Soil series profile
Dutchess soil series
Dutchess is a well drained soil with a channery loam surface, mapped on 128,778 acres in 11 counties across 5 states. Hydrologic group B.
- Drainage class
- Well drained 93% of mapped acres
- Hydrologic group
- B 93% of mapped acres
- Typical topsoil pH
- 5.3 strongly acidic · range 5.3–5.3
- Mapped area
- 129k acres in 11 counties, 5 states
Typical Dutchess profile
Texture and pH by depth
Show as a table
| Depth | Texture | pH | Clay | Sand | Organic matter |
|---|---|---|---|---|---|
| 0–2 in (O1) | Slightly decomposed plant material | 4.3 | 7% | 48% | 85% |
| 2–7 in (H1) | Channery loam | 5.3 | 7% | 48% | 5.5% |
| 7–28 in (H2) | Channery loam | 5.3 | 7% | 48% | 0.5% |
| 28–72 in (H3) | Channery loam | 5.8 | 7% | 48% | 0.5% |

What this means
What Dutchess soil means for gardens, lawns and septic systems
For gardens
Typical topsoil in Dutchess soils is strongly acidic: pH 5.3. Most vegetables and lawn grasses do best around 6.0 to 7.0, so lime is often needed; blueberries, azaleas and rhododendrons like it as it is.
Loamy topsoil (loam, silt loam and similar) covers 93% of mapped Dutchess acres: generally the easiest soil to garden, holding moisture without staying waterlogged. The most common surface texture is silt loam (65% of mapped Dutchess acres).
93% of mapped Dutchess acres is moderately well to excessively drained, which suits most garden plants.
For lawns and yards
Most land is in hydrologic groups B and C, where rain soaks in at a moderate pace.
For a septic system
For conventional septic absorption fields, NRCS rates 49% of the acres in mapped Dutchess soils very limited, 44% somewhat limited and 0% not limited (8% not rated, such as urban land, pits or water).
Only a licensed site evaluation or perc test at the actual lot decides whether a system is allowed and which design.
Where Dutchess soil is found
Mapped acres
Dutchess is mapped in Vermont, New York, New Hampshire, New Jersey and Massachusetts.
| County | Acres | Share of county land |
|---|---|---|
| Dutchess County, NY | 42,480 | 8.3% |
| Bennington County, VT | 32,043 | 7.4% |
| Rutland County, VT | 20,525 | 3.5% |
| Cheshire County, NH | 13,907 | 3.1% |
| Sullivan County, NH | 9,814 | 2.9% |
| Sussex County, NJ | 4,009 | 1.2% |
| Addison County, VT | 2,686 | 0.5% |
| Warren County, NJ | 1,853 | 0.8% |
| Franklin County, MA | 1,203 | 0.3% |
| Franklin County, VT | 135 | 0.0% |
| Grand Isle County, VT | 123 | 0.2% |
Septic absorption fields
NRCS rating, share of Dutchess acres
Show as a table
| Category | Share of acres |
|---|---|
| Not limited | 0.0% |
| Somewhat limited | 43.6% |
| Very limited | 48.5% |
| Not rated | 7.8% |
Drainage, water table and flooding
Share of Dutchess acres
- Depth to seasonal high water table
- None reported within about 6.5 feet (median where reported).
- Flooding
- Not mapped as flooding on most acres.
- Slope
- Typically 5–43% (median 20%).
- Topsoil organic matter
- Median 5.5%.
Drainage class
Show as a table
| Category | Share of acres |
|---|---|
| Excessively drained | 0.0% |
| Somewhat excessively drained | 0.0% |
| Well drained | 92.5% |
| Moderately well drained | 0.0% |
| Somewhat poorly drained | 0.0% |
| Poorly drained | 0.0% |
| Very poorly drained | 0.0% |
| Not rated | 7.5% |
Hydrologic soil group
Show as a table
| Category | Share of acres |
|---|---|
| A: fast infiltration (mostly sandy or gravelly) | 0.0% |
| B: moderate infiltration | 92.5% |
| C: slow infiltration | 0.0% |
| D: very slow infiltration (clayey, shallow or wet) | 0.0% |
| A/D: D as is, A if drained | 0.0% |
| B/D: D as is, B if drained | 0.0% |
| C/D: D as is, C if drained | 0.0% |
| Not rated | 7.5% |
Sources & data dates
- Source
- USDA NRCS Soil Survey Geographic Database (SSURGO), queried through Soil Data Access. Public domain.
- Data date
- SSURGO as published on November 3, 2026 (most recent survey area update October 26, 2026). NRCS refreshes SSURGO each October.
- Scope
- All map unit components named Dutchess (component kind "Series") in SSURGO: 128,778 acres.
- Method
- Shares are by mapped acres of Dutchess components. The profile comes from the single largest Dutchess component. Full methodology.