone (~$200M structure × ~1.0–1.5% combined city/county/fire rate ÷ 45 acres). Underlying UNC land remains tax-exempt under G.S. 105-278.1; private leasehold improvements are typically assessable to the lessee under NC practice. The improvement-tax estimate is not derived from a vetted developer pro forma. UNCA's 56+ acres of cleared alternatives could be transferred or leased to generate full land + improvements tax revenue while preserving the forest. Source: Buncombe County tax rates, comparable assessed values.

Quantitative Model Results

Calibrated models using SSURGO soil data, NRCS methodology, and full county parcel inventory.

Stormwater Impact by Scenario (Helene-scale storm, 13.98 inches)

Additional runoff compared to preserved forest baseline. Method: SCS Curve Number (TR-55) with SSURGO soil data for 45-acre site.

Source: SCS-CN model using SSURGO HSG distribution (B: 64%, C: 21%, D: 9%, A: 6%). Forest CN=58.7, Open Space CN=64.2, Impervious CN=98. Full methodology: stormwater_scenarios.json

30-Year Financial Comparison (NPV at 5% discount)

Net present value to the public over 30 years. Stadium public cost: $29M subsidy + ~$15M infrastructure = ~$44M. The $204M construction is the developer's investment, not a public expenditure. Housing swap and research forest generate revenue with zero public construction cost.

Source: 30-year cash flow model, three-perspective split (public/university/developer). Stadium public cost: $29M subsidy + ~$15M infrastructure. The $204M construction is the developer's business risk. Housing swap: $83K/acre/yr tax on 30 non-forest acres + $10K/acre/yr ecosystem services. Research forest: $10K/acre/yr ecosystem + conservation grants. Full methodology: financial_scenarios_corrected.json

Top Alternative Stadium Sites

Revenue Per Acre Comparison

Annual revenue generation per acre across land-use scenarios. The stadium underperforms every alternative — and at realistic attendance, it loses money.

Sources: Brookings Institution, IGM Economics Panel (83% consensus), developer filings, Buncombe County tax records. The stadium's underlying UNC land is tax-exempt under G.S. 105-278.1; leasehold improvements (the ~$200M structure) are typically taxable to the developer as lessee under NC practice — see Section III for the order-of-magnitude estimate.

Developer Due Diligence

Eight red flags identified from public records, PPP loan data, SEC filings, and investigative journalism.

• 1 Company-project scale mismatch: Mccullers Sports Group LLC (Westerville OH; SBA classifies under “Marketing Consulting Services”) is the project executive on what is described as a ~$200M-class district. The company's SBA Paycheck Protection Program loan record (May 2020, $19,400, paid in full Sep 2021) reported 1 employee at the time [FederalPay SBA PPP record]. Current company size estimates from secondary business directories cite ~5–6 employees and ~$3M revenue.
• 2 No completed comparable project as developer-of-record. Only comparable (BridgeWay Station / GE Vernova Park, Mauldin SC, near Greenville — broke ground September 2025, first matches 2026) — McCullers served as consultant, not developer. That project was initially announced as a 10,000-seat multi-use stadium and is now under construction at approximately 6,300 seats (about a 37% reduction from the original announcement) [USL] [Visit Greenville].
• 3 LLC registered 6 weeks before public announcement. Asheville Stadium District Real Estate Project LLC filed November 27, 2024. Equipment appeared in the forest January 13, 2025. Public announcement June 13, 2025.
• 4 No feasibility study released. The chancellor references a study in public statements, but it has never been made available. No independent economic analysis has been conducted.
• 5 NYT: 0 of 12 soccer/housing stadiums fully realized. A New York Times investigation found zero of twelve comparable soccer stadium + mixed-use housing developments fully realized nationwide. Only five partially completed.
• 6 Smallest USL L1 market by 39%. Asheville MSA (422,000) would be 39% smaller than the smallest current USL League One market (Chattanooga, 588,000).
• 7 1 of 117 students ranked stadium a priority. Fall 2025 UNCA campus survey conducted by the MS Environmental Resilience cohort: a single student and four faculty members ranked the stadium among top institutional priorities. [StoryMap source]
• 8 Enrollment dropped 6% after announcement. Fall 2025 enrollment declined 6% (~180 students) — the only decline among the 16 UNC system campuses. UNCA enrollment is down 25% from its 2015 peak (UNC System enrollment data, Fall 2025).

Adversarial Test: The Developer's Best Case

We re-scored the analysis giving the stadium every benefit of the doubt. The conclusion does not change.

What Cannot Be Measured

The USFS Discovery

A unique national asset hiding in plain sight.

Five Forms of Irreversibility

What is lost cannot be recovered on any human planning horizon. Data from the Coweeta Hydrologic Laboratory — the longest-running forest hydrology study in the Eastern US (90 years of continuous measurement).

Source: Coweeta Hydrologic Laboratory, USFS Southern Research Station (Otto, NC). 90 years of continuous watershed data, 50 miles from the UNCA forest in the same bioregion. Goldstein et al. (2020), Nature Climate Change: old-growth carbon classified as "irrecoverable."

A Constructive Path Forward

This analysis supports the Commission's work by providing evidence for informed decision-making. Here is a phased approach that serves all stakeholders.

What You Can Do

Five concrete actions for committee members and engaged citizens — each directly tied to evidence gaps identified in this analysis.

1. Demand a credible process — all five benchmark elements. (See §3: Virginia Tech, Drew, Rider, Warren Wilson, and App State all met this standard.) Virginia Tech, Drew University, Rider University, and App State all followed this framework. UNCA has completed zero of five requirements. No campus forest decision of this magnitude should proceed without an independent ecological assessment, a genuinely mixed-stakeholder committee, a published alternatives analysis, a formal place designation, and a stewardship plan.
2. Ask for the unreleased feasibility study. The chancellor has publicly referenced a study that has never been made available. If the economics support the project, releasing the study should be straightforward. Its continued suppression is itself evidence.
3. Ask whether the $29M subsidy includes federal dollars. If any portion of the public subsidy comes from federal sources, Section 106 of the National Historic Preservation Act requires formal consultation with the Eastern Band of Cherokee Indians (THPO Russell Townsend). The campus sits on ancestral Cherokee territory called Togiyasdi ("Where They Race"). This is a legal requirement, not a courtesy.
4. Request the $87,700 boundary survey results. A survey costing $87,700 was commissioned but results have not been shared with the public or the advisory committee. This is public information related to a public institution's disposition of public land.
5. Support the dendrochronology study ($7,000–$18,000). A tree-ring study would establish definitive ages for the old-growth oaks, capture the climate archive back to the 1870s, and produce peer-reviewed publications. At Virginia Tech, a single dendroecology paper tipped the balance toward preservation. Five qualified labs exist within 200 miles. This preserves the data regardless of the development outcome. Spring 2026 is the coring window.

Asheville Forest Loss: 24-Year Timeline

Annual forest loss in the Asheville area (Hansen Global Forest Change, 30m satellite data). Note the acceleration after 2016 and the devastating 2024 Helene impact.

Asheville's Shrinking Forest: Cumulative Loss Since 2000

Asheville started the century with 79,544 acres of forest. By 2024, 6,426 acres are gone — and the rate is accelerating. The red zone shows the post-2016 acceleration.

Resources & Interactive Tools

Detailed Analysis Pages

External: Save UNCA Woods • MountainTrue • iNaturalist (12,545 obs) • eBird Beaver Lake (220+ species)

Key Findings

Five headline numbers from the geodesign analysis — each independently verified from authoritative public data.

Important Notes on This Analysis

1. Scoring is iterative and open to stakeholder revision. The MCDA scores are the analyst's working judgment, derived from documented data and structured criteria, and they have been shared with stakeholders across the spectrum of positions on the decision (members of the UNC Asheville Board of Trustees, leadership at the Land of Sky Regional Council, members of Friends of the UNCA Woods, and others) for substantive review. The analysis is structured to re-run cleanly under any stakeholder-supplied weighting; alternative scoring from any stakeholder group will be incorporated and the rankings re-published. The corrections protocol (see Changelog) records each substantive revision; the most detailed external review to date (May 18, 2026) is fully reflected in this document.
2. Financial comparisons are directional, not precise. The stadium's $204M project cost (some news reports cite ~$250M total district cost; the precise figure depends on what is counted) is primarily the developer's investment, not a public expenditure. The direct public cost is the $29M subsidy UNCA intends to seek; UNCA has not yet specified the source [Asheville Watchdog]. Financial figures show relative differences between scenarios.
3. Alternative site scenarios depend on feasibility. Two top algorithmic scorers were disqualified on review: 53 Birch St (100/100, cemetery adjacency) and 226 Fairway Dr (90/100, Asheville Muni Golf Course, NRHP-listed). The leading viable candidate is 1568 Brevard Rd (123 ac, County, 90/100). Site-specific assessment is still needed before committing to any alternative.
4. Stormwater figures are screening-level estimates (NRCS SCS-CN method with SSURGO soil data). They show relative differences between scenarios, not engineering-grade volumes. For design, HEC-HMS modeling with actual Helene rainfall data is recommended.
5. This is a structured analytical framework, not a substitute for engineering-grade impact assessment. It composes geodesign, multi-criteria decision analysis, screening-level stormwater modeling, financial NPV, ecological survey, and regulatory review into a single decision-support package using publicly available data. For project-level commitments, engineering-grade refinements (HEC-HMS hydraulic modeling, dendrochronology, audited financial pro formas, full property-line survey, formal NEPA / Section 106 review where applicable) are appropriate next steps and are noted throughout.

Geodesign Methodology

This analysis uses the geodesign framework — a six-phase iterative process developed at Harvard Graduate School of Design and applied worldwide for landscape-scale spatial decisions. Each phase asks a different question; the cycle repeats with increasing depth.

Reference: Steinitz, C. (2012). A Framework for Geodesign: Changing Geography by Design. Esri Press. (Publisher link) Applied at Harvard GSD, MIT, ETH Zurich, and in national-scale landscape planning across 20+ countries.

Adaptation note. This study uses a custom software-and-data implementation of the Steinitz framework, developed independently and tailored to each geodesign engagement. The site-specific spatial-data pipeline, scenario simulation, MCDA scoring, stakeholder evaluation, and the three nested loops of increasing analytical depth are bespoke per project — assembled from open-source GIS, custom Python tooling, and project-specific data integration rather than off-the-shelf software. The diagram above extends Steinitz's original six-phase model with explicit nested loops, MOD-SIM-VIS cycles, and stakeholder participation at every phase.

Remaining Research & Open Questions

Analysis Scale

Key Data Sources

Analytical honesty note: This analysis self-corrected four claims during production. The "last significant urban forest" claim was falsified (65 patches of 45+ acres exist) and revised to "increasingly rare and demonstrably valuable." The 5.44M gallon point estimate was revised to a 3.7–7.0M range. The "USFS conducted research on this site" was downgraded from asserted to hypothesized (zero records found). The "land-use gerrymandering" framing was replaced with neutral "allocation equity test." Full self-critique available in the companion document.

UNCA Enrollment Trajectory

25% decline from 2015 peak. The only decliner among 16 UNC campuses in Fall 2025. Nathan Grawe projects 15% further decline in college-age population 2025-2030.

Multi-Criteria Evaluation: 20 Objectives Across 4 Domains

Each of the 13 scenarios (A through K, plus subscenario variants A2 and C2) is scored against all 20 objectives. Weight sensitivity analysis re-tests the ranking under multiple value priorities (environmental, financial, equity, governance, resilience). A separate cascade analysis evaluates a subset of scenarios at four spatial scales — site, neighborhood, watershed, and city — documented in the Geodesign Story page.

References & Sources

Peer-Reviewed Research

1. Sun, G., et al. (2026). Forest watersheds substantially mitigate extreme storms such as hurricanes. Water Resources Research. [Forested watersheds: 12% runoff vs 40% urban during hurricanes.]
2. Hansen, M.C., et al. (2013). High-Resolution Global Maps of 21st-Century Forest Cover Change. Science, 342, 850-853. [DOI] [Data v1.12]
3. Noll, R.G. & Zimbalist, A. (1997). Sports, Jobs, and Taxes: The Economic Impact of Sports Teams and Stadiums. Brookings Institution Press.
4. Bradbury, J.C., Coates, D. & Humphreys, B. (2023). A meta-analysis of the economic impact of sports facilities. Journal of Economic Surveys. [Nearly all results insignificantly different from zero.]
5. IGM Panel (2017). University of Chicago Booth School IGM Forum: Sports Stadiums. [83% of economists (incl. 7 Nobel laureates) agree subsidies cost more than benefits.] [Kent Clark Center / IGM]
6. Goldstein, A., et al. (2020). Protecting irrecoverable carbon in Earth's ecosystems. Nature Climate Change, 10, 287-295. [DOI]
7. Luyssaert, S., et al. (2008). Old-growth forests as global carbon sinks. Nature, 455, 213-215. [75% of forests >180 years still actively sequestering.]
8. Jackson, C.R., et al. (2018). Forty years of low flows in Coweeta Watershed 7. Hydrological Processes. [System still not returned to initial conditions after 40+ years.]
9. Petranka, J.W., et al. (1993). Effects of timber harvesting on Southern Appalachian salamanders. Conservation Biology. [Conducted from UNCA Biology; 50-70 year recovery.]
10. Copenheaver, C.A., et al. (2014). Stadium Woods: A dendroecological analysis of an old-growth forest fragment on a university campus. Dendrochronologia. [Established the Stadium Woods white oaks at ~250–450 years; informed the preservation decision.] [ScienceDirect]
11. Mansfield, C., et al. (2005). Shades of Green: measuring the value of urban forests in the housing market. Journal of Forest Economics. [NC study: forest added >$8,000 to home sale prices.]
12. Ziter, C.D., et al. (2019). Scale-dependent interactions between tree canopy cover and impervious surfaces. PNAS. [40%+ canopy within 60m needed for significant cooling.]
13. Haddad, N.M., et al. (2015). Habitat fragmentation and its lasting impact on biodiversity. Science Advances. [13-75% biodiversity reduction; extinction debt persists 100+ years.]
14. Zou, Y., Smith, G.R., Lauber, T., Wan, J., Ma, H., Gorelick, N., Zohner, C.M., & Crowther, T.W. (2026). Larger forest patches have greater per-area productivity. Nature Ecology & Evolution, published 15 May 2026. [Per-area forest productivity scales positively with patch size; preserving many small patches does not offset the loss of larger contiguous forests.] [DOI]

Data Sources

14. Hansen GFC v1.12 (University of Maryland / Google). Global Forest Change 2000-2024. storage.googleapis.com/earthenginepartners-hansen/
15. USDA-NRCS SSURGO. Soil Survey Geographic Database. sdmdataaccess.sc.egov.usda.gov. [17 map units, Buncombe County.]
16. NC OneMap / Buncombe County GIS. Full county parcel inventory (134,436 parcels). gis.buncombenc.gov
17. City of Asheville ArcGIS. 27 FeatureServer layers. services.arcgis.com/aJ16ENn1AaqdFlqx/
18. NOAA Atlas 14. Precipitation-Frequency Atlas. [100yr, 500yr, 1000yr 72hr events for Asheville.]
19. FEMA National Flood Hazard Layer. Buncombe County (FIPS 37021). msc.fema.gov
20. First Street Foundation. Flood risk assessment. [19,500 at-risk properties vs FEMA's 2,100.]
21. NC Natural Heritage Program. BWHA, NHNA, NHMA layers. ncnhde.natureserve.org
22. Esri / Impact Observatory. Sentinel-2 10m Annual Land Use/Land Cover, 2017-2023.
23. Buncombe County Historical Imagery. ImageServer, 1982-2024 (11 years). gis.buncombenc.gov/arcgis/rest/services/
24. Coweeta Hydrologic Laboratory. USFS Southern Research Station. 90 years of continuous watershed data. Otto, NC.
25. World Weather Attribution. Hurricane Helene rainfall ~10% heavier, 40-70% more likely due to climate change.

Public Records & Reporting

26. NC Secretary of State. Asheville Stadium District Real Estate Project LLC. Registered Nov 27, 2024.
27. UNC Board of Governors. Millennial Campus Report, January 24, 2024. [210.17 acres.]
28. NC General Assembly. HB 926 (S.L. 2025-94, “An Act to Provide Further Regulatory Relief to the Citizens of North Carolina”), passed October 6, 2025; House 72-37, Senate 31-17. Section 18 expands previous state-project exemptions (originally Wake County, State Construction Office-managed) to Buncombe, Orange, and Watauga Counties, and expands the university exemption to include projects managed or authorized by the University of North Carolina, removing local zoning, stormwater, parking, and building review for UNC System Millennial Campus projects. [NCGA — Session Law text PDF] [Bill page] [AW coverage]
29. Buncombe County Recovery Plan. Adopted November 18, 2025. [114 projects, floodplain management priority.]
30. The Assembly. Chancellor van Noort interview, February 26, 2026. ["Open to a different plan."]
31. McLean, Danielle (2025). “Can Soccer Stadiums Revitalize American Cities Like Pawtucket?” The New York Times, Real Estate section, November 10, 2025. [At least 12 completed soccer-specific stadium projects since 2000 included mixed-use housing; none fully realized; five partially completed.] [NYT]
32. PPP Loan Records. McCullers Group, 2020. [$19,400, ~1 employee.]
33. Steinitz, C. (2012). A Framework for Geodesign: Changing Geography by Design. Esri Press.
34. Grawe, N. (2018). Demographics and the Demand for Higher Education. Johns Hopkins UP. [15% decline projection.]

Comparative Cases

35. Virginia Tech Stadium Woods (2012). ~11-acre old-growth forest preserved after a three-step Biohabitats forest ecological assessment [Biohabitats] and dendrochronological research establishing the white oaks at 250–450 years (Copenheaver et al. 2014). The new athletic facility was sited on the existing outdoor practice field rather than clearing the woods. Stewardship plan (Virginia Tech, 2016) followed. [VTechWorks ecological assessment]
36. Drew University, NJ (January 12, 2026). Drew University and the Borough of Madison signed agreements preserving the Drew Forest. The Borough will acquire the 47.3-acre Drew Forest Preserve (within the larger 51-acre intact forest area) with $9M state funding plus a $5M nonprofit-led campaign; Drew retains academic-research access. [Drew University announcement]
37. Rider University, NJ (March 2026). 56-acre “Big Woods” — the final surviving portion of a historic beech forest where conservation pioneer Aldo Leopold explored as a Lawrenceville School student in the early 20th century — sold to Mercer County for $8.5M (announced March 6, 2026 by Mercer County Executive Dan Benson, Mercer County Board of Commissioners, and Rider University President John Loyack; total deal including facility-use agreement ~$10M; majority of funding from Mercer County Open Space Trust Fund and capital budget plus Lawrence Township) [Rider announcement].
38. Warren Wilson College, NC (April 19, 2024 unanimous trustee vote · December 4, 2024 $10M gift). Warren Wilson's Board of Trustees voted unanimously on April 19, 2024 to partner with the Southern Appalachian Highlands Conservancy (SAHC) on four conservation easements over 600 acres of college land — described as the largest remaining privately-held tract of farm and forestland in Buncombe County [WWC press release]. Implementation requires up to four years contingent on funding (county, state, federal grants + private donations). In December 2024, the college received a $10M anonymous gift — the largest in its history — sequentially following the conservation announcement [$10M gift release]. In September 2025, SAHC separately purchased 191 acres from Warren Wilson for the new Bull Creek Preserve. The institutional pattern: announcing conservation strengthens, rather than competes with, philanthropic giving.
39. App State, NC (1999). 67-acre Appalachian State University Nature Preserve — the largest contiguous forested area within the Town of Boone — dedicated as a State Natural Area in 1999 under the NC Nature Preserves Act. Mixed hardwood forest representative of southern Appalachian flora; used as outdoor classroom for biology and environmental science. [App State Biology — Nature Preserve]
40. Columbia University Manhattanville (2007–2009). NYC required Columbia to negotiate a Community Benefits Agreement (CBA) before approving the West Harlem campus expansion. The 2009 CBA (signed with the West Harlem Local Development Corporation) committed $76M to West Harlem community benefits + $20M to the Harlem Community Development Corporation + $20M affordable-housing fund, plus environmentally sustainable construction commitments. Demonstrates the institutional pattern that a university expansion can proceed with binding community-benefit commitments rather than over community opposition. [Columbia Neighbors]