Cold continental New England. Deep back-to-the-land culture and the most intentional-community-friendly land-and-tax regime in the US (Current Use, Act 250).
Vermont asks you to commit the land to productive use and lock it in. Enrolling in the Current Use program on purchase cuts property tax by 80 to 90 percent, but the 10 percent withdrawal penalty is a deliberate commitment device, and any multi-household community on more than 10 acres typically triggers an Act 250 permit costing real time and money. Water is genuinely abundant, so the discipline is the reverse of scarcity: keep dwellings to ridges and well-drained margins away from flood-prone bottomland, and build for cold snowy winters with passive solar, super-insulation, and wood-heat backup as non-optional. The 50-year-deep regen network is a resource and an accountability: doing it right here carries social expectation, and steady engagement counts for more than arriving with a finished outside vision.
Source: Act 250 Program and History, Vermont Land Use Review Board
Across the slate the data shows these two as the decisive constraints, more often than soil, climate or water. They sit before everything else.
Source: Act 250 Program and History, Vermont Land Use Review Board
Source: USDA NASS Land Values 2024 Summary (August 2024); Vermont Department of Taxes FY2024 · confidence: high
Geodesic km from region centroid to nearest OSM hospital, not a 60-minute road-network isochrone. The centroid may fall on a regional hub city (Oaxaca City, Santiago, Bolzano, Taos, Evora) rather than a target rural settlement site, so a low number can reflect centroid placement more than real rural-settlement access. V2 to refine via road-time isochrones.
Source: accessibility.md, US Census Bureau 2020 Decennial Census · confidence: high
Source: Vermont Agency of Natural Resources Streamflow Protection Program; USGS Sleepers River FS-166-99 (1999) · confidence: medium
Source: Vermont water.md, soil.md, legal.md · confidence: low
Structural microclimate features that hold the place steady, paired with how fast warming is eroding them. State plus trajectory, per the framework.
Source: NOAA NCEI 1991-2020; Vermont Climate Assessment 2021 (UVM Gund); NCA5 Chapter 21; WorldClim CMIP6 v2.1 · confidence: high
| Climate trajectoryMean annual temperature, 2041–2060 | 9 °C | Cold continental | WorldClim CMIP6 v2.1 / NOAA NCA5 · 2041–2060 SSP2-4.5 · WorldClim terms |
|---|---|---|---|
| Water stressProjected baseline water scarcity, 2050 BAU | 0.1 score | Low | WRI Aqueduct 4.0 · 2050 BAU · CC BY 4.0 |
| Soil organic carbonSOC topsoil concentration | 20 g/kg | Low–moderate (cropland/pasture) | SoilGrids 2.0 / UVM Soil Lab · 2014–2022 · CC BY 4.0 |
| Forest cover trajectoryTree cover trend, 2001–2023 | -0.5 %/decade | Slight loss to sprawl | Hansen Global Forest Change v1.11 · 2001–2023 · CC BY 4.0 |
| Solar PV potentialLong-term average PV output | 1,250 kWh/kWp | Moderate | Global Solar Atlas v2.7 · 2023 · CC BY 4.0 |
| Conflict proximityFatal political-violence events 2019–2024 | 0 events | None | UCDP GED v25.1 · 2019–2024 · CC BY 4.0 |
| Regenerative network densityIntentional communities and permaculture sites within ~100 km | 30 sites | Dense (incl. neighbouring states) | FIC / ic.org directory · 2023–2025 · GEN open data; ODbL |
| Population densityPersons per km² (projected 2030) | 27 p/km² | Low (interior much lower) | US Census 2020 · 2020 · Open (JRC) |
Native units throughout. Values are best-available midpoints from the cited public sources. Nothing here is composite, weighted, or scored across criteria.
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