Relationships of Selected Soil Properties and Community Species Composition in Turkey Hill Wilderness Area in East Texas

Kenneth W. Farrish; Brian P. Oswald

Relationships of Selected Soil Properties and Community Species Composition in Turkey Hill Wilderness Area in East Texas

Stephen F Austin State University

Research output: Contribution to conference › Paper

Abstract

-Sixty-nine different stands within 15 different previously managed communities were sampled in what is now the Turkey Hill Wilderness of the Angelina National Forest. Within each stand, 0.04 ha plots were randomly located, and the height, diameter, crown class and species of each tree recorded. Soil samples were collected in two locations within each plot, and the soil type confirmed at plot center. Soil samples were analyzed for selected soil chemical and physical properties. Due to the low occurrence (less than 4 times) of some communities, only six community types were analyzed Analysis of the vegetation and soil data using Cluster, Principle Component and Pearson’s Correlation Analyses showed some relationships between vegetation communities, species and the soil properties. This information may be useful toward development of better understanding about plant community relationships.

Original language	Undefined/Unknown
State	Published - Jan 1 1999

Access to Document

Relationships of Selected Soil Properties and Community Species C

http://scholarworks.sfasu.edu/forestry/224

Cite this

@conference{7a134e41ec2842cd9d079342740b567a,

title = "Relationships of Selected Soil Properties and Community Species Composition in Turkey Hill Wilderness Area in East Texas",

abstract = "-Sixty-nine different stands within 15 different previously managed communities were sampled in what is now the Turkey Hill Wilderness of the Angelina National Forest. Within each stand, 0.04 ha plots were randomly located, and the height, diameter, crown class and species of each tree recorded. Soil samples were collected in two locations within each plot, and the soil type confirmed at plot center. Soil samples were analyzed for selected soil chemical and physical properties. Due to the low occurrence (less than 4 times) of some communities, only six community types were analyzed Analysis of the vegetation and soil data using Cluster, Principle Component and Pearson{\textquoteright}s Correlation Analyses showed some relationships between vegetation communities, species and the soil properties. This information may be useful toward development of better understanding about plant community relationships.",

author = "Farrish, {Kenneth W.} and Oswald, {Brian P.}",

year = "1999",

month = jan,

day = "1",

language = "Undefined/Unknown",

}

TY - CONF

T1 - Relationships of Selected Soil Properties and Community Species Composition in Turkey Hill Wilderness Area in East Texas

AU - Farrish, Kenneth W.

AU - Oswald, Brian P.

PY - 1999/1/1

Y1 - 1999/1/1

N2 - -Sixty-nine different stands within 15 different previously managed communities were sampled in what is now the Turkey Hill Wilderness of the Angelina National Forest. Within each stand, 0.04 ha plots were randomly located, and the height, diameter, crown class and species of each tree recorded. Soil samples were collected in two locations within each plot, and the soil type confirmed at plot center. Soil samples were analyzed for selected soil chemical and physical properties. Due to the low occurrence (less than 4 times) of some communities, only six community types were analyzed Analysis of the vegetation and soil data using Cluster, Principle Component and Pearson’s Correlation Analyses showed some relationships between vegetation communities, species and the soil properties. This information may be useful toward development of better understanding about plant community relationships.

AB - -Sixty-nine different stands within 15 different previously managed communities were sampled in what is now the Turkey Hill Wilderness of the Angelina National Forest. Within each stand, 0.04 ha plots were randomly located, and the height, diameter, crown class and species of each tree recorded. Soil samples were collected in two locations within each plot, and the soil type confirmed at plot center. Soil samples were analyzed for selected soil chemical and physical properties. Due to the low occurrence (less than 4 times) of some communities, only six community types were analyzed Analysis of the vegetation and soil data using Cluster, Principle Component and Pearson’s Correlation Analyses showed some relationships between vegetation communities, species and the soil properties. This information may be useful toward development of better understanding about plant community relationships.

M3 - Paper

ER -