HomeSoil seriesEastwood

Eastwood soil series

Eastwood soils cover 1,061,122 mapped acres, mostly in Louisiana and Texas. USDA rates shrink-swell a limit for houses without basements on 99% of that land, and a shallow water table a limit for basements on 0%.

It is the leading soil series by area in 12 of the counties and cities on this site, including De Soto Parish, LA; Shelby County, TX; Panola County, TX.

SSURGO survey versions to August 5, 2026 · series description revised 2022-12

99%

of its land: shrink-swell limits houses without basements

0%

of its land: a shallow water table limits basements

7.5%

median highest linear extensibility (6% and up is high)

41%

median highest clay content in the top 150 cm

USDA's description

The Eastwood series consists of deep, well drained, very slowly permeable soils. They formed in weakly consolidated marine deposits of silty clay loam texture. These soils are on gently sloping to moderately steep uplands. Slopes range from 1 to 20 percent.

Source: USDA NRCS series description (OSD) for Eastwood, revised 2022-12. Read it.

Engineering properties

Mapped area (SSURGO)1,061,122 acres
Shrink-swell limits houses without basements99.1%
Shallow water table limits basements0.0%
Very limited for septic absorption fields99.1%
Most common drainage classWell drained
Most common hydrologic soil groupD
Taxonomic classFine, smectitic, thermic Chromic Vertic Hapludalfs
Type locationHarrison County, Texas

Where Eastwood is mapped

StateMapped acres
Louisiana545,158
Texas515,964

Places where Eastwood leads

Counties and cities where Eastwood covers more mapped land than any other series.

Other places where Eastwood is a main soil

Counties and cities where Eastwood is among the six soil series covering the most mapped land, but not the first. Share of the place's mapped land.

Counties

Texas and Ohio cities

Sources

Shares and properties: USDA NRCS SSURGO via Soil Data Access, weighted by each component's share of its map units. Description: the USDA NRCS series description. How we count.