HUTCHINS, EDWIN E.; PHD
THE UNIVERSITY OF WISCONSIN - MADISON, 1985
SOCIOLOGY, SOCIAL STRUCTURE AND DEVELOPMENT (0700)
This thesis reports an analysis of structure in children's friendship networks.
It examines the relationship
between two classic facets or dimensions of network structure: clustering--the
differentiation of actors
into network subgroups--and the ranking of actors along a status hierarchy.
Numerous sociometric
studies have demonstrated that children's friendship networks exhibit significant
tendencies toward both
clustering and ranking. Sociometric research tends to examine the various facets
of network structure in
isolation, with scant attention paid to the relationships between them. The
present research extends
sociometric tradition by empirically examining the relationship between clustering
and ranking. The
relationship between clustering and ranking forms a continuum bounded by two
ideal-type structural
models. The Ranked Clusters Model exhibits ranking between clusters, while in
the Parallel Clusters
Model ranking exists only within clusters. A dyad-based approach to network
analysis is used to define
operational measures of network structure. Multivariate regressions of network
tie on dyad-level
structural variables yield measures of the cluster/rank relationship that control
for other dimensions of
network structure. Analysis of data on children's friendship networks in 48
classrooms reveals substantial
variation across networks in the relationship between clusters and rank, with
a mild overall tendency
toward parallel clusters. Variation between networks is in part determined by
age, gender, and race. A
parallel-clusters structure is more likely among older children, in networks
in which gender is a strong
predictor of network tie, and in racially mixed and predominantly black networks.
This research indicates
that social network structure is multifaceted, and that its facets are interrelated.
The relationships
between various facets of network structure have implications for the measurement
of network structure
and the study of intergroup relations.
Social
Systems Simulation Group
P.O. Box 6904 San Diego, CA 92166-0904 Roland Werner, Principal Phone/FAX (619) 660-1603 |