Association for Information Systems
AIS Electronic Library (AISeL)
GlobDev 2014
Proceedings Annual Workshop of the AIS Special
Interest Group for ICT in Global Development
12-14-2014
A Cluster Analysis of Research in Information
Technology for Global Development: Where to
from here?
Jie Xiong
University of Nebraska at Omaha, jxiong@unomaha.edu
Sajda Qureshi
University of Nebraska at Omaha, squreshi@unomaha.edu
Lotfollah Najjar
University of Nebraska at Omaha, lnajjar@unomaha.edu
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Xiong, Jie; Qureshi, Sajda; and Najjar, Lotfollah, "A Cluster Analysis of Research in Information Technology for Global Development:
Where to from here?" (2014). GlobDev 2014. Paper 1.
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Xiong et al.
Cluster Analysis of Research in ICT4D
A Cluster Analysis of Research in Information
Technology for Global Development:
Where to from here?
Research-in-progress Paper
Jie Xiong
Sajda Qureshi
University of Nebraska at Omaha
6001 Dodge Street, Omaha, NE 68182
jxiong@unomaha.edu
University of Nebraska at Omaha
6001 Dodge Street, Omaha, NE 68182
squreshi@unomaha.edu
Lotfollah Najjar
University of Nebraska at Omaha
6001 Dodge Street, Omaha, NE 68182
lnajjar@unomaha.edu
ABSTRACT
While research in Information Systems recognizes the importance of Information
Technology in a global context, it continues to focus on a narrow view of IT adoption. In
recognizing that the majority of innovations in IT are taking place in developing
countries, it is important to find out what research is being undertaken to understand the
effects of the different technologies on development outcomes. This paper conducts a
cluster analysis of 214 papers from the SigGlobDev Workshop, the Information
Technology for Development Journal and other Information Systems Journals and
conferences which have published papers in Information Systems and Global
Development. This analysis throws light on the ways in which research is being
undertaken in this area. The contribution of this paper lies in identifying the key areas in
which Information Systems research is addressing the ways that development outcomes
are or are not being addressed, and it highlights areas that still need to be investigated.
Keywords: IT for Development, Economic Development, Social Development, Human
Development, Cluster Analysis
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Xiong et al.
Cluster Analysis of Research in ICT4D
INTRODUCTION
It appears that current research in Information Systems (IS) focusses on how Information
Technology (IT) can be adopted by users. Yet the majority of people in organizations adopt
technology on a regular basis, and gains from the adoption of IT have only been assessed in a
rudimentary fashion such as return on investment, net present value or transaction cost analysis.
The bottom line of a business, community or society relating to its survival and growth has not
been connected to its use of IT. Limited research has been conducted in IS into studying the
outcomes of IT Adoption beyond variables affecting the user perceptions of technology. One
way of assessing the ways in which technology can improve the lives of people is by assessing
the ways in which the majority of businesses in the world that are micro-enterprises adopt the
technology. There is evidence to suggest that when these businesses use IT in innovative ways,
they grow by a factor of 3.8 (Qiang et al. 2003).
Although innovations in Information Systems have had an impact on multiple aspects of the way
organizations do business, and how communities and regions grow, little is known about how
this impact takes place. Questions arise, such as, Why do we need to know about how IT brings
about Development? Why does it matter? While the majority of innovations in Information
Systems appear to be taking place in the developing world, little research in Information Systems
has attempted to understand why this is the case? And, how are these innovations affecting the
lives of people?
Cell phones are being used to make payments at street markets and to drive agriculture supply
chains in African and Asian countries. Mobile technologies also support the transfer of funds
between people in Asia, Africa and the Middle East. The world’s largest numbers of users of
mobile payments reside in Kenya. Fishermen and farmers are able to find new markets by using
simple text messaging; new businesses are developing which support the increased demand
fueled by the liquidity and income generated by new markets. The Economist reported that for
every 100 cell phones in a typical developing country, gross domestic income rises by almost a
percentage point. This suggests that there is growth in incomes through the use of mobile
technologies (Economist, 2009).
Recent events in the world have shown that Information and Communication Technologies
(ICTs) can bring about significant changes in the lives of people. For example, the use of social
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Cluster Analysis of Research in ICT4D
media and mobile communications have brought about changes in the way people interact with
their governments - as can be seen in the Arab Spring – and the way they do business and
interact in their communities. However, what research is being undertaken to understand the
effects of technology on development outcomes? And how is this research contributing to what
we already know? Are there any connections between levels of analysis, research methods and
contributions development outcomes?
Because there are many different ways of adopting IT, this paper provides a theoretical and
empirical basis of understanding the outcomes of using IT. It appears that the innovative ways in
which Information Systems are used in different regions enable these regions to develop. The
purpose of this paper is to find out what is known about the effects of Information Technologies
on how development takes place. We review key papers in leading journals and workshops that
report on these innovations. Our analysis samples 214 papers from the SigGlobDev Workshop,
the Information Technology for Development Journal and other Information Systems Journals
and conferences that have published papers in Information Systems and Global Development.
We hypothesize that the different development outcomes, including social development,
economic development, and human development, are associated with the research methods
scholars choose, as well as different levels of analysis. We follow a cluster analysis method to
see how these papers are grouped with each other. This analysis throws light on the ways in
which research is being undertaken in this area. The contribution of this paper is in identifying
the key areas in which Information Systems research is addressing the ways in which
development outcomes may or may not be addressed and highlights areas that still need to be
investigated.
THEORETICAL BACKGROUND
The concept of development has its roots in innovation of the firm. Development is defined as
“changes in the system that arise from within the system” (Schumpeter, 1934, p.63).
Development is often used to describe growth in organizations and in the regions in which they
reside. ICTs and development can be viewed as socioeconomic improvements through transfer
and diffusion (Avgerou, 2010). Economic development can entail political, opportunity, and
economic freedom (Sen, 1999). As ICT development entails increasing diversity of research
topics, research methods, and research implications, we surveyed the literature in the Information
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Cluster Analysis of Research in ICT4D
System Research areas to understand the role of ICT as an artifact in development (Sein and
Harindranath, 2004, Taylor et al., 2010; Orlikowski and Iacono, 2001). We hope to derive a
common body of knowledge that can be shared in the IS area (Hirschheim and Klein, 2012).
Traditionally, IS research has been driven by areas such as adoption and diffusion of IT (Davis
1989, Harrison et al. 1997, Venkatesh, et al. 2003, Gefen, et al. 2003) for developing methods
and approaches for implementing IS globally and for managing dispersed collaborative
environments in a variety of contexts including off-shore outsourcing (Carmel and Nicholson,
1993; Tractinsky and Jarvenpaa 1995, Willcocks et al. 2004, Sahay et al. 2003, La Rovere
& Pereira, 2000, Watson et al 1997). Since IS research is both a science and a profession,
generalizability is a major concern in IS research (Lee and Baskerville, 2003).
Similarly, research in the field of Information Technology for Development (ITD) has grown to
provide specific insight and approaches through which Information Systems can be implemented
and adopted in a variety of cultural contexts. It is the study of how innovative applications of IT
bring about improvements in the lives of people. These improvements are assessed in terms of
economic, social and human outcomes. ITD research has made contributions in providing
equitable access to information and knowledge in areas such as education (Rodrigues and
Govinda 2003; Rodrigo 2003, Scheepers and de Villiers 2000), healthcare (Braa et al 2004;
Mosse and Sahay 2005; Kimaro and Nhampossa, 2005), software development (Chudnovsky and
Lopez 2005; Tan and Leewongcharoen, 2005; Han, 2000), reduction in poverty (Cecchini and
Scott 2003; Kenny, 2000; Qureshi et al 2009), better government (Tan and Leewongcharoen,
2005; Walsham and Sahay, 1999; Qureshi, 1998), and off-shore outsourcing (Sahay et al., 2003;
Preis-Heje et al., 2005; Hawk and McHenry, 2005). Now that the effects of globalization
permeate many parts of life, organization, and society, the relevance of ITD research for the MIS
community is evident.
Although ICT has been conceptualized as a tool to achieve social, economic, and human
development, little is known about how this tool may actually enable development. Brown and
Grant (2010) argue that the existing research in ICT for Development can be categorized into
“For Development” and “In Developing” countries by reviewing 184 journal and conference
articles from 1982-2007. ICT for Development research focuses on the link between ICTs and
development, and empowering marginalized populations, while the research of ICT in
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Cluster Analysis of Research in ICT4D
Development focuses on cultural implications and local adaptation (Brown and Grant, 2010). It
is argued that increased research attention should be placed on research in developing contexts,
that is, “For Development.” Avgerou (2008) suggested that IS research in development should
engage with the study of IS innovation with particular social-economic rationales, especially in
development countries. Sein and Harindranath (2004) also proposed ICT use, ICT views, and
ICT impact as key ICT artifacts, to understand the role of ICT in national development.
Some suggest that in a set of emerging economies, IT investments achieved consistently higher
growth rates of GDP and productivity (Kraemer and Dedrick, 1994; Samoilenko and OseiBryson, 2011). However,
Bollou and Ngwenyama (2008) investigated the total factor
productivity of ICT sectors in six West African countries from 1995 to 2002. They determined
that total factor productivity of those countries did not benefit from the investment, because
“Using ICT as an engine of economic growth is complex” (Bollou and Ngwenyama, 2008,
p303). Heeks (2002) pointed out that the accessibility of IS failure in developing countries is not
as easily identified, compared to the industrialized countries. Pick and Azari (2008) conducted
research on the influence factors on ICT from 71 developing and developed countries. They
identified technology attributes that are strongly associated with foreign direct investment (FDI),
government prioritization of IT, and education. These authors suggested that there was a lack of
case study research from developing countries about how ICT could leverage economic, social,
and human development. The definition of development remains controversial; the majority of
definitions of ‘development’ carry implicit value assumptions (Summer and Tribe, 2008). Willis
(2011) placed development theories within a historical context. Escobar (1995) conducted a
discussion of alternative visions for a post-development era, suggesting that current views on
development prevent people in developing countries from coming out of poverty. The various
applications of ICT have been seen to fuel globalization. A number of theories have been
developed on the nature and impact of the process of globalization (Castells 2001, Held et al
1999, Hirst and Thompson 1996, Robertson 1992, Scholte 1993, Wallerstein 1974, Giddens
2003). Castells (2000) was notable in his description of globalization fueled by IT; he suggested
that what characterizes the current technological revolution is the application of knowledge and
information within knowledge generating and information processing devices. The following
sections describe what is known about the three aspects of development: economic, social and
human.
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Cluster Analysis of Research in ICT4D
Economic Development
The most discusses aspect of development, Economic Development, can be viewed as
quantitative and qualitative improvement in the economy. Economic development as a concept
entails a broad view of economic growth. Malecki (1997) distinguished between economic
growth and economic development. Economic growth “increases in the quantity or the value of
the goods and services” (Malecki, 1997, p1) and economic development “leads to qualitative
improvements in life” (Malecki, 1997, p1). As Sen (1973, p748) pointed out, “economic growth
is one aspect of the process of economic development.” Economic development involves the
growth and improvement of factors such as literacy rates, poverty rates, employment rates, GDP
per capita, access to healthcare, and government investment.
On the other hand, care must be taken to understand ICT investment and strategies towards
development countries. Ewusi-Mensah (2012) provided analysis associated with IT diffusion in
sub-Saharan Africa. He identified inadequate IT resources, hindered levels of IT assimilation,
and the inadequate human resources as the main reasons the impact of IT on the economy is
problematic.
Essentially, as a country level indicator, economic development is highly related to human
development in education, health, and income. Economic growth and development are often
observed simultaneously. For example, Kamal et al. (2008) investigated ICT capacity and skills,
and their effect on economic development in 183 countries of the United Nations. The authors
showed that increase in skill development and ICT capacity development would ultimately lead
to economic development. Jiménez et al. (2013) investigated the Cobb-Douglas relationship,
between GDP per capita, info-density, tertiary and secondary education, and labor from 72
countries. They pointed out that there is an imbalance between developed and developing
countries in the ICTs’ effect on GDP per capita.
As a key determinant of a nation’s development of production, technology can be explained as
an exogenous factor which could interact with other determinants, such as capital and labor, and
lead to economic growth (Mankiw, 2012). Mankiw et al. (1992) provide an augmented Solow
Growth Model and analyze the data of 121 countries from 1960-1985. It has been observed that
there are not substantial externalities to the accumulation of physical capital, which provides the
foundation for emerging economies in the world, such as Brazil, Russia, India, and China
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Cluster Analysis of Research in ICT4D
(BRIC) to catch up and to achieve “leapfrogging”( Brezis et al., 1993). That is, new technology
enables developing countries to use lower wages to achieve new leadership (Brezis, 1993; Lee
and Lim, 2001; Steinmueller, 2001).
Samoilenko and Osei-Bryson (2011) used the Solow Growth Model to show that IT can have an
effect on productivity in certain types of countries under certain conditions. Disparities occur in
all societies, including those considered to be developed. Chakraborty and Bosman (2005)
measured the inequalities in home PC ownership in the United States by applying the Lorenz
Curve and the Gini coefficient. Based on the data gathered in 2011, the authors found that
inequalities in PC ownership are substantially smaller among white households than among
African American households in the United States. It is important to bridge those gaps because
the use of IT appears in both developed and developing areas. There are several international
organizations, for example, International Telecommunication Union (ITU), United Nations
Conference on Trade and Development (UNCTAD), UNESCO Institute for Statistics (UIS),
Organization for Economic Co-operation and Development (OECD), UN Department of
Economic and Social Affairs (UNDESA), and World Bank, have been focused on the
measurement of and access to ICT infrastructure. The core indicators for measuring access to
ICT are radio, telephone, television, and computer (ITU, 2014).
Social Development
Social development is governed by many factors such as capital, technology, and government
support. Social development tends to focus on ‘putting the people first’ in the development
process (World Bank, 2014). Warschauer (2004) introduced the idea of interaction between ICT
and social inclusion. Social relations shape access to ICT, as well as human and social
development (Coleman, 1988). The concept of social capital is also introduced; social capital is
defined as “aspect of social structures, and the facilitation certain actions of actors within the
structure” (Coleman, 1988, p.98). The benefit of ICT can be shared through social development,
which will increase social capital (Warchauer, 2004).
Midgley et al. (1986) pointed out the importance of community participation in social
development. Although those changes, especially from the Internet (Castells, 2001) will provide
challenges, opportunities, and risks for emerging areas (Mansell and Wehn, 1998; MoralesGomez and Melesse, 1998), it is important to understand how those changes could lead to
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Cluster Analysis of Research in ICT4D
sustainable development (Credé and Mansell, 1998). Byrne and Sahay (2007) conducted a
participatory design for social development in South Africa. They showed that community plays
a crucial role in social development. On the other hand, it is important to understand the issue of
cost and wealth distribution, access, ownership and control, and culture when ICT contributes to
social development (Morales-Gomez & Melesse, 1998).
Government has an effect on social development. E-government, defined as “The employment of
the Internet and the world-wide-web for delivering government information and services to the
citizens,” e-learning - the application in education - and e-Health, healthcare practice using the
Internet (United Nations, 2006), play a critical role which could lead to social development,
especially for marginalized people in developing countries (Unwin, 2009).
Human Development
The idea of human development began a revolution of its own in the 1950s and early 1960s with
the research of Schultz (1961), Mincer (1958), and Becker and Chiswick (1966). Economists
current place much greater emphasis than in the past on the importance of knowledge and
information to development of countries and of individuals (Becker and Woessmann, 2011).
Human Capital has a role in lowering economic costs or in elevating customers’ willingness to
pay (Porter, 1985, p. 394). Human capital is defined and created by changes in individuals
which increase skills and capabilities, enabling people to behave in new ways (Coleman, 1988).
Human capital also can be described as all the competencies and commitments of the people
within an organization (Ceridian, 2007).
Human capital may be assessed in terms of education and social embeddedness. Social
embeddedness is defined as the degree to which individuals or firms are enmeshed in a social
network (Granovetter, 1985). Boyer-Wright and Kottemann (2008) compared e-government
issues in emerging parts of the world, including Eastern European and Asian countries, and in
advanced countries. They also noted that education and on-the-job training of individuals plays
an important role in ICT use in the three domains. Ngwenyama and Morawczynski (2009)
determined that economic factors, human capital, geography, and civil infrastructure factors
should be considered during analysis. Baliamoune-Lutz (2003) argued that ICT diffusion is not
associated with education, a conclusion based on cross-sectional data from the World Economic
Forum’s (WEF) Government Information Technology Report (GITR).
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Cluster Analysis of Research in ICT4D
Education and training expenditures are the key variables used to assess human capital.
Education in its broadest sense is the means through which aims and habits of a group of people
are sustained from one generation to the next. Training is the acquisition of knowledge, skills,
and competencies as a result of learning vocational or practical skills, and increasing knowledge
that relate to specific useful competencies. Training has the specific goals of improving an
individual’s capability, capacity, and performance. Training forms the core of apprenticeships
and provides the backbone of content at institutes of technology (also known as technical
colleges or polytechnics). As a socioeconomic improvement, it is critical to understand how ICT
could lead to social, economic, and ultimately human development (Avgerou, 2010).
In sum, economic development, social development, and human development are not
independent systems. Although human development is closely associated with social
development and economic development, economic development outcomes are also associated
with them. This relationship can be cyclical in some cases, bringing negative growth cycles as
well as positive growth cycles (Qureshi 2005, Qureshi et al 2009).
CONCEPTUAL RESEARCH MODEL
Although development outcomes can be assessed in multiple ways through economic, social and
human development lenses, research methods and levels of analysis also vary. Based on the
discussion of the literature above, we hypothesized that the different development outcomes social development, economic development, and human development - are associated with the
research methods scholars choose as well as different levels of analysis. Figure 1 describes the
conceptual research model we propose.
Research methods that can be identified in the IS field range from qualitative action research and
case studies to quantitative methods, which range from experiments to statistical analysis
methods. There are also a range of theoretical papers that report literature reviews and develop
models or frameworks. IT for Development research tends to go beyond the conceptual,
individual, group and organizational levels of analysis to the country level of analysis. In this
analysis these three aspects of research, research method, level of analysis and development
outcomes, are used as the basis of coding the articles collected.
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Cluster Analysis of Research in ICT4D
Figure 1. Conceptual Research Model
Level of Analysis
Conceptual, Individual, Group,
Organizational, Country
Research Method
Action Research,
Case study, Experiment-Statistical
Analysis, Literature,
Frameworks-Model development
Development Outcome
Social, Economic and
Human
RESEARCH METHODOLOGY
Cluster Analysis was conducted in this research to identify the key themes. Cluster Analysis has
been widely applied in the IS research field to help researchers classify and unravel entities in a
given context (Balijepally, Mangalaraj, & Iyengar 2011). Particularly, two-step cluster was
adopted, because the relocation and hierarchical clustering methods did not directly address the
issue of determining the number of clusters (Bacher, Wenzig, & Vogler, 2004). The two-step
cluster could sufficiently contain both continuous and categorical variables, which provided
opportunities to extend this research in the future. Two-step cluster analysis in SPSS involves
two steps: the pre-cluster data stage, which adopts a sequential clustering approach (Theodoridis
and Koutroumbas, 1999), and grouping data into sub-clusters, using agglomerative hierarchical
clustering methods (Bacher, Wenzig, & Vogler, 2004).
Cluster analysis is considered to be a powerful tool in IS research, because it permits researchers
to examine the socio-technical phenomenon through interaction with organization, technology,
and people (Balijepally et al., 2011). Lowry et al. (2013) conducted cluster analysis on top IS
journals; they identified MISQ, ISR, and JMIS as Tier 1 clusters, and EJIS, ISJ, JAIS, and JSIS
as Tier 2 clusters. Because of the exploratory setting of the proposed research hypothesis, twostep cluster analysis in SPSS was selected. Data was collected from recent journals, conferences,
and workshop publications.
In order to triangulate the cluster analysis, we conducted a test of independence. This was
conducted to find out if there was any correlation between the variables to triangulate the
findings from the exploratory cluster analysis. Pearson's chi-squared (χ2) test for independence
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was conducted to further explore if the three dimensions/categories: research methods, level of
analysis, and development outcomes.
DATA COLLECTION
This study carried out content analyses of publications in IS research as they related to how ICT
related to Development outcomes. Since the majority of ITD has been reported since 2008, this
research was focused on publications from 2008-2014. However, other important and
representative IS journals and conferences from 2002-2014 were also included in the research.
The major journals in MIS that are highly cited were scanned for the terms “Information
Technology for Development.” The journals that produced the most papers in this area are: the
Information Technology for Development Journal, Senior Scholars' Basket of Journals 1 :
European Journal of Information Systems, Information Systems Journal, Information Systems
Research, Journal of AIS, Journal of Information Technology, Journal of MIS, Journal of
Strategic Information Systems, MIS Quarterly, and Annual SIG GlobDev Pre-ICIS Workshop.
We selected these journals and workshops because they represent the frontier of research in IS,
especially from IT for development. The combination of journals and conferences provided upto-date research trends and insightful research analysis. Particularly, our sample contained
comprehensive collections of all SIG GlobDev Pre-ICIS Workshop publications from 20082013.
Table 1. Description of Data
Paper Resources
Annual SIG GlobDev Pre-ICIS Workshop
The Journal of Information Technology for Development (ITD)
Other Important and Representative IS journal and conference
publications
Total
1
Time
Frames
2008-2013
2008-2014
Number
of Paper
118
74
2002-2014
22
http://aisnet.org/general/custom.asp?page=SeniorScholarBasket
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214
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Through the above selection and searches by using keywords “development” and “Information
Technology,” 217 publications were gathered for this study. Following Zhang et al.’s (2011)
approach, each paper was examined and coded using the concepts discussed in the conceptual
development section. Step one in the research involved examining, coding and validating the
results. Step two involved the revalidation of a random sample of the results. Table 1 provides
the description and distribution of the data.
MODE OF ANALYSIS
Each paper gathered was further coded using the concepts discussed in the conceptual
development section. There are nine variables that needed to be coded into the spreadsheet:
publication year, publication type, key words, research methods, demographics, findings,
development outcomes, theory base, and level of analysis. At the first stage of exploratory
research, research methods, development outcomes, and level of analysis were selected and
identified as important variables. Table 2 provides an overview of the coded variables from the
paper.
Publication Year
Publication Type
Key Words
Research
Methods
Demographics
Findings
Development
Outcomes
Theory base
Level of analysis
Table 2. Variables from the Paper
The Year of Publication
Paper can be either journal, workshop, or conference publications.
Keys words from the publication
Action Research, Case Study, Literature Review, Model Development,
and Statistical Analysis
The location where the study was studied
Findings of the paper
Economic Development, Human Development, Social Development
Different theories that authors adopt, e.g., UTAUT, Sen’s Capability
Framework.
Conceptual, Country, Group, Individual, and Organizational
Research methods in the sample of papers we identified are classical research methods that can
be observed from IS research, including Action Research, Case Study, Literature Review, Model
Development, and Statistical Analysis. Development outcomes contained the three types of
development which were discussed in the theoretical background, including economic
development, social development, and human development. The third variable we identified was
the level of analysis, which contained Conceptual, Country, Group, Individual, and
Proceedings of the SIG GlobDev Seventh Annual Workshop, Auckland, New Zealand. December 14, 2014
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Organizational levels of analysis. The other variables we gathered and coded will provide the
opportunity to further explore the data in future research.
RESULTS AND ANALYSIS
Cluster analysis enables us to discover structures in data without explaining why they exist.
There are certain determining factors affecting development outcomes: research method, theory
base, level of analysis, and location of the study. The cluster analysis (Hair et al., 2006) using
SPSS version 21 was conducted on the coded 214 papers. Seven papers were excluded due to
incomplete data. Two-way cluster analysis was conducted, and three clusters were generated.
Table 3 provides information about the cluster distributions.
Table 3. Cluster Distributions
N
% of Combined
% of Total
1
85
41.06%
39.7%
2
48
23.19%
22.4%
Cluster
3
74
35.75%
34.6%
Combined
207
100.0%
96.7%
Excluded Cases
7
3.3%
Total
214
100.0%
The three clusters that were identified contain 85 (41.06%), 48 (23.19%), and 74 (35.75%)
publications, respectively. Table 4 below provides the summary of the sample data findings.
Table 4. Summary of the Sample Data Findings
Type
Number
Action Research
7
Case Study
86
Literature Review
17
Research Methods
Model Development
50
Statistical Analysis
47
Total
207
Conceptual
21
Country
77
Group
4
Level of Analysis
Individual
35
Organizational
70
Total
207
Economic Development
86
Human Development
40
Development Outcomes
Social Development
81
Total
207
Dimension
Proceedings of the SIG GlobDev Seventh Annual Workshop, Auckland, New Zealand. December 14, 2014
Percentage
3.38%
41.55%
8.21%
24.15%
22.71%
100%
10.14%
37.20%
1.93%
16.9%
33.8%
100%
41.55%
19.32%
39.13%
100%
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Cluster Analysis of Research in ICT4D
There are 86 papers that used case study as the main research method, which represented 41.55%
of all research method chosen from the sample. The second and third most frequently used
methods are model development and statistical analysis. Only seven papers from the sample
selected action research as the research method. In terms of level of analysis, the majority of the
papers focused on country, organizational, or individual level analysis. Very few research papers
focus on group level analysis. The most-studied level of analysis in the sample of papers studied
was the country level of analysis.
As is illustrated in Figure 2, studies in global development were not limited to developing
countries but also included developed countries such as the United States, Australia and the
Netherlands. It is interesting to note that the majority of country-level studies in the development
outcomes of IS are in India and the USA. The countries studied in the 207 papers analyzed in
this sample are distributed as follows:
Figure 2. Main Countries
Of the total number of papers analyzed, the papers appeared to cluster around social and
economic development, human development with case study, model development and statistical
analysis methods being the most used. The following figure 3 illustrates the distribution of
papers:
Proceedings of the SIG GlobDev Seventh Annual Workshop, Auckland, New Zealand. December 14, 2014
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Cluster Analysis of Research in ICT4D
Figure 3. Distribution of total Papers
In terms of development outcomes, a combination of economic and social development were
found and social and human development papers appeared to stand in their own cluster. As stated
above, three clusters were identified from the 207 publications. The following sections provide a
specific description of each cluster.
Cluster 1- Economic and Social Development at the Country level
The first cluster contains the largest number of papers, 85 across 207 publications, which covers
41.06% of the data. As data presented in Table 5 indicates, 75.29% of the papers in this cluster
comprise country-level analysis. Among the groups, development outcomes arrive at either
economic development (50.59%) or social development (49.91%). In terms of research methods,
a mixture of case study (24.71%), literature review (14.12%), model development (30.59%), and
statistical analysis (30.59%) were observed. This distribution is illustrated in figure 4.
Proceedings of the SIG GlobDev Seventh Annual Workshop, Auckland, New Zealand. December 14, 2014
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Cluster Analysis of Research in ICT4D
Figure 4. Economic and Social Development Country Level
The clustering of papers at the level of analysis indicates that economic and social development
outcomes are most studied. Although there is a significant correlation between level of analysis
and development outcomes (see appendix 1), it appears from a review of the papers in this
cluster that the main contributions in this cluster relate to the digital divide, mobile penetration
and payments, tele-centers, telecommunications, and on cyber-crime and corruption. Models and
frameworks used were primarily Sen’s capability approach and statistical analysis at the macro
level.
Cluster 2-Human Development at the Group Level
Members from cluster 2 represented 48 (23.19%) of the sample. This was the smallest of the
three clusters. More than half (54.17%) of the papers in this cluster comprised research at the
group level. We also observed that there was a mixture of research methods. 81.25% of the
papers in this group studied human development, and the rest of the papers (18.75%) studied
social development. Economic development was not observed in this cluster. This cluster is
illustrated in Figure 5.
Proceedings of the SIG GlobDev Seventh Annual Workshop, Auckland, New Zealand. December 14, 2014
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Cluster Analysis of Research in ICT4D
Figure 5. Human Development at the Group Level
In addition to the types of papers observed in cluster 1 on the digital divide, mobile phones and
the digital divide mostly using the Sen Capability model, this cluster was also comprised of
papers on crowdsourcing, Massive Open Source On-Line Communities, eLearning and education.
The key characteristic of this cluster is that human development outcomes are studied at the
group level. The group level is also seen to encompass communities that use ICTs to achieve
better livelihoods.
Cluster 3- Economic and Social development of Organizational Case Studies
The third cluster was comprised of 74 papers, or 35.75% of the papers from this sample. In this
group, more than half of the research methods used in these papers were case studies (56.76%).
In terms of level of analysis, 85.14% of the papers focused on organizational level analysis. In
development outcomes, 98.65% of the papers in this cluster focused either on economic
development (58.11%) or social development (40.54%). This cluster is depicted as follows:
Proceedings of the SIG GlobDev Seventh Annual Workshop, Auckland, New Zealand. December 14, 2014
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Cluster Analysis of Research in ICT4D
Figure 6. Economic and Social development of Organizational Case Studies
Papers in this cluster were comprised of ethnographic studies, ICT intermediaries, participation,
mobile and telecenter usage, health information systems and small business entrepreneurship
through ICTs. It appeared from the papers in this cluster that case studies in organizations relate
primarily to how people may achieve better economic livelihoods for themselves, and how social
capital and social embeddedness may enable social development outcomes. These papers showed
that it is possible to arrive at conclusions based on case studies of economic and social
development outcomes.
We know from the above literature review that social and economic development outcomes are
interconnected.
The results of our analysis confirm these connections and show that
contributions are being made through both qualitative and quantitative methods. The following
Table 5 provides a summary of the key content of each cluster described above.
Triangulating this analysis with a test of independence between the three sets of variables (see
appendix 2), we found that there is a significant correlation between: 1) levels of analysis and
development outcomes and 2) levels of analysis and research methods. However there was no
significant connection between development outcomes and research methods. These findings
suggest that it is the level of analysis that is most important in helping researchers in our field
arrive at contributions to development.
Proceedings of the SIG GlobDev Seventh Annual Workshop, Auckland, New Zealand. December 14, 2014
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Cluster Analysis of Research in ICT4D
Table 5. The Cluster Content
Research Methods
Cluster 1: Country level
economic development (n=85)
Cluster 2: Group level analysis
on human development (n=48)
Model Development
and Statistical Analysis
Case Study, Model
Development, and
Statistical Analysis
Cluster 3-Organizational level
case studies on economic and
social development (n=74)
Case Study
Level of
Analysis
Country
Development
Outcomes
Economic and
Social
Group
Human and
Social
Organizational
Economic and
Social
The lack of clustering of conceptual and individual levels of analysis, and action research and
literature review research methods suggest that these may be ways in which contributions to
development need to be made. An area that still needs to be investigated in more depth are
human development outcomes at the individual level. Given that the majority of IS research is at
the individual and organizational level, it is surprising to see that limited research on
development outcomes particularly at the individual and conceptual level is being undertaken.
While conceptual papers abound in both IS literature and in ITD literature, it is interesting to
note that conceptual papers and literature reviews that are currently published in our field rarely
offer insights into development outcomes.
CONCLUSIONS, LIMITATIONS, AND FUTURE RESEARCH
The authors of this paper conducted a cluster analysis of a sample of papers from the
SigGlobDev Workshop, the Information Technology for Development Journal and other
Information Systems Journals and conferences which have published papers in Information
Systems and Global Development. This analysis throws light into the ways in which research has
been undertaken in this area. Three clusters, Economic and Social Development at the Country
level, Human Development at the Group Level, and Economic and Social development of
Organizational Case Studies have been are identified. Our research indicates that there is limited
research on development outcomes particularly at the individual and conceptual level. The
contribution of this paper is in identifying the key areas in which Information Systems research
has addressed how development outcomes may or may not be addressed, and the authors
highlight areas that still need to be investigated.
Proceedings of the SIG GlobDev Seventh Annual Workshop, Auckland, New Zealand. December 14, 2014
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Cluster Analysis of Research in ICT4D
The study has several limitations that need to be addressed. First, as Ketchen and Shook (1996)
point out, due to the limitations of cluster analysis, cluster analysis should be used in
combination with other research methods, such as determination the number of clusters,
validating clusters, and multicollinearity among variables, in order to maximize the development
of knowledge. Second, due to the sample size limitation, we a larger sample size is needed to
further investigate the research.
Finally, as illustrated in Appendix 3, we provided a test of independence. This was conducted to
determine whether there was any correlation between the variables to triangulate the findings
from the exploratory cluster analysis. Pearson's chi-squared (χ2) test for independence was
conducted to further explore if the three dimensions/categories, i.e. research methods, level of
analysis, and development outcomes. In future research, we will conduct cluster analysis and test
of independence for the extended sample gathered from those major journals, conferences, and
workshops in IT for Development research.
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APPENDIX 1: CLUSTER ANALYSIS
Table 6. Cluster 1-Country level, economic and social development
Cluster 1 (n=85)
Dimension
Type
Number
Percentage
Action Research
0
0.00%
Case Study
21
24.71%
Literature Review
12
14.12%
Research Methods
Model Development
26
30.59%
Statistical Analysis
26
30.59%
Total
85
100%
Conceptual
19
22.35%
Country
64
75.29%
Group
2
2.35%
Level of Analysis
Individual
0
0.00%
Organizational
0
0.00%
Total
85
100%
Economic Development
43
50.59%
Human Development
0
0.00%
Development Outcomes
Social Development
42
49.41%
Total
85
100%
Table 7. Cluster 2-Group level, human development
Cluster 2 (n=48)
Dimension
Type
Number
Action Research
3
Case Study
23
Literature Review
1
Research Methods
Model Development
10
Statistical Analysis
11
Total
48
Conceptual
2
Country
13
Group
26
Level of Analysis
Individual
0
Organizational
7
Total
48
Economic Development
0
Human Development
39
Development Outcomes
Social Development
9
Total
48
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Percentage
6.25%
47.92%
2.08%
20.83%
22.92%
100%
4.17%
27.08%
54.17%
0.00%
14.58%
100%
0.00%
81.25%
18.75%
100%
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Cluster Analysis of Research in ICT4D
Table 8. Cluster 3-Organizational level case study on economic and social development
Cluster 3 (n=74)
Dimension
Type
Number
Percentage
Action Research
4
5.41%
Case Study
42
56.76%
Literature Review
4
5.41%
Research Methods
Model Development
14
18.92%
Statistical Analysis
10
13.51%
Total
74
100%
Conceptual
0
0.00%
Country
0
0.00%
Group
2
2.70%
Level of Analysis
Individual
9
12.16%
Organizational
63
85.14%
Total
74
100%
Economic Development
43
58.11%
Human Development
1
1.35%
Development Outcomes
Social Development
30
40.54%
Total
74
100%
APPENDIX 2: MAIN COUNTRIES STUDIED
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APPENDIX 3: TEST OF INDEPENDENCE
This was conducted to find out if there is any correlation between the variables to triangulate the
findings from the exploratory cluster analysis. Pearson's chi-squared (χ2) test for independence
was conducted to further explore if the three dimensions/categories, i.e. research methods, level
of analysis, and development outcomes.
Chi-square Test of Independence for Level of Analysis and Development Outcomes
H0=Level of Analysis and Development Outcomes are independent with each other.
Ha= Level of Analysis and Development Outcomes are dependent with each other.
Chi-Square Tests
Value
df
Asymp. Sig. (2-sided)
Pearson Chi-Square
26.146a
8
.001
Likelihood Ratio
23.396
8
.003
Linear-by-Linear Association
.776
1
.378
N of Valid Cases
208
a. 4 cells (26.7%) have expected count less than 5. The minimum expected count is .75.
Symmetric Measures
Value
Nominal by Nominal
Contingency Coefficient
Approx. Sig.
.334
.001
208
N of Valid Cases
Since p value is .001, so the null hypothesis is rejected. Level of Analysis is dependent with
Development Outcomes.
Chi-square Test of Independence for Level of Analysis and Research Methods
H0=Level of Analysis and Research Methods are independent with each other.
Ha= Level of Analysis and Research Methods are dependent with each other.
Chi-Square Tests
Value
df
Asymp. Sig. (2-sided)
Pearson Chi-Square
54.404a
16
.000
Likelihood Ratio
56.324
16
.000
Linear-by-Linear Association
17.459
1
.000
N of Valid Cases
209
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a. 12 cells (48.0%) have expected count less than 5. The minimum expected count is .13.
Symmetric Measures
Value
Nominal by Nominal
Contingency Coefficient
Approx. Sig.
.454
.000
209
N of Valid Cases
Since p value is 0, so the null hypothesis is rejected. Level of Analysis is dependent with
Research Methods.
Chi-square Test of Independence for Development Outcomes and Research Methods
H0=Development Outcomes and Research Methods are independent with each other.
Ha= Development Outcomes and Research Methods are dependent with each other.
Chi-Square Tests
Value
df
Asymp. Sig. (2-sided)
Pearson Chi-Square
9.548a
8
.298
Likelihood Ratio
10.236
8
.249
4.165
1
.041
Linear-by-Linear Association
208
N of Valid Cases
a. 4 cells (26.7%) have expected count less than 5. The minimum expected count is 1.31.
Symmetric Measures
Value
Nominal by Nominal
Contingency Coefficient
N of Valid Cases
Approx. Sig.
.209
.298
208
Since p value is .298, null hypothesis cannot be rejected.
Based on the initial test of independence, it appears that level of analysis and development
outcomes, level of analysis and research methods are dependent with each other, while
development outcomes and research methods are independent with each other. As the research is
continuing, the test of independence will be conducted once data collection is completed.
Proceedings of the SIG GlobDev Seventh Annual Workshop, Auckland, New Zealand. December 14, 2014