Soil series profile
Fetzer soil series
Fetzer is a somewhat poorly drained soil with a loamy fine sand surface, mapped on 76,804 acres in 4 counties in TX. Hydrologic group A.
- Drainage class
- Somewhat poorly drained >99% of mapped acres
- Hydrologic group
- A 97% of mapped acres
- Typical topsoil pH
- 5.5 strongly acidic · range 5.5–5.5
- Mapped area
- 77k acres in 4 counties, 1 state
Typical Fetzer profile
Texture and pH by depth
Show as a table
| Depth | Texture | pH | Clay | Sand | Organic matter |
|---|---|---|---|---|---|
| 0–6 in (A) | Loamy fine sand | 5.5 | 8% | 86% | 0.55% |
| 6–28 in (E) | Loamy fine sand | 5.3 | 8% | 86% | 0.55% |
| 28–80 in (Btg) | Clay loam | 6.2 | 40% | 29% | 0.3% |

What this means
What Fetzer soil means for gardens, lawns and septic systems
For gardens
Typical topsoil in Fetzer soils is strongly acidic: pH 5.5. 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.
Sandy topsoil covers 97% of mapped Fetzer acres. It drains fast and warms early in spring, but dries out and loses nutrients quickly: mulch, compost and steady watering help. The most common surface texture is loamy fine sand (97% of mapped Fetzer acres).
>99% of mapped Fetzer acres is somewhat poorly to very poorly drained, so soil stays soggy for long spells after rain and in wet seasons. Raised beds, plants that tolerate wet feet, and not working the soil while wet all help.
For lawns and yards
97% of mapped acres is in hydrologic group A, where water soaks in fast. Lawns there dry out quickly; deeper, less frequent watering and organic matter help.
For a septic system
For conventional septic absorption fields, NRCS rates 97% of the acres in mapped Fetzer soils very limited, 0% somewhat limited and 0% not limited (3% not rated, such as urban land, pits or water).
Where the soil is very limited (slow permeability, a high water table, flooding, shallow bedrock or steep slopes), alternative systems such as mound or sand-filter designs are common and cost more.
Only a licensed site evaluation or perc test at the actual lot decides whether a system is allowed and which design.
Where Fetzer soil is found
Mapped acres
Fetzer is mapped in Texas.
| County | Acres | Share of county land |
|---|---|---|
| Montgomery County, TX | 61,110 | 9.2% |
| Grimes County, TX | 12,595 | 2.5% |
| Waller County, TX | 3,093 | 0.9% |
| Austin County, TX | 6 | 0.0% |
Septic absorption fields
NRCS rating, share of Fetzer acres
Show as a table
| Category | Share of acres |
|---|---|
| Not limited | 0.0% |
| Somewhat limited | 0.0% |
| Very limited | 97.2% |
| Not rated | 2.8% |
Drainage, water table and flooding
Share of Fetzer acres
- Depth to seasonal high water table
- About 2.0 feet (24 in) (median where reported).
- Flooding
- Not mapped as flooding on most acres.
- Slope
- Typically 3–7% (median 3%).
- Topsoil organic matter
- Median 0.6%.
Drainage class
Show as a table
| Category | Share of acres |
|---|---|
| Excessively drained | 0.0% |
| Somewhat excessively drained | 0.6% |
| Well drained | 0.0% |
| Moderately well drained | 0.0% |
| Somewhat poorly drained | 99.4% |
| Poorly drained | 0.0% |
| Very poorly drained | 0.0% |
Hydrologic soil group
Show as a table
| Category | Share of acres |
|---|---|
| A: fast infiltration (mostly sandy or gravelly) | 97.3% |
| B: moderate infiltration | 0.0% |
| 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 | 2.7% |
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 Fetzer (component kind "Series") in SSURGO: 76,804 acres.
- Method
- Shares are by mapped acres of Fetzer components. The profile comes from the single largest Fetzer component. Full methodology.