Green IS

Green IS

Jonny Holmström (Umeå University, Sweden), Lars Mathiassen (Georgia State University, USA), Johan Sandberg (Umeå University, Sweden) and Henrik Wimelius (Umeå University, Sweden)
DOI: 10.4018/978-1-60960-472-1.ch103


In this chapter, the authors investigate the role of ICT in dealing with environmental challenges facing contemporary industrial organizations. Green IS research can essentially be divided into two groups, focusing on technology per se or on providing tools that decreases environmental impact. Building on a planned research project the authors propose innovation of ICT-based services, and especially collaborative services, as useful strategies for providing firms with sense and respond capabilities in relation to environmental challenges. They also argue research that research relevance and multi-disciplinary competencies are key themes that IS researcher needs to acknowledge in order to contribute to practitioners efforts.
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During the past decades decision makers worldwide have been faced with the accumulated and threatening effects of industrialization. The far-reaching effects of industrialization include pollution of land, water and air and most decision makers are in agreement that we urgently need a change in direction. To this end, almost all business decisions today involve the consideration of environmental issues. Decisions about productivity, efficiency and maintenance are all deeply entangled with environmental issues as both economical and technological advances need to be sustainable (Bryson & Lombardi, 2009). But despite the pervasiveness of environmental issues, most firms remain confused about the meaning of sustainability. In fact, managers for industrial firms are faced with a complex nested system as they are forced to recognize how the firm’s economy is part of a larger ecological system. However, most firms persist in treating environmental and economic performances as independent components. The link between economic and environmental performance remains enigmatic, despite the myriad of laws and regulations established the past few years.

The growing attention to environmental issues and the need for sustainable development in today’s industrial landscape have brought to the surface some significant challenges in the way in which many firms generate, process, and manage information (Fairbank et al., 2006). Taking the process industry as an example, process industry firms rely on information and communication technology (ICT) in their daily operations. The scale and complexity of the information required and produced in their operations are massive, and as the demands for sustainable production increase this puts additional pressure on the information processing capabilities for these firms. Without some mechanisms in place to manage and process information, decision makers in these firms might not fully understand the financial, operational, and environmental implications of their operations.

These challenges derive from three distinctive yet interrelated aspects. First, it derives from the incompleteness of information available for planning and decision making (Fairbank et al., 2006). Such incompleteness may be associated with the lack of systematic efforts in collecting information, or result from information being managed by one part of the organisation but not shared with others (Holmström & Boudreau, 2006). Second, the challenge can derive from ineffective understanding of information requirements from internal or external stakeholders (Sauer & Willcocks, 2002). Third, the challenge can derive from the demand for speed in obtaining and processing information (Prahalad & Krishnan, 2002). Many organisations are recognizing their failure in effectively using ICT to leverage their businesses and the inability to address some, or all, of the above challenges is connected closely to an organisation’s information processing capability (Fairbank et al., 2006).

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