Towards the Development of a Sociotechnical Systems Model in Woodlands Mechanical Harvesting

An empirical study was conducted among eight similarly organized work groups numbering between 17 and 23 mechanics, operators, and supervisors each and employing similar and very sophisticated mechanical-harvesting equipment. Productivity of the higher-performing groups was double that of the lower performers. This article identifies key variables and their interactions in a model designed to explain the productivity variance. The model is developed from a sociotechnical systems perspective

INNOVATION POLICY AND THE SOCIAL SCIENCES

This paper offers a rationale for expanding current efforts to support industrial innovation to encompass the important and unique contributions that the social sciences can make in this area. In order to provide a comprehensive overview of these contributions, the paper examines the role that social factors play in the process of technological innovations, the importance of social innovations, and the potential contributions of social science research to the diffusion of innovation as well as its importance in considering the broad social impacts of social innovations. Copyright 1983 by The Policy Studies Organization.