Mental health treatment teams and leadership: a systems model.
Mental health treatment teams are living systems at the group level and comprise key productive subsystems of organizations providing mental health care. Effective treatment teams, like effective organizations, are anticipatory systems that contain subsystems that model and predict future system and environmental conditions and enable responses that increase system viability. A systems analysis of treatment teams highlights their potential instability due to their tendencies to regress toward dysfunctional partial systems and their active maintenance in nonequilibrium steady states with their organizational and external environments. Team subsystems are analyzed from the viewpoints of system processes and also with regard to individuals and their roles. Boundary processes are central to effective team functioning, assure constancy of team membership, and regulate the team's interfaces with its parent agency and with the external environment. Various causes and forms of disturbed information processing within hierarchical organizations are examined, and their effects at the treatment team level are discussed. The conclusion of the discussion focuses on team leadership and how leadership expands upon the concept of the decider subsystem to include role and personal factors to the team's leaders, and functions that are anticipatory and integrative in nature. Effective leaders must set appropriate thresholds for feedback regulation processes, and balance several pairs of seemingly opposing forces, including homeostasis and development, role differentiation and role overlap, and personal accountability and empowerment of others.
Department of Psychiatric Medicine, University of Virginia School of Medicine, Staunton.
G R
GR
Yank
J W
JW
Barber
W W
WW
Spradlin
D003142:Communication; D005246:Feedback; D005544:Forecasting; D006126:Group Processes; D006801:Humans; D007857:Leadership; D008605:Mental Health Services / Q000458:organization & administration*; D008962:Models, Theoretical; D010348:Patient Care Team; D013597:Systems Analysis