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Roger Clarke's 'Through Whose Eyes?'

Through Whose Eyes?
The Critical Concept of Researcher Perspective

Review Version of 13 December 2018

Roger Clarke and Robert M. Davison **

© Xamax Consultancy Pty Ltd and Robert M. Davison 2016-18

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In this article, we explore the notion of `researcher perspective', by which we mean the viewpoint from which the researcher observes phenomena in a given research context. Inevitably, this viewpoint privileges the interests of one or more stakeholders, while downplaying the interests of other stakeholders. Preliminary empirical analysis undertaken in preparation for the present paper revealed that around 90% of articles a) adopted a single-perspective approach, b) were committed solely to the interests of the entity central to the research design, and c) considered only economic aspects of the phenomena investigated in the research. The choice of researcher perspective has considerable influence on the design, conduct and outcomes of any research endeavour. Most recent IS research reflects the selection of a single beneficiary, which is both unhealthy and likely to cause missed opportunities. We contend that the principle of triangulation needs to be applied not only to data sources and research methods, but also to researcher perspectives, and that a consequent broadening of the IS discipline's scope is essential. We conclude the article with prescriptive recommendations for the practice of research that is relevant to multiple stakeholders.

Keywords: Researcher Perspective, System Sponsor, Stakeholders, Information Systems


In IS research, we study phenomena in various contexts that include information, systems that handle that information, and technology that supports that information-handling. The organisations and individuals within our field of view are stakeholders, with interests that they wish to protect and advance. In empirical research designs, it is common that the interests of one or more of these stakeholders are privileged. Most commonly, the privileged stakeholder is the organisational entity central to the research context, which we refer to as the `system sponsor'. Other stakeholders may include: the employees who work with the information system in the context that is being studied; the customers who benefit from and are affected by the information system; up- and down-stream supply chain partners that are connected through the information systems; and non-human entities such as local, regional or planetary ecosystems in which the research context and information systems are embedded.

A key aspect of any research investigation is the attitude that the researcher adopts with respect to the relevant stakeholders. We use the term 'researcher perspective' to refer to the view of the stakeholder whose interests the researcher treats as being of primary importance. We believe that the issue of researcher perspective is significant for the IS discipline because it strongly influences the impacts that IS research may have. A research project that privileges the interests of a single stakeholder may not serve the interests of other stakeholders, and indeed may harm them. Further, that single stakeholder may be served sub-optimally by the research project because the researcher's appreciation of the problem situation will lack the richness that would have resulted from a more holistic exploration of the phenomenon.

For example, consider the research genre of personal data markets. The research published in this area commonly treats the interests of marketing corporations as objectives, whereas those of consumers are conceptualised as constraints on the interests of the corporate players, and as challenges to the corporations' business models. In other words, researchers typically privilege the perspective of corporate entities and neglect consumers' perspectives. Much of the empirical research undertaken in this genre comprises the playing of laboratory games designed to help understand how corporations can minimise the cost of inveigling consumers into trading their privacy off for a service, for convenience, or for a token amount of money. This process actively stimulates an arms race, in which those sympathetic to consumers' interests produce and distribute means of combatting the consumer marketers' techniques.

We suggest that a much more constructive approach to research on personal data markets would reflect the perspectives of not only marketers and marketspace operators, but also consumers. This would lead to a deeper understanding of the various stakeholders' interests and needs, and a holistic grasp of the market as a gestalt. The foundations would be laid for win-win-win strategies, sustainable market models, and active and informed participation by consumers, rather than sullen capitulation to marketers' power by some consumers, and opposition and interference by others.

IS researchers consider many factors when selecting research topics to address, including what is important, what is researchable, what appears capable of delivering original and interesting results, and what is likely to be appreciated by reviewers and hence is publishable. We contend that IS researchers also need to consider to what extent research gaps exist as a result of prior research over-privileging the perspectives of particular stakeholders and under-privileging others. Our purpose in this article is to meld theoretical argument, insights from a modest empirical base, and contentions that raise serious questions about the appropriateness of the IS discipline's scope as evidenced by research practice.

Following this introduction, we first investigate the notion of researcher perspective through an extensive review of the relevant literature. This is followed by a summary of empirical studies that we have conducted in preparation for the present paper. We conclude with a discussion of the implications for future research in the discipline.

Theory Relating to Researcher Perspective

This section introduces the notion of 'researcher perspective' and how it relates to the IS research process. Consideration is then given to the stakeholders whose perspectives may be adopted, the dimensions on which the interests of stakeholders lie, and the nature of single-perspective, dual-perspective and multi-perspective research.

The Concept of Researcher Perspective

Our propositions are relevant to all circumstances in which researchers observe a domain in which stakeholders exist. Some kinds of research fall outside this scope, particularly meta-research, such as systematic reviews of existing studies and discussions of research methods. We adopt the following definition of researcher perspective:

A Researcher Perspective is the viewpoint of a particular stakeholder in the relevant domain, which is adopted by a researcher as the, or a, viewpoint from which to observe phenomena during the conduct of a research project

It is important to appreciate the distinction between this concept and the many other senses in which the word 'perspective' is used in the IS discipline. In particular, we are not referring to epistemological, ontological or nomological assumptions. Nor are we referring to positivism, interpretivism or other approaches to research. Similarly, our concern is not with the theoretical perspective, or 'lens', adopted by the researcher. Our concern is instead with the stakeholder whose interests are recognised as objectives and whose value-set permeates the researcher's view of the phenomena. In a metaphorical sense, researcher perspective is the angle of view from which phenomena are observed, or the entity through whose eyes the phenomena are perceived.

A wide variety of such viewpoints are possible. Whichever viewpoint the researcher selects will, during the conception, design and conduct of the research, privilege the interests of one or more stakeholders. This is because the adoption of a particular viewpoint necessarily involves consciously or unconsciously favouring the value-set of that entity or category of entities over those of other stakeholders. Where value-conflicts arise, priority is accorded to the values of the chosen stakeholder. These conflicts are often not merely zero-sum trade-offs on a single dimension, but involve values on orthogonal dimensions. For example, a corporation's interests are mostly economic in nature, whereas public sector and advocacy organisations may focus instead on social issues and/or environmental concerns. The issue of dimensions is further considered in a subsequent section.

The advantage of favouring one entity's interests over those of other stakeholders is that it permits the researcher to focus the research design on a single set of objectives. However, there are also disadvantages to this approach. Multiple stakeholders are likely to be involved in any phenomenon that IS researchers choose to investigate. We perceive this to have been mainstream thinking in the IS discipline at least since the acceptance of interpretivism and the associated recognition that "the phenomenon of interest [is] examined ... from the perspective[s] of the participants" (Orlikowski & Baroudi 1991 p.5). (We have pluralised `perspectives' in that quotation, to avoid the implication that all participants share the same perspective). Phenomena are subject to multiple interpretations and so the perspective adopted by any one party is not definitive but simply one among many.

Searches for terms associated with the concept of researcher perspective have been largely unsuccessful, in both text-books on research and in journal articles dealing with research process. Searches in leading IS journals identify limited usage in the sense described here. Important exceptions include Boland & Tenkasi (1995) and Constantinides et al. (2012). As Boland & Tenkasi explain, "perception is only accomplished through a perspective ... Unexpected events or findings can only be recognized as such from within a perspective" (1995, p.354).

A researcher perspective is quite distinct from an 'object of study' or a 'unit of study'. The 'object of study' is the set of phenomena that the researcher observes, whereas 'unit of study' refers to the level of granularity of the observation. Researcher perspective, on the other hand, refers to the direction or orientation from which the observations of the phenomena are undertaken. Hence, a researcher adopts a perspective from which observations are made of an object of study, at a level of abstraction called the unit of study, together with a method that enables the collection and analysis of data. In the diagrammatic representation in Figure 1, the first segment depicts the inter-relationships among the methodological concepts, and the second segment provides an example, whereby a particular research project adopts the perspective of the system sponsor, with the researcher observing the activities of a work-group through the lens of the Technology Acceptance Model (TAM) (Davis, 1989).


A commonly used term for the categories of entity that have an interest in particular phenomena is 'stakeholders' (Freeman & Reed 1983). Many stakeholders are participants in the process or intervention, in such roles as investor, data source, technology provider, system sponsor and user (Seddon et al. 1999). However, the categories of stakeholders are broader than this (Pouloudi & Whitley 1997, p.3), comprising not only "participants in the information systems development process ... viz. individuals, groups or organizations who take part in a system development process" but also "any other individuals, groups or organizations whose actions can influence or be influenced by the development and use of the system whether directly or indirectly".

Figure 1: Conceptual Model of the Research Process

Contrary to this inclusive approach, there is a strong tendency in industry and government practice, recognised in academic analysis, to include, as a qualifying condition for a category of entities to be recognised as a stakeholder, a requirement that the party be capable of significantly affecting the success of the project. This might derive from market power, or, in the case of a regulator, for example, institutional power. This approach has the effect of marginalising all but the most powerful participants (Mitchell et al. 1997, Achterkamp & Vos 2008).

The foreground examples of less powerful participants is what are commonly referred to as 'users'. In B2B and G2B contexts, these may take the form of business enterprises that are smaller or otherwise less powerful than the primary entity. A common example is a large 'hub' or downstream corporation (such as a motor vehicle assembler or a retail chain) dealing with smaller providers of components or shelf-stock. In some circumstances, less powerful players may have genuine choice, but in others they may be forced to comply with what are tantamount to instructions. Thus, Narsing (2005) studied Walmart's requirement that all of its suppliers be compliant with its RFID labelling requirements. As an indication of the impact of the choice of researcher perspective, consider the rather different research designs that would arise from the following alternative research questions:

What IS design features support cost-minimisation by Walmart? What IS design features support cost-minimisation by Walmart's suppliers?

Similarly, in B2C contexts, the value proposition offered by a vendor is typically non-negotiable: consumers may have little prospect of acquiring goods or services unless they fall in line with the system imposed on them by the platform, as well as any associated legal environment, that together enable and govern the transaction (Muzellec et al., 2015).

Contemporary information systems have very substantial reach. As a result, there may be entities that reside in the background yet are nonetheless materially affected by the implementation of these systems. For example, an online travel booking system has the potential to disintermediate one or more companies, resulting in the cessation of business operations, layoffs, and dislocation and economic hardship for employees' families, and perhaps for others in the regions in which the disintermediated company operated. Another example relates to information systems that store personal data about third parties. The agreement between the US and the EU with respect to the collection and storage of air passenger data also comes into this category (Mitsilegas, 2015).

The term 'usees' is descriptive of those entities that are affected parties but not participants. The term has been in casual use since the mid-1980s in IFIP Technical Committee TC9 (ICT and Society), and especially Working Group WG9.2 (Social Accountability and Computing) (Clarke 1992, Fischer-H[[Ydieresis]]bner & Lindskog 2001, Baumer 2015). The entities may be organisations or individuals, and may fall into various categories, defined by, for example, attribute, function or location. Usees may be aware of an IS that affects them, but in some cases they may be largely or even entirely unaware of the existence of the system or their entry in it. Examples include credit bureau holdings, pooled records of insurance claims, tenant databases, criminal intelligence databases and the data-holdings of companies that surreptitiously gather data about Web-users' online behaviour. Usees might benefit from such systems, but it is common for their interests to be harmed by them, including where their details are accidentally exposed through the actions of hackers. The interests of usees can only be recognised and appreciated if researchers adopt perspectives that accommodate their viewpoints, either instead of that of the system sponsor ("What impacts on consumers arise from access by a credit bureau to electoral register data?") or as well as that of the system sponsor ("What are the benefits and disbenefits to a credit bureau, and to consumers, of credit bureau access to electoral register data?"). Further examples are provided in the following sub-section.

The Significance of Stakeholders' Perspectives for Research

The perspective that a researcher adopts has a very significant influence on the entire research undertaking. It dictates the framing of the research, drives the selection and formulation of research questions, provides the criteria based on which alternative research designs are evaluated, and effectively determines what is included within and excluded from the potential outcomes of the research, as well as how those outcomes are expressed. In effect, the choice of researcher perspective represents a choice of a beneficiary, i.e. a particular stakeholder that stands to benefit directly from the research.

The choice of researcher perspective has a particularly significant impact on the formulation of research questions. In order to provide some insight into the depth of that impact, the authors devised a research question that can be addressed from the perspectives of many different stakeholders:

ÒWhat are the impacts of the withdrawal of the customer option
of receiving printed invoices through the post?Ó.

The question is intentionally simple, in order to focus attention on the researcher perspective. While the question may appear passé or banal to IS academics, it is of ongoing relevance to IS practitioners, to the public and to policy-makers: even in advanced economies, 10-25% of households have no Internet access, with significantly higher percentages for households that are non-urban or low-income, or whose occupants are all beyond retirement-age.

Table 1 presents a set of eight variants of the above research question. In the first five cases, the researcher perspective reflects the interests of a single stakeholder or category of stakeholders, whereas in the other cases the researcher has the interests of more than one stakeholder in focus.

Table 1: Alternative Research Questions
from the Perspectives of Different Stakeholders

Researcher Perspective    Research Question                                           
System Sponsor            What are the impacts on an organisation of the withdrawal   
                          of the customer option of receiving printed mail through    
                          the post?                                                   
Employees                 What are the impacts on employees of the withdrawal of      
                          the customer option of receiving printed mail through the   
Economic Region           What are the impacts on the regional economy of the         
                          outsourced service provider of the withdrawal of the        
                          customer option of receiving printed mail through the       
Industry Value-Chain      What are the impacts on other companies in the industry     
                          value-chain (including those who manufacture and supply     
                          paper, printers and ink, those who provide delivery         
                          services, and those who recycle paper) of the withdrawal    
                          of the customer option of receiving printed mail through    
                          the post?                                                   
Customers                 What are the impacts on people with no Internet             
                          connection of the withdrawal of the customer option of      
                          receiving printed mail through the post?                    
Forests and their         What are the impacts on forests and associated              
Denizens                  fauna/flora of the withdrawal of the customer option of     
                          receiving printed mail through the post?                    
Organisation, Customers   What are the impacts on the organisation and its            
                          customers of the withdrawal of the customer option of       
                          receiving printed mail through the post?                    
All Stakeholders          What are the impacts on all stakeholders of the             
                          withdrawal of the customer option of receiving printed      
                          mail through the post?                                      

Of the forms taken by the research questions in Table 1, some are familiar and even mainstream, whereas others are unusual. The authors' contention is, however, that all are within-scope of the IS discipline.

Economic, Social and Environmental Dimensions

Stakeholders exhibit considerable diversity in their weltanschauung. In business contexts, most system sponsor interests are ultimately financial or economic in nature. On occasions, however, research may be undertaken from the system-sponsor perspective but on the social dimension, where for example a government agency uses an IS to improve the well-being of a minority group, or a non-government organisation uses an IS in support of an environmental objective. A specific example of research from the system-sponsor perspective that is on the social dimension is Srivastava & Shainesh (2015), which studied healthcare service-providers and their work for service-disadvantaged segments of Indian society.

The socio-technical approach and participative analysis of requirements and system design have long reflected the social interests of individual users within organisations (e.g. Land & Hirschheim 1983). As inter-organisational systems emerged, entities other than the system sponsor were recognised as having a stake in their design and implementation (Pouloudi & Whitley 1997). Then, as individuals outside the organisation became users of networked computing facilities, the systems became extra-organisational in nature (Clarke 1992), and the individuals' actions and interests, both economic and social, also needed to be encompassed within the frame of reference.

Economic and social interests are associated with reasonably definable entities such as people and organisations of various kinds. Environmental interests might also be treated that way (e.g. by associating them with nature and wilderness reserves, national parks and environmental trusts). On the other hand, it may be more appropriate to treat the abstract notion of the environment as being a third dimension along with the economic and social dimensions. The emergence of 'triple-bottom-line' reporting ostensibly reflects this kind of thinking (Elkington 1994), although it is also critiqued as being inadequate to ensure genuine sustaining of the earth's ecology (Milne and Gray, 2013). Nevertheless, this tripartite notion has become a precept underlying the notion of corporate social responsibility (CSR) (Hedman and Heningsson, 2016). It is notable that aAlthough a large proportion of 'Green IS' research focuses on the economic dimension, given an interest inaddressing corporate wellbeing interests in an era of rising energy costs. Research on the environmental dimension is also on the rise (Watson et al. 2010, Elliot 2011, Deng et al. 2015, Gholami et al. 2016. See also the Proceedings of AIS SIG Green Workshops).

During the last 50 years, as computing became a major consumer of electricity and as cathode-ray tubes mounded up in scrapyards, impacts on the environment came to the fore. More recently, as the economic value of, for example, coltan has come to be realised for the supply chains associated with the production of tantalum capacitors used in a wide variety of electronic devices, so the exploitation of mineral rich deposits located in developing countries (primarily Brazil and DR Congo), and the associated environmental degradation, has reached our collective attention. Consequently, it is now reasonable to treat the environment as having joined economic and social needs as a third dimension.

In categorising the range of alternative researcher perspectives that can be adopted, it is useful to combine the concept of dimensions with the 'unit of study' notion. Phenomena may be observed at different levels of abstraction. For example, a corporation or government agency has multiple sub-organisations and individual roles within it; the interests of humans playing roles within information systems can be considered at the level of each individual employee, of work-groups, or of the employed workforce as a whole; and the interests of humans external to organisations can be examined at the level of the individual, the communities with which they identify, or society, variously at the level of a region or a nation. Understanding of environmental phenomena is similarly tiered, reflecting, for example, individual-species-within-context, local bio-communities, regional bio-communities, or the biosphere as a whole.

In Table 2, a wide range of perspectives is presented, each of which sometimes is, or could be, and, we contend, should be, adopted by IS researchers under some circumstances. The alternative researcher perspectives are allocated to the dimension to which they relate, and are organised in descending order of abstraction.

Table 2: Researcher Perspectives within Dimensions and Levels of Abstraction

  Economic Dimension     Social Dimension            Environmental Dimension     
The World Economy        Humanity                    The Planet                  
A Supra-National         The Chinese Diaspora        Oceanic Islands             
(e.g. EU, NAFTA) A Nation-State A Society The Troposphere A Regional Economy A City, Province or State An Island Ecosystem A Sector / Value-Chain A Community The Biosphere; Food Chain Strategic Partners A Network of Professionals A Biome An Organisation A Person A Localised Ecology A Sub-Organisation An Online Persona A Reproducing Population

Single-Perspective Research

It is common for IS researchers to adopt the perspective of only one of the many possible stakeholders. This simplifies many aspects of the research, such as the formulation of the research questions or objectives, the design of the research process, and the expression of the findings. The results of the research are likely to be at least comprehensible to that stakeholder, and quite possibly also of interest, relevance and value to them.

One actor is central to the operation of information systems, and is accordingly often foremost in the minds of IS researchers. In this article,

System Sponsor refers to the organisation (or entity or unit) that develops, implements or adapts a system, process or intervention, causes it to be developed or implemented, or for whose benefit the initiative is undertaken.

In such contexts as joint ventures and collaborative inter-organisational schemes, the system sponsor may be a collective. In some cases, the perspective adopted by the researcher may be that of a category of organisations, such as those that install a particular ERP software package, or adopt a particular category of application, such as electronic health record systems or cloud-based customer relationship management (CRM) services.

Our informal observation, which we further investigate in this article, is that, in a great deal of IS research, the research questions (or, in design science and action research, the objectives) are formulated with the system sponsor's interests at least as the primary focus, and even as the sole set of interests that is recognised by the research design. The interests of all other stakeholders are then treated as constraints on the achievement of the system sponsor's interests.

The focus on the system sponsor as a central player in an IS is evident in positivist empirical research, where observational studies, experiments and surveys are conducted in order to understand the impacts of interventions, from the system sponsor's perspective. In addition, a great deal of interpretivist research is also performed with the intention of providing the system sponsor with an understanding of those impacts.

In design science, the sense in which the term 'design' is used is "the purposeful organization of resources to accomplish a goal" (Hevner et al. 2004). Most commonly, that goal is formulated in order to serve the interests of the organisation(s) by or for which the intervention is made, or the design activities are performed. In contrast, action researchers aim to ameliorate organisational problem situations for all relevant stakeholders (Davison et al. 2004). However, action research that is informed by a critical or emancipatory epistemology may instead prioritise the interests of a single stakeholder group other than the system sponsor, such as employees or usees (Ledwith 2016).

Business enterprises define objectives specifically in terms of the organisation's own interests. This is 'in the DNA', because the nature of the joint stock company is such that directors have a legal obligation to act in the interests of the company. In some cases, social and/or environmental interests may be directly commensurate with economic interests. In other circumstances, regulatory mechanisms as diverse as statutory obligations, activism among investors or employees, and public opinion amplified through the media, may provide an organisation with good reasons to compromise its own economic interests in order to provide social and/or environmental benefits (Hedman & Henningson 2016). Generally, however, the system sponsor treats the interests of other stakeholders not as objectives, but as constraints on the organisation's achievements of its own objectives.

This is often problematic for the other stakeholders because their interests are generally different from, and to varying degrees opposed, to those of the system sponsor, often in patterns that approximate a zero-sum game. Users and usees were discussed above as frequently having limited bargaining power, with the result that their interests are often marginalised.

Constantinides et al. (2012) note that " ... IS research practice involves choices about conflicting ends -- implicit and explicit choices about what we value and what we (intentionally or unintentionally) pass over as relevant knowledge for IS research" (p.2). Where multiple stakeholders exist, the decision by the researcher to privilege the perspective of one of the parties is tantamount to a political act, whether the researcher has made a conscious choice or is merely following the established lines of a particular research genre. Wall et al. (2015) describe the phenomenon of unconscious hegemonic participation, which can be manifested in the dominance of common research topics, questions, theories and methods, as well as beliefs about how research should be undertaken and research results interpreted (Wall et al., 2015). However, it is important to recognise that hegemonic participation may be conscious, with the researcher acknowledging, intentionally adopting, and even espousing, the interests of a particular dominant stakeholder. In critical theory, it is assumed that the interests of the most powerful stakeholder dominate and are unlikely to be challenged, especially if it is also this stakeholder that underwrites the research funding (cf. Stahl et al., 2008).

The disciplinary institution plays a vital role in the establishment and maintenance of the hegemony. Many entrants to the IS research profession have previously undertaken undergraduate studies in IS, all have been subjected to large volumes of exemplars of IS research as part of their postgraduate programs, and all have conducted research that conformed sufficiently with the discipline's norms to achieve recognised qualifications. Their teaching work is likely to impose on the next generation of students similar value-judgements to those with which they themselves have been indoctrinated. The expectations of editors and reviewers, and of selection and appointment committees particularly in Business Schools, have the effect of reinforcing a worldview that, we argue in this paper, is unenthusiastic about, unwelcoming and even hostile to, research that does not privilege the business perspective, but instead adopts a perspective other than that of the system sponsor, or adopts more than one perspective, or adopts a perspective that is not on the economic dimension.

Even where a strong 'Business School' ethos is adopted and the interests of business are regarded as paramount, we contend that single-perspective research is problematic, because it constrains the value that can be delivered to the researcher's client. Research undertaken from the perspective of any one participant is likely to in effect grasp one part of a large elephant, without gaining much of a feel for the remainder of the pachyderm. The conclusion might be reached that a particular system feature is beneficial to the system sponsor's interests, but it is unlikely that much insight can be offered into the intensity of opposition that the feature might engender among other stakeholders, how that opposition may be manifested, or how the impacts of that opposition might be mitigated. In short, for robustness and depth of insight to be achieved, the principle of triangulation needs to be applied not only to data sources and research methods, but also to researcher perspectives.

The deficiencies in IS research that we are highlighting could be argued to derive from the discipline's strong association with business schools and management disciplines. On the other hand, it appears that a degree of goodwill exists among management academics towards stakeholders other than the system sponsor, and towards dimensions other than the economic. Since the 1970s, 'business ethics' has been a topic of discussion in Business Schools (Stark 1993), with specialist journals in existence since the 1990s. The notion of corporate social responsibility (CSR) also emerged in the 1970s (Sethi 1975, Wood 1991), and has since been extended to environmental responsibility (CSER). Meanwhile, the notion of `positive organizational scholarship' consolidated within the discipline of organisational behaviour around the turn of the current century. This "is concerned with conditions that foster flourishing at the individual, work group, and organizational levels" (Dutton & Glynn, 2008, p.69). Further, "The articles in [an Academy of Management Review] special issue [on Care and Compassion] open new windows [by humanizing] people working inside organizations ..." (Rynes et al., 2012, p.505).

However, it is not entirely clear that such movements have much impact on business practices. Even if they do, recognition of them within the IS discipline is muted. In mid-2018, the holdings of the AIS eLibrary were approaching 40,000 papers, yet the mentions of 'positive organizational scholarship' in Title and in Abstract numbered 0 and 1, those of 'compassion' 1 and 3, and even 'business ethics' only found 3 and 7. The term 'corporate social responsibility' has attracted a little more attention, with 15 in Title and 25 in Abstract. However, a superficial inspection of these articles suggested a strong commitment to the system sponsor's perspective, with themes such as "enhancing sustainability image", employer reputation, the effect of tweeting CSR on stock prices, and the relationship of CSR with corporate performance.

We offer the following example of how richer understanding might be achieved in the research domain of social media funded by advertising. Research from the system-sponsor's perspective might adopt the following research question:

ÒWhat proportion of social media users need to authorise the provider to exploit their data to ensure that advertising-based business models are viable?Ó

On the other hand, research conducted from the perspective of social media users might ask the following, rather different, research question:

ÒWhat techniques and tools are available to social media users to enable them to obfuscate, subvert or falsify their identities and locations, in order to prevent the provider from exploiting their data?Ó.

That question might of course be extended, e.g. to investigate perceptions of the ethicality of such activities, or the understandability and practicality of such techniques and tools.

That example is on the economic dimension. The scope for IS to make impactful contributions on the social and environmental dimensions as well is attested to by scholars such as Tim et al. (2017), who developed "guidelines for response agencies and impacted communities to deploy social media for future disaster response" (p.197) and Corbett & Mellouli (2017), who "present two real-world scenarios that allow [them] to illustrate the applicability of [their] model in building smart sustainable cities" (p.448).

Dual-Perspective and Multi-Perspective Research

In addition to the single-perspective approach, other alternatives exist. A research question can be framed in a manner that internalises tensions among competing interests, and enables the emergence of insights of value to protagonists. A research question of this kind is:

"How do the views of social media users and providers compare with respect to providers' Terms of Service and privacy policies?"

An example of research that recognises this potential is Fletcher (2015), in which consumer power, exercised for example through the use of ad-blocking software, has negatively influenced the impact of online advertising and business attempts to benefit from CRM systems. The combination of two disparate perspectives into at least a research program, and perhaps even into a single research project, would be very likely to deliver better understanding than adopting either perspective alone.

Even where a stakeholder with a competing interest lacks power (such as the capacity not to adopt a feature, or to misuse it), the system sponsor may nonetheless benefit from dual-perspective research, because it can provide a more comprehensive understanding of the attitudes and likely behaviours of the various actors. This may also apply to the impacts on and behaviour of indirectly-affected parties, referred to above as 'usees'.

Many inter-, multi- and extra-organisational systems involve far more than two stakeholders. Beyond dual-perspective research, multi-perspective approaches need to be understood, their benefits appreciated, and appropriate research techniques adopted and matured. Constantinides et al. (2012) drew attention to the advantages of reflecting more than a single perspective, and with it the weakness of single-perspective research: "... critical questioning of the ends of IS research brings into sharper focus the need to consider all possible relevant ends -- and with it the greater good that researchers, as producers of knowledge, are striving to serve ... [C]omplex individual and collective problems cannot be solved by uncritically accepting only one interpretation of relevance, at the exclusion and expense of others" (p.2). Examples of research questions that would deliver value to policy-makers include:

ÒWhat are the social and economic impacts of the current business model for social media?" "What benefits and disbenefits would accrue to which stakeholders if regulatory measures were imposed in order to achieve balance between the interests of providers and users?Ó

These kinds of multi-perspective research questions do not represent the mainstream in articles published in IS research journals. Further, we do not suggest that they are likely to, or even should, simply replace the present dominant approach of single-perspective research. However, we feel that the value and impact of IS research may be significantly weakened if the discipline fails to develop techniques that facilitate the study of situations characterised by multiple, partly conflicting interests.

For example in the context of international trade EDI Cameron & Clarke (1996) addressed the research question: ÒWhat are the critical success factors for a project management framework for collaborative inter-organisational systems, from the viewpoints of each of the players?Ó. More recently, Agarwal et al. (2012) examined cyber-collective social movements (CSMs) such as the use of social media in the 'Arab Spring' of 2010-2012. After surveying the available research methods literature, the authors developed an analysis based on Individual Perspective, Community Perspective, and Transnational Perspective. The article featured no system-sponsor, but rather three levels of abstraction of the social rather than of the economic dimension. Another example is Selander and Jarvenpaa (2012), who expressly adopted the perspective of social movement organizations that work for changes in societies. Agarwal et al. (2012) and Selander & Jarvenpaa (2012) are noteworthy in being among only a small number of articles located by the research team in which the term 'perspective' is used in a manner similar to that proposed in the present article.

The opportunity exists to extend research techniques whose focus is on the construction of artefacts into multi-perspective research. The way has already been shown by action research, because it adopts "the idiographic viewpoint [whereby] any meaningful investigation must consider the frame of reference and underlying social values of the subjects" (Baskerville 1999). Thus, Olesen and Myers (1999), in documenting the adoption of Lotus Notes by senior management at a university in New Zealand, experienced an action research failure when the interests of the system sponsor (the university) clashed with those of the personal assistants (users) of the senior university managers (usees): the users refused to apply the system as it eroded their power to control their managers' diaries.

A similar approach can be adopted with design science. The accumulated understanding of socio-technical thinking (Emery & Trist 1960, Mumford 2000) can be applied in order to articulate what might be usefully described as 'participative design science'. Beyond asking 'What is a feasible and effective process for the design of a particular system or category of systems?' (cf. Guideline 3 of Hevner et al., 2004), research questions of the following form can be investigated:

'What is a feasible and effective process for reflecting the perspectives of all parties in the design of a particular system or category of systems?'

Constantinides et al. (2012) argues that, in addition to seeking relevance to practitioners, IS researchers should consider "a whole range of entirely different and relevant ends for IS research with different audiences" (p.2). These audiences include professionals, managers, executives and company directors; and - importantly for our argument here - policy-makers in parliamentary, governmental and advocacy contexts.

Once again, the ground has been prepared, in this case by critical theory research. This is inherently multi-perspective in nature, being directly concerned with conflicts among the interests of the various actors, and with the power-structures that determine the outcomes. It is also inherently instrumentalist, because it is conducted with the express intention of influencing the phenomena that are under observation (Klein & Myers 1999, McGrath 2005; Cecez-Kecmanovic 2001, 2005; Cecez-Kecmanovic et al. 2008).

While arguing for recognition of the desirability and benefits of dual- and multi-perspective research, we acknowledge that this significantly increases the cognitive load, particularly on the researcher, but also on reviewers and editors, and finally on readers. Further, it adds to the challenges already faced in squeezing reports of research work into the limited space conventionally available in conference papers and journal articles. This raises the question of the extent to which dual- and multi-perspective research can be applied within individual projects, and the extent to which adoption needs to be sought in programs undertaken by moderately-sized teams of researchers and reported in multiple papers published in a variety of venues.

The Modest Empirical Base

We found little evidence of prior work on the nature of researcher perspective, its consequences, and its application within IS research. We searched the literature in a number of ways. First, we searched using the key terms `perspective' and `research(er) perspective' variously with and without the qualifying term `information systems'. Our primary search vehicles were Google Scholar, in order to cover as large a catchment as possible, and the AIS eLibrary, in order to complement the generic approach with a large discipline-specific collection.

We encountered difficulties in identifying further terms likely to be correlated with the notions being examined, especially terms that were not highly ambiguous. One such term was 'stakeholder', particularly when used in ways that could reflect at least recognition of complexity, and perhaps even an endeavour to address it. For example, the use of the plural form ('stakeholders') was considered more likely to indicate a relevant approach, particularly in conjunction with 'interests', and perhaps also with 'conflict'.

Most uses of the term 'research(er) perspective' merely distinguish between the interests of researchers on the one hand and professionals, educators or students on the other. Most uses of the term 'perspective' alone relate to the theoretical lens adopted, and some to interests of an actor within the research domain. The few cases found where the term relates to the angle of view adopted by the researcher are cited in the appropriate places within this article.

Although the term is not used, we perceive the concept of researcher perspective as being latent in the literatures on project success (DeLone & McLean 1992, Seddon et al. 1999), project failure (Lyytinen & Hirschheim 1987, Sauer 1993, Heeks 2002), and soft systems methodology (Checkland 1981, Avison & Wood-Harper 1990). The concept can be inferred from the focus of these genres on the extent to which practitioners do or do not recognise and manage the interests of stakeholders in an information system.

Action research (AR) necessarily involves careful attention by the researcher to the interests of all stakeholders involved in the project. Searches of literature on AR techniques suggest, however, that the perspective of the researcher is seldom explicitly discussed. Implicitly, it is assumed that the approach is holist in nature, and hence agnostic to the values of specific participants and to the resolution of conflicts among them (Baskerville & Wood-Harper 1996, Davison et al. 2004). Nevertheless, a careful reading of AR articles suggests that in some cases the values of different groups of participants are identified and hence that multiple perspectives are taken by the action researcher. Thus Wong and Davison (2018), in their AR investigation into knowledge exchange practices in a global logistics firm, identify the values of both employees (the knowledge exchangers) and management (the system sponsor). Further, we suggest that AR projects are more likely to be successful when they do consider the interests of all significant stakeholders, and not only those of the system sponsor. As Davison et al. (2012) observed, an AR-based change that is designed exclusively from the perspective of management (the system sponsor) but is of little interest to employees, is likely to fail when it depends on the same employees' cooperation for implementation.

Guidelines in relation to critical theory research also include evidence of the 'researcher perspective' notion. For example, Principle 2 of Myers & Klein (2011, p.25) states that "Critical theorists advocate values such as open democracy, equal opportunity, or discursive ethics", and 4 and 5 argue for an orientation towards "individual emancipation" and "improvements in society".

A key exemplar in both the social dimension and the multi-perspective approach is Agarwal et al. (2012). Despite being an AIS prizewinner, this article accumulated only 35 citations in its first 6 years, suggesting that it sits outside the disciplinary mainstream. A second exemplar, which also involves the social dimension and is also dual-perspective in nature, is Lin et al. (2015). This contrasts the interpretations of a system sponsor and the aboriginal people whom the system was designed for, but upon whom it was in effect imposed. This article evidences a similarly steady but slow accretion of citations, despite apparent advantages of authorship and venue. The paucity of citations to these papers is consistent with our initial finding from the literature review that only a very small proportion of IS research addresses the matters at the heart of the present research.

In order to supplement the limited literature that we have been able to locate, we have conducted a series of studies, initially of an exploratory nature, and then in greater depth. The initial study was undertaken in support of a Keynote at the Australasian Conference on Information Systems (ACIS) (Clarke 2015). It considered a sample of 36 papers from the previous year's Proceedings, together with the 38 papers published during the same year in the Australasian Journal of Information Systems (AJIS). The research design and coding protocol was refined, and then applied to a 19% sample (212 papers) of the corpus of Bled Conference Proceedings, 1991-2015. The results were reported in Clarke (2016). The approach was also applied to a quite differently selected sample of 6 papers on the theme of 'personal data markets'. The (as-yet unpublished) results of that study and reflection on learnings from the processes of examining, at that stage, almost 300 papers, and progressively refining the technique, were reported in Clarke (2017).

A further and larger study was then conducted, utilising the accumulated experience and the iteratively-refined coding protocol. The focus of this study was exemplars of high quality research, conducted on a variety of topics in IS, and published in high quality Basket of 8 journals that are readily accessible to IS scholars around the world. The rationale underlying these criteria was that articles of this kind are 'leading', in the sense of being much-used in the reading-lists provided to postgraduate candidates, and are indicative of the kinds of papers that candidates should aspire to producing. For these reasons, we selected 659 articles from the AIS Basket of 8 journals. The Basket of 8 is, in effect, the repository of the discipline's 'role models', whereby it refines and transmits its essence and achieves a degree of cohesion and compliance. The full research design and results, as-yet unpublished, are available from the authors.

In these studies, of a total of c.950 papers, we took a great deal of care with the critical step of coding the researcher perspective(s) adopted in each paper. Each article was examined as a whole, with particular attention paid to the title, abstract, introduction and conclusions, seeking out information relevant to the research method, intended beneficiary and target audience. Where an express statement about the researcher's perspective was found, this was noted but checked against other evidence within the article, to ensure that the coding reflected the actual characteristics of the research. In the large majority of cases, however, no express statement was found, and the perspective had to be inferred by the coder. Key quotations were identified and used to categorise the article in accordance with a defined protocol.


A number of distinctive patterns emerged from our studies. In this section, these patterns are summarised and some key implications identified. The first aspects considered are the dominance of particular kinds of research, and a possible explanation for that dominance. This is followed by discussions of ethical issues, impacts on the quality of IS research, and questions of disciplinary scope.

The Dominance of Particular Kinds of Research

Across the multiple studies that make up our (admittedly modest) empirical base, the articles that we evaluated were:

These findings are alarming, for they suggest that IS researchers, for whatever reason, are scarcely interested in non-economic, non-system sponsor research perspectives; alternatively, if this research is being undertaken and submitted then it is either published in IS venues that we have neither studied nor have familiarity with, or it is consistently rejected.

A Possible Explanation for the Dominance of Particular Kinds of Research

In our earlier theoretical discussion, we considered the vexed question of hegemonic participation. This may be unconscious, with the researcher adopting uncritically and unreflectively a perspective that is consistent with that of the hegemonic stakeholder. Alternatively, it may be conscious, with the researcher acknowledging or espousing a value-set associated with a powerful stakeholder.

In order to trace the rationale for the selection of perspective, we need to look further back to the motivation to undertake the research in the first place. If it is system sponsor-funded research, with the research question identified in collaboration with that system sponsor, then the logic is clear. However, much research is premised on the existence of so-called gaps in the literature. These gaps should, in principle, be addressable from multiple perspectives. Moreover, as argued earlier, benefits would arise from adopting more than one perspective. Nevertheless, it is almost invariably the case that a) a single perspective is taken, b) this perspective is that of a real or hypothetical system sponsor, and c) an economic aspect prevails over social or environmental concerns. A tenable reason for this dominance is that IS researchers participate in and are, in many cases unconsciously, influenced by the dominant ideology, which is reinforced as they read prior literature to identify materials to support their arguments.

Breaking the shackles of this hegemony requires the acceptance of alternative values. Although the economic dimension and system sponsors' interests are both legitimate and important, recognition is needed that social and environmental concerns also matter, and that the interests of other stakeholders are also within-scope. Such sentiments can be detected within the IS literature, but work of this kind is not in the discipline's mainstream.

Ethical Issues

The dominance of single-perspective / system-sponsor-only studies raises questions about the ethicality of research behaviour. Firstly, it is clear that other perspectives (e.g., customer, employee, social, environmental) are scarcely reflected in research designs. Secondly, it appears that non-economic and non-system sponsor perspectives are wilfully ignored, casually overlooked, or acknowledged as existing yet neglected. Thirdly, and as a corollary, the omission of non-economic perspectives in research designs is directly linked to the failure of these neglected perspectives to exert any significant impact on real world practice. Taken together, these three implications firmly entrench the current economic and system sponsor hegemony.

A further ethical consideration relates to the role of university-based researchers and the funding arrangements that support their research. Some research is industry funded, or funded by research grants that specify industry partners as intended beneficiaries. In such circumstances, taking a system sponsor perspective is reasonable and appropriate. However, research that is funded by public universities, or from public research funds, would reasonably be expected to contribute to society generally, since a large proportion of this funding comes from the public purse. If this contribution to society does not occur and the funding is appropriated in support of business alone, then the discrepancy between the source of funding and the identity of the beneficiaries of the research looms large: why should industry be the primary and even sole beneficiary of government-funded research, with all other interests receiving limited direct benefits? This makes it particularly troubling to see so few articles in our sample adopting a perspective on the social dimension, and none that adopted an environmental perspective. The data suggests that many university-based researchers may be essentially operating as publicly-funded business consultants.

Research Quality

Our findings further suggest that we are failing to grasp the opportunity to learn from other stakeholders' perspectives. Different stakeholders have different interests and different insights into phenomena. Single-perspective research inevitably offers lower quality findings than dual- or multi-perspective research because it is in its very nature blind to the interests of other stakeholders. We therefore contend that it is essential for research designs to be sensitive to other perspectives, so that research outcomes deliver both enhanced value to system sponsors and value to other stakeholders as well.

If a narrow worldview is adopted, then the dominance of the system sponsor perspective and the economic dimension might be seen as being natural, appropriate and desirable. On the other hand, even within that narrow worldview, it would not be rational to applaud the dominance of single-perspective research, because dual- and multi-perspective research has the potential to deliver superior quality information to the system sponsor.

Working to the extent feasible within the current paradigm, we suggest that greater value can be offered by IS research if it applies the principle of triangulation not only to data sources and research methods, but also to researcher perspectives. Thus, the economic perspectives need to be complemented by social and environmental perspectives that examine the interests of a variety of stakeholders, not only those of the system sponsors. Such an approach will ensure the realisation of deeper insights by all parties into the needs of all stakeholders, and lead to more effective designs of systems, applications and interventions.

In respect of single-perspective research, we are not deprecating the adoption of the system sponsor's perspective. We are contending, however, that it is inappropriate for researchers to unthinkingly adopt only the system sponsor's interests, and for the system sponsor's perspective to dominate the interests of all other stakeholders.

Further, we appreciate that the conception, design and conduct of dual and multiple perspective research involves considerable challenges. We are accordingly not arguing that each researcher and each research project adopt those approaches. We do contend, however, that dual- and multi-perspective approaches need to become much more common, and that this can only come about if the discipline recognises the need, and encourages and nurtures the emergence of research techniques that support quality research of that kind.

Disciplinary Scope

IS began by studying systems in which data was the raw material and work-in-process, and information was the product. MIS in the USA and Wirtschaftsinformatik (WI) in German-speaking countries began by studying such systems specifically from the viewpoint of managers and executives. These threads emerged in the mid-1960s, about a decade after the first applications of computing to administrative data (Clarke 2008, Hirschheim & Klein 2012). Further, the early development of the discipline occurred in parallel with very rapid progress in computing capabilities. Until the mid-1970s, such systems were accessible only by government agencies and corporations of considerable size. By 1980, individuals had become one of the focal points for the IS discipline, but only in their roles as 'end-users' within organisations. Hence, during the discipline's formative years (indicatively, from 1965 until 1990), there was little incentive or scope to consider perspectives other than that of the system sponsor, or dimensions other than the economic.

Gradually, however, the concept of computer users outside organisations began to make sense, as first ATMs and then EFTPOS systems made progress. IS and computing entirely outside organisations gradually became tenable commencing shortly before 1980, and became significant progressively through the 1980s, through software installed on individuals' own devices, and then communications between users' devices. This gave rise to a considerable degree of user-independence by about 1990.

In short, during the IS discipline's formative years c.1965-1990, its focus was entirely naturally on the interests of the system sponsor alone, and was inherently on the economic dimension.

However, two very substantial shifts occurred. In addition to the application of computing outside organisational boundaries, there was an enormous broadening and strengthening of IT's impacts, not only of an economic nature, but also on social and environmental values. During the three decades since 1990, the discipline has had the opportunity to move beyond its foundational paradigm, but it has failed to adapt. The many calls that have been made over the years for the broadening of the IS discipline's scope have been ignored.

Instead, much of the meta-discussion during the last two decades has been about withdrawal by the IS discipline even further into its shell. Orlikowski & Iacono (2001) and Benbasat & Zmud (2003) proposed that the IS discipline be defined in terms of 'the IT artefact', effectively removing from scope any non-IT-based activities. Alter (2003) counter-proposed as the core concept the performance of 'IT-reliant work', which removes from scope those aspects of IS that lie outside working contexts, such as domestic, hedonic and consumer-based arrangements. The long thread of discussion continues. We find it extraordinary that a discipline should consider marginalising elements that are (a) vital parts of real-world systems, and (b) major factors in the success and failure of endeavours to intervene in those real-world systems.

We argue that the continued dominance of the longstanding (system sponsor and economic dimension) paradigm contributes to ossification of the discipline, because the framework within which IS research is undertaken remains frozen within a context that has long since passed on. As an intellectual community, we need to reflect a far broader range of applications and implications of IT-enabled information systems, and to embrace far larger and more diverse sets of stakeholders. It is noteworthy that the original conception of the discipline's scope was broad, as reflected by Gordon Davis' encouragement of PhD candidates to consider "problems relating to social welfare, business, economics, education, and government" (Davis & Parker, 1979). Hassan (2014) noted, however, that " ... it does not appear that IS researchers religiously pursue Gordon Davis's suggestions to look at societal problems" (p.805).

Proposals have been made throughout the history of the IS discipline to sustain (or perhaps re-discover) an open interpretation of the role of IS. For example, Clarke (1988), writing at a time when the environmental impacts of IT had yet to gain prominence, called for consideration of economic, legal and social implications to be integrated with research in and the application of IT, not segregated from it, and argued that Òthe closing sections of our papers must not be confined to 'implications for further research', but must also directly address 'implications for people'Ó (p.519).

DeSanctis (2003) also argued for an inclusive approach: Òa path toward improvement via boundary enhancementÓ (p.360). Meanwhile, Galliers (2003) suggested that Òan appropriate locus of IS study is more broadly based than organizations or individuals. Societal, policy and ethical issues might reasonably be included within the ambit of the IS fieldÓ (p.342). In Nunamaker & Briggs (2012, p.20:1-20:7), the IS discipline was exhorted to Òexpand our vision to embrace information needs and uses in all kinds of people and teams. Systems exist in a rich milieu of economic, social, political, cognitive, affective, and physical values, and are designed to create value for humans along all these dimensions. Studies of these perceptions of value are therefore also equal in importance to studies of technologyÓ.

Casual observation of the IS literature suggests that, in recent years, more IS researchers have become interested in both the social dimension and the conduct of dual-perspective studies. A noteworthy example is the MISQ special issue on 'ICT and Societal Challenges'. The special issue editors report in their editorial (Majchrzak et al. 2016) that a large number of articles were submitted and a substantial number accepted for publication. Further, the guest editors suggest that "IS researchers should relabel their practical implications section to policy implications. There is no reason to presume that managers of businesses are the only practitioners who can benefit from our insights" (Majchrzak et al. 2016, p. 275).

It appears that the momentum may be sustained, with recent arguments that "The study of strategy will be augmented by the strategy of social policy, regulation, and the law ... This will ... make us more valuable to our students and to society" (Clemons & Wilson, 2018, p.5232) and "We live in a world today where different stakeholders, such as students, practitioners, venture capitalists, funding agency, citizens, and government policy agencies, consume our research. Our research must provide value and benefit to these stakeholders in some meaningful way" (Wiener et al., 2018, p.469).

In any case, do corporate board-rooms, executives and managers, whom some IS academics in business schools perceive as their clientele, really want researchers to adopt a narrow worldview, and thereby limit the scope of the information they provide, and reduce business discipline journals to the level of an echo-chamber? Among the three 'core values' enunciated by one of the relevant accreditation organisations, the Association to Advance Collegiate Schools of Business, a business school must "(1) encourage and support ethical behavior by ... faculty, and (3) demonstrate a commitment to address, engage, and respond to current and emerging corporate social responsibility issues ... through its ... research" (AACSB 2013, pp.6-7). There is a strong counter-current against the narrow conventionalism. Single-perspective, system-sponsor, economic-dimension research is only part of the appropriate field of view. The hitherto missed opportunity urgently needs to be taken up.


Our motivation for commencing this research was our informal observation of the dominance of system sponsors' interests in IS research. We also noted the apparent absence of the notion of researcher perspective from the debates about the 'core' of the IS discipline, stimulated by such senior scholars as Benbasat & Zmud (2003) and Walsham (2012).

By conducting several studies, including one of three complete years of all Basket of 8 journals, we found the dominance of the system sponsor's perspective to be remarkable. We suspect that the population of c. 3000 articles in those journals during the period may show similar patterns and that the IS literature as a whole may not be markedly different.

Why should one researcher perspective dominate all others? Why has this fact escaped the notice of senior scholars in the field and as a result not appeared on the wider research radar? We have suggested reasons for the dominance of the systems sponsor perspective, which are entangled with the current fetish for an economic justification for research, manifested increasingly frequently in econometric analyses of what are only notionally IS problems.

We contend that debate about this phenomenon is urgent. We challenge the IS community in general, and journal reviewers and editors in particular, to increase their awareness of researcher perspective, and to seek ways to encourage what can only be described as abnormal perspectives that lie outside the current hegemony, such as those of users, usees, ecosystems and other non-human stakeholders. We need to challenge the current dominance of the economic dimension, since despite its flaws, triple bottom line reporting is already well established and so the legitimacy of non-economic values is already recognised, even within the business community.

Notwithstanding the current dominance of system sponsor perspectives and the economic dimension, some articles in IS venues do relate to research undertaken from the perspectives of stakeholders other than the system sponsor, and some are on the social dimension. Although none of the articles in our samples to date have been on the environmental dimension, we are personally aware of articles that are. In short, beachheads exist, which need to be exploited and expanded.

The narrative whose merits we argue in this article needs to be communicated to, accepted and enacted by a critical mass of early adopters who accept its legitimacy and push for its adoption as a new mainstream narrative. This could involve independent development, with a group of researchers breaking away to form a new sub-discipline, most likely one with its own conference(s) and journal(s) that publishes this kind of work. Existing sub-disciplines do exist, for instance under the IFIP umbrella, Technical Committee 9 (ICT and Society) with working groups such as WG9.2 (Social Accountability and Computing), WG9.4 (Social Implications of Computers in Developing Countries), and perhaps most promisingly WG9.9 (ICT and Sustainable Development). For instance, IFIP WG 9.9's website encourages the investigation of Òinteraction among social, environmental and economic issues in the development of ICTs and their applicationsÓ. These or other communities of practice (Wenger, 1988), perhaps in conjunction with a special issue organised at one of the more liberally minded journals, may provide the venue where a new sub-discipline can emerge. We contend, however, that such splintering would be a loss for the IS discipline.

Our gatekeepers are in a position either to stymie the endeavours of minorities and counter-cultures, or to encourage them. There are considerable benefits to be gleaned by embracing research that considers, and even adopts, perspectives other than that of the system sponsor and dimensions other than the economic.

As a guide to individual researchers who wish to diversify their research designs yet remain within the mainstream, we offer the following prescriptive advice. We suggest that they should recognise researcher perspective as an important element of research conception, design, conduct and reporting. This will require deliberation about the alternative perspectives that may be relevant in the specific context under investigation. As a result of that deliberation, researchers will need to determine which perspective(s) is or are to be adopted. At various points in an article, but particularly motivation, method, discussion and conclusions, they need to refer to the perspective that they adopted. Formal structuring of this kind may seem unwieldy and laboured at first, but in time will be accepted as simply part of how research is undertaken and reported.

We contend that journal editors and reviewers need to recognise the risks of stasis in disciplinary norms, and to adapt their policies and practices in order to embrace greater plurality of both researcher perspectives and the dimensions on which those perspectives lie. They also need to demonstrate tolerance in relation to methodological issues, since otherwise excessively high hurdles will continue to obstruct the emergence of effective techniques for dual- and multi-perspective research.

A practical step that editors and reviewers can take is to ensure that all submitted research articles explicitly identify the implications for practice, society and the environment. Clarke (1988) argued that "Economic, legal and social implications of information technology must all be considered together, to enable the various factors to be seen in perspective". By documenting these different implications, we can raise awareness of their importance more generally and thereby encourage researchers to consider their own research designs more carefully. Future meta-analyses could consider how journals and their editors have approached this challenge.

A further important contribution can be made by senior members of the discipline within their own schools and strategic partnerships. Realpolitik, and the need to establish a publishing record and reputation, and achieve tenure, make it unwise for early-career academics to invest too much of their time challenging the boundaries of the discipline. On the other hand, senior, tenured professors are not as heavily constrained. They should accordingly ensure that the research programs that they run, and the larger-scale funding sources that they tap, encompass not only the current mainstream but also a sufficient diversity of parallel and counter-cultural work, which can deliver a plurality of views and multi-faceted triangulation.


AACSB (2013). Ò2013 Eligibility Procedures and Accreditation Standards for Business AccreditationÓ The Association to Advance Collegiate Schools of Business, April 2013, last revised July 1 2018:

Achterkamp, M.C. & Vos, J.F.J. (2008). ÒInvestigating the Use of the Stakeholder Notion in Project Management Literature: A Meta-Analysis,Ó International Journal of Project Management (26), pp. 749-757.

Agarwal, N., Lim, M. & Wigand, R. (2012). ÒRaising and Rising Voices in Social Media: A Novel Methodological Approach in Studying Cyber-Collective Movements,Ó Business & Information Systems Engineering (4:3), pp. 113-126.

Alter, S. (2003). ÒSidestepping the IT Artifact, Scrapping the IS Silo, and Laying Claim to 'Systems in Organizations',Ó Communications of the AIS (12), pp. 494-526.

Avison, D.E. & Wood-Harper, A.T. (1990). Multiview: An Exploration in Information Systems Development, Blackwell.

Avison, D.E., Baskerville, R. & Myers, M. (2001). ÒControlling Action Research Projects,Ó Information Technology & People (14:1), pp. 28-45.

Baskerville, R.L. & Wood-Harper, A.T. (1996). ÒA Critical Perspective on Action Research as a Method for Information Systems Research,Ó Journal of Information Technology (11), pp. 235-246.

Baskerville, R.L. (1999). ÒInvestigating Information Systems with Action ResearchÓ Communications of the AIS (2:19).

Baumer, E.P.S. (2015). ÒUsees,Ó Proceedings of the 33rd Annual ACM Conference on Human Factors in Computing Systems (CHI'15), April.

Benbasat, I. & Zmud, R.W. (2003). ÒThe Identity Crisis Within the IS Discipline: Defining and Communicating the Discipline's Core Properties,Ó MIS Quarterly (27:2), pp. 183-194.

Cameron, J. & Clarke, R. (1996). ÒTowards a Theoretical Framework for Collaborative Electronic Commerce Projects involving Small and Medium-Sized Enterprises,Ó Proceedings of the 9th International Conference on EDI-IOS, Bled, Slovenia, 10-12 June.

Cecez-Kecmanovic, D. (2001). ÒDoing Critical IS Research: The Question of Methodology,Ó Chapter VI in 'Qualitative Research in IS: Issues and Trends: Issues and Trends' (ed. Trauth E.M.), pp. 141-163, Idea Group Publishing, 2001, at

Cecez-Kecmanovic, D. (2005). ÒBasic Assumptions of the Critical Research Perspectives in Information Systems,Ó Chapter 2 in Howcroft D. & Trauth E.M. (eds) (2005) Handbook of Critical Information Systems Research: Theory and Application, pp.19-27, Edward Elgar.

Cecez-Kecmanovic, D., Klein, H.K. & Brooke, C. (2008). ÒExploring the Critical Agenda in Information Systems Research,Ó Information Systems Journal (18:2), pp. 123-135.

Checkland, P. (1981). Systems Thinking, Systems Practice, Wiley.

Clarke, R. (1988). ÒEconomic, Legal and Social Implications of Information Technology,Ó MIS Quarterly (12:4), p. 517-519.

Clarke, R. (1992). ÒExtra-Organisational Systems: A Challenge to the Software Engineering Paradigm,Ó Proceedings of the IFIP World Congress, Madrid, September.

Clarke, R. (2008). ÒA Retrospective on the Information Systems Discipline in Australia,Ó Chapter 2 of Gable G.G., Gregor, S., Clarke, R., Ridley, G. and Smyth, R. (Eds.) (2008) The Information Systems Discipline in Australia, ANU e-Press, 47-107.

Clarke, R. (2015). "Not Only Horses Wear Blinkers: The Missing Perspectives in IS Research" Keynote Presentation at Austral. Conf. Infor. Syst., December 2015, at, PrePrint at

Clarke, R. (2016). "An Empirical Assessment of Researcher Perspectives" Proc. 29th Bled eConf., Slovenia, June 2016, PrePrint at

Clarke, R. (2017). "Content Analysis in Support of Critical Theory Research: How to Deliver an Unwelcome Message Without Being Shot" Proc. 30th Bled eConference, June 2017, PrePrint at

Clemons E.K. & Wilson J. (2018). 'The Future of Academic Research in Information Systems Economics: From Information Systems and Strategy to Innovative Business Models, Social Impacts, Public Policy, Regulation, and the Law' Proc. Proceedings of the 51st Hawaii International Conference on System Sciences, January 2018, pp. 5232-5241.

Constantinides, P., Chiasson, M.W. & Introna, L.D. (2012). ÒThe Ends of Information Systems Research: A Pragmatic Framework,Ó MIS Quarterly (36:1), pp. 1-19

Davis, F.D. (1989). ÒPerceived Usefulness, Perceived Ease of Use, and User Acceptance of Information Technology,Ó MIS Quarterly (13:3), pp. 319-340.

Davis, G. B., & Parker, C.A. (1979). Writing the Doctoral Dissertation : A Systematic Approach. Woodbury, N.Y.: Barron's Educational Series.

Davison, R.M., Martinsons, M.G. & Kock, N. (2004). ÒPrinciples of Canonical Action Research,Ó Information Systems Journal (14:1), pp. 65-86.

Davison, R.M., Martinsons, M.G. & Ou, C.X.J. (2012). ÒThe Roles of Theory in Canonical Action Research,Ó MIS Quarterly (36:3), pp. 763-786.

DeLone, W.H. & McLean, E.R. (1992). ÒInformation Systems Success: The Quest for the Dependent Variable,Ó Information Systems Research (3:1), pp. 60-95.

Deng, Q., Wang, Y. & Ji, S.B. (2015). ÒWhy Organizations Adopt Green IT: A Comprehensive Review,Ó Proceedings of CONF-IRM, 40

DeSanctis, G. (2003). ÒThe Social Life of Information Systems Research: A Response to Benbasat and Zmud's Call for Returning to the IT Artifact,Ó Journal of the Association for Information Systems (4:1), 16.

Dutton, J.E. & Glynn, M.A. (2008). ÒPositive Organizational ScholarshipÓ Chapter 36 in Handbook of Organizational Behavior (C. Cooper & J. Barling, Eds., Sage Publications, pp.693-712

Elkington, J. (1994). ÒTowards the Sustainable Corporation: Win-Win-Win Business Strategies for Sustainable Development,Ó California Management Review (36:2), pp. 90-100.

Elliot, S. (2011). ÒTransdisciplinary Perspectives on Environmental Sustainability: A Resource Base and Framework for IT-Enabled Business Transformation,Ó MIS Quarterly (35:1), pp. 197-236.

Emery, F.E. & Trist, E.L. (1960). ÒSocio-technical Systems,Ó in: Churchman, C.W. and Verhurst, M. (Eds.) Management Sciences Models and Techniques, London: Pergamon, Vol. 2, pp. 83-97.

Fadel, K.J., Meservy, T.O. & Jensen, M.L. (2015). ÒExploring Knowledge Filtering Processes in Electronic Networks of Practice,Ó Journal of Management Information Systems (31:4), pp. 158-181.

Fayard, A.-L. & DeSanctis, G. (2008). ÒKiosks, Clubs and Neighborhoods: The Language Games of Online Forums,Ó Journal of the Association for Information Systems (9:10/11), pp. 677-705.

Fischer-H[[Ydieresis]]bner, S. & Lindskog, H. (2001). ÒTeaching Privacy-Enhancing Technologies,Ó Proceedings of the IFIP WG 11.8 2nd World Conference on Information Security Education, Perth, Australia.

Fletcher, K. (2015). ÒConsumer Power and Privacy: The Changing Nature of CRM,Ó International Journal of Advertising (22:2), pp. 249-272.

Freeman, R.E. & Reed, D.L. (1983). ÒStockholders and Stakeholders: A New Perspective on Corporate Governance,Ó California Management Review (25:3), pp. 88-106.

Galliers, R.D. (2003). ÒChange as Crisis or Growth? Toward a Trans-disciplinary View of Information Systems as a Field of Study: A Response to Benbasat and Zmud's Call for Returning to the IT Artifact,Ó Journal of the Association for Information Systems (4:6), pp. 337-351.

Gholami, R., Watson, R.T., Hasan, H., Molla, A. & Bj[[questiondown]]rn-Andersen, N. (2016). ÒInformation Systems Solutions for Environmental Sustainability: How Can We Do More?,Ó Journal of the Association for Information Systems (17:8), pp. 521-536.

Grover, V., and Lyytinen, K. (2015). ÒNew State of Play in Information Systems Research: The Push to the Edges,Ó MIS Quarterly (39:2), pp. 271-296.

Hassan N.R. (2014). 'Value of IS Research: Is there a Crisis?' Communications of AIS (34:41), pp. 801-816.

Hedman, J. and Henningsson, S. (2016). ÒDeveloping Ecological Sustainability: A Green IS Response Model,Ó Information Systems Journal (26:3), pp. 259-287.

Heeks, R. (2002). ÒInformation Systems and Developing Countries: Failure, Success, and Local Improvisations,Ó The Information Society (18:10), pp. 1-112.

Hevner, A.R., March, S.T. & Park, S. (2004). ÒDesign Science in Information Systems Research,Ó MIS Quarterly (28:1), pp. 75-105.

Hinz, O. & Spann, M. (2008). ÒThe Impact of Information Diffusion on Bidding Behavior in Secret Reserve Price Auctions,Ó Information Systems Research (19:3), pp. 351-368

Hirschheim, R. & Klein, H.K. (2012). ÒA Glorious and Not-So-Short History of the Information Systems Field,Ó Communications of the AIS (13:4), pp. 188-235.

Klein, H. & Myers, M. (1999). ÒA Set of Principles for Conducting and Evaluating Interpretive Field Studies in Information Systems,Ó MIS Quarterly (23:1), pp. 67-93.

Land, F. & Hirschheim, R. (1983). ÒParticipative Systems Design: Rationale, Tools and Techniques,Ó Journal of Applied Systems Analysis (10), pp. 91-107.

Ledwith, M. (2016). ÒEmancipatory Action Research as a Critical Living Praxis: From Dominant Narratives to Counternarratives,Ó in: Rowell, L.L., Bruce, C.D., Shosh, J.M. and Riel, M.M., (eds.) The Palgrave International Handbook of Action Research. Palgrave Macmillan, New York, USA, pp. 49-62.

Legner, C. & Schemm, J. (2008). ÒToward the Inter-organizational Product Information Supply Chain: Evidence from the Retail and Consumer Goods Industries,Ó Journal of the Association for Information Systems (9:3/4), pp. 119-150.

Lin, C.C., Kuo, F.-Y. & Myers, M.D. (2015). ÒExtending ICT4D Studies: The Value of Critical Research,Ó MIS Quarterly (39:3), pp. 697-712.

Lyytinen, K. & Hirschheim, R. (1987). ÒInformation Systems Failures: A Survey and Classification of the Empirical Literature,Ó in Southon G., Sauer C. & Dampney K., Oxford Surveys in Information Technology Vol 4, pp. 257-309.

Maier, C., Laumer, S., Eckhardt, A. & Weitzel, T. (2015). ÒGiving Too Much Social Support: Social Overload on Social Networking Sites,Ó European Journal of Information Systems (24:5), pp. 447-464.

Majchrzak, A., Markus, M.L. & Wareham, J. (2016). ÒDesigning for Digital Transformation: Lessons for Information Systems Research from the Study of ICT and Societal Challenges,Ó MIS Quarterly (40:2), pp. 267-277.

Matook, S., Cummings, J. & Bala, H. (2015). ÒAre You Feeling Lonely? The Impact of Relationship Characteristics and Online Social Network Features on Loneliness,Ó Journal of Management Information Systems (31:4), pp. 278-310.

McGrath, K. (2005). ÒDoing Critical Research in Information Systems: A Case of Theory and Practice Not Informing Each Other,Ó Information Systems Journal (15:2), pp. 85-101.

Milne, M.J. & Gray, R. (2013). ÒW(h)ither Ecology? The Triple Bottom Line, the Global Reporting Initiative, and Corporate Sustainability Reporting,Ó Journal of Business Ethics (118:1), pp. 13-29.

Mitchell, R.K., Agle, B.R. & Wood, D.J. (1997). ÒToward a Theory of Stakeholder Identification and Salience: Defining the Principle of Who and What Really Counts,Ó Academy of Management Review (22:4), pp. 853-886

Mitsilegas, V. (2015). ÒThe Transformation of Privacy in an Era of Pre-emptive Surveillance,Ó Tilburg Law Review (20:1), pp. 35-57.

Mumford, E. (2000). ÒA Socio-Technical Approach to Systems Design,Ó Requirements Engineering (5:2), pp. 125-133

Muzellec, L., Ronteau, S. and Lambkin, M. (2015). ÒTwo-sided Internet Platforms: A Business Model Lifecycle Perspective,Ó Industrial Marketing Management (45), pp. 139-150.

Myers, M.D. & Klein, H.K. (2011). ÒA Set of Principles for Conducting Critical Research in Information Systems,Ó MIS Quarterly (35:1), pp. 17-36.

Narsing, A. (2005). ÒRFID and Supply Chain Management: An Assessment of its Economic, Technical, and Productive Viability in Global Operations,Ó Journal of Applied Business Research (21:2), pp. 75-80.

Nunamaker, J.F. & Briggs, R.O. (2012). ÒToward a Broader Vision for Information Systems,Ó ACM Transactions on Management Information Systems (2:4), pp. 20:1-20:12.

Oh, J., Koh, B. & Raghunathan, S. (2015). ÒValue Appropriation between the Platform Provider and App Developers in Mobile Platform Mediated Networks,Ó Journal of Information Technology (30:3), pp. 245-259.

Olesen, K. & Myers, M.D. (1999). ÒTrying to Improve Communication and Collaboration with Information Technology: An Action Research Project which Failed,Ó Information Technology and People (12:4), pp. 317-332.

Orlikowski, W.J. & Baroudi, J.J. (1991). ÒStudying Information Technology in Organizations: Research Approaches and Assumptions,Ó Information Systems Research (2:1), pp. 1-28.

Orlikowski, W. & Iacono, C.S. (2001). ÒResearch Commentary: Desperately Seeking the 'IT' in IT Research - A Call to Theorizing the IT Artifact,Ó Information Systems Research (12:2), pp. 121-134.

Pouloudi, A. & Whitley, E.A. (1997). ÒStakeholder Identification in Inter-Organizational Systems: Gaining Insights for Drug Use Management Systems,Ó European Journal of Information Systems (6:1), pp. 1-14.

Rynes S.L., Bartunek J.M., Dutton J.E. & Margolis J.D. (2012). ÒCare and Compassion through an Organizational Lens: Opening up New Dimensions of Corporate Social Performance: An Analytical FrameworkÓ, Academy of Management Review (37:4), pp. 503-523

Sandeep, M.S. & Ravishankar, M.N. (2015). ÒSocial Innovations in Outsourcing: An Empirical Investigation of Impact Sourcing Companies in India,Ó Journal of Strategic Information Systems (24:4), pp. 270-288.

Sauer, C. (1993). Why Information Systems Fail: A Case Study Approach. Henley, UK: Alfred Waller.

Seddon, P.B., Staples, S., Patnayakuni, R. & Bowtell, M. (1999). ÒDimensions of Information Systems Success,Ó Communications of the AIS (2:20), pp. 1-60.

Selander, L. & Jarvenpaa, S. (2016). ÒDigital Action Repertoires and Transforming a Social Movement Organization,Ó MIS Quarterly (40:2), pp. 331-352.

Sethi S.P. (1975). ÒDimensions of Corporate Social Performance: An Analytical FrameworkÓ, California Management Review (17:3), pp. 58-64.

Son, J.Y. & Kim, S.S. (2008). ÒInternet Users' Information Privacy-Protective Responses: A Taxonomy and a Nomological Model,Ó MIS Quarterly (32:3), pp. 503-529.

Spagnoletti, P., Resca, A. & Lee, G. (2015a). ÒA Design Theory for Digital Platforms Supporting Online Communities: A Multiple Case Study,Ó Journal of Information Technology (30:4), pp. 364-380.

Spagnoletti, P., Resca, A. & Saebo, O. (2015b). ÒDesign for Social Media Engagement: Insights from Elderly Care Assistance,Ó Journal of Strategic Information Systems (24:2), pp. 128-145.

Srivastava, S.C. & Shainesh, G. (2015). ÒBridging the Service Divide Through Digitally Enabled Service Innovations: Evidence from Indian Healthcare Service Providers,Ó MIS Quarterly (39:1), pp. 245-267.

Stahl, B.C., Doherty, N.F. and Shaw, M. (2012). ÒInformation Security Policies in the UK Healthcare Sector: A Critical Evaluation,Ó Information Systems Journal (22:1), pp. 77-94.

Stark, A. (1993). ÒWhat's the Matter with Business Ethics?Ó, Harvard Business Review (71:3)0, pp. 38-40, 43-4, 46-8

Tarafdar, M. & Davison, R.M. (2018). ÒResearch in Information Systems: Intra-disciplinary and Inter-disciplinary Approaches,Ó Journal of the Association for Information Systems (19:6), pp. 523-551.

Wall, J.D., Stahl, B.C. & Salam, A.F. (2015). ÒCritical Discourse Analysis as a Review Methodology: An Empirical Example,Ó Communications of the AIS (37:11), pp. 257-285.

Walsham, G. (2012). ÒAre We Making a Better World with ICTs? Reflections on a Future Agenda for the IS Field,Ó Journal of Information Technology (27:2), pp. 87-93.

Watson, R.T., Boudreau, M.-T. & Chen, A.J. (2010). ÒInformation Systems and Environmentally Sustainable Development: Energy Informatics and New Directions for the IS Community,Ó MIS Quarterly (34:1), pp. 23-38.

Wenger, E. (1998). Communities of Practice: Learning, Meaning and Identity, Cambridge: Cambridge University Press.

Wiener M., Saunders C., Chetterjee S., Dennis A.R., Gregor S, Ma_hring M. & Mertens P. (2018). ÒInformation Systems Research: Making an Impact in a Publish-or-Perish WorldÓ, Communications of the Association for Information Systems (43:26), pp. 467-481.

Wong, L.H.M. & Davison, R.M. (2018). ÒKnowledge Sharing in a Global Logistics Provider: An Action Research Project,Ó Information & Management (55:5), pp. 547-557.

Wood D.I. (1991). ÒCorporate Social Performance RevisitedÓ, Academy of Management Review (16:4), pp. 691-718.


The authors acknowledge the feedback provided by attendees at presentations of many of the ideas in this paper, at ACIS 2015, Bled 2016 and the University of Sydney Business School in 2018; to a considerable number of colleagues who have undertaken informal review of related manuscripts; and to two formal reviewers.

Author Affiliations

Roger Clarke is Principal of Xamax Consultancy Pty Ltd, Canberra. He is also a Visiting Professor in Cyberspace Law & Policy at the University of N.S.W., and a Visiting Professor in the Research School of Computer Science at the Australian National University.

Robert Davison is a Professor of Information Systems at City University of Hong Kong. He is Editor-in-Chief of both the Information Systems Journal and the Electronic Journal of Information Systems in Developing Countries, and Chair of IFIP WG 9.4.

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