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Determinant Factors of Firm Performances in the Development of
Traditional Industrial Clusters in Herat City, Afghanistan:
The Application of M.E. Porter’s Diamond Model from the
Social Capital Perspective
by:
Parviz Ahmad Valizadah
Adviser:
Prof. Yoichi MINE
A Dissertation
Submitted to
The Graduate School of Global Studies
Doshisha University
In Partial Fulfilment of the Requirements for the Degree of
Doctor of Philosophy
In
Global Society Studies
May 2016
Kyoto, Japan
i
ABSTRACT
Determinant Factors of Firm Performances in the Development of Traditional Industrial
Clusters in Herat City, Afghanistan:
The Application of M.E. Porter’s Diamond Model from the Social Capital Perspective
Parviz Ahmad Valizadah
Abstract:
More than three decades of conflicts destroyed much of Afghanistan’s infrastructure, as well as its
economy. This turmoil resulted in the brain drain and deprived the country of the knowledge
necessary for its sustainable economic growth. Despite the fact that little attention has been paid to
the growth of private sector, especially, to the development of traditional clusters of micro and small
scale enterprises (MSEs) in Afghanistan, the existing mechanisms of traditional survival methods
at the level of individuals, enterprises, or community have enabled these traditional industrial
clusters to gain ground in today’s complex market and consequently contribute to the economic
growth of country.
The aims of this study are to assess the direct and indirect impacts of social capital on the
performance of MSEs (daily sales revenue of enterprises). The primary data used in this study were
ii
collected through structured questionnaires survey carried out at 204 micro and small scale
enterprises in six sampled traditional clusters in Herat City. The hypotheses derived from the
literature review were tested in order to examine the direct and indirect impacts of social capital on
the performance of MSEs.
The results of the analysis conducted in the framework of Porter’s Diamond Model have revealed
that social capital plays a significant role in promoting the performances of MSEs and cooperation
within the traditional clusters in Herat City. The quality of social capital of enterprises has dynamic
positive and negative effects on their performances. It has been confirmed that social capital
dimension has direct and indirect impacts on the performance of MSEs mediated through other
factors in the Diamond Model.
The components of social capital such as trust and networking seem to play significant roles in
facilitating and synergizing the activities of MSEs, by means of improved access to, and sharing of,
the information on product design, input materials, prices, and other market-related issues.
The findings of this study indicate that such cooperation and competition can be practically
achieved by working on those factors related to social capital and other dimensions in the
framework of Porter’s Diamond Model.
Complex relationships exist among human capital, social capital, and the performance of MSEs in
these traditional industrial clusters. Findings show that the level of trust in the informal networks
such as family, relative and neighbor were much higher than the level of trust in the formal
organization such as local and national government officials and municipality officials in these
clusters. The size of entrepreneurs’ social networks and groups are found to have positive influences
on the performance of enterprises, whereas participation in religious activities has negative effect
on the performance of enterprises in these traditional clusters.
The level of trust in neighbors is found to have a positive association with the cooperation in sharing
information, machinery and tools among the cluster members. The findings have demonstrated that
iii
entrepreneurs who have a family member in the same cluster are more effective in the process of
decision-making and cooperation in price bargaining methods. The findings have also revealed that
charitable activities are more common among enterprises with higher performance. Furthermore,
the participation of entrepreneurs in the informal social networks (such as the local and cultural
associations) has a positive correlation with the size of sources of investment from relatives.
Findings from regression analysis indicate that about 45% of the variations in the performance of
MSEs are explained by thirteen variables representing the social capital and other dimensions within
the conceptual model in this study.
The outcome of regression analysis with the path diagram models reveals that, in addition to its
direct impacts on the performance of MSEs, social capital also has significant indirect impacts on
the performance of enterprises mediated through other dimensions in the conceptual framework of
this study. Therefore, based on the regression analysis conducted in this thesis, all of the constructed
hypotheses were tested and it is statistically accepted that social capital has both direct and indirect
impacts on performance of MSEs.
Finally, the findings of this study indicate that, given that the major role of social capital has been
identified in the framework of Porter’s Diamond Model, a set of policies can be implemented by
policy-makers of the Afghan Government to promote social capital in the process of evaluating and
upgrading activities of the clusters of micro- and small-scale industries.
Keywords: Traditional Cluster, MSE’s Performance, Social Capital, Porter’s Diamond, Herat City,
Afghanistan
iv
ACKNOWLEDGMENT
First of all, I would like to acknowledge my deep gratitude and praise to God
(Almighty Allah) for the blessings that he gave me to pursue and complete this dissertation.
The completion of this dissertation would not have been possible without the support,
friendship, and love from many people and organizations who deserve to be acknowledged
and to receive my hearty gratitude.
I would like to especially thank my supervisor, Professor Yoichi Mine, for his
professional and valuable knowledge, guidance, constant support, patience, his great
personality and always-positive attitude during this research project. His insights and
wisdom will remain with me throughout my academic career.
I would also extend my gratitude and appreciation to each member of my dissertation
committee: To Professor Hisae Nakanishi, for providing great advice and invaluable
support throughout my doctoral course. Without her encouragement, questions and
suggestions the completion of this dissertation would have been extremely hard. To my
committee member, Professor Eiji Oyamada, for providing intellectual guidance, great
assistance, and valuable recommendations. To Professor Mitsuaki Ueda, for taking the time
to be one of the readers of this dissertation. For his invaluable comments, guidance, and for
providing technical assistance in the process of data analysis.
I would like to express my appreciation and gratitude to all of those individuals who
have contributed to my accomplishments. To professor Yoshio Kawamura, Emeritus
Professor of agriculture and rural economics at Ryukoku University, for offering precious
advice and recommendations on early stages of my work. Special thanks to Dr. Sultan
Ahmad Salehi and Dr. Casper Wits for their worthy technical comments on my dissertation.
I would like to acknowledge all those individuals who participated in in-depth
interviews, particularly Dr. Hitoshi Suzuki, a senior research fellow at Institute of
Developing Economies (IDE-JETRO). Mr. Ferda Gelegen, deputy head of United Nations
Industrial Development Organization (UNIDO-ITPO), Tokyo. Mr. Ahmad Zia Sayed
Khaili, director of SME Development in the Ministry of Commerce and Industries, Kabul.
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Mr. Abdul Samad Katawazy, senior researcher at American University of Afghanistan
(AUAF).
I would like to thank Japan International Cooperation Agency (JICA) and especially
the PEACE-Project for awarding me a scholarship; without which, I would not have had
the opportunity to get my doctoral degree in Japan.
I would like to especial thanks to administrative staffs both from JICA-PEACE project
and the Graduate School of Global Studies at Doshisha University for their always eager to
support me in the educational and daily life during my stay in Japan.
I would like to thank the Ministry of Higher Education (MoHE), as well as Herat
University in Afghanistan for introducing me to this program. I am also extremely grateful
to my colleagues at the Faculty of Economics and Management at Herat University for their
assistance and constructive support.
I would like to thank the entrepreneurs interviewed for this dissertation in Herat City.
I found these interviews extremely insightful in helping me answer the research questions,
and also for personal inspiration. In addition, I also would like to thank my friends and
students at Herat University for their assistance, support, and endeavours in the course of
data collection.
Last but not least, in the memory of my late father (Abdul. Jalil Valizadah), whose life
journey and insight into “social responsibility” inspired me to weave his wisdom into this
dissertation, as an invisible chapter. In addition, I extend my gratitude to my other family
members, specially my mother, my wife, and children (Rayan and Arsh) for their prayers,
patience, support, and unconditional love throughout my stay in Japan. And,
To all those who care for a better tomorrow for Afghanistan
vi
Table of Contents Pages
ABSTRACT…………………………………….……………………….………………..i
ACKNOWLEDGEMENT……………………………………………………………….iv
LIST OF TABLES……………………………………………………………………….xi
LIST OF FIGURES……………………………………………………………………...xii
LIST OF ABBREVIATIONS………………………….………………………………..xiv
1. CHAPTER I: INTRODUCTION .................................................................................... 1
Introduction ........................................................................................................... 1
Statement of the Problems ..................................................................................... 4
Research Objectives .............................................................................................. 6
Research Questions ............................................................................................... 7
Significance of the Study ....................................................................................... 8
Organization of the Study ...................................................................................... 8
2. CHAPTER II: LITERATURE REVIEW ..................................................................... 10
Introduction ......................................................................................................... 10
Industrial Agglomeration and Economic Development ...................................... 11
Cluster Initiative and Its Contribution to the Industrial and Economic
Development in Developing and Transition Economies ............................................ 13
The Application of Porter’s Diamond Model in Industrial Development Through
the Cluster Initiative ................................................................................................... 16
vii
2.4.1. The Dimensions of the Porter’s Diamond ................................................... 18
2.4.1.1. Factor Conditions ............................................................................ 18
2.4.1.2. Demand Conditions ......................................................................... 18
2.4.1.3. Related and Supporting Industries .................................................. 19
2.4.1.4. Firm Strategy, Structure and Rivalry............................................... 20
2.4.1.5. The Roles of Chance and Government ............................................ 20
2.4.2. The Dynamics and The Critics of Porter’s Model .................................... 21
The Role of Social Capital on Firms’ Performance within Porter’s Diamond
Model .......................................................................................................................... 24
Conceptual and Hypothetical Framework ........................................................... 31
2.6.1. Hypothetical Formulation .......................................................................... 32
3. CHAPTER III: RESEARCH DESIGN AND METHODOLOGY ............................... 35
Introduction ......................................................................................................... 35
Operationalization of Variables ........................................................................... 36
3.2.1. Independent and Intermediate Variables ................................................... 37
3.2.2. Dependent Variable ................................................................................... 41
Sample and Data Collection ................................................................................ 42
3.3.1. The Profile of Sample Areas ..................................................................... 42
3.3.2. Sampling and Data Collection ................................................................... 43
Limitations of the Study ...................................................................................... 45
Analysis Methods ................................................................................................ 45
viii
3.5.1. Descriptive Statistics ................................................................................. 46
3.5.2. Correlation Matrix ..................................................................................... 46
3.5.3. General Multiple Regression with Path Analysis Method ........................ 47
4. CHAPTER IV: TRANSITION ECONOMY AND ENTERPRISE DEVELOPMENT
IN AFGHANISTAN ..................................................................................................... 50
The Profile and Socio-Economic Indicators of Afghanistan ............................... 50
Post-2001 Agendas and Transitional Economy in Afghanistan .......................... 52
Enterprise Development and Policy Discourse in Afghanistan .......................... 54
Preliminary Findings from Traditional Clusters in Herat .................................... 57
4.4.1. Dried Fruits and Nuts Cluster .................................................................... 58
4.4.2. Tailoring Cluster ........................................................................................ 64
4.4.3. Carpenter Cluster ....................................................................................... 70
4.4.4. Shoemaker Cluster..................................................................................... 75
4.4.5. Ironmonger Cluster ................................................................................... 81
4.4.6. Tinwork Cluster ......................................................................................... 86
5. CHAPTER V: FACTORS ASSOCIATION WITH MSEs’ PERFORMANCES IN
HERAT CITY ............................................................................................................... 93
Introduction ......................................................................................................... 93
Identification of Factors Associated with MSEs’ Performances ......................... 94
5.2.1. Association between Social Capital and the Performances of MSEs ........ 95
ix
5.2.2. Association between the Social Capital, Factor Condition, and
Performance of MSEs.......................................................................................... 98
5.2.3. Association of Social Capital, Related and Supporting Industries of the
MSEs, and their Performances .......................................................................... 102
5.2.4. Association between MSEs’ Social Capital, Demand Conditions, and
Performances ..................................................................................................... 104
5.2.5. Association between MSEs’ Performance and Social Capital, Strategy,
Structure, and Rivalry ........................................................................................ 106
5.2.6. Association between the Performance of MSEs and Social Capital, and the
Role of Government Policies and Chance ......................................................... 108
6. CHAPTER VI: THE IMPACT OF DETERMINANT FACTORS ON CLUSTER
DEVELOPMENT IN HERAT CITY ......................................................................... 113
Introduction ....................................................................................................... 113
The Impact of Significant Factors on MSEs’ Performance in Traditional Cluster
in Herat City ............................................................................................................. 114
The Dynamic of Social Capital through the Porter’s Model on the MSEs’
performances in Traditional Clusters ....................................................................... 120
6.3.1. The Impacts of Social Capital on MSEs’ Factor Conditions and
Performance ....................................................................................................... 121
6.3.2. The Impact of Social Capital on the Performances of MSEs and on
Industries that are Related to and Supporting Them ......................................... 124
x
6.3.3. The Impact of Social Capital on MSEs’ Demand Conditions and
Performance ....................................................................................................... 127
6.3.4. The Impact of Social Capital on MSEs’ Characteristics and Performance
........................................................................................................................... 130
6.3.5. The Impact of Social Capital on MSEs’ Firm Strategy, Structure, Rivalry,
and Performance ................................................................................................ 133
6.3.6. The Impact of Social Capital on The Government Policies and MSEs’
Performances ..................................................................................................... 136
6.3.7. The Impact of Social Capital on the Role of Chance and MSEs’
Performances ..................................................................................................... 139
Results and Discussions .................................................................................... 142
Conclusion ......................................................................................................... 147
Policy Recommendations .................................................................................. 152
Future Studies .................................................................................................... 155
7. REFERENCES: ........................................................................................................... 156
8. APPENDIXES ............................................................................................................. 164
xi
List of Tables Pages
Table 3.1. Frequency distribution of sample of clustered MSEs ....................................... 44
Table 3.2. Value of Association and Appropriate Phrase ................................................. 47
Table 3.3. Criteria for Fit-Indices of Model Test .............................................................. 49
Table 5.1. Correlation Matrix of Between Social Capital and MSEs Performance ......... 96
Table 5.2. Correlation Matrix of Between MSEs Social Capital, Factor Conditions and
Performance ....................................................................................................................... 99
Table 5.3. Correlation Matrix of Between MSEs Social Capital, Related, Supporting
Industries and Performance ............................................................................................. 103
Table 5.4. Correlation Matrix of Between MSEs Social Capital, Demand Conditions and
Performance ..................................................................................................................... 104
Table 5.5. Correlation Matrix of Between Social Capital, MSEs Strategy, Structure, and
Performance ..................................................................................................................... 107
Table 5.6. Correlation Matrix of Between Government Policies, MSEs Social Capital,
and Performance .............................................................................................................. 109
Table 5.7. Correlation Matrix of Between Chance, MSEs Social Capital, and Performance
......................................................................................................................................... 110
Table 6.1. Model Summery of Significant Variables with Direct Impact on MSEs’
Performances ................................................................................................................... 115
xii
List of Figures Pages
Figure 2.1. Conceptual/Hypothetical Framework ............................................................. 32
Figure 3.1. Map of Sample Area in Herat City, Afghanistan ............................................ 42
Figure 4.1. Trust and Networking - Dried Fruits and Nuts Cluster .................................. 59
Figure 4.2. Cooperation and Collective Action - Dried Fruit and Nuts Cluster ................ 61
Figure 4.3. Benefits of Belonging to a Cluster- Dried Fruit and Nuts Cluster .................. 61
Figure 4.4. Trust and Networking- Tailoring Cluster ........................................................ 65
Figure 4.5. Cooperation and Collective Action - Tailoring Cluster .................................. 66
Figure 4.6. Benefits of Belonging to a Cluster - Tailoring Cluster ................................... 67
Figure 4.7. Trust and Networking - Carpenter Cluster ...................................................... 71
Figure 4.8. Cooperation and Collective Action - Carpenter Cluster ................................. 72
Figure 4.9. Benefits of Belonging to a Cluster - Carpenter Cluster .................................. 73
Figure 4.10. Trust and Networking - Shoemaker Cluster .................................................. 76
Figure 4.11. Cooperation and Collective Action - Shoemaker Cluster ............................. 78
Figure 4.12. Benefits of Belonging to a Cluster - Shoemaker Cluster .............................. 78
Figure 4.13. Trust and Networking - Ironmonger Cluster ................................................. 82
Figure 4.14. Cooperation and Collective Action - Ironmonger Cluster ............................ 83
Figure 4.15. Benefits of Belonging to a Cluster - Ironmonger .......................................... 84
Figure 4.16. Trust and Networking - Tinwork Cluster ...................................................... 88
Figure 4.17. Cooperation and Collective Action - Tinwork Cluster ................................. 89
Figure 4.18. Benefits of Belonging to a Cluster - Tinwork Cluster .................................. 90
xiii
Figure 6.1. Path Diagram for Impact of Social Capital on MSEs’ Performance and Factor
Conditions ........................................................................................................................ 122
Figure 6.2. Path Diagram for Impact of Social Capital on MSEs’ Related, Supporting
Industries and Performance ............................................................................................ 125
Figure 6.3. Path Diagram for Impact of Social Capital on MSEs’ Demand Conditions and
Performance ..................................................................................................................... 129
Figure 6.4. Path Diagram for Impact of Social Capital on MSEs’ Characteristics and
Performance ..................................................................................................................... 131
Figure 6.5. Path Diagram for Impact of Social Capital on MSEs’ Strategy, Structure,
Rivalry, and Performance ................................................................................................ 134
Figure 6.6. Path Diagram for Impact of Social Capital on The Role of Government
policies and MSEs’ performances ................................................................................... 137
Figure 6.7. Path Diagram for Impact of Social Capital on The Role of Chance and MSEs’
Performance ..................................................................................................................... 141
Figure 6.8. Summary of Analysis and Test of Hypothesis .............................................. 143
xiv
ABBREVIATIONS
AISA Afghanistan Investment Support Agency
AMOS Analysis of Moment Structures
ANDS Afghanistan National Development Strategy
AREU Afghanistan Research and Evaluation Unit
CBN Cost of Basic Needs
CFI Comparative-Fit index
CMIN/DF Minimum Discrepancy/Degrees of Freedom
CSO Central Statistics Organization
DFID U.K. Department for International Development
EIU Economist Intelligence Unit
GDP Gross National Product
GFI Goodness-of-Fit-index
GIZ Deutsche Gesellschaft für Internationale Zusammenarbeit
GMRA General Multiple Regression Analysis
GNP Gross National Product
JICA Japan International Cooperation Agency
MDGs Millennium Development Goals
MOCI Ministry of Commerce and Industry
MRRD Ministry of Rural Rehabilitation and Development
MSEs Micro and Small Enterprises
NATO The North Atlantic Treaty Organization
xv
NRVA National Risk and Vulnerability Assessment
NSS National Surveillance System
PRSP Poverty Reduction Strategy Paper
RMSEA Root Mean Square Error of Approximation
SMEs Small and Medium Enterprises
SPSS Statistical Package for Social Science
UNIDO United Nations Industrial Development Organization
USAID U.S. Agency for International Development
WB World Bank
1
1. CHAPTER I
INTRODUCTION
Introduction
The destructive effects of more than three decades of wars on the infrastructure and
financial system of Afghanistan are very obvious. Another detrimental effect of these
conflicts is the deprivation of knowledge needed for sustainable economic development
of the Afghan people.
After 2001, the United States, its NATO allies, and other partners in Afghanistan
have been struggling to lay the foundation of a long-lasting stability in this country;
however, the outcome is not so promising in spite of their continuous efforts. The
outcomes of these efforts reveal that the private sector has often been overlooked in the
policy discourse (Cusack and Malmstrom 2011), despite that people still hope for
potential positive changes through their own efforts.
One of the most ignored areas within the private sector is the role of traditional
industrial and economic clusters of micro- and small-scale enterprises (MSEs). These
enterprises include those engaged in selling dried fruits and nuts, tailors, carpenters,
shoemakers, ironmongers and tinwork.
2
There are two conflicting views about the contribution of MSEs to the economic
development of a country. One view, maintained by Biggs, Grindle, and Snodgrass (1988)
in a study from a sample of different countries suggests that the contribution of small
firms to the economy of countries included in their study is not significant. Other scholars
such as Pyke and Sengenberger (1992) have emphasized that MSEs are in fact capable of
playing an important role in the process of development.
The micro, small, and medium enterprises are prevalent in both developed and
developing countries. For instance, the percentage of small and medium enterprises in the
total number of enterprises in developed countries such as Japan and Germany is very
high, more than 99%, and their contribution to the total employment and to the value
added in 2007 accounted for over 60% and 53% respectively (EIU 2010). On the other
hand, the contribution of small and medium enterprises to the employment in developing
countries varies from less than 5% in countries such as Azerbaijan, Belarus and Ukraine
to 80% in Chile, Greece, and Thailand (Meghana, Thorsten, and Asli 2003). In the case
of Afghanistan, for a number of reasons and despite facing continuous economic and
political instability, some of these traditional clusters of MSEs have survived, provided
livelihoods for the people and thereby contributed to the country’s economy. For instance,
some of the enterprises included in our study reported that they have been operating
continuously for more than 100 to 300 years.1
Since these clusters of MSEs play an important role in providing livelihood for the
people and contributing to the economic development of several countries, the public
1 Based on the data collected through author’s interviews with some of MSEs’ owners during fieldwork
from January 5 to February 25, 2014.
3
sector needs to intervene through policy initiatives to create a supportive environment for
the survival and development of these clustered MSEs. However, according to the
author’s interviews with policy-makers in Kabul, traditional clusters of MSEs in
Afghanistan have often been neglected in the policy and decision-making process. Studies
suggest that creating MSEs’ clusters and supporting them in increasing their access to
skills, training, and information on markets, networks, and infrastructures would help
these small enterprises to overcome production and marketing obstacles and bolster them
to compete with other big enterprise in the competitive globalized market (Puppim de
Oliveira 2008).
Since the consequences of prolonged conflicts were catastrophic, the situation in
Afghanistan incited the Afghan government and the international community to take
action and reconstruct the country. They committed themselves to achieve the indicated
goals of the Afghanistan National Development Strategy Plan (ANDS) especially the
reconstruction of the infrastructure and the recovery of the economy of Afghanistan.
To accomplish the developmental goals in a proper way, it requires implementing
various programs that would mainly focus on the empowerment of Afghan citizens’
economy, particularly that of the private sector, so that to achieve a better living standard
and more productive economic activities. In short, to find a solution for the problems of
unemployment, low productivity, insecurity, poverty and other major socioeconomic
challenges that exist in the Afghan community. In recent years, the efforts of the
government of Afghanistan and the international community have been focused on the
economic development agenda and fundamental regulatory reforms across different
4
sectors in the country. These efforts mainly pinpoint on the development of the private
sector.
Both in developing and developed countries, the development of private sector and
entrepreneurial activities, have widely been acknowledged for their contribution to the
creation of job opportunities and economic growth.
Statement of the Problems
The very prolonged war in Afghanistan has created many social, political and
economic challenges such as poverty, inequality, political instability and extensive
insecurity. These protracted conflicts, natural disasters, and political instability, have
created many problems that have inflicted unbearable suffering on Afghans. Nonetheless,
the people of Afghanistan have endured these agonies and have survived. They have
overcome these challenges primarily through their own efforts, using their own resources,
such as subsistence farming, wage labour migration, strategic family alliances and
negotiation with armed forces. Furthermore, they have mostly relied on their own
livelihood systems during disasters, conflicts, and crises.
Challenges that the private sector, particularly the traditional clusters of MSEs face in
Afghanistan can be summarized in the following order.
Poor infrastructure seems to be very common and very serious among developing
countries, however, in Afghanistan, these constraints can be more crucial compared to
other developing countries. In the area of traditional industries, much effort has not been
made during the last 15 years to tackle the issues of investment in vital areas such as
electricity, warehouse facilities, establishment of coordinating body for enhancing the
5
interactions between these clusters and related organizations and industries, and creating
framework for legal protection of enterprises. Lack of government intervention and
constraints regarding tenure and land ownership for business activities of enterprises in
the traditional cluster in Herat City and other regions of Afghanistan is yet another serious
challenge. Financial problems and access to credit sources is another challenge that
seems to be one of the main constraints for the increase of the performance, upgrading of
productivity and competitiveness of enterprises in the traditional clusters in Afghanistan.
The lack of effective strategy plans for the development of enterprises seems to
be another challenge for the industry sector, especially for the traditional clusters of MSEs
that are more vulnerable to the negative competitive challenges in the domestic and
international markets than their competitors in modern industry. In addition, the lack of
knowledge base or insufficient information in the areas of the enterprises development
and particularly the absence of studies on traditional clusters, seem to be another problem
that shows the gap between existing knowledge in context of policy discourse and the
uncertain challenges in the traditional clusters that need to be addressed through a
comprehensive policy intervention with consideration of needs of private sector in these
tradition clusters in Herat City as well as other regions of Afghanistan.
The total population of Afghanistan was estimated to be around 28.1 million (CSO
2015), of which almost 71.5% live in rural areas, 23.1% live in urban areas and 5.4% of
them are nomadic people. The regional and seasonal differences, as well as the lack of
infrastructure and low productivity profile among entrepreneurs in Afghanistan, are
important aspects of poverty. In addition, traditional industries in Afghanistan in general
and in Herat City in particular mostly depend on the livelihoods of other sectors that have
similar low levels of productively. The nationwide Cost of Basic Needs (CBN) estimate
6
of poverty reveals that 39.1% of the Afghan population are not able to meet its basic needs
(CSO 2016, p. 110).
The issue of obtaining loans is one of the major challenges for micro and small
enterprises because they often cannot meet the criteria for obtaining loans from the
modern banks for the reason of their inability of providing collateral or paying interest
due to the Islamic financial restrictions.
Another major challenge that these traditional industrial clusters face is the lack of
a capacity building framework. The government also lacks policies for improving the
level of competitiveness and boosting productivity of these clusters.
Research Objectives
The aims of this study were to assess the impact of social capital on the
performance of MSEs through the other determinants in the Porter’s Diamond Model in
the traditional clusters in Herat City, Afghanistan. Here, the MSEs’ performance is
conceptualized in terms of firms’ daily sales revenues. Therefore, in order to examine and
to address the above issues of the performance of MSEs in traditional clusters in Herat
City, we set the following specific objectives:
To determine the impact of social capital and other factors on the performance of
MSEs within Porter’s Diamond framework in the traditional clusters in Herat
City.
To examine the direct and indirect impacts of social capital on the performance of
MSEs through other dimensions in the Porter’s Diamond Model.
To construct causal models for each of the dimensions within the conceptual
framework in this study.
7
To identify the significant association between MSEs’ performances, social
capital and other dimensions in the Porter’s Diamond Model.
To explain the characteristic of entrepreneurial practices in traditional clusters of
MSEs in Herat City.
Furthermore, the study seeks to provide policy-makers with recommendations to
enhance the performance and productivity of the traditional clusters of micro and small
scale enterprises in Herat City and possibly in other regions of Afghanistan.
Research Questions
In order to analyze and examine the impacts of determinant factors such social
capital and other dimensions of Porter’s Diamond on the performance of MSEs in
traditional clusters in Afghanistan, a set of questions were formulated for this study. The
principal research question in this study is:
Does the social capital dimension of enterprises have any impact on MSEs’
performances based on Porter’s Diamond framework in traditional clusters in Herat
City?
In addition to that, the following sub-questions are also designed:
Does social capital determine the performance of MSEs in the traditional cluster
of Herat City?
How much social capital and which factors in other dimensions of Porter’s
Diamond can determine the performance of the enterprises in traditional clusters
in Herat City?
8
What types of casual relationship exist among the performance of MSEs, social
capital and other dimensions in the conceptual framework of this study?
What types of association does exist among the performance of MSEs social capital
and other dimensions in the conceptual framework of this study?
Significance of the Study
The studies show that the contribution of micro- and small-scale enterprises to the
economy of many developing and developed countries counts for a significant proportion
of share in the Gross Domestic Products (GDP) and employment. This also implies in
Afghanistan where large number economic activities are based on the contribution of
MSEs. However, on one hand, the significance of the contribution of these micro and
small enterprises were often excluded from the attention of policy discourses in this
country. On the other hand, the lack of adequate knowledge about the economic activities
regarding the traditional cluster of enterprises was another reason for the lack of attention
to this specific sector in Afghanistan. Therefore, this study is an attempt to fill the gap
between these challenges and to address the issues related to entrepreneurial activities in
clusters of micro and small enterprises in Herat City. This study aims to explore the nature
of collaboration and competition among the enterprises and to address the challenges they
have been facing within the traditional clusters in Herat City, Afghanistan.
Organization of the Study
This study is structured as follows. The first chapter comprises the introduction,
research problems, research objectives, questions and a general overview on Afghanistan.
Chapter 2 is composed of the review of literature on the cluster approaches, the
9
performance of MSEs and entrepreneurship development, followed by an explanation of
the conceptual framework based on the literature review. Chapter 3 contains research
methodology including the sampling method and the method for the analysis of the
collected data. Chapter 4 provides a review of the enterprise development experience and
indicators of economic progress in Afghanistan, followed by the description of
preliminary results of the interview survey of the sampled clusters of enterprises in Herat
City. Chapter 5 comprises the results of the structural correlation analysis for each of the
dimensions in Porter’s Diamond Model. Finally, Chapter 6 consists of the efforts of
identification of the factors that are supposed to have significant impacts on MSEs’
performances, the testing of the hypothesis, and the construction of a causal model in each
dimension of the conceptual framework of this study. The last section of this chapter
provides discussion, conclusion, and policy recommendations combined with suggestions
for future studies.
10
2. CHAPTER II
LITERATURE REVIEW
Introduction
In the scholarly literature, the concept of a cluster is defined as the economic and
geographic concentrations of interconnected people or firms to create collaboration and
competition (Porter 2000). In a narrower definition with the emphasis on growth
processes of small firms, Schmitz (1995) describes a cluster as a sectoral and geographical
concentration of small firms. He argues that such clustering provides efficiency gains
which individual small firms can rarely attain. Clustered firms benefit from proximity and
geographic concentration through collective efficiency, defined as the competitive
advantage derived from external economies and joint action. In addition, clusters are
thought to affect competition in at least three ways: first, by increasing the productivity
of firms within a cluster; second, by providing an environment for innovation and future
productivity growth; and third, by stimulating the formation of new firms in the cluster
itself (Porter 1998).
The present mainstream scholarship of cluster studies emerged since the 1990s, and
major works have focused more on the role of cluster dynamics for the development of
industrial policies in both developed and developing countries. To some extent, a number
of those studies provide insight into the significant role of clustered firms and their
contribution to increasing industries’ competitiveness (Porter 1990). Other studies like
11
the one conducted by Nadvi and Barrientos (2004) provide us with intensive critical
knowledge of cluster development initiatives as a capable means for the alleviation of
poverty.
The aims of this study are to examine the impact of MSEs’ capital factors and
characteristics on its growth and competitiveness using Porter’s Diamond Model as a
framework. This chapter covers the literature review on the topics related to theories of
industrial development and the implementation of cluster initiatives with an attempt to
explain the causal relationship between social capital, Porter’s Diamond Model, and firm
performances.
In the literature related to business networks, social bonds have been identified as a
dimension of buyer-seller relationship, however, few studies have actually focused on
this issue. In the context of traditional clusters of firms, this interaction and exchange of
information can be vital for enhancing the performance of a firm and increasing the level
of its competitiveness. The characteristics of such interactions can vary from one cluster
to another. Stam, Arzlanian, and Elfring (2014) argue that the social capital-performance
link depends on the age of small firms, the industry, and institutional contexts in which
they operate, and on the specific network or performance measures that are in use. In
addition, the importance and the role of proximate interactions among the firms in clusters
and industrial districts have been studied by numerous scholars such as Saxenian (1996)
and Pyke, Becattini, and Sengenberger (1990), as well as in the case study of furniture
makers in Mississippi and apparel makers in Northern Italy by Rosenfeld (Rosenfeld
1997).
Industrial Agglomeration and Economic Development
12
A large bulk of literature emphasizes on the existence of a relationship between
industrial agglomeration and the economic development both in the developing and
developed countries. However, in most of this group of literature, the concept of industrial
agglomeration and economic progress has been related to the cases of developed
economies of the western countries. On the other hand, East Asian economies also had
experience of agglomeration and economic development similar to those or Western
countries. Despite the fact that the industrial agglomeration and cluster approaches played
a significant role in economic performance in both East Asian and Western countries,
however, studies show that there are some factors which are unique in the case of East
Asian economies.
The experience of agglomeration and fast economic growth rate in East Asian
countries indicate that there are other factors such as the role of government policy
interventions in the economy through the implementation of constant industrial plans. In
addition, the experiences of industrialization process in the case of Asian economies
shows that they also benefited from other factors such as regional development as well as
socio-economic and cultural factor, such as the existence of formal and informal
organizations. This indicates that the industrialization in most countries was interpreted
primarily in terms of economic theories and experiences which originated earlier from
the Western societies.
Moreover, the recent experiences of industrial development in East Asian countries such
as China show that for many years industrial development was based on central planning.
However, recently, a transition took place in China which created complications like
socioeconomic and cultural differences among the population. When those economic
13
theories are to be applied in further stages of industrialization in countries with conditions
similar to China, these complications should be considered in the development plan.
In their study, Fan and Scott (2003) found that there was a positive association between
economic performance and the industrial clustering in some of these Asian economies.
However, this positive association was more common among industrial clusters that were
more deeply influenced by a proper policy reform that was often adopted with a market-
oriented approach.
Cluster Initiative and Its Contribution to the Industrial and Economic
Development in Developing and Transition Economies
Recently, the cluster initiative in industrial development, mainly in developing
countries, have attracted a high level of attention from the public sector such as policy-
makers for their planning of economic development in these countries. These types of
industrial policy can provide opportunities for the promotion of small and medium
enterprise (SMEs) in these countries. Moreover, the concept of cluster initiative seems to
be very important in the context of industrial policies in developing countries. Further,
clusters have also the potential to assist enterprises, especially the small size firms, to
cope with their constraints related to size, low productivity, technological upgrading, and
adapting to competitive environment of domestic and international markets.
Parto (2008) suggests that co-locating of firms in proximity with other suppliers
and supporting institutions in a cluster often leads to a higher level of coordination and
increases the trust among firms. He argues that a successful firm can be found where it
makes economic sense, provided the knowledge about its products or services, the labour
pool, and other input materials in the market. On the other hand, such coordination and
14
collaboration among firms is informal and depends on the quality of interaction among
stakeholders as a means of information exchange among personnel from different
enterprises. Arndt and Sternberg (2000) suggest that, despite numerous network
relationships on the national and international levels, small enterprises are most likely to
cooperate with others in their vicinity.
A study conducted by UNIDO (2004) indicates that geographical concentration of
enterprises can enhance the local collaboration and cooperation such as joint action
between enterprises and other local institutions. Schmitz (1995) indicates, that
concentration of enterprises in a geographical proximity can provide collective efficiency
to the enterprises within a cluster and benefit these enterprises to distinguish between the
passively acquired advantages as outcome of specialized concentration of enterprises
such as skills, knowledge and inputs, and the generated gain from the joint action among
all actors in the clusters.
Clusters tend to evolve on the basis of geographical concentrations of economic
and interrelated sectors along the value chain. Developing over time, they boost
competition and collaboration, resulting in innovation and the ability to create greater
economic success through higher productivity, better knowledge exchange and
management, and entrepreneurial opportunities. Clusters seem to have the tendency to
generate both higher incomes and higher rate of employment growth (Chuluunbaatar et
al. 2014, Campbell-Kelly et al. 2010). Besides, clusters in developing countries provide
livelihood and job opportunities, while policy intervention for enhancement of their
performance may result in an exit of other vulnerable enterprises from the market. To
15
minimize or avoid this, a better understanding of the dynamic of the linkage among
clustered firms and their relations with external linkages is required.
It is important to consider cluster initiative in industrial development policy in
transitional and developing countries. Precisely speaking, because of the influence of
globalization on the structure of world economies, value chain in the world no more
depends only on local factors, instead, it depends on the relationship between local
enterprises and their global buyers in most of the transitional economies (UNIDO 2004).
Thus, it can be stated that industrial development through the cluster initiative can have
positive influence on the efforts of countries regarding poverty reduction, through
enhancing the creation of constant and sustainable job opportunities and incomes to
improve the livelihood of destitute citizens in developing and transitional economies.
Nadvi and Barrientos (2004) state that for effective studies of cluster initiatives, a
number of features and processes need to be considered. Those features are the
geographical location of the cluster; the type of industry in the cluster; the type of the
employment that cluster generates; the processes that are affected by the nature of links
to external economies (skills, markets, knowledge, and information); joint or collective
capabilities; and social capital.
Parrilli (2007) indicates that major challenges that small and medium enterprises
in transitional and developing economies are facing originate from the difficulties in
accessing production input materials, technology, finance, human and social capital, and
the lack of supportive policies. These challenges have emerged rapidly because of
globalization and market liberalization, jeopardizing the present and future of vulnerable
enterprises in developing countries. However, Parrilli suggests that, based on an analysis
16
of clusters capacity for survival, some form of policy intervention, together with careful
consideration of different dimensions of economic, governance-related, and social
linkages, could provide to some extent the clusters with opportunities to persist and to
survive in challenging environments.
The Application of Porter’s Diamond Model in Industrial Development
Through the Cluster Initiative
Porter (2008) asserts that the concept of clusters in any form needs to be recognized
and explored within a broader theory of competition and with the consideration of the
influence of the location in the global economy. In addition, the concept of the cluster
represents a new approach to thinking about the economic and industrial competitiveness
of a country at different levels (local, regional, and national economies), and refers to a
new role for firms, government, and other organizations that strive to enhance their
competitiveness and economic performances. One of the most cited models in assessing
the performance of clusters and their competitiveness within an economy is Porter’s
Diamond Model that was introduced by Michael E. Porter in one his famous work “The
Competitive Advantage of Nations” in 1990. In his work, he provides a complete
analytical framework (see Figure 2.1) for assessing the competitiveness of a nation’s
industries and the performances of the industrial sector at the firm level.
17
Porter’s Diamond Model can cover a range of actors (government, firms, related
organizations) that are involved in the interaction within the industrial clusters. In
addition, in comparison to other existing models, Porter’s Diamond Model has more
applicability in assessing the industry sectors both in developing and developed
economies. Thus, in this study, we use Porter’s Diamond Model in the presence of social
capital at firms’ level to assess the competitiveness of traditional clusters in Herat City.
Therefore, in this section we provide a brief introduction for each of the dimensions
within Porter’s Diamond.
Firm strategy, structure
and rivalry
Demand conditions
Related and
supporting industries
Factor conditions
Chance
Government
Figure 2.1: Michael. E. Porter’s Diamond Model
Source: M E. Porter (1990, p.127)
18
2.4.1. The Dimensions of the Porter’s Diamond
2.4.1.1. Factor Conditions
The factor condition within Porter’s Diamond refers to the production factors in its
classical term. This concept is also based on the availability of natural resources, capital,
land, labour, and infrastructure. In addition, in this model, Porter’s definition of
production factors stands for the perspective of trade theories, where the firms’
comparative advantage and its performance in the market are highly dependent on the
availability or the lack of those production factors. In other words, he divided the factors
into two categories (basic factors and advanced factors). According to this model, the
quality of these factors is different from one industry to another. Firms in a country can
gain a high level of competitive advantage and perform well if they can access low cost
or very high-quality factors of the specific types that are very important for their
competition in the market. In general terms, he also categorized the factors into these five
types: human resources; physical resources; knowledge resources; capital resources; and
infrastructure.
The definition of factor condition can be applied to these industries in Afghanistan
that highly depend on their raw materials which are produced domestically, have a
relatively higher comparative advantage and can compete in local, regional and
international markets.
2.4.1.2. Demand Conditions
The second dimension within Porter’s Diamond Model is the demand conditions
which cover the demand side of firms’ competitive advantages. Porter (1990) emphasizes
19
the sophistication and the nature of local consumers as a pushing force for firms for
constant upgrading, adapting to the newer technology, and anticipating the desire of
consumers for their products in the international markets. On the other hand, Porter’s
model considers the influence of the home demand on competitive advantage to be most
important. This indicates that the structure of home demand shapes how firms interpret,
consider, and respond to buyers’ needs. The influence of the needs of home buyer for the
quality of goods is important for the competitive advantage of the industries of a country.
It often seems that the structure of home demand is less significant in the process of
globalization and competition, whereas the fact is that firms that are more able to
perceive, interpret, and act upon buyers’ needs in their home market are presumed to be
more confident and successful in the international markets. The case of the experience of
some Japanese companies in competing in the world arena is a good example.
2.4.1.3. Related and Supporting Industries
The role of domestic suppliers that are internationally competitive is also another
factor that can determine and reinforce the emergence of more competitive firms in the
domestic and international markets. Therefore, the location of firms within a cluster, its
proximity to sophisticated buyers, and the presence of competitive suppliers can often
lead to the success of firms in both domestic and world markets. Furthermore, the
availability of other supporting industries is also an important factor for the enhancement
of firms’ competitiveness and their performances in the markets. The existence of well-
equipped infrastructure such as trading logistics, financial institutions, a legal framework
for supporting the designated industry can contribute to the development of industry,
particularly, the performances of firms in markets. In addition, the presence of such
20
supporting and related industries in a cluster can create more advantages to other firms
through achieving more efficiency, access to the most cost-effective materials, tools and
machinery. Porter (1990) argues that the domestic suppliers that have achieved world
class standards can positively collaborate to increase firms’ competitiveness and
performances even if they do not compete internationally.
2.4.1.4. Firm Strategy, Structure and Rivalry
The fourth dimension within the Porter’s Diamond Model is composed of the
strategy on which the firms are established, managed, organized; and the environment of
domestic rivalry in the market. However, the vision, strategies, and methods for managing
the firms vary from nation to nation. The nature of rivalry among firms plays a significant
role in shaping strategies of firms and contributes remarkably to the innovation of these
firms and their methods of organizing in a challenging environment in markets.
In addition, Porter argues that the ability of firms to compete internationally is partially
the outcome of the performances, nature and characteristics of rivals in the domestic and
international markets However, he still considers the domestic rivals to be superior in
importance than the ones in the international markets. He considers the presence of very
strong local rivals to be the most powerful stimulus and motivating power for successful
competition in domestic and international markets.
2.4.1.5. The Roles of Chance and Government
In addition to other four dimensions in Diamond Model, Porter includes two
more dimensions (The role of chance and government policies) in this model. Porter
21
(1990) indicates that, besides the aforesaid four dimensions, the two dimensions, i.e., the
role of chance and government policies, also play a significant role in shaping the
environment for firms to compete and perform in specific industries. He argues that the
influence of chance is often beyond the control of firms and the performance and strategy
of firms cannot determine the chance events such as political decisions by foreign
governments, wars, technological changes and changes in financial markets and supply
of raw materials. In addition, the chance events, in some cases, can create a situation for
firms of a country that will force them to adopt at the early stages of completion and deal
with such new environmental changes in the markets.
The role of government policies is more effective in the early stages of industrial
and economic development, especially in the case of industrial progress in developing
countries where the government has a very strong influence on the protection and
empowerment of emerging firms with potential of competing in the international markets.
In addition, the government can also influence other dimensions of this model. Porter
(1990) emphasize that one of the most important roles that governments can play is the
creation of factors of production such as qualified human resources, financial and
physical infrastructures, and facilitating technological advancement.
2.4.2. The Dynamics and The Critics of Porter’s Model
Porter’s works on firms’ competitiveness also confirm the necessity to ensure the
interdependency, reinforcing functions of elements of his diamond model. However, the
main conclusion that can be drawn from Porter’s research and other empirical evidence
is the fact that geographic concentration and domestic rivalry have stronger potential to
transform this model into a functioning system. Therefore, the systematic nature of the
Porter’s Diamond Model leads to the emergence of clusters which can reinforce and
22
synergize the system both horizontally (customers and distribution chain) and vertically
(buyer-seller) and bring about a synergy in the relationship of the horizontal and vertical
elements. Thus, the cluster development approaches are a new element in the mechanism
of the diamond model, through generating a jointly supportive association of industries
that establishes a specific and hard-to-change source of constant national and
international competitive advantage for both developing and developed countries.
In addition to “Diamond” model, Porter (1990) has developed a process of
national competitive development through dividing the nations’ efforts for achieving the
industrial development into four stages: factor driven, investment driven, innovation
driven, and wealth driven. According to his definition, Afghanistan can be placed in the
first category of economic development of factor-driven stage. This means that
Afghanistan at this stage can focus on industries that are more factor driven and have the
potential to compete in domestic and international markets. Therefore, this study focuses
on the performance of industries within the traditional clusters that can fit in the
characteristic of Afghanistan’s process of economic development (factor driven). Porter
(1990) suggests that every nations’ industries have their own unique characteristic of
advantage or disadvantage that need to be considered in the national strategy for industrial
development in order to be able to compete in national and international markets.
Besides being very popular among scholars in management and economics
since 1990, the success of Porter’s Diamond Model has also been criticized whether it
can be used as a proper model to be used for assessing the competitiveness of a country’s
industries. The first criticism on his model was about the composition of countries
included in his work; and his anticipation about the future of countries such as South
23
Korea and Singapore, the experiences of both countries turned to be different from his
results of analysis. The second criticism is that this model is mostly based on firms’
comparative advantage in its home country and there was limit information on these
advantages in other countries. This resulted in reconsideration of his model by work from
other scholars such as Rugman (1992) and later Rugman and D'cruz (1993) who expanded
his model to a double-diamond model. Another criticism on Porter’s Diamond Model was
that it was not applicable to some very small open economies (Rugman and D'cruz 1993).
Therefore, based on the characteristic of Porter’s Diamond Model explained
earlier in this chapter, in this study we embrace the basic framework of Porter’s Diamond
to assess the performances of firms and its possible competitive advantages in traditional
clusters. The reason for this selection is because traditional clusters in Afghanistan are at
their very early stages of development (factor driven) and most of them still do not
perform in the international market, so it cannot be considered within a double-diamond
model as developed by other scholars. In this study, the Diamond Model is used as a
framework to analysis the performances of firms at the firm level rather than macro level.
In addition, since this study focuses on micro-level analysis from the firms’ perspective,
and the interactions between all dimensions of Porter’s Diamond were not assessed in
previous literature to figure out how social capital can contribute to the firms’
performances and facilitate these interactions among each of the dimensions in this
model. Therefore, in this study, we attempt to assess the contribution of additional
dimensions of social capital and the explanatory dimension of firms’ characteristics on
the performances firms.
24
The Role of Social Capital on Firms’ Performance within Porter’s Diamond
Model
“We of the West have all the rudiments of civilization, all the dividends of a
mounting standard of living. But the Afghans—one thousand years behind us
in many respects—have a warmth of human relations that is often missing all
the way from New York City to San Francisco” (Douglas, 1952).
The dimension of social capital in this study refers to the extent to which the
entrepreneurs in traditional clusters feel they can rely on relatives, neighbours, colleagues,
acquaintances, actors within a cluster, and strangers, either to assist them or receive
assistance from them. In addition, sufficiently defining “trust” and “network” in a given
social context function as a precondition for exploring and understanding the
complexities of entrepreneurs’ relationships in traditional cluster of enterprises. However,
sometimes trust is a choice; in other cases, it reflects a necessary dependency based on
the established contacts or familiar networks (Dudwick et al. 2006, p.16). Nair and Salleh
(2015) argue that at organizational level, it is well recognized that trust can play a catalyst
role in facilitating the relationship among organizations, however at individual level little
has been discovered on how trust can influence the performance of an organization. In
the context of clusters of enterprises, it well recognized that social capital provides the
glue that can facilitate cooperation, exchange of information, resources, and lead to
innovation (OECD 2001).
The concept social capital and its components (trust, network, and cooperation)
for a long time have been in the center of scholars’ discussions on how social capital can
be defined. Putnam (2000) refers to social capital as characteristic of a society, as an
indicator of the network’s quality, relationships, and connections that enable individuals
25
to cooperate and act as a collective. This definition of Putnam considers social capital the
result of a high degree of mutual trust and the trustworthiness of public institutions and
the rule of law, facilitating the creation and safety of exchanges.
Bourdieu (1986) defines social capital as mostly the cognition and the
characteristic of the individual, that achieves self-interest goals through the mobilization
of available networks and connections. In this context social capital represents the private
good, in which individuals mobilize to achieve their own personal goals.
In addition, in this study, social capital is basically defined as the “norms and
social relations, which are included in the social structures, and can facilitate and enable
people to coordinate in joint actions to achieve their desired goals” (Narayan-Parker 1999,
234-256). Narayan and Pritchett argue that the rise of the social capital, on one hand, can
improve the quality of government’s functions; on the other hand, increase in social
capital can lead to an increase in the community cooperative action and, as a result, it can
facilitate solving common problems in the community.
Many scholars argue that the level and characteristic of social capital can be
defined based on a community and individual’s behavior (Bourdieu 1986, Fukuyama
2001, Halpern 2005, Fukuyama 1999). This indicates that the attribute of social capital
varies from society to society. Especially, when other social factors (religious values) are
involving and influencing the quality and quantity of social capital in a society. Therefore,
the presence of religious values can positively or negatively determine the nature of social
capital and the interactions among individuals or communities. The relation between
religious values and social capital has been well documented by many studies, yet, there
is little known about the role of religions such as Islam in entrepreneurial activities. On
26
the other hand, the studies found that the status of social entrepreneurship growth in
Islamic societies like Indonesia seems to be depend on factors such as perceived degree
of economic empowerment, Islamic identity, and the level of social activism (Idris and
Hijrah Hati 2013).
In addition, the Islamic conception of economic development highly emphasizes
the need to focus the human’s energy on achieving social solidarity and unity. On the
other hand, from a social and economics perspective, Islam aims to utilize cooperation
and competition in achieving and structuring the ideal but somehow useful forces at every
level of social organization. This is often emphasized by the Quran and throughout the
traditions of the Prophet Mohammad (sawa) 2 that competition and cooperation always
must be utilized in probity and piety rather than evil and enmity (Q5:2). In a more social
perspective, the communal spirit also applies in worship. In which, Islam encourages
congregational prayers that are considered far better than prayers performed individually
(Mirakhor, Ng, and Ibrahim 2015, p.32).
The people’s manifestation is in social interaction. Every action-decision, no
matter how significant or apparently mundane, becomes an act of worship and is
sanctified so long as it is done while fully conscious of the Creator and initiated in His
Name. This is particularly true in economic interactions. Since every human has a dual
nature of matter and sprit, the society must be cognizant of these two dimensions of
human nature; neither can be neglected if the society is to progress and develop.
Therefore, the fundamental objective is to create a society in which the individual
becomes cognizant of all of their capabilities, including spiritual issues (Mirakhor, Ng,
2 S.A.W. Salallahu Alaihi Wa Salam. (Peace be upon him)
27
and Ibrahim 2015).
Besides cooperation and solidarity, trust is another important component of social
capital which by some scholar itself as social capital. In all transactions, trust is an
important component of social capital that permits voluntary participation in production
and exchange and a proper functioning of the market and social solidarity. Trust is an
important part of economic grown as also described by (Arrow 1971). In his work, Arrow
argues that every transaction within itself has an element of trust. According to him, it
can be plausibly argued that much of the economic backwardness in the world can be
explained by the lack of mutual confidence.
Trust in the context of Islamic values is also emphasized in different ways. The
Muslim believers are often reminded not to break a covenant or a peace treaty between
them and even their enemies, in order to be trusted on the promises a believer makes. For
instance, The Prophet Mohammad (sawa) was once asked: “Who is a believer? He
replied: “A believer is a person to whom people can trust their person and possession.”3
The in-depth mixture of Islamic values when emphasizing the importance of
solidarity, cooperation, and trust among each other can synergize the capability of
Muslims to enhance their capabilities and tackle the challenges in many aspects of their
life through collaboration and collective action. Thus, it is important to note that to utilize
and enhance the quality of social capital with religious values, it is required that Muslim
communities integrate and improve these two factors in a similar proportion to achieve
proper outcomes in social and economical life.
3 Hadith (Saying of Prophet Mohammed) Tirmidi: 2570, Ahmad: 8731
28
In the context of traditional clusters, greater levels of social cohesion usually mean
that social capital of members in a cluster allows for greater synergies in industrial
clustering (Fisher and Reuber 2000). The contribution of social capital to the
performances of firms was recognized in numerous studies. The studies by Maskell
(2000) and Huber (2009) found that the dominant view is that “social capital” can enable
enterprises to enhance the level of their innovation capability and benefit from this
transaction and social relationship through having access to sufficient information and
achieve a higher level of economic performance. In addition, Cooke, Clifton, and Oleaga
(2005) found that there was a significant correlation between social capital and firms’
competitiveness. However, their finding reveals that this link between social capital and
competitiveness was weak, but at the firm level, findings show that social capital strongly
impacts innovation within the clustered firms.
The significance of social capital within the traditional economies seems to be
traceable from the early medieval era in Italy to contemporary era which can explain why
some communities are more capable than others to manage and deal with collective life
and improve or sustain the effectiveness of their institutions in Italy (Putnam, Leonardi,
and Nanetti 1993, p. 121). In addition, the presence of higher trust and social capital at
individual or community level is found to be significantly associated with self-
employment in comparison to individual or communities with a low level of social capital
(Kwon, Heflin, and Ruef 2013).
Research examining the connection between social capital and the outcome of
public programs goes back to the works of established scholars such as the influential
writings of Pierre Bourdieu (Bourdieu 1986) and those of James S. Coleman who
29
affirmed that social capital could serve to meet certain public policy goals such as the
improvement of performance in the educational sector (Coleman 1988). On the other
hand, studies in developed countries also suggest that a strong positive association exists
between educational outcomes and social capital measures (Putnam 2000). Coleman
(1988) introduced the concept of social capital as a parallel to the concepts of other forms
of capital such as physical capital, financial capital, and human capital. In his study,
Coleman provided evidence of the effect of social capital on the formation of human
capital in the family and community.
From the perspective of the effect of social and human capital on firm
performances, some researchers have examined components of social capital with regard
to educational outcomes, and suggest that trust and voluntary action at the individual level
improve the students’ performances, while it has a diverse effect on parental networks
depending on income levels (John 2005). Wang and Chang (2005) have found that the
components of intellectual capital directly affect the quality of business performances,
with the exception of human capital elements. However, this study argues that human
capital has an indirect effect through other types of capital, namely customer capital and
innovation capital.
Even though some studies have found that the causal relationship between social capital
and human capital, as well as the relationship between social and human capital and firms’
performance, is a positive one, some other studies claim that the nature of this relationship
could be negative. The work of Batjargal (2007) on the internet ventures in China found
that social capital elements and the experience of an entrepreneur living abroad have a
30
positive effect on the survival of the firms, whereas the interaction among those social
and human capital components has a negative effect on firms’ performance.
A more recent study argues that social capital benefits some groups more than
others and that it often interacts with the management to improve performance (Meier,
Favero, and Compton 2014). Another study has found that both human capital and social
accumulation affect the equilibrium growth rate (Dinda 2008). In addition, some scholars
argue that social capital is embedded in human capital and education fosters its
accumulation (Becker 2009). To connect these arguments, it must be emphasized that
there is evidence indicating that human capital affects social capital and that experience
and cognitive ability influence personal relations. On the other hand, numerous studies
confirm significant association and causal relationships between human capital and social
capital concerning organizational performance (Augusto Felício, Couto, and Caiado
2014).
Therefore, the consideration of social capital in assessing the performances of firms
through the implementation of Porter’s Diamond framework is assumed to play an
important role in the process of industrial development in traditional clusters in
Afghanistan. Especially, where the traditional or modern industrial clusters are
recognized by some scholars as “social communities” and in addition to that, majority of
economic activities in those clusters operated mainly by human resources (Morosini
2004, p. 307). Therefore, the structure and characteristics of those economic activities can
highly depend on the quality and the behaviour of human and social capitals that exist in
those traditional clusters, especially in the case of Afghanistan.
31
Conceptual and Hypothetical Framework
The aims of this study were to examine the impacts of determinant factors on the
performances of MSEs using Porter’s Diamond Model as a theoretical framework. As
mentioned earlier, this study mainly attempts to assess the direct impact of social capital
dimension (X1) on the performance of MSEs and its indirect impacts through other
dimensions of Porter’s Diamond Model adapted for this study, namely, factor conditions
(X2), related and supporting industries (X3), demand conditions (X4), firm strategy,
structure and rivalry (X6), government policies (X7), chance (X8), and also another
additional dimension of firm characteristics (X5) in traditional clusters of micro and small
scale industries (MSEs) in Herat City.
Therefore, based on the literature cited in previous sections, as well as in order to
achieve the objectives and to answer the research questions of this study, a number of
hypotheses were formulated. Figure 2.2 shows the conceptual and the hypothetical
framework of this study.
32
2.6.1. Hypothetical Formulation
Figure 2.2 shows the conceptual framework of this study that was drawn based on
the literature review in this chapter. In order to achieve the objectives of this study, this
section provides formulation of hypothesis based on Figure 2.2. As it is shown in this
figure, there are two categories of hypotheses that were formulated and tested in this
study. The first category of hypothesis refers to only one main hypothesis that is assessing
the direct impact of social capital and other determinant factors on the performance of
MSEs in the traditional cluster. The second category of hypotheses that was formulated
and tested in this study was to assess the indirect impact of social capital on the
performances of MSEs mediated through other dimensions of Porter’s Diamond. In the
second category, eight hypotheses were formulated to test the social capitals significant
Note: a) An arrow indicates a significant direct impact path
b) An arrow indicates a significant indirect impact path
Figure 0.1. Conceptual/Hypothetical Framework
33
indirect impact of social capital on the performance of MSEs. Therefore, the following
hypotheses were formulated and tested in this study.
H11: There is a possibility that social capital (X1) with other dimensions within Porter’s
Diamond
have significant direct impacts on MSEs’ performances (Y) in traditional clusters.
H01: β=0, and H11: β ≠ 0, for X=1, 2, 3,4,5,6,7,8………………… (i)
H12: There is a possibility that social capital (X1) has significant indirect impacts on the
performances of MSEs through the dimension of factor conditions (X2) in traditional
clusters.
H02: β=0, and H12: β ≠ 0, for X=1, 2……………………………… (ii)
H13: There is a possibility that social capital (X1) has significant indirect impacts on the
performances of MSEs through the dimension of related and supporting industries
(X3) in traditional clusters.
H03: β=0, and H13: β ≠ 0, for X=1, 3……………………………… (iii)
H14: There is a possibility that social capital (X1) has significant indirect impacts on the
performances of MSEs through the dimension of demand conditions (X4) in
traditional clusters.
H04: β=0, and H14: β ≠ 0, for X=1, 4……………………………… (iv)
34
H15: There is a possibility that social capital (X1) has significant indirect impacts on the
performances of MSEs through the dimension of firm characteristics (X5) in
traditional clusters.
H05: β=0, and H15: β ≠ 0, for X=1, 5……………………………… (v)
H16: There is a possibility that social capital (X1) has significant indirect impacts on the
performances of MSEs through the dimension of firm strategy, structure and
rivalry (X6) in traditional clusters.
H06: β=0, and H16: β ≠ 0, for X=1, 6……………………………… (vi)
H17: There is a possibility that social capital (X1) has significant indirect impacts on the
performances of MSEs through the dimension of government policies (X7) in
traditional clusters.
H07: β=0, and H17: β ≠ 0, for X=1, 7……………………………… (vii)
H18: There is a possibility that social capital (X1) has significant indirect impacts on the
performances of MSEs through the dimension of chance (X8) in traditional clusters.
H08: β=0, and H18: β ≠ 0, for X=1, 8……………………………… (viii)
35
3. CHAPTER III
RESEARCH DESIGN AND METHODOLOGY
Introduction
The aims of this chapter are to explain the research setting and methodological
approaches, which enabled us to analyze the determinant factors of MSEs’ performances
in traditional clusters in Herat City, Afghanistan. In this study, I adopt Porter’s Diamond
Model as a framework for assessing the contribution and the impacts of the social capital
dimension on MSEs’ performances, both directly and indirectly through the other
dimensions within the Porter’s model.
This chapter consists of three sections. The operationalization of variables in each
of the dimensions in the conceptual framework of this study (see Figure 2.2) was drawn
on the literature review in Chapter 2. The sampling and data collection and the final
section describes the statistical methods used for the analysis of data in this study. In
addition, in order to achieve the objectives of this study, some statistical software
packages (MS. Excel, SPSS v.23 and SPSS AMOS v.23) were also used throughout the
analysis process.
36
Operationalization of Variables
As in the hypothesized framework shown in the second chapter (see Figure 2.2),
this study classifies the determining factors of MSEs’ performances into eight
dimensions, namely, social capital (X1), factor conditions (X2), related and supporting
industries (X3), demand conditions (X4), firm characteristics (X5), firm strategy, structure
and rivalry (X6), government policies (X7), and chance (X8).
In addition, based on the second objective (see section 1.3) that examines the
direct and indirect impact of social capital on MSEs’ performances in this study, except
the dimension of social capital (X1), other dimensions in Porter’s Diamond are
functioning as independent and intermediate dimensions in the conceptual framework
(see Figure 2.2). To test the direct impact of the determinant factors (including social
capital) on MSEs’ performances, in the first stage, we included all dimensions in the
regression analysis as independent variables. In the second step, for the regression
analysis with path diagram models in Chapter 6 and to test the indirect impact of social
capital (X1) dimension on MSEs’ performances, we considered other dimensions in
Porter’s Diamond as intermediate variables in this study.
Thus, the following section provides a list of variables from each of these
dimensions that is based on correlations analysis in Chapter 5, identified to have a
significant association with MSEs’ performances (Y) and other dimensions of the
conceptual framework in traditional clusters. In addition, a complete list of all variables
used in this study was attached in the appendix section as well (see Appendix 3). The
MSEs’ performances (Y) is considered a dependent variable, measured through the daily
sales revenue of an enterprise in this study.
37
3.2.1. Independent and Intermediate Variables
The position of an independent variable in a causal relationship framework is a
variable that stands alone and is not changed by the other variables that we seek to
measure. In fact, the independent variable causes some kind of change in other variables
(dependent variables). In other words, the independent variable is a variable that has an
antecedent or causal role and usually appears first in a hypothesis (Knoke, Bohrnstedt,
and Mee 2002, p.12). In addition, the intermediate variables can stand as independent or
dependent variables in a causal relationship framework, in other words; intermediate
variables usually take a position between independent or explanatory variables and
dependent variables.
Within a hypothesized framework, the intermediate variable can be changed or impacted
through an independent variable, and could then act as an independent variable and cause
change or impact on dependent variables, and thus in this study, on MSEs’ performances
(Y). Therefore, except the dimension of social capital (X1) that is hypothesized to have a
direct impact on MSEs’ performances and functions as an independent variable, the other
seven dimensions in the conceptual framework both function as independent and
intermediate variables in this study. In this section, each of these eight dimensions in the
conceptual framework are explained, separately, with the variables that had a significant
association with MSEs’ performances in Chapter 5.
Social capital (X1): The social capital factor has been recognized in a number of studies
on MSEs as one of the important sources for networking, trust, and cooperation, as well
as for sharing and transferring the knowledge and innovative ideas within and between
individuals or communities. We measured social capital in terms of the trust, participation
38
in networks and groups, as well as cooperation, and cohesion within the community and
traditionally clustered MSEs in Herat City. The variables from the dimension of social
capital that had significant association with MSEs’ performances are; having a family
member in same industry (X111), the number of close friends (X112), the number of friends
who can help (X113), trust in family and relatives (X129), help from a stranger (X154), the
frequency of mosque attendance (X155). In addition, the variables from the social capital
dimension that had significant association with the variables from other dimensions are,
namely, meeting with friends (X147), internet usage (X150), joining a loans association
(X16), trust in the police (X143), charity activities (X153), effectiveness in decision making
(X123), joining Senf (X11), joining industries and commerce associations (X13), trust in
neighbors (X133), trust in municipality officials (X139), and the social media index (X152).
The quantity and the characteristic of these social capital components can serve as a good
measure of the social capital factor for MSEs in this study.
Factor Conditions (X2): One of the possibilities to measure MSEs’ factor condition such
as human resource is to identify the age, sex, education and experience level of an MSE’s
owner. Education level is recognized as one of the most important indicators in terms of
human resources. Managing properly the human resources enables MSEs to adjust and to
allocate their human resource through enhancing the performances of each member with
and within the MSEs cluster, and can contribute to increasing their sales volume which
in this study is referred to as the dependent variable. Thus, the quality and the quantity of
these human resources serve as a good yardstick of measurement for the factor conditions
(X2) dimension in this study.
39
In the context of MSEs’ performances, growth and sustainable competitiveness,
access to credit and other financial services is a vital factor. In addition, in the traditional
cluster of MSEs, this factor can be more important due to the limit and unavailability of
collateral documents to be submitted by MSEs to the formal banks and other financial
institutes. Especially for those MSEs that are involved in very basic methods of
production with low profile industries, this obstacle can be a challenge for enhancing their
performances.
The performance of the MSEs is highly depended on its access to sufficient
equipment, venue, machinery and other production tools. The physical assets of the MSEs
can significantly contribute to its performance and competition in the market including
its rivals in the same or different cluster. Therefore, the variables, namely, the
entrepreneur’s age (X21), work experience (X22), level of education (X23), vocational
training (X210), source of investment from saving (X212), MSE’s total funded assets (X217),
total of current assets (X219), venue’s rented status (X224), and car ownership (X227) can
be considered as measurable components of the factor conditions (X2) dimension in this
study.
Related and Supporting Industries (X3): The role of related and supporting industries
in a cluster is vital to the competitiveness and performances of MSEs. As described in
Chapter 2, the location of the firms within a cluster, its proximity to sophisticated buyers,
and competitive suppliers in the domestic market can contribute to the MSEs’
performances and its competitiveness. Therefore, in this study, the variables of enterprise
location (X35) from the dimension of related and supporting industries (X3) is considered
as measurement variable in this dimension. Indicating the proper location of an enterprise
within a cluster can provide enterprises with sufficient access to market information,
40
buyers, raw materials, and other benefits from existed infrastructures in a particular
traditional cluster.
Demand Conditions (X4): Porter’s Diamond Model emphasizes the significant role of
the domestic buyer’s characteristic as a major factor influencing an industry’s competitive
advantage. Thus, in this study, the variables, namely, customer feedback (X46), customer
preference for quality (X44), customer preference for price (X43), and changes in sales
volume (X42) are considered to be the measurement of the dimension of demand
conditions (X4) in the conceptual framework of this study.
Firm characteristics (X5): The characteristic of the MSEs in this study is an exploratory
dimension that refers to an entrepreneur’s character, attitude, and optimism about their
economic activities in a cluster. Thus, the variables, namely; prosperity achievable by
endeavor (X528), being abroad (X511), council with the employee (X512), and the changed
varieties of products (X520) are considered to be measurement variables of a firm’s
characteristics (X5) dimension in this study.
Firm Strategy, Structure, and Rivalry (X6): This dimension found to have the largest
number of variables that are classified as significant factors from the dimension of firm
strategy, structure and rivalry (X6). These variables are, namely; manager status (X61),
investment in employees training (X616), business card (X623), and expansion of enterprise
(X631) are considered to be the measurement factor from this dimension in this study.
The Role of Government Policies (X7), and Chance (X8): Porter (1990) argues that
both government policies and chance can play a significant role in increasing the
competitive advantage and performance of the enterprise within an industry. However,
the character of these two dimensions often seems to be influenced by an enterprise’s
41
strategy and performance. Thus, the dimension of government policies (X7) can be
measured by the variable of the government marketing in international markets (X714). In
addition, the two variables of threat from suppliers (X83) and the improved economic
status (X89) are considered to be a good measurement of chance (X8) dimensions in this
study.
3.2.2. Dependent Variable
A dependent variable is one that has a consequent, or affected, role in relation to
an independent variable (Knoke, Bohrnstedt, and Mee 2002, p.12). In other words,
dependent variables can be influenced or affected by other independent or explanatory
variables in a causal relationship, or the change in the dependent variables is the result of
change in independent variables. There are various approaches for measuring a firm’s
performance such as the MSE’s size, profits, sales, and market shares. Some studies have
identified the sales revenue as an indicator of the MSEs’ performances within a cluster
(Augusto Felício, Couto, and Caiado 2014). This study classified the MSEs’
performances (Y) as a dependent variable in this study. Although there are various
approaches to measuring MSEs’ performance, scholars mainly use sales and its changes
to measure performances at MSEs level. Thus, in this study, we used the total amount of
daily sales (Y) to identify the performances of micro and small scale enterprises in
traditional clusters in Herat City in Afghanistan.
42
Sample and Data Collection
3.3.1. The Profile of Sample Areas
Herat province is located in the Western Region of Afghanistan. Herat is bordered
by three provinces, namely: Badgis, Ghor, and Farah, and also borders with Iran to the
west and Turkmenistan to the north. It covers an area of 55,869 km2 and represents 8.6%
of the total Afghan territory. It is the second largest province in the country after Helmand.
The province is divided into 16 districts, including its provincial center that is called Herat
City. Given that Herat province is home to 7.8% (approx. 1,762,157 inhabitants, 2015) of
the total population of Afghanistan, it is also ranked as the second most populous province
in the country after Kabul.
Source: Adapted from the maps of AIMS office in Herat City
Figure 0.1. Map of Sample Area in Herat City, Afghanistan
43
Herat is routinely portrayed as an economic powerhouse but has seen a significant
slowdown of economic activities, along with other provinces, in the wake of the political
impasse that followed the presidential election in 2014 and reduced international
investment that had been made through assistance programs by foreign military forces.
Herat province’s annual output in 2011 was estimated at $1.2 billion, $325 million in
agriculture, $465 million in the service sector, and $425 million in industrial enterprises
including mining (Leslie 2015).
3.3.2. Sampling and Data Collection
In this study, we used the primary data obtained through a structured questionnaire
as well as through in-depth interviews with individuals from different private and public
organizations. In addition, in this study we also used secondary data which were collected
from various departments and research institutes during fieldwork in Afghanistan. Thus,
in this section, we provide a description of the data coverage for this study.
There were three main reasons for selecting Herat City as a sample area in this study.
First, Herat is the second largest province in terms of inhabitants as well as land size.
Second, this Herat City is one of the oldest and historical cities in Afghanistan and well
known for its ancient civilization and artisans, and it is located in a corridor of Silk Road
(see Appendix 2). Third, in terms of the implementation of government policies on
industrial and other development programs, Herat province was selected because of its
advantage of having a more proper infrastructure in comparison to other provinces.
This study used the World Bank definition for identifying the size of MSEs, in which
enterprises that employ less than 5 employees are considered as micro enterprises; 5 to
44
19 employees as small enterprises; 20 to 99 employees as medium enterprises; and 100
or more employees as large enterprises.
Since included as the target clusters of MSEs for this study were different type of
industries, the author used the stratified purposeful random sampling methods to divide
the survey population into smaller groups and to select proportional representatives of
MSEs from each of those six clusters. The survey was conducted in Herat City in August
and September of 2015. A structured questionnaire was developed (see appendix 4 and
5) in English and translated to the local language of Dari (Persian), and then elaborated
in advance through a preliminary test with some of the concerned MSEs. Then, the author
interviewed a total number of 118 micro and small scale enterprises (MSEs) with a
structured questionnaire. Except for 14 questionnaires which were not included in the
analysis process, because those questionnaires were missing information or were not
completed during fieldwork in Herat City. Thus, the results of interviews with 204 MSEs
were included in this study and the Table breakdown is shown in Table 3.1.
Table 0.1. Frequency distribution of sample of clustered MSEs
No. Type of Cluster MSEs
MSEs
No. Type of Cluster MSEs
MSEs 1 Dried fruit and nuts 21 4 Shoemaker 33
2 Tailor 42 5 Iron monger 27
3 Carpenter 49 6 Tinwork 32
Sub-total: 204 MSEs
45
Limitations of the Study
As in any study that implementing the case method, qualitative or quantitative
research methodology, there are often limitations for interpreting and coming to a
conclusion, as well as for the generalizations of results for the future studies. Thus, there
are at least three major limitations in this study. First, because of possible security threats
and time limits, as well as limits of financial and logistical resources, in this study we
were able to conduct one-off interviews with micro and small scale enterprises in only
one of the provinces (Herat) in Afghanistan, instead of obtaining a larger sample size and
covering more geographical areas in Afghanistan for this study. Second, there is very
little literature on the incorporation of the social capital dimension within the framework
of Porter’s Diamond Model in case of both developing and developed countries. Third,
there are serious constraints and lack of sufficient information available about the
economic performances of Herat City as well as Afghanistan as a whole.
Analysis Methods
In this study, we used Porter’s Diamond Model as the main analytical framework
of MSEs’ clusters. The scope of this study was at the three different levels (Micro, Meso
and Macro). The unit of analysis in this study was at the firm level. Meanwhile, this study
mainly focuses on the analysis of MSEs’ performances and its determinant factors as
developed in the hypothesized framework in this study. In addition, in order to achieve
the objectives of this study, during the process of data analysis, we applied different
statistical methods such as descriptive statistics, correlation matrix, multiple general
regression analysis as well as the path analysis methods. Each of these statistical methods
is briefly described in the following sections.
46
3.5.1. Descriptive Statistics
In this study, we used descriptive statistics analysis as the primary and most useful
statistical method in order to explore the basic information and to explain the nature of
data, as well as the variables by calculating minimum (min), maximum (max), and mean
as well as variance and standard deviation. The aim of executing those descriptive
statistical methods is to identify the characteristics of collected data and to describe their
range, central tendency, and deviations. Therefore, in order to do so, first we dropped
those variables that yielded a standard deviation of zero before including those variables
into further analysis.
3.5.2. Correlation Matrix
One of the most general meanings of the concept of a relationship between a pair
of variables is that knowledge with regard to one of the variables carries information
about the other variable (Cohen et al. 2003).
To measure the association between two continuous variables estimating the direction
and strength of linear relationship, in this study, the Pearson product moment-correlation
coefficient (r) was used to measure the association4 between two variables. In addition,
Pearson product-moment correlation can be used to estimate the direction and strength of
linear association between a pair of variables (Knoke, Bohrnstedt, and Mee 2002).
In principal terms, correlation coefficient (r) ranges from (-1.00) to (+1.00). The value of
-1.00 represents a perfect negative correlation and the value of +1.00 represents a perfect
positive correlation between two variables. In this study, we consider the significance
4 In this study, correlation and relationship are synonyms for association.
47
level5 at (α ≤ .05) as a significant variable (criterion 1 for correlation analysis). In addition,
in order to avoid the problem of multicollinearity6 in regression analysis, if the variables
were associated with correlation coefficients of (r ≥ 0.8), we selected only one of those
paired variables for further steps of analysis (criterion 2 for correlation analysis). In
addition, in order to gain a better interpretation of the degree of strength of the association
between two variables in correlation analysis, we used the following conventions7
presented in Table 3.2.
Table 0.2. Value of Association and Appropriate Phrase
Value of Association Appropriate Phrase
+ 0.600 or higher A very strong positive association*
+ 0.300 to + 0.599 A moderate positive association
+ 0.100 to + 0.299 A low positive association
+ 0.010 to + 0.099 A negligible positive association
0.000 No association
- 0.010 to - 0.099 A negligible negative association
- 0.100 to - 0.299 A low negative association
- 0.300 to - 0.599 A moderate negative association
- 0.600 or lower A very strong negative association
3.5.3. General Multiple Regression with Path Analysis Method
General multiple regression analysis (GMPA) examines the joint relationship
between a dependent variable and two or more independent, or predictor, variables
5 It is, the level of probability at which it is agreed that the null hypothesis will be rejected (Everitt 1998,
p.303). 6 A term used in regression analysis to indicate situations where the explanatory variables are related by a
linear function, making the estimation of regression coefficients impossible (Everitt 1998, p.219). 7 This convention were adopted from James A. Davis (1971, p.49).
48
(Knoke 2002, p. 235). Therefore, a multiple regression equation is a linear model
constructed from a dependent variable and a set of independent (explanatory) variables
(Kawamura 1978, p. 228). In addition, the term multiple linear regressions is usually
applied to models in which a continuous response variable, Y (dependent variable), is
regressed on a number of explanatory variables, X1, X2, X3….Xn (independent variables).
The aims of using general multiple regression analysis in this study are to achieve our
objectives8 by testing the hypothesized conceptual frameworks in which the social capital
with other dimensions within Porter’s Diamond have direct impact on MSEs’
performances in traditional clusters.
In addition, the execution of multiple regression analysis in this study utilized the
Statistical Package for Social Science (SPSS v. 23). Thus, in order to examine the
hypothetical model, we set the criteria of beta coefficient (β ≠ 0) and the significance
level of (α ≤ 0.10) for multiple regression analysis in order to calculate the casual
relationship, and test the hypothesis for the impact of social capital and other determinant
factors on the MSEs’ performances.
The second objective of this study is to determine whether social capital has
indirect impact on MSEs’ performances throughout the other dimensions of the
conceptual framework in this study. Thus, we utilized the software package of SPSS with
Analysis of Moment Structures (SPSS AMOS v.23) with Structural Equation Modeling
(SEM) to test the direct and indirect impact of social capital on MSEs’ performances. The
Bootstrap method is used in order to achieve more reliable results in testing mediation in
the analysis of the path diagram model in Chapter 6. In order to examine the hypothetical
8 See, Chapter I for detail of objectives (2).
49
model, we set the criteria of beta coefficient (β ≠ 0) and the significance level of (α ≤
0.10) for the path analysis. In addition, to attain a reliable test of Model-Fit for path
analysis models, we set the criteria that are often recommended and used for the testing
of the structural model as shown in Table 3.3.
Table 0.3. Criteria for Fit-Indices of Model Test
Fit Indices Recommended by Recommended Criteria
X2 Meyers, Gamst, and Guarino (2006) P-value >.05
CMIN/DF Marsh and Hocevar (1985)
Hair et al., (2009)
< 5.0
<3.0
CFI
Bentler, (1990)
Hatcher, (1994)
>.90
>.90
GFI Chau, (1997);
Segars and Grover, (1993)
>.90
>.90
RMSEA Byrne, (2001);
Hu and Bentler, (1999)
<.08
<.05
50
4. CHAPTER IV
TRANSITION ECONOMY AND ENTERPRISE
DEVELOPMENT IN AFGHANISTAN
The Profile and Socio-Economic Indicators of Afghanistan
Afghanistan is a land-locked and mountainous country in South Asia with the area
of approximately 650,000 km2. The country is bordered with Pakistan in the east and the
south, Iran in the west, Turkmenistan, Uzbekistan, Tajikistan and China in the north (see
Appendix 1). Afghanistan is also called the heart of Asia, and long ago it was a center of
commercial and economic activities because of its strategic and geographical location in
the region. The topography of the country is a mix of central highlands and peripheral
foothills and plains; and has an arid continental climate in which summers are dry and
hot, while winters are cold with heavy snowfall in the highlands.
Afghanistan is comprised of thirty-four provinces including Kabul as the capital of the
country. The government in Afghanistan has a presidential system and is controlled by
the central government in Kabul. The country is rich in a variety of natural resources such
as iron, silver, garnets, copper, natural gas etc. Most of these natural resources have not
been unearthed due to the civil war, recent political instability, lack of capacity and human
resources, and the absence of required technologies, especially in the last three decades.
51
Afghanistan’s economy is highly dominated by agriculture and more than 65% of the
population of the country depends on agriculture and related industries for their livelihood
(CSO 2016). The data about the economy of Afghanistan in year 2014-15 were more
hopeful in comparison to year 2013-14. The value of the Afghan GDP reached 21.0
billion and shows a 1% decrease over the value of GDP in last year. The growth rate of
GDP in year 2014-15 was about 2.1% and the GDP per capita was $747 in this year. The
share of agriculture in GDP in 2014-15 was 24.32%, services 51.30%, and the sector of
industry was 20.92% as the lowest share in GDP. In addition, the total value of the
industrial products of both government and private sector in year 2014-15 was Afs 7315
million (exchange rate Afs 57=$1), which means it decreased by 29.6 % compared to the
previous year. The consumers price index (CPI) shows that the level of inflation in
Afghanistan was -0.7% that indicates a relative decrease in comparison to the last year.
The data on foreign trade in Afghanistan shows that in 2014-15 the value of imports was
$7729 million and the value of exports was $571 million. The data shows that in
comparison to the previous year, imports decreased by 11.4% and exports increased by
10.9% (CSO 2015).
Regarding the land, about 12% of the country’s total land is arable, 3% is under
forest cover, 46% consists of permanent pastures, and the remaining 39% is mountainous
and inhabitable (CSO 2015).
The population of Afghanistan was estimated to be 28.1 million in 2014-15 (CSO
2015). The population of men was 51.3% (14.4 million), and women was 48.7% (13.7
million). About 71.5 % (around 20.1 million) of the populations lives in rural areas, 23.1
% (6.5.0 million) lives in urban areas and 5.3% (1.5 million) are classified as Kuchi
(Nomadic). The data on educational attainment of government officials shows that there
52
are 305 people with a Ph.D. 3848 with an MA/M.Sc., 46307 people with a BA/B.Sc. and
nearly 242909 people have a BA/B.Sc. In addition, in 2014-15, the total number of
students at public and private education institutions was 253161 people, which shows a
23.6 % increase compared to the previous year. The data of CSO 2014-15 shows that in
these years there were 126 public and private universities, which means an increase of 16
private education institutions.
Afghanistan is a multicultural and multi-ethnic country, composed of many ethnic
groups such as Pashtun, Tajik, Hazara, Uzbek, Turkmen and others. Many languages are
spoken, with Pashto and Dari being the two main ones and the majority of Afghans9 can
speak one of the two main languages10.
Post-2001 Agendas and Transitional Economy in Afghanistan
Almost three decades of war have created the innumerable challenges that the
people of Afghanistan are facing today. The results of those civil wars were the
destruction of core institutions of the state and a heavily war-torn economy, which led to
an unrivaled level of absolute poverty, national ill health, large-scale illiteracy and an
almost complete disintegration of gender equality. In spite of the intensive reconstruction
efforts in recent years of reconstruction at a cost of billions of dollars, the path to
prosperity from extreme poverty remains as distant as ever. In addition to insecurity,
poverty, and corruption. there are several other wide-ranging challenges that Afghan
people face. Poverty reduction is one of the three key objectives of the Afghanistan
National Development Strategy (ANDS).
9 Refers to the nationality of a person in Afghanistan. 10 These two languages (Pashto and Farsi-Dari) are the official languages in Afghanistan.
53
In 2002, Afghanistan was a thoroughly devastated country in virtually every
respect. The political, social and economic structures of the country had been severely
damaged or completely destroyed. Massive numbers of Afghans had left the country and
lived as refugees. Moreover, uncountable numbers either died or were severely disabled
in these conflicts. Every family has paid a price, and many had to cope with the loss of
their main breadwinner. This caused the disruption of education for youth, and in the case
of girls, it was totally terminated. Today Afghanistan has the highest rate of illiteracy in
the world. Despite these desperate conditions, since 2001 the country has had some
remarkable achievements. The progress that has been made should be measured against
the desperate conditions that prevailed during the last few years.
While Afghanistan still faces many enormous challenges, the achieved progress
has led to the optimism that with determination Afghans can rebuild their lives and their
country. In addition, significant political, social, and economic achievements have been
made in recent years
Recently, many development plans were implemented in Afghanistan, some of which
focused on poverty reduction. The most comprehensive and detailed plan developed and
implemented in order to reduce poverty was the Afghanistan National Development
Strategy plan (ANDS 2007). The ANDS plan represents the combined efforts of the
Afghan people and the Afghan government with the support of the international
community to address major challenges facing the country. This plan, ANDS, was drafted
to comprehensively address security, governance, and development needs of Afghanistan.
Therefore, the overriding objective of the ANDS plan is to substantially reduce poverty,
improve the lives of the Afghan people, and create the foundation for a secure and stable
country. This requires building a strong, rapidly expanding economy able to generate
54
employment opportunities and adequate income essential for the reduction of poverty. In
fact, the ANDS plan serves as the country’s Poverty Reduction Strategy Paper (PRSP).
Thus, it establishes the joint Government/international community commitment for
reducing poverty and it also describes the extent and patterns of poverty that exist in
Afghanistan. In general, the ANDS’s plan lays out the strategic priorities and policies,
programs and projects for achieving the Government’s development objectives. These
are organized under three pillars: first, security; second, governance, rule of law and
human rights; and third, economic and social development (ANDS 2007).
Enterprise Development and Policy Discourse in Afghanistan
“A society of hope and prosperity based on a strong, private-sector led market
economy, social equity, and environmental sustainability” (ANDS 2007, p. i).
The status of business environment in Afghanistan shows that this country needs
to solve a number of obstacles to achieve a higher level of prosperity and domestic and
international market. The overview of economy in Afghanistan shows the lack of strong
infrastructure that can enhance the competitiveness of its economy and create an efficient
business environment for the enterprises to growth and development in this country
(World Bank 2014). It is well known that the efficient infrastructure can properly connect
the enterprises to their suppliers, customer, and can provide them with access to
information in market and also opportunity for adapting to the new methods and modern
technologies for their production system. On the other hand, the lack of this infrastructure
55
in the business environment of Afghanistan means that this country cannot perform
properly in an international scale. According to an enterprise survey conducted by the
World Bank, the status of business environment in Afghanistan ranked as 177 out of 189
economies across the globe (World Bank 2016, p. 6).
With respect to the status of business environment in Afghanistan, there have been
many efforts made by the government of Afghanistan and its partner organizations from
the international community such as international organizations to promote the private
sector in this country since 2001. A number of NGOs and international organizations have
been working in Afghanistan to promote the role of the private sector side by side in the
transitional economy of this country. These efforts from the international organizations
were provided directly to the private sector or indirectly through the government channels
such as Ministry of Commerce and Industry (MOCI) and Afghanistan Investment Support
Agency (AISA). In addition, there have been another national and international NGOs
that contributed to these efforts during the past 15 years. The international NGOs such as
U.S. Agency for International Development (USAID) took initiatives to provide
assistance to the private sector in terms of technical, financial and business development
services. On the other hand, these NGOs have also assisted the government organizations
with technical assistants that focus on capacity building, organization and legal reforms,
and providing expertise. Similarly, other international organizations such as World Bank,
Department for International Development (DFID), Deutsche Gesellschaft für
Internationale Zusammenarbeit (GIZ) also have been among the major contributors of the
agenda for development of private sector in Afghanistan.
Despite all these efforts that have been made by the Afghan government and the
assistants from the international community, and even though successful cases were
56
reported in some sectors, still there are fundamental challenges that need to be addressed
in order to enable the enterprises to grow and attain sufficient levels of competitiveness
in domestic and international markets.
One of those challenges that was not considered in the policy discourse of private
sector development and especially SMEs’ development in Afghanistan is the lack of legal
framework for assessing the achievement and obstacles for the private sector in this
country.
The findings from the interview with expertise and government officials during
the fieldwork for this study at the MOCI in 2015 indicates that there was a lack of
coordination between Afghan government and those national and international
organizations for implementing the programs that aims to promote the enterprises
development in Afghanistan. For instance, there were large scale programs for enterprise
development that designed by international organization such as USAID and spent a
budget of about $200 million, and the duration of this program was for about 5 years. As
part of program, it aimed to provide a national strategy plan for the development of
enterprise. But, at the end of this program, the ministry of commerce and industry (MOCI)
in Afghanistan did not received any strategy plan or any document contains lesson learned
from this program. The only document that the ministry has received in 2009 was a MS.
PowerPoint Slides’s document (consist of 84 pages) and the ministry were not provided
with any additional sources or references that used for in the contents of this document.
In addition, this document that titled: “Afghanistan SME Development Strategy” has not
considered as strategy plan this ministry but have been used by many other organizations
intentionally or unintentionally and referenced as the only available strategy plan for SME
development in Afghanistan, said Mr. Ahmad Zia Sayed Khaili, director of SME
57
development in the ministry of commerce and industries, April 4, 2015, Kabul. The fact
is that, even though official at ministry of commerce and industry ignored and questioned
the validity of such a strategy plan, due to its unrealistic anticipation and data within
mentioned document, but the ministry of commerce and industry in Afghanistan in its
online website refer to it as MOI’s SMEs strategy.
Another challenge that especially micro scale enterprises in traditional clusters are
facing in Afghanistan is the definition that have been given to these type of enterprises.
Finding from the interview at MOCI indicate that there was not agreed definition for the
scale of enterprises between this ministry of other international organizations (World
Bank) that welling to assist the government in the course of SMEs development. In
addition, it seems that in most programs and agendas relevant to development private
sector in Afghanistan, the prioritize were given to medium or large scale enterprises, and
often there were not any emphasis on micro scale enterprises in the policy discourse in
Afghanistan. In which, such situation can undermine the importance and the challenges
of the micro and often small scale enterprises to perform properly in the traditional
clusters in Afghanistan.
Preliminary Findings from Traditional Clusters in Herat
This section describes the results of preliminary analysis and its findings from the
sampled clusters in Herat city. Even though the main objective of this study is to analyze
the group of traditional clusters as a whole, in this section, for a better understanding of
the characteristics of every single cluster, we used a descriptive analysis to understand
the role of social capital (trust, networking, cooperation and collective action) in the
contexts of each of these clusters.
58
4.4.1. Dried Fruits and Nuts Cluster
This cluster is one of the very old traditional industries in Herat City and
Afghanistan; a country with an agriculture-based economy. The firms of this cluster are
mainly located between Chahar Su, Darb Malik and Shahr-e Naw streets (see
Appendixes). Some cluster members reported that they had run their industry for more
than 60 years, whereas nearly 45% of the cluster members reported that they did so for
less than 10 years. A random sample of 21 enterprises was selected for this study. In
addition, findings in this and the following two chapters (5 and 6) are the results of
investigations conducted in MSEs in Herat City.
Herat province has been famous for its land potential to grow up a variety of
agricultural products such as delicious and cheaper fruits (Malleson 1880, p. 37).
Therefore, the potential of growth in this cluster is high due to its long tradition of being
a part of the Afghanistan economy. On the other hand, it is important to take into account
the location of this industry. Herat City is one of the most productive regions for this
industry in Afghanistan equipped with the potential to grow and possibly to compete in
other regional and international markets. In addition, despite the fertility of land and the
geographic location of Herat City in a corridor adjoining with other regional markets
mainly in Central Asia, the needs for a good and beneficent administration were always
a crucial factor to enable it to attain and sustain a higher degree of prosperity mainly in
the agriculture sector (Malleson 1880, p. 56).
On the one hand, in terms of production and creation of employment, the dried fruit and
nuts industry in the domestic market plays a significant role. On the other hand, in the
59
composition of the balance of trade in Afghanistan, this industry with a proportion of 37%
of export to the total export value is the largest contributor to the economy in the country.
The preliminary findings from the collected data during the field survey in Herat
City in this study indicate that a high level of trust exists among the family members and
relatives 76.2%, neighbors 52.4% and in other members of this cluster 71%. The data
shows that entrepreneurs’ trust in the police, the municipality officials, and the national
government officials tends to be low: 28.6%, 19% and 14.3% respectively. The structure
of trust within this cluster reveals that there is a huge difference in trust between family,
relatives and other entrepreneurs within the cluster on the one hand and the official in
formal organizations such as police, municipality and government on the other (Figure
4.1). The study has also found that a higher level of trust exists in regard to suppliers of
raw input materials 42.9%, teachers and professors 47.6%, followed by their local
representatives 19% (Wakil and Arbab11).
11 Wakil and Arbab: traditionally refers to a village and community representative or leader who acts as a
link between the rural or urban population and the district and wards chief in Afghanistan (Adamec
2003).
0.0%
14.3%
14.3%
14.3%
61.9%
14.3%
19.0%
28.6%
71.4%
52.4%
76.2%
0.0% 10.0% 20.0% 30.0% 40.0% 50.0% 60.0% 70.0% 80.0%
Join Credit association (X16)
Join industries and trade chamber (X13)
Join sport group (X17)
Join ethnic group (X18)
Join asnaf (X11)
Trust in national government staff (X142)
Trust in municipality staff (X140)
Trust in police (X144)
Members are trustful (X116)
Trust in Neighbors (X134)
Trust in family and relatives (X130)
Figure 4.1. Trust and Networking - Dried Fruits and Nuts Cluster
60
Figure 4.1. shows that within this cluster, the networking and membership in
groups and associations vary from 61.9% of the enterprises in this cluster that have
membership in their industry association (Senf12) to 14.3% that have membership in
ethnic groups, sports groups and associations for industries and trade chambers. The data
from interviewed enterprises in this study reveals that no entrepreneur in this cluster has
any type of membership in cooperatives and associations or in any credit and loan
association. In addition, the data from this cluster indicates that 33.3% of the enterprises
are reported to have membership in other types of groups or associations than those
mentioned above. Therefore, the data for entrepreneurs’ membership in groups or
associations shows that 66.7% of the enterprises in this cluster have at least one type of
membership while less than 10% of them do not have membership in any group or
association.
Figure 4.2 shows a very high level of cooperation and collective action within the
dried fruit and nuts cluster. This indicates that 76.2% of the enterprises do cooperate with
each other to share the machineries for the production purposes. The data shows that
61.9% of the enterprises in this cluster often share information among them about their
production methods and the market status. The data also indicates that there is high-level
cooperation to give and receive support to and from others among the enterprises in this
cluster.
12 Senf refers to an association for a specific industry in urban area of Herat City.
61
The presence of collective action among enterprises in this cluster is also reported
at a very high level. In this data, more than 65% of the entrepreneurs have reported that
they are effective in the decision-making process of their cluster. 76.2% of the
interviewed entrepreneurs said that they participated and voted in the last presidential
election 2014. In addition, the entrepreneurs in this cluster reported that in the past they
participated with different types of clusters’ members in some of the demonstrations to
protest against the municipality or the government regarding policies issues relevant to
their business activities in Herat City.
76.2%
61.9%
66.7%
66.7%
61.9%
76.2%
0.0% 10.0% 20.0% 30.0% 40.0% 50.0% 60.0% 70.0% 80.0%
Vote in presidential election (X128)
Friends asked help (X146)
Friends can help (X114)
Effective in cluster decision-making (X127)
Enterprises share infomations (X120)
Enterprises share machinaries (X122)
Figure 4.2. Cooperation and Collective Action - Dried Fruit and Nuts Cluster
9.5%
23.8%
28.6%
38.1%
0.0% 5.0% 10.0% 15.0% 20.0% 25.0% 30.0% 35.0% 40.0%
Other benefits (X55)
Benefit customer market awearness (X54)
Benefit access market info (X52)
Benefit increase cooperation unity (X53)
Figure 4.3. Benefits of Belonging to a Cluster- Dried Fruit and Nuts Cluster
62
Figure 4.3 shows the entrepreneurs’ responses about the main benefits of
belonging to a cluster based on the four different types of possible benefits that are shown
in this figure. The finding indicates that 38.1% of the entrepreneurs in this cluster believe
that their belonging to a cluster can increase the chance of unity and cooperation among
members. This figure is followed by 28.6% of the entrepreneurs who agreed that being in
a cluster could provide them with better access to information on prices, production
methods and only 23.8% of them thought that it could increase the awareness of the
customers’ needs and changes in the market for their products.
The sampled enterprises in the dried fruits and nuts cluster in this study consist of
17 micro-scale enterprises and 4 small-scale enterprises. The structure of firms’ place
ownership within this cluster shows that 42.9% are privately owned and that 43% of
firms’ place are rented and the remaining 15% are inherited or mortgaged.
In the interview, the entrepreneurs were asked to evaluate the competitive position
of their firms in the market in comparison to other firms in the same cluster. Their
responses varied from 23% who believed that their position compared to other firms is
weaker, 52% who thought similar, 19% who thought stronger, and 5% who evaluated
themselves as much stronger in this cluster. In addition, they asked the question of
whether they planned to establish or expand their firms during last three years. The data
shows that 62% of them have been considered the plan for the expansion or the
establishment of new firms in this cluster.
The data shows main priorities for additional investment in this cluster: for 43%
of the respondents it is to invest in a better location for their firms, 33% to invest in raw
63
input materials, 14% to invest in machineries, 10% to invest in additional storage, and
5% to invest in more employment and tools.
The traditional cluster of enterprises often uses less sophisticated technology and
methods in their production process, but the firm strategies such as innovation in the
changing market’s environment is a very important factor for their survival and
continuing its operation properly. Findings from the dried fruit and nuts cluster indicate
that about 85.7% of the enterprises in this cluster have innovated or changed their
products during the last two years. The major sources of innovation for the enterprises in
this cluster are like this: 81% are from customer’s feedback and 19% are by imitation of
domestic or imported products.
The enterprises in this cluster often apply different strategies to their customer
base. As for the major customer base strategies in this cluster, 71.4% employed a strategy
through discount, 43% through improvement in the quality of the product, and 14%
through marketing.
The business satisfaction level among interviewed entrepreneurs in this cluster
has been evaluated based on the five-point Likert scale question (very satisfied, satisfied,
neither satisfied nor dissatisfied, dissatisfied and very dissatisfied). The findings indicate
that about 66.7% of them stated that they were satisfied with their business activities.
In relation to the public-private partnership discourse, the perspective of
entrepreneurs on the government and its policy implementation are evaluated in this
study. The findings indicate that only 38% of the entrepreneurs in this cluster believe that
the government considers them when it makes decisions, whereas 62% of them think that
64
they often have been neglected in the policy-making processes. In addition, about 71.4%
of entrepreneurs in this cluster believe that the government does not follow any specific
strategy to be supportive of their business and economic activities. In terms of priority on
the part of the government policies and initiatives, the major concerns of the entrepreneurs
in this cluster are that the government should provide them with subsidies and the access
to the international market and vocational training, impose import quota to similar goods,
and increase the access to market information.
The existence and survival of traditional clusters in the future, especially in this
city and eventually in Afghanistan, can be one of the key issues regarding the
development of an industrial strategy plan in this country. The understanding of
challenges and threats that these clusters are facing can facilitate the efficiency of such a
plan. The findings show that 57% of the entrepreneurs in this cluster consider imported
products as the major threat to the future of their survival in the market, 43% consider the
suppliers and the raw input materials as a threat, and 29% of them consider the rivals as
the main threat to their business survival in the future.
4.4.2. Tailoring Cluster
This cluster has a history of more than 35 years and is one of the traditional
industries in Herat City, though nearly 60% of the enterprises in this cluster are less than
10 years old. The tailoring cluster is mainly located in the areas stretching from Masjid-
e-Jame Herat along to the Jada-e-Lilami and the areas from Chawki Shahr-e-Naw to the
Pai Hisar street. The enterprises in this cluster are mainly located in plazas such as small
markets in those areas.
65
In comparison to other clusters in this study, the tailoring cluster seems to be
younger and more dynamic in adapting to the new technology and machineries in their
new design and production methods across time, whereas this flexibility gives an
advantage to the enterprises in this cluster to be innovative, being one of expanding
industries in Herat City and eventually in the other parts of this province.
The findings from the field survey in this study show that a very high level of trust
exists among cluster members 64.3% as well as among family members or relatives
92.2%. On the one hand, more than 83% of the entrepreneurs believe that most members
in their cluster are trustworthy. On the other hand, Figure 4.4 shows that the
entrepreneurs’ trust in the police, municipality, and national government official is at a
lower level 35.7%, 14.3%, and 4.8% respectively. The data shows that about 50% of the
entrepreneurs trust in suppliers of raw input materials, 57% of them trust in teachers and
professors, and only 31% of them do trust in Wakil and Arbab in the area where they
work or live.
9.5%
4.8%
33.3%
21.4%
35.7%
4.8%
14.3%
35.7%
83.3%
64.3%
92.2%
0.0% 10.0% 20.0% 30.0% 40.0% 50.0% 60.0% 70.0% 80.0% 90.0% 100.0%
Join Credit association (X16)
Join industries and trade chamber (X13)
Join sport group (X17)
Join ethnic group (X18)
Join asnaf (X11)
Trust in national government staff (X142)
Trust in municipality staff (X140)
Trust in police (X144)
Members are trustful (X116)
Trust in Neighbors (X134)
Trust in family and relatives (X130)
Figure 4.4. Trust and Networking- Tailoring Cluster
66
The findings about this cluster indicate that, in comparison to dried fruit and nuts
cluster, there is a slightly different pattern of membership rate and networking practices
observed among the entrepreneurs. In this cluster, only 35.7% of the enterprises often
participate in the tailoring association (Senf), and about 33.3% of the enterprises join
some types of sports activity group. A low level of 4.8% of the enterprises participate in
the association of industries and the trade chamber. In contrast to the dried fruit and nuts
cluster, nearly 10% of the enterprises in this cluster have stated that they are members in
the loan and credit associations. The data shows that only 7% of the entrepreneurs in this
cluster have some membership in cooperatives and associations, 9.5% of them participate
in the local council, and nearly 12% of them do participate in other types of groups or
associations.
Figure 4.5 shows the level of cooperation and collective action among the
enterprises in this cluster. There is high-level cooperation among the enterprises in this
cluster in sharing the machineries and information related to production methods and
design. The findings from the field survey reveal that enterprises within this cluster often
benefited from the cooperation among them in order to adapt themselves to the new
designs and machinery in a competitive environment and market changes.
81.0%
73.8%
54.8%
57.1%
73.8%
85.7%
0.0% 10.0% 20.0% 30.0% 40.0% 50.0% 60.0% 70.0% 80.0% 90.0%
Vote in presidential election (X128)
Friends asked help (X146)
Friends can help (X114)
Effective in cluster decision-making (X127)
Enterprises share infomations (X120)
Enterprises share machinaries (X122)
Figure 4.5. Cooperation and Collective Action - Tailoring Cluster
67
The findings show that there is a high level of cooperation and collective action among
enterprises in this cluster. More than half of interviewed entrepreneurs in this cluster
stated that they can receive some types of support from friends and relatives whenever
they needed. Nearly 74% of these entrepreneurs reported that they gave support and help
to their friends and other cluster members in past three months. In addition, nearly 57%
of the entrepreneurs described themselves as effective in the process of decision-making
in this cluster. About 81% of the entrepreneurs participated in the national-wide decision-
making events such as voting in the last presidential election.
Figure 4.6 shows the main benefits of belonging to a cluster. The data in this
figure indicates that about 36% of the entrepreneurs in this cluster believe that being part
of the cluster can increase the chance of cooperation and unity among cluster members.
Only 21.4% of the interviewed entrepreneurs have agreed that it can provide them with
the access to information on design, production methods, prices and customer in the
market, as well as other types of benefits.
21.4%
21.4%
21.4%
35.7%
0.0% 5.0% 10.0% 15.0% 20.0% 25.0% 30.0% 35.0% 40.0%
Other benefits (X55)
Benefit customer market awearness (X54)
Benefit access market info (X52)
Benefit increase cooperation unity (X53)
Figure 4.6. Benefits of Belonging to a Cluster - Tailoring Cluster
68
The sample of the enterprises in the tailoring cluster in this study consists of 24
micro-scale enterprises and 18 small-scale enterprises. The forms of firm ownership in
this cluster are private 45.2%, rent 47.6%, inherited 4.8% and mortgage 2.4%. The status
of management of the enterprises in tailoring cluster shows that 83% of the enterprises
are managed by the owners while the remaining 17% of the enterprises are run by the
managers other than the owners in this cluster.
The entrepreneurs in this cluster evaluated their competitive positions compared
to other firms in the same cluster and 4.8% of them believe that they are in weak positions,
40% of them stated that their positions are similar to those of other firms, 46% stated that
theirs are stronger, and 14.5% evaluated that they have very strong positions in the
market. In terms of the plan for firms’ expansion, 45.2% of the entrepreneurs have
planned to expand or to establish new enterprises in this cluster during last three years. In
addition to the expansion of the enterprises, the data shows that, for the entrepreneur’s
major priority of investment in their firms, 50% of them stated the need for investment
are strong in machineries, 31% had needs for investment in employment and a better
location for the firm, 19% expressed the need for investment in tools, followed by 9.5%
who reported the need for investment in storage and raw input materials, and about 7.1%
who stated the need for investment in vocational training for the employees.
The findings from this cluster indicate that innovation often occurs within this
cluster due to the nature of changing and competitive environments of production
methods and design in this industry. 78.6% of the enterprises in this cluster stated that
they had changed their product variety or design during the last two years. As for the main
sources for the innovation in this cluster, 66.7% are based on the customer’s order or
feedback, 19% by imitation from similar products made by others, 11.9% based on the
69
internet sources, and 2.4% based on other sources. In addition, popular strategies for the
customer base in this cluster are by way of product quality 62%, by discount 7.15% and
through the current customers and marketing 2.4%. Therefore, the presence of a strong
connection between customers’ feedback and relationship with an enterprise’s strategies
for the customer base in this cluster indicates that the customer’s demand and feedback
on products is a very important factor for innovation within the tailoring cluster.
The level of business satisfaction among the interviewed entrepreneurs in this
cluster shows that only 11.9% of the entrepreneurs in this cluster have stated that they are
dissatisfied or very dissatisfied with their business, 2.4% of them reported neither
satisfied nor dissatisfied, and the majority of 59.5% and 26.2% of the entrepreneurs stated
that they are satisfied or very satisfied with their business activities, respectively.
In regard to the entrepreneurs’ perspectives on the government and its policy intervention
in the economy, 62% of them in this cluster believe that the government does not take
into account their needs when making policy decisions and only 38% think it gives
consideration. When the entrepreneurs in this cluster were asked the question of whether
they agree or disagree on the statement that the government does follow any strategy
related to their economic activities, nearly 83.3% of the respondents stated that they
somewhat or strongly disagreed, and only 16.7% of them stated that they agreed or
somewhat agreed that the government followed any economic strategy. The data shows
that the major concern of the entrepreneurs in this cluster is that the government should
take initiatives and provide them the opportunities for vocational training, impose import
quota on the similar imported goods, subsidies, and facilitate the access to information on
domestic and international markets. In addition, in terms of survival and resistance of
traditional clusters of micro and small enterprises in the challenging environment of
70
markets in Afghanistan, more than 40% of the entrepreneurs in this cluster indicated the
threat of import of similar goods from some of the neighboring countries, while 38%
mentioned the threat of rivals in domestic market, and about 31% mentioned the suppliers
of raw input materials as the major threats to the survival of their business in the future.
4.4.3. Carpenter Cluster
This cluster, more than 65 years old, is one of the very old traditional craft
industries in this city. Compared to the tailoring cluster, enterprises in this industry tend
to be older; close to 60% of them have been operating for 13 years or longer within the
cluster. In contrast to the other clusters in this study, carpenter enterprises are located
within areas outside of the old city of Herat. These enterprises are mainly located within
the areas from Chahar Rahi Mustufiyat to Jakkan, Saraki See Mitra to Jada-e- Baghi
Azadi, in 64-Mitra street, and the Darb Qandhar. This cluster is geographically more
scattered in comparison to the other five clusters in this study, which indicates the
potential for expansion of this industry in across the city over time.
Figure 4.7 shows the level of social capital such as trust and networking among
enterprises in the carpenter cluster. The data shows that 83.7% of the entrepreneurs in this
cluster trust in family members and relatives, 49% of them trust in neighbors, and 83.7%
of entrepreneurs believe that most of the entrepreneurs in the same cluster are trustworthy.
This data shows a slightly lower level of entrepreneurs’ trust in the police, municipality,
and national government officials. About 38.8% of the entrepreneurs trust in the suppliers
of the raw input materials, followed by 57.1% who trust in teachers and professors, and
more than 40% of them has trust in Wakil and Arbab in the work or residential area.
71
The data in Figure 4.7 indicates the level of participation of entrepreneurs in
groups or networks connected to the carpenter cluster. Nearly 71.4% of the entrepreneurs
in this cluster participate in the cluster association (Senf). However, the participation in
ethnic associations and sports groups is 20.4% and 16.33% respectively. Around 4.1% of
the entrepreneurs in this cluster participate in loan and credit associations as well as in
the association of industries and the trade chamber. Close to 16.3% of the entrepreneurs
in this cluster participates in a cooperative or association, local council, and associations
other than those mentioned above.
Figure 4.8 shows the cooperation and collective actions that exist among cluster
members. The data from this figure indicates that 81.6% of the enterprises in this cluster
share the machineries among themselves, and about 80% of them share information
related to the prices, design and production methods with other enterprises in the same
cluster. In terms of collective action, the data shows that there is a high level of confidence
among entrepreneurs in the effectiveness in decision-making on the issues related to their
cluster. 81.6% of them believes that they are effective in the decision-making process
4.1%
4.1%
16.3%
20.4%
71.4%
6.1%
12.2%
20.4%
83.7%
49.0%
83.7%
0.0% 10.0% 20.0% 30.0% 40.0% 50.0% 60.0% 70.0% 80.0% 90.0%
Join Credit association (X16)
Join industries and trade chamber (X13)
Join sport group (X17)
Join ethnic group (X18)
Join asnaf (X11)
Trust in national government staff (X142)
Trust in municipality staff (X140)
Trust in police (X144)
Members are trustful (X116)
Trust in Neighbors (X134)
Trust in family and relatives (X130)
Figure 4.7. Trust and Networking - Carpenter Cluster
72
with their cluster, and nearly 86% of the entrepreneurs participated in the nation-wide
decision-making process by voting in the last presidential election in 2014.
Nearly 69.4% of interviewed entrepreneurs stated that they have someone who
can provide them with the support whenever help is needed, also the entrepreneurs
reported that they also have provided help to the friends who sought their support during
the past three months.
The entrepreneurs believe that belonging to a cluster is beneficial to them. Around
28.6% of the entrepreneurs in this cluster believe that belonging to a cluster provides them
with the benefit of access to information on production methods, design, and prices.
Nearly 22.4% of the entrepreneurs consider it can increase the cooperation and unity
among cluster members, and 26.5% of them think this can be beneficial in regard to the
awareness of customer needs and changes in the market.
85.7%
69.4%
69.4%
81.6%
79.6%
81.6%
0.0% 10.0% 20.0% 30.0% 40.0% 50.0% 60.0% 70.0% 80.0% 90.0%
Vote in presidential election (X128)
Friends asked help (X146)
Friends can help (X114)
Effective in cluster decision-making (X127)
Enterprises share infomations (X120)
Enterprises share machinaries (X122)
Figure 4.8. Cooperation and Collective Action - Carpenter Cluster
73
The sampled cluster of carpenters in this study consists of 44 micro-scale
enterprises and 5 small-scale enterprises. The structure of firms’ place ownership in this
cluster is slightly different from the other five clusters in this study. In this cluster, around
75.5% of firms operate in the rented place, 12.2% of them are private owned, 10.2% are
inherited, and 1% of the ownership of firms’ place is a mortgage. The data for status of
an enterprise’s competitive position compared to other enterprises in the same market
reveals that close to 10% of entrepreneurs evaluated the competitive position of their
firms as weaker than firms in the cluster, 65% as the same position, 19% as strong
position, and only 6% believes that their firm is in a stronger position than the other firms
in the same cluster.
The data shows that close to 45% of the enterprises in this cluster are planning or
considering to establish or expand their business during the past three years. In addition,
the major priorities for additional investment in the enterprises mentioned by
entrepreneurs are: the need for the investment in more machineries 51%, the investment
in employment of more employees 40.8%, the investment in raw input materials 38.8%,
22.4%
26.5%
28.6%
22.4%
0.0% 5.0% 10.0% 15.0% 20.0% 25.0% 30.0%
Other benefits (X55)
Benefit customer market awearness (X54)
Benefit access market info (X52)
Benefit increase cooperation unity (X53)
Figure 4.9. Benefits of Belonging to a Cluster - Carpenter Cluster
74
better firm location 30.6%, additional storages in the firm 22.4%, and finally, close to 9%
indicated the need for the investment in vocational training for employees.
Innovation often occurs within this cluster and about 79.8% of enterprises have changed
the variety of their products during the last two years. During this time, the main sources
of innovation within the carpenter cluster are from customer’s feedback or design orders
61.2%, use of the internet as source of innovation 26.5%, imitation as a source for
introducing new designs or products 10.2%, and other sources 1%. The main strategies
for the customer base that practices by enterprises in this cluster are 61.2% that wants to
achieve higher product quality, 26.5% who want to provide a price discount, 24.5%,
through the current customers, 4.1% by marketing, and around 8.2% by other customer
base methods.
The level of business satisfaction among entrepreneurs in this cluster reveals that
close to 2.2% of entrepreneurs consider their business activity as dissatisfying or very
dissatisfying, 16.3% consider it as neither satisfying nor dissatisfying, 53.1% consider it
satisfying, and around 18.4% of the entrepreneurs stated that they are very satisfied with
their business activities within carpenter cluster.
In term of government policy intervention in the economy and the consideration of the
private sector, especially the traditional clusters of micro and small enterprises, close to
86% of the entrepreneurs from this cluster stated that the government does not consider
the interest of their business activities in its decisions and policies discourse. The data
also reveals that around 92% of the entrepreneurs from this cluster believe that the
government does not follow any specific strategies related to the interest of their business
environment in Herat City. From the entrepreneurs’ point of view on their major
priorities, more than 53% of the entrepreneurs in this cluster believe that the government
75
should provide protection by imposing import quota on similar products, 20.4% believes
that the government should facilitate the marketing of their product in the international
markets, 18.4% believes that the government should provide them with access to
vocational training for their employees, and 16.3% consider that government should
provide them with access to information on prices, raw input material, and market
changes. In addition, the major threats for the future survival of the carpenter enterprises
ranked from the entrepreneurs’ perspective are for 75.8% the threat from imported
products, for 18.2% the threat from rivals in the domestic market, for 12% the threat from
suppliers of raw input materials, and for 15.2% the threat from customer negotiation and
demand.
4.4.4. Shoemaker Cluster
This cluster is more than 40 years old, and close to 50% of the enterprises in this
cluster have been operating for around 5 years in this industry. The cluster is located in
the areas between Pai-e-Hasar to Jadah-e- Bank Khon, and Darb Qandhar. The shoemaker
cluster is one of the very old traditional industries in Herat City. This cluster has achieved
a high level of sophistication in production methods and design over time in Afghanistan.
This study found that the shoemaking industry is expanding in the recent years in
Afghanistan and particularly in Herat City. During the field survey in this study, it
reported that there are a few large size shoemaking enterprises in this city and that their
products have reached into the markets in other provinces in Afghanistan.
76
Figure 4.10 shows the level of trust and networking among shoemaker cluster in
Herat City. The findings from this cluster indicate that nearly 82% of the entrepreneurs
from this cluster trust in their family members and relatives, and a very high level of 91%
of the entrepreneurs trust in the other members found within this cluster. On the one hand,
33.3% trust in neighbors and only 9.1% trust in the police and municipality officials. This
shows a very large difference in the structure of social capital among entrepreneurs in this
cluster. On the other hand, the figure shows that there is a very high level of mistrust in
the national government officials among the entrepreneurs in the shoemaker cluster in
Herat City. Similarly, about 15.2% of the entrepreneurs in this cluster trust in Wakil and
Arbab. The level of entrepreneur’s trust in the suppliers of raw input materials and trust
in teachers and professors indicates a slightly higher trust level of 42.4% and 60.6%
within this cluster, respectively.
Networking among enterprises in the shoemaker cluster was found to be a slightly
lower in comparison to the previously described clusters in this chapter. More than 51%
3.0%
9.1%
21.2%
15.2%
51.1%
0.0%
9.1%
9.1%
90.9%
33.3%
81.8%
0.0% 10.0% 20.0% 30.0% 40.0% 50.0% 60.0% 70.0% 80.0% 90.0% 100.0%
Join Credit association (X16)
Join industries and trade chamber
(X13)
Join sport group (X17)
Join ethnic group (X18)
Join asnaf (X11)
Trust in national government staff
(X142)
Trust in municipality staff (X140)
Trust in police (X144)
Members are trustful (X116)
Trust in Neighbors (X134)
Trust in family and relatives (X130)
Figure 4.10. Trust and Networking - Shoemaker Cluster
77
of the enterprises reported the participation in the association of shoemakers (Senf) in this
cluster. The networking and participation of cluster members in ethnic associations,
sports groups, and associations of trade and chamber are 15.2%, 21.2%, and 9.1%,
respectively. The data from this cluster shows that only 3% of members in this cluster are
members of any loan and credit associations, indicating a very low level of enterprises in
financial institutes in the shoemaker cluster. The findings from this study indicate that
around 24.2% of enterprises participate in cooperatives and associations, and only about
3% participate in the local council of their community.
Figure 4.11 shows the level of cooperation and collective action among
shoemaker enterprises in this study. About 84.8% of enterprises in this cluster share the
machineries among themselves, and 57.6% of enterprises cooperate by sharing the
information related to prices, production methods, product designs, and raw input
materials in this cluster. The study also found that there is supportive cooperation among
shoemaker enterprises in this cluster. More than 72% of entrepreneurs in this study stated
that they had provided some types of support to the other cluster members and friends
during the past three months.
This study found that there is collective action taken by the entrepreneurs in this cluster.
More than 72% of the entrepreneurs stated that the process of decision-making within
shoemaker cluster was effective and nearly 79% of the entrepreneurs in this cluster
reported that they participated in the nation-wide events such as voting in the presidential
election in 2014. The study found that some members of this cluster also participated in
the other collective action events in this city such as the parades related to their business
activities.
78
Figure 4.12 shows the entrepreneurs’ perspectives on belonging to a cluster. The
data shows that 36.4% of the entrepreneurs believe that belonging to a cluster can increase
the access to market information on products prices, design, and production methods.
More than 24% of them consider that it can increase the cooperation and unity among the
enterprises to handle issues relevant to their business interests. 30.3% of them consider
that belonging to a cluster can provide them with better access to awareness on customers
and market changes, while only less than 10% of the entrepreneurs consider that it will
provide them with the other type of benefits.
The shoemaker cluster in this study consists of 19 micro-scale enterprises and 14
small-scale enterprises. The data shows that close to 82% of enterprises in this cluster is
78.8%
72.7%
36.4%
72.7%
57.6%
84.8%
0.0% 10.0% 20.0% 30.0% 40.0% 50.0% 60.0% 70.0% 80.0% 90.0%
Vote in presidential election (X128)
Friends asked help (X146)
Friends can help (X114)
Effective in cluster decision-making (X127)
Enterprises share infomations (X120)
Enterprises share machinaries (X122)
Figure 4.11. Cooperation and Collective Action - Shoemaker Cluster
9.1%
30.3%
36.4%
24.2%
0.0% 5.0% 10.0% 15.0% 20.0% 25.0% 30.0% 35.0% 40.0%
Other benefits (X55)
Benefit customer market awearness (X54)
Benefit access market info (X52)
Benefit increase cooperation unity (X53)
Figure 4.12. Benefits of Belonging to a Cluster - Shoemaker Cluster
79
operated by its owner and only 18% of them operated by managers other than the owners
in the shoemaker cluster. The ownership of firms’ places in this cluster is about 57.6% in
a rented place, 39.4% in private places and about 3% in places which are inherited.
Evaluation of the competitive position of an enterprise in comparison to the same
enterprises of this cluster in the market as evaluated by the entrepreneurs is that 21%
stated their enterprise as being in a weaker position, 51.5% in the same position, 24% in
a stronger position, and 3% in a very strong position in this study. In addition, the findings
from this cluster show that more than 27% of enterprises in this cluster had planned to
expand or establish a new firm during the past three years. The data shows that the main
priorities of the enterprises for additional investment are: 63.6% of the enterprises stated
the need to invest in additional machineries, 48.5% stated the need to invest in
employment of more employees and raw input materials, 30% the need to invest in a
better location for the enterprise, and about 18.2% in vocational training for the
employees of their enterprise.
Findings from this cluster show that innovation in product design is close to 79%
within the enterprises in the shoemaker cluster. The main sources of the innovation and
the design changes of products are 48.5% by the feedback and order from customers,
27.3% through the internet sources, 21.2% by imitation from products that were either
imported or produced in domestic markets, and only 3% of the enterprises use other
sources. In addition, the enterprises in this cluster use different types of strategies to keep
their customer bases. The most popular strategies for increasing the customer base that
apply to the enterprises in this cluster are higher quality products 57.6%, by providing a
discount to customers 45.5%, through current customers 21.2% and other methods of
marketing 3%.
80
The findings of this study on the level of business satisfaction within enterprises in this
cluster indicate that only 18.5% of the entrepreneurs in this cluster stated the level of their
satisfaction as dissatisfying or very dissatisfying, 7.4% stated neither satisfying nor
dissatisfying, and the majority of 74.1% of entrepreneurs in this cluster stated the
satisfaction level of their business activities as satisfying or very satisfying within this
cluster.
The entrepreneurs’ perspective on government policies and decisions in this
cluster indicates that only 12% of entrepreneurs in this cluster believe that the government
considers the interests of their business activities in its decisions. Whereas the majority
of 88% of them believes that they have been neglected in the government’s decisions,
close to 85% of entrepreneurs in this cluster consider that the government does not follow
any specific strategy related to their business activities at all. The data from this cluster
indicates that more than 81.8% of the entrepreneurs in this cluster believe that the
government should consider the protection for their business by imposing import quota
on similar products, 21.2% stated that the government should facilitate the access to the
foreign markets, and about 12.1% of the entrepreneurs stated that the government should
provide the opportunity for vocational training to their employees within this cluster. In
addition, the data shows that close to 75.8% of enterprises in this cluster consider
imported products to be major threat to the future of their industry, 18.8% considers the
revivals in the market to be the threat, and only 12.1% of them consider the supply of raw
input materials the major threat to the survival of shoemaker industry in the future.
81
4.4.5. Ironmonger Cluster
This cluster, which is nearly 300 years old, is one of the most traditional industries
in this city and in Afghanistan as a whole, and about 60% of the enterprises have been
operating for more than 15 years in this cluster. The cluster is mainly located in the area
between Darb Khush along with Saraki Bazari Misgar Ha running toward the Darbi Iraq.
The cluster produces a variety of products used for home consumption, other industries,
and in the agriculture sector. The findings from the field survey indicate that the
ironmonger cluster has the potential to expand and to survive within the competitive
environment of markets in Afghanistan.
Figure 4.13 shows the level of trust and networking among ironmonger enterprises
in this cluster. Data in this figure shows that 92.6% of the entrepreneurs in this cluster
have a very high level of trust in their family members and relatives, more than 74% of
them have trust in neighbors, and around 70.4% of the entrepreneurs consider most
members of the same cluster are trustful. Findings from this study show around 40.7% of
the entrepreneurs have trust in the suppliers of raw input materials, more than 81% of
them trust in teachers and professors, and about 52% of entrepreneurs trust in Wakil and
Arbab in their work and residential area. Trust in the formal organizations in this cluster
indicates a very similar pattern with other clusters that described before. More than 40%
of the entrepreneurs have trust in the police, 22.2% of them trust in municipality official
and only 7.4% of the entrepreneurs have reported that they have trust in the national
government official.
82
Networking through participation in groups and associations in this cluster
indicates that nearly 71% of entrepreneurs within this cluster participate in the association
of ironmongers (Senf), 18.5% of them join in ethnic associations, around 15% of them
join in sport groups, and there is no one from this cluster who participates in the
association for industries and trade chambers, mainly because of the major parts of the
value chain in this industry are located only within the domestic market in Afghanistan.
The data shows that only 3.4% of the enterprises within this cluster participate in loan
and credit associations. Findings from this study show that around 15% of the
entrepreneurs in this cluster are a member of types of cooperative and associations, 11%
participate in the local council in their community, and only 7.4% of them participate in
other types of groups and associations.
3.7%
0.0%
14.8%
18.5%
70.4%
7.4%
22.2%
40.7%
70.4%
74.1%
92.6%
0.0% 10.0% 20.0% 30.0% 40.0% 50.0% 60.0% 70.0% 80.0% 90.0% 100.0%
Join Credit association (X16)
Join industries and trade chamber (X13)
Join sport group (X17)
Join ethnic group (X18)
Join asnaf (X11)
Trust in national government staff (X142)
Trust in municipality staff (X140)
Trust in police (X144)
Members are trustful (X116)
Trust in Neighbors (X134)
Trust in family and relatives (X130)
Figure 4.13. Trust and Networking - Ironmonger Cluster
83
Figure 4.14 shows the cooperation and collective action among the members of
the ironmonger cluster. There are 81.5% of the enterprises in this cluster that cooperate
by sharing the machineries among each other, nearly 67% of the enterprises share
information on prices, raw input materials and product designs. Around 55.6% of the
entrepreneurs in this cluster stated that they have someone who can help them whenever
there is a need related to their business, and entrepreneurs themselves have provided the
assistance to other friends and members from the same cluster during the past three
months.
Participation in collective action within this cluster shows that nearly 52% of
entrepreneurs consider themselves effective in decision-making, and around 81.5% of
entrepreneurs have reported of participation in nation-wide decision-making such as the
presidential election in 2014. The findings from this cluster also indicate the collective
action of cluster members through participation in demonstrations such as the resistance
against the implementation of tax raises and the municipality plan related to the relocation
of some of these clusters from current locations to other areas outside the old city of Herat.
81.5%
55.6%
55.6%
51.9%
66.7%
81.5%
0.0% 10.0% 20.0% 30.0% 40.0% 50.0% 60.0% 70.0% 80.0% 90.0%
Vote in presidential election (X128)
Friends asked help (X146)
Friends can help (X114)
Effective in cluster decision-making (X127)
Enterprises share infomations (X120)
Enterprises share machinaries (X122)
Figure 4.14. Cooperation and Collective Action - Ironmonger Cluster
84
In terms of the benefits that a cluster can provide, more than 40.7% of the
entrepreneurs in this cluster consider that being in a cluster can increase the cooperation
and unity among enterprises and close to 30% of them believe that they can benefit from
the access to information on prices, raw input materials, and products design. Only 3.7%
of the entrepreneurs consider that the cluster can provide them with awareness of
customer demand as well as market changes, and around 26% of the entrepreneurs
consider other types of benefits to be the advantages of belonging to a cluster.
The sampled ironmonger cluster in this study consists of 24 micro-scale
enterprises and 3 small-scale enterprises. The structure of firms’ place within this cluster
is that 55.6% of them operates in a rented place, 33.3% of them operates in privately
owned place, and only 11.1% of enterprises operate in an inherited place within this
cluster. Findings from this cluster indicate that a majority of 74% of the clustered
enterprises is operated by their owners, and around 26% of them are run by managers
other than the owners in this cluster. Considering the entrepreneurs’ perspective on the
competitive position of their enterprise in comparison to other enterprises within the same
cluster; more than 70% of the enterprises described their competitive position as similar
to the others, 11% consider their enterprise in a weak position, and about 18.5% of them
25.9%
3.7%
29.6%
40.7%
0.0% 5.0% 10.0% 15.0% 20.0% 25.0% 30.0% 35.0% 40.0% 45.0%
Other benefits (X55)
Benefit customer market awearness (X54)
Benefit access market info (X52)
Benefit increase cooperation unity (X53)
Figure 4.15. Benefits of Belonging to a Cluster - Ironmonger
85
stated its as strong or very strong position in comparison to the other enterprises in this
cluster.
The findings from this cluster indicate that there is potential for expansion of
enterprises within this cluster. Around 30% of the entrepreneurs from this cluster reported
of plans to expand or to establish new enterprises during the last three years. The main
priorities for additional investment in the enterprises within this cluster are found to be
the need to invest in raw input materials (52%), the need to invest in machineries 44%, in
tools and better location for the enterprise (33%), in employment of additional employees
29.9%, and in vocational training for employees in their enterprise 7.4%.
Innovation occurs often within this cluster. More than 66.7% of enterprises from
this cluster reported that they have changed the varieties and the design of their product
in the past two years within enterprises in this cluster. The main sources for innovation
are perceived by the enterprises in this cluster as follows: 74% based on customer
feedback and orders, 15% by imitation from imported and domestic products, 4% through
internet sources, and around 7% of enterprises use other types of sources for innovation.
In addition, popular strategies for the customer base that is implemented by enterprises in
this cluster are 70% by providing discount on the price of products, 56% through better
quality of products, 7% through the current customers of an enterprise, and only 4% of
the enterprises uses other types of marketing methods for the customer base in their
enterprise within this cluster.
The findings from this cluster show that there is a very high level of business
satisfaction within enterprises in this cluster. About 18.5% of the entrepreneurs stated the
level of their satisfaction in business activities as dissatisfying or very dissatisfying, only
7% of them stated it as neither satisfying nor dissatisfying with their business, and the
86
majority of 74% of the entrepreneurs consider they are satisfied or very satisfied with
their business activities within ironmonger cluster. In addition, the perspective of
enterprise on the contribution of the government policies and decisions to the overall
economy indicates that about 78% of the entrepreneurs from this cluster believe the
government does not consider business interests in its policies and decisions discourse.
On one hand, more than 85% of enterprises somewhat or strongly disagrees that
the government does not follow a specific strategy that can favor their business activities.
On the other hand, regarding the priorities of the initiatives that government should
provide to the enterprises within this cluster, it is revealed that 55.6% of the enterprises’
owners in this cluster stated that the government should protect their business by
imposing import quota on similar products coming mainly from neighboring countries,
48% of enterprises stated that the government should protect them by providing subsidies
to these enterprises, and around 14% of them stated that the government should take
initiatives to provide them with facilities such as vocational training for their employees
as well as increase their access to the information on prices, designs and other markets
within Afghanistan. In addition, concerning the survival of their ironmonger industry,
56% of the enterprises in this cluster consider the power of customers’ negotiation and
demand to be a major threat to their industry, 44% of them consider imported products to
be a threat, and more than 48% of the enterprises in this cluster consider the rivals the
major threat to their business and the survival of the ironmonger industry in future.
4.4.6. Tinwork Cluster
The Tinwork cluster is 65 years old and is one of the traditional clusters in Herat
City. In comparison to the Ironmonger cluster, this cluster seems to be a younger industry,
87
and close to 50% of enterprises in this cluster have been running for less than 12 years.
The cluster is mainly located together with the Ironmonger cluster in the old city of Herat.
In addition, a small proportion of enterprises in this cluster are also located in the area
outside of the old city between Chahar Rahi Mustufiyat to Jakkan, and Falaka-e- Bikrabad
toward the Posta-e- Number Yak. The sampled enterprises of tinwork cluster in this study
has few similarities with the previous cluster of ironmongers such geographical location,
in some case connected through supply side of raw input materials, and the potential for
the expansion of this industry in the future.
Figure 4.16 shows the level of social capital such as trust and networks among the
tinwork enterprises in this cluster. Around 90.6% of entrepreneurs within this cluster have
stated that they have trust in their family members and relatives, only 50% of them
reported to have trust in neighbors, and close to 88% of enterprises believes that most of
the members within their cluster are trustful. The findings from this cluster indicate that
around 44% of the entrepreneurs have trust in the suppliers of raw input materials, 59.4%
of entrepreneurs have trust in teachers and professors and only 34.4% of entrepreneurs
described that have trust in Wakil and Arbab in their communities.
88
The findings in this study show that the tinwork enterprises have a similar pattern
of trust in the governmental body other than their neighbors, close friends, and family
members. The data in Figure 4.16 shows that more than 34% of the entrepreneurs in this
cluster have trust in the police, more than 9% have trust in municipality officials, and only
12.5% of the entrepreneurs described to have trust in national government officials. In
addition, in the same figure the data indicates that close to 72% of entrepreneurs often
participate in the association of tinworks (Senf), a low proportion of 15.6% of
entrepreneurs participate in the ethnic groups, only 12.5% of entrepreneurs from this
cluster have stated that they participate in any sport groups, and there is no one from
tinwork cluster who participate in the association of trade chambers or is a member of
any loan and credit groups in this cluster. The enterprise membership in the cooperative
is reported to be about 6%, and around 9.4% of enterprises participate in the local
community council and other types of groups or associations.
0.0%
0.0%
12.5%
15.6%
71.9%
12.5%
9.4%
34.4%
87.5%
50.0%
90.6%
0.0% 10.0% 20.0% 30.0% 40.0% 50.0% 60.0% 70.0% 80.0% 90.0% 100.0%
Join Credit association (X16)
Join industries and trade chamber (X13)
Join sport group (X17)
Join ethnic group (X18)
Join asnaf (X11)
Trust in national government staff (X142)
Trust in municipality staff (X140)
Trust in police (X144)
Members are trustful (X116)
Trust in Neighbors (X134)
Trust in family and relatives (X130)
Figure 4.16. Trust and Networking - Tinwork Cluster
89
This data in Figure 4.17 shows the cooperation and collective action among the
tinwork enterprises within this cluster. This study found that around 68.8% of the
enterprises in this cluster cooperate with each other by sharing the machineries among
themselves. More than 62% of enterprises in this cluster share information about the
prices, production methods, product design, and bulk purchase of raw input materials
within this cluster. There is cooperation and trust between members of this cluster and as
well as their friends and relatives. More than 40% of the entrepreneurs in this cluster
stated that they have at least one person in their network who can receive support from
them, and around 50% of entrepreneurs stated that they also provided support or other
types of assistance to the members in the same cluster or friends.
The findings from this cluster indicate that more than 53% of the enterprises
consider themselves as effective in the decision-making process within this cluster. There
are more than 87% of the entrepreneurs within this cluster that participate in a type of
collective action event such as the vote in the presidential election in 2014, as well as
participated in demonstration regarding their business activities in the past in this city.
87.5%
50.0%
40.6%
53.1%
62.5%
68.8%
0.0% 10.0% 20.0% 30.0% 40.0% 50.0% 60.0% 70.0% 80.0% 90.0% 100.0%
Vote in presidential election (X128)
Friends asked help (X146)
Friends can help (X114)
Effective in cluster decision-making (X127)
Enterprises share infomations (X120)
Enterprises share machinaries (X122)
Figure 4.17. Cooperation and Collective Action - Tinwork Cluster
90
The Figure 4.18 shows that around 22% of the entrepreneurs from this cluster
believes that belonging to a cluster can increase the cooperation and unity among tinwork
enterprises, around 25% of entrepreneurs consider that the cluster facilitates their access
to information on prices, design, production methods, and raw input materials within this
cluster. Nearly to 22% of the entrepreneurs believes that the cluster can increase the
awareness of customers and changes in the market, and more than 31% of entrepreneurs
in this cluster believes that being in a cluster has other types of benefit to their business
activities within this cluster.
The composition of enterprises within the tinwork cluster in this study consists of
29 micro-scale enterprises and 2 small-scale enterprises. The structure of enterprises’
management within this cluster indicates that more than 62% of the enterprises are
operating by their owner, and only about 38% of the enterprises are operated by managers
other than the owners in this cluster. The majority of 53% of the firms’ places are rented
31.3%
21.9%
25.0%
21.9%
0.0% 5.0% 10.0% 15.0% 20.0% 25.0% 30.0% 35.0%
Other benefits (X55)
Benefit customer market awearness (X54)
Benefit access market info (X52)
Benefit increase cooperation unity (X53)
Figure 4.18. Benefits of Belonging to a Cluster - Tinwork Cluster
91
places, and only 47% of firms operate in the private and heritage places within tinwork
cluster in this study.
The competitive position of an enterprise, when compared to the other cluster
members in the market as evaluated by the entrepreneurs from the tinwork cluster, is that
15.6% of entrepreneurs ranked their enterprise as being in a weak position in comparison
to other members of this cluster, while more than 37% consider their enterprise as being
in the same position with others, and about 47% of entrepreneurs evaluated their
enterprise as having a strong or very strong position in the market, compare to another
member of this cluster. There is a potential of the expansion of this cluster. More than
37% of the enterprises in this cluster have planned to expand or to establish a new
enterprise in the past three years. The priority of the enterprises for additional investment
in this cluster indicates that around 47% of the enterprises consider the need to invest in
more machineries, 34% need to invest in additional raw input materials, 25% stated the
need to invest in employment of more employees, and about 6% of them stated the need
to invest in vocational training for their employees and additional storages as enterprise
priority for investment in this cluster.
Innovation often occurs within this cluster. There are more than 78% of the
enterprises within this cluster that introduced new products during the past two years. The
main sources for innovation in this cluster are through customer feedback or order 72%,
by imitation of similar products that were imported or produced by domestic producers
16%, the internet as a source of innovation 9%, and other types of sources 3%. In addition,
the enterprises in this cluster apply different strategies for the customer base in their
enterprise. The finding from this cluster indicates that 75% of the enterprises apply quality
92
improvement of their products as the main strategy, and around 47% apply a discount on
products as the major strategies of their enterprise.
There is a high level of business satisfaction found among entrepreneurs from this
cluster. More than 75% of entrepreneurs in the tinwork cluster reported they were
satisfied or very satisfied with their business activities in this cluster, 9.4% stated they
were neither satisfied nor dissatisfied with their business and only 15% of them reported
to be dissatisfied or very dissatisfied with their business activities in this cluster. The
entrepreneur’s perspective on the government role in the economy within this cluster
indicates that more than 82% of entrepreneurs believe that the government does not
consider the interest of their industry in it decisions and policies. 81% of the entrepreneurs
within this cluster that somewhat or strongly disagree that the government does follow
any specific strategies related to their economic activities. In addition, close to 41% of
the enterprises in this cluster believes that the government should protect their industry
by imposing import quota on similar imported products, 31% believes that the
government should provide subsidies to their enterprise, and more than 15% of
entrepreneurs consider that the government should provide the facilities such as
vocational training for their employees.
The findings from the tinwork cluster in this study indicates that more than 53%
of enterprises considers the revival to their enterprise as major threat, 50% considers the
threat of imported products, and about 25% of enterprises consider the power of customer
negotiate and demand condition as the major threat to the survival of their enterprises in
the future.
93
5. CHAPTER V
FACTORS ASSOCIATION WITH MSEs’
PERFORMANCES IN HERAT CITY
Introduction
The aims of this chapter are to explore the structural relationship between the
social capital dimension and the performance of enterprises through other dimensions
within the conceptual framework of this study. In this chapter, I used correlation matrix
methods to analyze and explain these structural relationships between enterprises’ social
capital, performance, and other dimensions. In addition, the implementation of correlation
analysis method allows us to identify the variables that have a significant association with
MSEs’ performances in each of dimension within the conceptual framework in chapter
2. In order to test the causal relationship among enterprise’s performance, social capital
and factors from other dimensions, only the identified variables with the significant
association from the analysis in this chapter were considered to enter into the succeeding
stages of analysis such as regression with path diagram model in Chapter 6 of this study.
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Identification of Factors Associated with MSEs’ Performances
Understanding the structure of association between enterprise’s performance,
social capital, and other dimensions in Porter’s Diamond framework, can help us to
explore the nature and characteristics of the overall relationships among micro and small
scale enterprises within the traditional clusters in Herat City. Based on the main claim of
the hypothesis in this study, that social capital plays important direct and indirect roles in
the traditional clusters in Herat City (see Chapter II). Beside the identification of factors
having significant association with the performance of enterprises, this section also aims
to analysis the relationship between MSEs’ performances and every other dimension in
the presence of social capital. In each of the following sections, the study described the
structure of the relationship between enterprise’s performance, social capital, the
significant variables from other dimensions, namely, factor conditions (X2), related and
supporting industries (X3), demand conditions (X4), firms’ strategy, structure and rivalry
(X6), government backing policies (X7), and chance (X8) in the conceptual framework of
this study on the traditional clusters of micro and small scale enterprises (MSEs) in Herat
City.
In this chapter, the method for choosing each of the variables in the following
tables of correlation matrix was based on the number of paired cells with a significant
association between different variables in the same dimension or other dimensions within
the conceptual framework of this study. The same method for choosing and considering
variable for further analysis was applied to all other section in this chapter. In addition,
in each of the following sections, the findings from other variables were also described
in relation to the variables that were included in each table of Chapter 5.
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5.2.1. Association between Social Capital and the Performances of MSEs
The social capital dimension in this study consists of thirty-five variables in this
study. Table 5.1 shows the matrix of fifteen variables from the dimension of social capital
(X1) that were identified to have the highest number of paired cells of significant
association with MSEs’ performances (Y).
Findings in Table 5.1 show that there was a moderate positive association between
the entrepreneur’s number of close friends (X112) and MSEs’ performances in traditional
clusters with correlation coefficients of (r=.225, p<0.01). This finding points to the fact
that entrepreneurs with a higher number of close friends have more chance to increase the
performance of their enterprise through the sales of their products within the traditional
clusters in Herat City.
The results for correlation matrix reveal that the number of friends who are willing
to provide support to an entrepreneur (X113) with (r=.226, p<0.01) has positive association
with enterprise’s performance. This means when an entrepreneur has a wider network of
friends who can provide assistant whenever needed, has a positive association with
enterprise’s performance. In addition, the results of correlation matrix in Table 5.1 show
that these type of assistance from the entrepreneur’s friends (X113) positively associate
with the number of close friends (X112), level of trust in neighbors (X133), and how much
influence in decision-making (X123) an entrepreneur has in a tradition cluster with (r=.168,
p<0.05), (r=.183, p<0.01), and (r=.161, p<0.05), respectively. In addition, the findings
indicate that there was a positive association between the variable of entrepreneur helping
a stranger (X154) and MSEs’ performances with (r=.227, p<0.01). This means that the
cooperation with and supporting of others occurs more often in the enterprises that have
better performances within the traditional cluster in Herat City.
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Table 0.1. Correlation Matrix of Between Social Capital and MSEs Performance
(Y) (16) (17) (18) (111) (112) (113) (123) (129) (133) (136) (138) (139) (151) (154) (155)
MSEs’ performances (Y) 1
Join Loans Association (X16) -.019 1
Join sport group (X17) .069 .282** 1
Join ethnic group (X18) .003 .167* .184** 1
Family in Same Industry (X111) -.138* .041 -.098 -.087 1
Number close friends (X112) .225** -.059 .096 .267** -.011 1
Friends Can Help (X113) .226** -.003 -.006 .096 .126 .168* 1
Effective in Decision Making (X123) -.008 .007 .139* .079 .146* .160* .161* 1
Trust Relatives (X129) -.147* -.015 .026 .038 .007 .035 .053 .037 1
Trust Neighbors (X133) .003 -.109 -.104 .062 -.004 .069 .183** -.077 .209** 1
Trust suppliers (X136) .041 .028 -.006 .104 -.063 .179* .059 -.017 .071 .279** 1
Trust teachers/professors (X138) .025 .112 -.079 .096 -.010 .004 .046 -.140* .255** .230** .181** 1
Trust Municipality Officials (X139) .023 -.037 -.186** -.008 -.003 .071 .053 -.139* .005 .161* .118 .087 1
Facebook account (X151) .066 .147* .196** .087 .119 .108 .087 .036 -.068 -.243** -.128 -.158* .037 1
Help a Stranger (X154) .227** -.077 -.005 .067 -.065 .171* .065 .183** .045 .006 .092 -.170* -.074 -.012 1
Attended Mosque (X155) -.171* .022 .010 -.148* .033 -.111 .042 -.044 .080 .176* -.017 .026 .079 -.172* -.068 1
*. Correlation is significant at the 0.05 level (2-tailed), **. Correlation is significant at the 0.01 level (2-tailed).
The results of correlation matrix in Table 5.1 show that there was a negative
association between the enterprise’s performance, the entrepreneur’s trust in relatives
(X129), and an entrepreneur having a family member in the same industry (X111) in a
cluster with coefficients of (r= -.147, p<0.05) and (r= -.138, p<0.05) respectively. This
indicates that trust in family and relatives (X129), a family member in the same cluster
exist more among the enterprises with the lower level of performance within the
traditional clusters. The result also indicates that there was a positive association among
entrepreneurs that have a family member in the same industry and the frequency of
supporting their friends within these traditional clusters with correlation coefficients of
(r=.211, p<0.01).
The results of correlation matrix in Table 5.1 show that the number of times an
entrepreneur attended the mosque (X155) has a negative association with MSEs’
performances with (r= -.171, p<0.05). This indicates that practicing a religious activity
such as going to mosque for prayers by entrepreneurs, has a negative association with the
enterprise’s performance within the traditional clusters in Herat City. In addition, the
finding shows that there was a negative correlation between entrepreneur’s attending the
97
Mosque (X155), participation in the ethnic group association (X18), and the use of social
media such as having a Facebook account (X151). On the other hand, findings reveal that
there was positive correlation between the use of Facebook and entrepreneur’s
participation in social network or groups such as sports groups and credit or other
financial networks with coefficients (r=.196, p<0.01) and (r=.147, p<0.05), respectively.
The results of correlation matrix in Table 5.1 reveal that effectiveness of
entrepreneurs in the process of decision-making the ability of entrepreneurs in making
effective decisions has mostly positive association with their participation in networks
such as sports clubs or groups (X17), having a family member in the same industry (X111),
cooperation with others in terms of providing or receiving support with (X113) and (X154),
respectively.On the other hand, their effectiveness in decision making within a cluster has
negative associations with the level of their trust in municipality officials (X139) and trust
in teachers and professors (X138) within the traditional clusters of micro and small
enterprises in Herat City.
As shown in Table 5.1, results of correlation matrix disclose that out of the fifteen
variables from the social capital (X1) dimension which were included in this table, only
six of them, namely, having s family member in the same industry (X111), number of close
friends (X112), number of friends who can help (X113), trust in family and relatives (X129),
helping a stranger (X154), and the number of times attended a mosque (X155) were
identified to have significant association with MSEs’ performances and considered for
further analysis in Chapter 6 in this study.
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5.2.2. Association between the Social Capital, Factor Condition, and
Performance of MSEs
The results in Table 5.2 show that seven variables from the dimension of factor
conditions (X2), namely, total of current assets (X219), space is rented (X224), age of
entrepreneur (X21), level of education (X23), vocational training (X210), source of
investment from family friends (X213), and car (X227) were included in the correlation
analysis in this section, beside the variables from social capital dimension.
Findings in this table further reveal that there was a strong positive association
between the total value of current assets of an enterprise and its performance within the
traditional clusters in Herat City. This points out that the enterprises’ performance within
the traditional cluster highly correlates with the value of their current assets that they
possess. The value of an enterprise’s current assets (X219) positively associate were higher
among the enterprises that participate in the association of industries and trade chamber
(X13) and the cluster’s association (X11) with (r=.168, p<0.05) and (r=.145, p<0.05).
Another fact this analysis revealed is that there was a moderate positive
association between the enterprise’s total value of current assets (X219) and the ownership
status of enterprise’s operation space as the inheritance (X223) with correlation
coefficients of (r=.207, p<0.01). This leads to the conclusion that if enterprises inherit the
space where they conduct their business from their ancestors, the possibility of their better
performance and greater value of their current assets highly increases in those six
traditional clusters of micro and small scale enterprises in Herat City which were included
in this study.
Table 5.2 shows a negative association between MSEs’ performances and the
venue for the activity of the enterprise if the space is rented (X224) with (r= -.219, p<0.01).
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This implies that if the venue for the activity of enterprises is not a rented space, the
probability of higher performance increases.
The results of correlation analysis in Table 5.2 show that only two variables from
the dimension of factor conditions (X2) within the conceptual framework of this study
were identified to have a significant association with MSEs’ performances (Y) in this
section.
Table 0.2. Correlation Matrix of Between MSEs Social Capital, Factor Conditions and Performance
(Y) (11) (13) (14) (15) (16) (17) (18) (111) (112) (113) (122) (123) (151) (153) (154) (155) (219) (224) (21) (23) (210) (213) (227)
MSEs’ performances 1
Join Senf (X11) -.046 1
Join Industries Chamber (X13) -.010 .047 1
Join local council (X14) -.010 .092 .141* 1
Join cultural association (X15) .009 -.032 .078 .311** 1
Join Loans Association (X16) -.019 .011 .071 .255** .273** 1
Join sport group (X17) .069 -.023 .174* .187** .211** .282** 1
Join ethnic group (X18) .003 .049 .011 .246** .273** .167* .184** 1
Family in Cluster (X111) -.138* .100 -.057 -.049 -.049 .041 -.098 -.087 1
Number close friends (X112) .225** .058 .012 .145* .092 -.059 .096 .267** -.011 1
Friends Can Help (X113) .226** .002 -.003 .052 .040 -.003 -.006 .096 .126 .168* 1
Share Machineries (X122) .073 .048 .112 .012 .121 .036 .057 .104 .024 .138* .017 1
Decision Making (X123) -.008 .032 .147* .051 .012 .007 .139* .079 .146* .160* .161* .043 1
Facebook account (X151) .066 -.085 .103 .088 .294** .147* .196** .087 .119 .108 .087 .048 .036 1
Charities (X153) -.122 .086 .259** .090 .038 .088 .035 .083 -.103 .027 -.172* .087 .030 .066 1
Help a Stranger (X154) .227** -.047 .039 .011 .176* -.077 -.005 .067 -.065 .171* .065 .156* .183** -.012 .166* 1
Attended Mosque (X155) -.171* .096 -.021 -.093 -.137 .022 .010 -.148* .033 -.111 .042 -.100 -.044 -.172* -.135 -.068 1
Current Assets (X219) .385** .145* .168* -.033 -.053 -.024 .017 -.080 -.110 .126 .093 .068 .036 -.047 -.077 .080 .038 1
Space is Rented (X224) -.219** .061 .012 .076 .118 .123 -.048 .123 .052 .038 .047 -.001 -.019 -.052 .038 -.042 -.028 -.083 1
Age (X21) .032 .063 -.106 .060 -.082 -.081 -.245** -.006 .033 -.027 -.159* .020 -.054 -.330** .013 .140* .131 .090 -.201** 1
Level of education (X23) .040 -.016 .077 -.045 .101 .093 .169* -.090 .099 .141* .003 -.019 .045 .249** .097 -.054 -.113 .009 .127 -.343** 1
Vocational training (X210) -.021 -.216** .073 .036 .007 .136 .035 .052 .183** .080 -.005 .088 .208** .187** .071 .192** -.001 .064 .038 .007 -.040 1
Source Invest relatives (X213) .056 -.056 .115 .246** .204** .102 .277** .224** -.052 .032 .149* .082 .089 .182** .017 -.039 -.054 -.061 .153* -.184** .091 .018 1
Car (X227) .070 .016 .085 .026 -.031 -.054 .011 -.056 .099 .071 .146* .018 .105 .216** -.071 .010 -.023 .064 -.095 -.044 .132 .036 -.037 1
*. Correlation is significant at the 0.05 level (2-tailed), **. Correlation is significant at the 0.01 level (2-tailed).
Findings in Table 5.2 show that there was not a significant correlation between
MSEs’ performances and its human capital factors such as the age (X21), work experience
(X22), and level of education (X23) of entrepreneurs.
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On the other hand, previous findings based on the same data collected by the
author indicate that there were a significant association between the factors within human
capital and social capital (Valizadah 2015).
Findings of correlation analysis reveal that there was a very strong positive
association between the entrepreneur’s age (X21) and the work experience of an
entrepreneur in the same industry (X22) with correlation coefficients of (r=.810, p<0.01).
Therefore, in order to avoid the problem of multicollinearity13 in regression analysis in
the next chapter, these associations of higher than (r=.8), and in accordance with our
criterion for correlation analysis in Chapter 3 we dropped the variable of work experience
(X22) from further analysis in this section. On the other, due to very high correlation
among these two variables, statistically, each of these two variables (age and work
experience) can represent each other because of their close statistical correlation. This
finding indicates that the higher the age of entrepreneurs, the higher would be the possibly
of having more working experience in the same industry.
The findings show that there was a strong negative association between the age of
entrepreneurs and the level of their education with (r= -.343, p<0.01). This indicates that
the higher age and experience of the entrepreneurs negatively associate with their level
of education within the traditional clusters of micro and small enterprises in Herat City.
The age and experience of entrepreneurs in the same field also have negative correlation
with their participation in social networks such as sports groups (X17), number of friends
who can help (X113) and meeting with friends (X147) with correlation coefficients of (r= -
13 A term used in regression analysis to indicate situations where the explanatory variables are related by
a
linear function, making the estimation of regression coefficients impossible (Everitt 1998, p.219).
101
.245, p<0.01), (r= -.159, p<0.05), and (r= -.142, p<0.05), respectively. There was a
negative association between entrepreneurs’ age and the use of social communication and
IT gadgets such as Facebook and the Internet. This means that younger entrepreneurs
within these traditional clusters in Herat City have higher level of education and higher
tendency for participation in social networks and the use of social communication and IT
gadgets. Even though, the use of Facebook found to be more popular among younger
entrepreneurs with a higher level of education within these traditional clusters. However,
the findings from correlation analysis in this study indicate that there is a positive
association between the use of Facebook (X151) and the entrepreneurs’ participation in
social networks and utilizing these networks and groups as sources of finance and
investment in their business activities.
The findings show that nearly 73% of the entrepreneurs borrow money from their
relatives and friends as the main source of investment for their business activities. The
results of correlation analysis reveal that there was a positive association between the use
of relatives and friends as a source of investment (X213) and the entrepreneurs’
participation in social networks such as local councils (X14), cultural associations (X15),
sports groups (X17), and joining the ethnic associations (X18) with correlation coefficients
of (r=.246, p<0.01), (r=.204, p<0.01), (r=.277, p<0.01), and (r=.224, p<0.01),
respectively. This demonstrates that entrepreneurs’ participation in social networks and
communities significantly associate with their investment from their relatives or friends,
and often their participations in these networks function as a base for providing them
financial resources to investment in the micro and small enterprises within the traditional
clusters in Herat City.
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5.2.3. Association of Social Capital, Related and Supporting Industries of the
MSEs, and their Performances
The results of the correlation matrix in Table 5.3 describe the structural
relationship between MSEs’ performances, social capital, and the dimension of
enterprise’s related and supporting industries (X3) within the conceptual framework of
this study. There were two variables, namely, the economic status of helpers who were
willing to provide support to the entrepreneurs (X31) and the current location of enterprise
within the cluster (X35) that represent the dimension of related and supporting industries
(X3) which were included in the correlation analysis in this section.
The results of the correlation analysis in Table 5.3 show that there were significant
negative association between MSEs’ performances and the location of enterprise (X35)
within a cluster with (r= -.167, p<0.05). In order to find out the nature of the above
correlations, entrepreneurs in the traditional cluster in Herat City were asked to evaluate
the location of their enterprise through question with the following answer options: “not
proper location”, “proper location”, and “very proper location” within the cluster. The
finding of the survey revealed that the enterprises with better performance mostly chose
the option “not proper location” within the cluster.
Findings from the correlation analysis reveal that there was a positive association
between the location of enterprise (X35) and the variable of increased sales volume (X42)
from the dimension of demand conditions (X4) with (r=.147, p<0.05). This implies that
those enterprises that considered their location in the cluster to be proper, it is very
possible that their sales volume had increased during the past two years. In other words,
enterprises with a higher performance and increased sales volume rarely complain about
the location of their business activities in these traditional clusters in Herat City. The
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findings further revealed that there was a positive correlation between the location of the
enterprise (X35) and the variable of enterprises’ investment in expansion (X622) with
(r=.201, p<0.01). This finding demonstrates that enterprises with higher performance tend
to invest more in expanding their economic activities and have fewer tendencies to
evaluate whether their enterprises are properly located within a cluster in Herat City. In
addition, findings also revealed there was a positive correlation between the location of
enterprises (X35) and the participation of entrepreneurs in the cluster association (Senf)
with (r=.145, p<0.05).
Table 0.3. Correlation Matrix of Between MSEs Social Capital, Related, Supporting Industries and Performance
(Y) (11) (111) (112) (113) (123) (129) (133) (136) (139) (149) (152) (154) (155) (31) (35)
MSEs’ performances 1
Join Senf (X11) -.046 1
Family in Cluster (X111) -.138* .100 1
Number close friends (X112) .225** .058 -.011 1
Friends Can Help (X113) .226** .002 .126 .168* 1
Effective in Decision Making (X123) -.008 .032 .146* .160* .161* 1
Trust Relatives (X129) -.147* -.072 .007 .035 .053 .037 1
Trust Neighbors (X133) .003 -.046 -.004 .069 .183** -.077 .209** 1
Trust in suppliers (X136) .041 -.073 -.063 .179* .059 -.017 .071 .279** 1
Trust Municipality Officials (X139) .023 -.033 -.003 .071 .053 -.139* .005 .161* .118 1
Mobile Phone (X149) .020 -.062 .003 -.071 -.075 .023 -.046 -.096 -.067 -.151* 1
Social Media Index (X152) .067 -.075 .111 .055 .047 .057 -.070 -.194** -.150* -.039 .553** 1
Help a Stranger (X154) .227** -.047 -.065 .171* .065 .183** .045 .006 .092 -.074 -.051 -.020 1
Attended Mosque (X155) -.171* .096 .033 -.111 .042 -.044 .080 .176* -.017 .079 -.195** -.214** -.068 1
Helper economic status (X31) .060 .066 .185** .042 -.051 .088 -.038 -.109 .028 -.028 .277** .173* -.205** -.261** 1
Location of Enterprise (X35) -.167* .145* -.030 -.084 -.116 -.022 0.123* .052 -.153* -.008 .036 -.032 -.143* .013 .128 1
*. Correlation is significant at the 0.05 level (2-tailed), **. Correlation is significant at the 0.01 level (2-tailed).
Results of the correlation matrix in Table 5.3 show that there were no significant
association between MSEs’ performance and the variable of the economic status of
helpers (X31) who were willing to provide support to entrepreneurs within the traditional
clusters. On the other hand, the variable (X31) has positive associations with the variable
of having family members in the same industry (X111), use of business plan (X629), and
employee startup (X630) with correlation coefficients of (r=.185, p<0.01), (r=.154,
p<0.05), and (r=.140, p<0.05), respectively. This finding implies that when entrepreneurs
104
have another family member in the same industry, use the business plan, or have an
employee who established a new enterprise, there are more possibilities that these
entrepreneurs could receive supports even from the people with a higher level of
economic status within traditional clusters in Herat City.
5.2.4. Association between MSEs’ Social Capital, Demand Conditions, and
Performances
The results of correlation analysis in Table 5.4 show that within the demand
conditions (X4) dimension, there were three variables, namely, increased sales volume
(X42), customers’ preference for price (X43), and customers’ preference for quality (X44)
were included in this section. Findings in this table indicate that MSEs’ performances and
the variable of enterprise’s increase in sales volume (X42) have positive association with
correlation coefficient (r=.185, p<0.01). This implies that the increase in the sales volume
associated positively with the increase in the performance level of enterprise (Y) in this
study.
Table 0.4. Correlation Matrix of Between MSEs Social Capital, Demand Conditions and Performance
(Y) (11) (110) (111) (112) (113) (122) (123) (128) (139) (153) (154) (42) (43) (44)
MSEs’ performances (Y) 1
Join Senf (X11) -.046 1
Join in index (X110) -.003 .388** 1
Family in Cluster (X111) -.138* .100 -.023 1
Number close friends (X112) .225** .058 .173* -.011 1
Friends Can Help (X113) .226** .002 .068 .126 .168* 1
Share Machineries (X122) .073 .048 .174* .024 .138* .017 1
Effective in Decision Making (X123) -.008 .032 .173* .146* .160* .161* .043 1
Vote in Election (X128) .095 .040 -.024 -.003 .015 .040 -.034 -.048 1
Trust Municipality Officials (X139) .023 -.033 -.049 -.003 .071 .053 .112 -.139* .030 1
Charities (X153) -.122 .086 .166* -.103 .027 -.172* .087 .030 -.053 -.018 1
Help a Stranger (X154) .227** -.047 .050 -.065 .171* .065 .156* .183** .079 -.074 .166* 1
Sales Volume Increased (X42) .185** -.055 .016 -.159* .115 .069 .066 .100 -.171* .154* .183** .016 1
Customer prefer price (X43) -.119 -.106 -.166* .080 -.204** -.061 -.068 -.103 -.056 .045 .025 -.062 -.092 1
Customer prefer quality (X44) .074 .149* .135 -.032 .130 .172* .013 .107 .028 .020 -.130 .128 .046 -.597** 1
*. Correlation is significant at the 0.05 level (2-tailed), **. Correlation is significant at the 0.01 level (2-tailed).
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The results of correlation analysis reveal that there was a positive association
between the increase in sales volume (X42) and the competitive position of an enterprise
in the market (X632) in comparison with other enterprises within the cluster with (r=.139,
p<0.05). In addition, there were also positive association between increase in sales
volume and the entrepreneur’s trust in municipality officials (X139) with (r=.154, p<0.05).
These findings signify that the trust in municipality officials was higher among
enterprises that benefit from an increase in their sales volume, and a better competitive
position in the market. In addition, there was a positive association between the increase
in sales volume and the use of the internet as a source of innovation (X523) with (r=.210,
p<0.01). This means that, it is most likely that those enterprises that have experienced
increase in their sales volume during the last two years use the internet as a source of
innovation for the enterprise.
Within the dimension of demand conditions (X4), there were another two
variables, namely, customers’ preference for price (X43) and customers’ preference for
quality (X44) that were not significantly associated with MSEs’ performances within the
traditional clusters. Based on the findings from correlation analysis, these two variables
that represent the demand side of the Porter’s Diamond Model in the traditional clusters,
have strong negative association with each other with correlation coefficient (r= -.597,
p<0.01). This means that customers of the enterprises in these traditional clusters of micro
and small scale enterprises in Herat City have different preferences for purchasing goods.
For instance, customers who prefer more than the price of products, tend to purchase their
desired products from enterprises that have a business plan and have broader social
network. On the other hand, customers who prefer price over the quality of products are
more likely to purchase products that they need from enterprises with smaller social
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networks, participate less in social networks and have lower level of trust in municipality
officials.
5.2.5. Association between MSEs’ Performance and Social Capital, Strategy,
Structure, and Rivalry
Table 5.5 shows the results of correlation matrix between enterprise’s
performance, social capital, strategy, and structure within the traditional clusters in Herat
City. Besides the variable from the social capital dimension, there were also ten other
variables from the dimension of firm strategy, structure and rivalry (X6) that were ran in
correlation analysis in this section.
Findings embodied in Table 5.5 reveal that within the traditional clusters in Herat
City, the managerial status of the enterprise (X61) has a positive association with its
performance with correlation coefficients of (r=.187, p<0.01). In addition, the manager
status of the enterprise has also positive association with the number of friends who can
support the entrepreneurs (X113) with (r=.154, p<0.05). This indicates that the possibility
of higher performance was more among enterprises which were administered by a
manager other than its owner, and have larger social networks of people who are willing
to provide assistant to entrepreneurs. The managerial status of an enterprise also has a
positive association with the source of investment from credit institutes (X214) with
(r=.163, p<0.05); which reveals that the use of credit institutions as a source of investment
is more common among enterprises which are administered by managers other than its
owner.
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Table 0.5. Correlation Matrix of Between Social Capital, MSEs Strategy, Structure, and Performance
(Y) (19) (110) (112) (113) (122) (136) (139) (147) (152) (153) (61) (616) (623 (631) (69) (611) (613) (620) (629) (632)
MSEs’ performances 1
Join Other Associations (X19) .019 1
Join in index (X110) -.003 .194** 1
Number close friends (X112) .225** -.076 .173* 1
Friends Can Help (X113) .226** .035 .068 .168* 1
Share Machineries (X122) .073 .109 .174* .138* .017 1
Trust in suppliers (X136) .041 .007 .043 .179* .059 .106 1
Trust Municipality Officials
(X139) .023 -.027 -.049 .071 .053 .112 .118 1
Meeting with Friends (X147) -.005 .050 .106 .329** .069 .107 .077 -.074 1
Social Media Index (X152) .067 .021 .187** .055 .047 .067 -.150* -.039 .154* 1
Charities (X153) -.122 -.011 .166* .027 -.172* .087 -.008 -.018 -.010 .050 1
Manager Status (X61) .187** -.083 -.092 .023 .154* -.169* -.013 .015 -.001 .022 -.177* 1
Invest Training (X616) .208** .158* -.010 .080 .059 .060 .131 .024 -.100 .035 -.048 .018 1
Business Card (X623) -.131* .143* .122 -.034 .012 .103 -.051 -.011 .069 .225** .047 .054 .000 1
Expansion of Enterprise (X631) .135* .086 .055 .113 .069 -.018 .064 -.180* .176* .131 .022 -.037 .003 .101 1
Enterprise size (X69) -.022 .009 -.011 .143* -.069 .036 .017 .036 .166* .101 .196** -.083 -.039 .049 .092 1
Invest in tools (X611) .090 -.140* .033 .000 -.028 -.011 -.050 .036 -.007 -.033 -.051 .047 .163* -.160* .072 .074 1
Invest in storage (X613) .056 -.062 .039 .219** .084 .089 .027 .182** .030 .038 -.049 -.066 .241** -.024 -.040 .086 .243** 1
By journal (X620) .100 -.037 -.029 .174* .055 .008 -.010 -.015 .117 .110 .061 .070 .061 -.093 .093 .177* -.112 .087 1
Use Business plan (X629) .072 .017 .223** .194** .145* .018 .135 -.006 .213** .163* .157* -.014 .091 .067 .138* .167* .112 .079 .215** 1
Positions in market (X632) -.030 -.017 -.028 .141* .012 -.016 .138* .091 .164* .132 .014 -.028 -.038 .118 .106 .242** -.021 -.013 -.001 .174* 1
*. Correlation is significant at the 0.05 level (2-tailed), **. Correlation is significant at the 0.01 level (2-tailed).
Findings in Table 5.5 show that there was a positive association between MSEs’
performances, the priority for investing in employees training (X616), and the expansion
of enterprise (X631) with (r=.208, p<0.01) and (r=.135, p<0.05), respectively. These
findings manifest that the enterprises with higher performance have possibly more
tendency to prioritize investing in the vocational training of their employees, and also
consider the expansion of their business activities within the traditional clusters in Herat
City. The enterprise’s investment in employees training has a positive association with
its priority to invest in the warehouse (X613), invest in a better location within the cluster
(X614), and invest in tools and machinery (X611).
The use of business card (X623) has negative association with MSEs’
performances with (r= -.131, p<0.05). This implies that the use of business cards as a
marketing strategy within these traditional clusters was not positively associated with the
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enterprise’s daily sales revenue in this study. However, the findings from correlation
analysis reveal that the use of business cards were more common within the enterprises
with larger size, who plan to expand their enterprises, who presume that the government
should facilitate access to information about the market, who usually bring about
variation in their products, and acknowledge the benefits of belonging to a cluster which
can increase their access to information about prices, product design, and raw materials.
5.2.6. Association between the Performance of MSEs and Social Capital, and
the Role of Government Policies and Chance
The first part of this section describes the results of the analysis of correlation
between enterprise’s performance (Y), social capital, and the role of government backing
policies dimension. The second part explains the results of correlation analysis of the role
of chance dimension that were conceptualized based on Porter’s Diamond Model in
Chapter 2 of this study. Table 5.6 shows that out of six variables from the dimension of
government policies (X7), there were only two variables, namely, government helping in
international marketing (X714) and the ease in obtaining a business license (X716) that have
a significant correlation with MSEs’ performances.
The results of correlation analysis in Table 5.6 reveal that the MSEs’
performances has positive significant association with government initiative to facilitate
the marketing of products from these traditional clusters in international markets with
correlation coefficients of (r=.209, p<0.01). The government initiative in the international
marketing (X714) has a positive association with enterprise investment in additional
storage space (X613), investment on employees training (X616), and other types of threats
(X85) to the survival of an industry in the future with correlation coefficients of (r=.145,
p<0.05), (r=.226, p<0.01), and (r=.240, p<0.01), respectively. This indicates that the
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tendency toward demanding from the government to take initiatives such facilitating the
marketing of products of these traditional clusters were more common among enterprises
that had plans to invest in additional storages and in the training of their employees, and
had considered the presence of different factors as threats to their industry and its survival
in future in Herat City.
In addition, the findings from Table 5.6 imply that there was a negative associate
between the trust in family and relatives (X129) and government support in international
marketing (X714); which means, that the lower is the level of trust of entrepreneurs in their
relatives, the will be their tendency to seek for the government initiative such as
facilitating the marketing of their products in places other than domestic local markets in
Herat City.
Table 0.6. Correlation Matrix of Between Government Policies, MSEs Social Capital, and Performance
(Y) (11) (12) (113) (120) (129) (138) (146) (73) (75) (79) (712) (714) (716)
MSEs’ performances 1
Join Senf (X11) -.046 1
Join cooperative and association (X12) -.031 .093 1
No. of Friends Who Can Help (X113) .226** .002 .048 1
Enterprises share information (X120) .044 .114 .059 .047 1
Trust Family and Relatives (X129) -.147* -.072 -.006 .053 -.058 1
Trust in teachers and professors (X138) .025 .070 -.002 .046 .013 .255** 1
Friends Ask for Help (X146) .049 .031 .085 .165* .038 .036 .059 1
Elected by some members (X73) .045 -.018 .100 .057 -.195** .067 .002 .024 1
Gov’t. decisions consider enterprises (X75) .070 -.145* -.027 .211** -.031 .041 -.008 -.040 .088 1
Gov’t. follow strategy (X79) .081 -.114 .127 .066 -.115 -.056 -.091 .004 .041 .148* 1
Gov’t. impose import quota (X712) -.049 .080 .183** .101 -.012 .146* .151* .242** -.035 -.031 -.114 1
Gov’t. Marketing in Intl. Markets (X714) .209** .023 .057 .085 .099 -.149* -.086 -.030 .037 .014 -.028 -.092 1
Easy to Obtain license (X716) .176* .032 .060 .030 -.058 .001 .042 -.023 .040 .013 -.017 .110 .045 1
*. Correlation is significant at the 0.05 level (2-tailed), **. Correlation is significant at the 0.01 level (2-tailed).
Findings Table 5.6 reveal that MSEs’ performances has significant positive
association with the ease of obtaining business license (X716) with (r=.176, p<0.05), while
it has negative association with the variable of entrepreneur asked to pay bribe (X77) in
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the past 12 months with correlation coefficients of (r= -.203, p<0.01). These findings
indicate that the easing of government policies for obtaining business license is associated
positively with MSEs’ performances more among the enterprises that were not asked to
pay bribe.
The findings from the correlation analysis in this section reveals that there was
positive correlation between the government policy of imposing import quota (X712) and
entrepreneurs’ membership in cooperative and other associations (X12), trust in relatives
(X129), and trust in teachers (X138) with (r=.183, p<0.01) (r=.146, p<0.05), and (r=.151,
p<0.05), respectively. These results reveal that the demand for government’s policy
intervention is more common among enterprises that participate in cooperatives, other
associations, and have more trust in their relatives and teachers or professor in Herat City.
Another fact the results in this section revealed is that there were negative
association between enterprise’s increase in sales volume (X42), age of enterprise (X63),
and the government provides subsidies (X710) with (r= -.151, p<0.05) and (r= -.140,
p<0.05), respectively.
Table 0.7. Correlation Matrix of Between Chance, MSEs Social Capital, and Performance
(Y) (15) (16) (17) (18) (120) (129) (139) (147) (150) (151) (152) (155) (83) (89) (81) (84)
MSEs’ performances 1
Join cultural association (X15) .009 1
Join Loans Association (X16) -.019 .273** 1
Join sport group (X17) .069 .211** .282** 1
Join ethnic group (X18) .003 .273** .167* .184** 1
Share information (X120) .044 -.061 -.027 .041 .126 1
Trust Relatives (X129) -.147* -.025 -.015 .026 .038 -.058 1
Trust Municipality Officials
(X139) .023 .038 -.037 -.186** -.008 .106 .005 1
Meeting with Friends (X147) -.005 .014 .019 .136 .123 .013 .067 -.074 1
E-mail and Website (X150) .054 .149* -.010 .223** .063 .033 -.034 .000 .169* 1
Facebook account (X151) .066 .294** .147* .196** .087 -.004 -.068 .037 .144* .538** 1
Social Media Index (X152) .067 .271** .075 .244** .097 .001 -.070 -.039 .154* .756** .854** 1
Attended Mosque (X155) -.171* -.137 .022 .010 -.148* .001 .080 .079 .040 -.103 -.172* -.214** 1
Threat of suppliers (X83) .138* .143* .136 .095 .148* .105 .069 -.005 .184** .224** .098 .126 .041 1
Economic Status Improved (X89) .186** -.066 -.032 .015 .080 .142* .026 .164* -.044 .056 -.006 .042 -.142* .013 1
Threat of revivals (X81) -.098 .094 .058 -.039 .121 -.061 -.168* .074 -.040 .014 -.039 -.003 -.003 .017 .059 1
Threat of imported products (X84) .004 .160* .129 .140* .136 -.048 -.048 -.018 -.017 .079 .075 .109 -.089 -.027 -.013 -.274** 1
*. Correlation is significant at the 0.05 level (2-tailed), **. Correlation is significant at the 0.01 level (2-tailed).
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Within the dimension of chance (X8) in this section, there were four variables that
were ran into correlation analysis. Table 5.7 shows the results of correlation matrix
between MSEs’ performances, social capital and the role chance dimension based on
Porter’s Diamond framework in this study.
Results of correlation in Table 5.7 disclose that there was significant positive
correlation between MSEs’ performances and the threat from suppliers of raw materials
(X83) and improved economic status of the enterprise (X89) with (r=.138, p<0.01) and
(r=.186, p<0.01), respectively. These findings reveal that the enterprise’s performance
was higher among those that considered the power of negotiation with suppliers of raw
materials as major threats to the future of their industry’s survival, and considered the
improvement of their economic condition in the past two years in these tradition clusters
in Herat City.
The results of findings from correlation analysis in this section also reveal that the
threat from the suppliers of raw materials (X83) were possibly more common among
entrepreneurs who urged the government to protect their industry by providing them with
subsidies (X710), those entrepreneurs who have higher trust in police (X143), and have a
wider social network and cooperate more frequently with others in the traditional clusters
in Herat City. In addition, findings show that improvement of economic condition (X89)
within these clusters was significantly associated with the increase of information sharing
among the enterprises.
Finally, based on the results of correlation analysis in this chapter, it concluded
that within the dimension of factor conditions (X2) there were two variables, namely, total
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of current assets (X219) and the venue of enterprise being a rented space (X224) that were
identified to have significant correlation with MSEs’ performances and were included
into further analysis in next chapter of this study. From the dimension of the enterprise’s
related and supporting industries (X3), there was only one variable of the location of
enterprise (X35) that was identified as having significant association with MSEs’
performances. With the dimension of demand conditions (X4), there was only one
variable of the increase in enterprise’s sales volume (X42) that was identified to have a
significant association with enterprise’s performance. The dimension of firm strategy,
structure and rivalry (X6) is found to have a large number of variables with significant
association with MSEs’ performances after social capital dimension in this study. There
were four variables within this dimension that were identified and included in the further
analysis in chapter six. even though, the correlation matrix for the firm characteristics
(X5) dimension as an explanatory conceptual component within Porter’s Diamond
framework in this study were not included in this chapter, but, the results of correlation
analysis indicate that there was one variable of the prosperity being achievable by
endeavor (X528) in this dimension that was identified with significant association with
MSEs’ performances and was considered for the next stages of analysis. The results of
correlation analysis also indicate that there were two variables from the dimension of
government policies (X7), namely, government support in international marketing (X714)
and ease in obtaining license (X716) in addition to another two variables from the
dimension of chance (X8), namely, threat from suppliers (X83) and improvement of
economic condition (X89) that were identified as variables with significant association
with MSEs’ performances and were included into further analysis in the next chapter of
this study.
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6. CHAPTER VI
THE IMPACT OF DETERMINANT FACTORS ON
CLUSTER DEVELOPMENT IN HERAT CITY
Introduction
The aim of this chapter is mainly to examine the impacts of determinant factors
on the development of traditional clusters of MSEs in Herat City. In addition, through the
implementation of social capital in Porter’s Diamond Model, this chapter seeks to explore
the causal relationship between social capital and other significant factors on the
performance of MSEs in this city. This chapter consists of three sections. In the first
section, we examined the direct impact of social capital, human capital and other
significant factors that are within the conceptual framework of this study on the firms’
performance. This section is partially combined with the findings from the previous
article by the author based on the collected data for this study and published in the peer-
reviewed Journal of Global Studies in 2015. The second section of this chapter, contains
Porter’s Diamond Model applied in this study to explore the contribution of social capital
on firm performances by examining the direct and indirect impacts of social capital
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through other significant factors on MSEs’ performance in traditional clusters. The third
section of this chapter consists of discussion, conclusion, and recommendation for this
study.
The Impact of Significant Factors on MSEs’ Performance in Traditional
Cluster in Herat City
The aim of this section is to examine the direct impact of all significant factors on
MSEs’ performances. These factor dimensions are, namely, social capital (X1), factor
conditions (X2), related and supporting industries (X3), demand conditions (X4), firm
characteristics (X5), firm strategy, structure and rivalry (X6), government policies (X7),
and chance (X8) that represent the components of the conceptual framework in this study.
In order to achieve the objective and to test the main hypothesis of this study (see Figure
2.), we used the general multiple regression analysis (GMRA) with Stepwise Method in
this section. Table 6.1 shows that the variables of the number of friends can help (X113)
and the number of times attended the mosque (X155) are considered as components of
social capital (X1). The space rented by the enterprise (X224) and the total current assets
of the enterprise (X219) are considered as factor condition of the enterprise (X2). Location
of the enterprise (X35) is considered as an indicator of related and supporting industries
(X3). Change in sales volume of an enterprise is considered as an indicator variable of
demand conditions for an enterprise (X4). The variable of prosperity being achievable
through efforts (X528) is considered as the indicator of firm characteristics (X5). The
variable of management status of the enterprise (X61), investment in employee training
(X616), use of the business card (X623), and plan to expand the enterprise (X631) are
considered as firm’s strategy, structure and rivalry (X6). The variable of the need for the
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government marketing in international market (X714) is considered as enterprise’s
perspective on the role of government (X7) and the variable of threat from the suppliers
of raw input materials of an enterprise (X83) are also considered as measurement indicator
of chance (X8) for an enterprise within the traditional cluster of MSEs in this study. Table
6.1 indicates the results of the impacts of all of those 13 significant independent variables
mentioned above on the dependent variable of firm’s performance (Y) that ran into the
regression analysis in this study (see Appendix 6).
Table 6.1. Model Summery of Significant Variables with Direct Impact on MSEs’ Performances
No. Predictors Standardized
β
t-value Sig. F
value
Sig. R2
1 Current Assets (X219) .303****
5.497 .000
11.863 .000 .448
2 Rented Space (X224) -.222**** -3.981 .000
3 Manger of Enterprise (X61) .193*** 3.451 .001
4 No. of Times Attended Mosque (X155) -.189*** -3.404 .001
5 Change in Sales Volume (X42) .185*** 3.256 .001
6 Invest in Employee Training (X616) .156*** 2.787 .006
7 No. of Friend Who Can Help (X113) .135** 2.402 .017
8 Gov Backing in Intl. Markets (X714) .130** 2.293 .023
9 Location of Enterprise (X35) -.130** -2.302 .022
10 Prosperity Achievable by Efforts (X528) -.129** -2.289 .023
11 Plan to Expand Enterprise (X631) .114** 2.072 .040
12 Use Business Card (X623) -.106* -1.905 .058
13 Threat from Suppliers (X83) .097* 1.734 .085
*p<0.10, **p<0.05, ***p<0.01, ****p<0.001
Table 6.1. shows that all of the 13 independent variables have a significant impact
on MSEs’ performances (daily sales revenue). In order to test the main hypothesis
formulated in the second chapter of this study which claims that social capital (X1) has
obvious impact on the performance of firms (Y) within the traditional cluster of MSEs in
Herat City. The results of regression analysis indicate that within the social capital
dimension of theoretical framework in this study, the variable of available number of
friends who can offer assistance to the entrepreneur (X113) with beta coefficients of (β=
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.135) at t-value of (p<0.05) level of significance have a significant positive impact on the
MSEs’ performances within those six sampled traditional clusters for this study in Herat
City. This result indicates that with an increase in the number of friends who are willing
to provide support to entrepreneurs upon their request can increase the performances
(sales volumes) of the enterprises in these clusters. In other words, greater number of
friends in the network of entrepreneurs who can help will lead to the larger volume of
daily sales revenue. The second variable of the number of times that an entrepreneur
attended the mosque (X155) in a week within the social capital dimension of this study
with beta coefficients of (β= -.189) at t-value of (p<0.01) level of significance bears a
significant but negative impact on the MSEs’ performances (Y) within those six sampled
traditional clusters for this study. This finding indicates that with an increase in the
number of times that entrepreneurs attend the mosque for prayers can decrease the
performances of their enterprises, in other words, the more an entrepreneur is away from
his enterprise because of participating in religious activities, the less the enterprises can
perform or sale within these traditional clusters in Herat City.
The results of multiple regression analysis in Table 6.1 indicates that within the
factor conditions (X2) of clustered MSEs in this study, the variable of total current assets
of the enterprises (X219) with beta coefficients of (β= .303) at t-value of (p<0.001) level
of significance have a significant positive impact on the MSEs’ performances in the
traditional clusters in this region. This result portrays the total assets of an enterprise
(X219) as one of the most important determinant factors for the firms’ performances within
the traditional cluster in this study in Herat City. The variable of rented space of an
enterprise (X224) with beta coefficient of (β= -.222) at t-value of (p<0.001) level of
significance bears a marked, but negative impact on SME’s performance in this study.
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This shows that if the possibility of the venue for the activity of the enterprise being a
rented space is high, it lowers the performance of the firm within the traditional clusters.
In other words, when the space for operation of an enterprise is not a rented space can
increase the volumes of sales of the enterprises in these clustered MSEs in Herat City.
Within the dimension of related and supporting industries (X3), the variable of the
proper location of an enterprise within a cluster (X35) with beta coefficient of (β= -.130)
at t-value of (p<0.05) level of significance has a significant negative impact on the MSEs’
performances in the traditional clustered enterprises. This indicates that entrepreneur with
higher tendency toward the belief that the current location for their enterprise is more
proper within the cluster can lead to lower the performances of their enterprises within
the traditional clusters in this study.
The results in Table 6.1 indicate that within the dimension of demand conditions
(X4) for an enterprise in this study, out of five variables, the variable of changes in sales
volume of an enterprise (X42) with beta coefficient of (β= .185) at t-value of (p<0.01)
level of significance has a positive impact on MSEs’ performances within traditional
clusters enterprises in this study. This finding shows that increase in the demand for
products of each of these traditional industries can lead to an increase in enterprises
performance or sale revenues of enterprises in this region.
The results of regression analysis in Table 6.1 shows that in the dimension of firm
characteristics (X5) in the conceptual framework of this study, the variable of
entrepreneur in the belief that prosperity can be achieved by efforts in this country (X528)
with beta coefficients of (β= -.129) at t-value of (p<0.01) level of significance has a
significant but negative impact on MSEs’ performances in the traditional cluster of
enterprises. This indicates that if the entrepreneurs tend to believe that prosperity can be
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achieved by their efforts, this can lead to the decrease in the performances of their
enterprise within a cluster, in other words, if an entrepreneur relies less on the common
belief in Afghanistan that prosperity is achievable by endeavour, it can lead to higher
level of performance of an enterprise and increased sales revenue in the traditional
clusters in Herat City.
Based on multiple regression analysis in Table 6.1, with the firm strategy,
structure and rivalry (X6) dimension of an enterprise in the conceptual framework in this
study, there are four variables that have significant impacts on MSEs’ performances
within the traditional cluster in Herat City. The managerial status of an enterprises (X61)
with beta coefficients of (β= .193) at t-value of (p<0.01) level of significance has a
positive impact on the MSEs’ performances (Y). This finding indicates that if an
enterprise is run by a manager other than its owner can increase the performance of this
enterprise, in other words if an enterprise is operated by its owner, it can decrease the
enterprise’s performances or the amount of sales revenue within traditional clusters of
MSEs in this region.
The variable of enterprise’s priority for investment in vocational training for its
employees (X616) with beta coefficients of (β= .156) at t-value of (p<0.01) level of
significance has a positive impact on the MSEs’ performances. This indicates that
increases in enterprise’s investment in its employees can increase the employee’s
productivity through making products with higher quality which eventually leads to the
increase in the performances of an enterprise in those six traditional clusters. The variable
of enterprise plan for expansion (X631) with beta coefficients of (β= .114) at t-value of
(p<0.05) level of significance has a positive impact on the MSEs’ performances (Y) in
this study. This finding indicates that enterprise’s tendency toward expansion of its
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activities as well as the establishment of another enterprise within the same cluster can
increase the possibility of raising the volumes of sales revenues of the enterprises in these
clusters. In addition, the variable of using a business card (X623) with the beta coefficients
of (β= -.106) at t-value of (p<0.10) level of significance has a striking negative impact on
the MSEs’ performances. This result indicates that the use of a business card as an
instrument of marketing strategy for enterprises in traditional clusters cannot contribute
to the increase of the sales volume of the enterprises in the traditional clusters of MSEs.
Table 6.1 shows the results of regression analysis of government policies (X7) and
chance (X8) dimensions within the conceptual framework of this study. These findings
indicate that the variable of government taking initiative to provide marketing facilities
for the enterprises in the international markets (X714) with the beta coefficients of (β=
.130) at t-value of (p<0.05) level of significance has a positive impact on the MSEs’
performances. This finding indicates that the government’s initiatives in providing
marketing facilities for clustered enterprises can enhance the chances of the improvement
of enterprise’s performances through introducing domestic products in the international
market. The variable threat from suppliers of raw input materials (X83) with the beta
coefficients of (β= .097) at t-value of (p<0.10) level of significance has a positive impact
on the MSEs’ performances (Y) within traditional cluster in this study. This shows that
the fear of entrepreneurs of the survival of their industry in the future can increase the
performance of enterprises, or in other words, the less the enterprises consider their
suppliers of the raw input materials as a threat, the lower will be the level of their
performance with those traditional clusters of MSEs in Herat City.
The results of multiple regression analysis in Table 6.1 indicate that out of all
independent variables ran into the analysis in this section; thirteen variables have a
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significant direct impact on firm performances (Y) in this study. In addition, F-test value
of (11.863) at significance level of (p<0.001) indicates that there was at least one
independent variable that has significant impact on firm performances in this study.
Therefore, it is concluded that on the basis of the results of the F-test value
(11.863) in the regression model in Table 6.1, the first null hypothesis (H01) is statistically
rejected in favor of alternative hypothesis (H11), in which there were direct impacts from
at least two variables from the social capital dimension on firm performances in the
traditional clusters of MSEs in Herat City in this study. In addition, the regression model
resulted in an R-square value of (R2=.448). This means that about 45% of the variation in
the dependent variable of enterprise’s daily sales revenue (Y) statistically can be
explained by these thirteen independent variables with significant impacts.
The Dynamic of Social Capital through the Porter’s Model on the MSEs’
performances in Traditional Clusters
The aim of this section is to examine the indirect impact of social capital (X1)
through other dimensions within the framework of Porter’s Diamond Model on the
MSEs’ performances in this study. In order to achieve another objective of this
investigation (Refer to Chapter 2) and to statistically test the second hypothesis of this
study, in this section, we used regression with path analysis method to identify the direct
and the indirect impacts of the social capital dimension on firm performances through the
variables that were identified as significant determinant factors on firm performances in
the previous section of this chapter. In other words, in this section by applying the Porter’s
Model, we examined the dynamic impact of the social capital on MSEs’ performances
through the assessment of every other dimension within the conceptual framework of this
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study. Furthermore, in order to test the second category of hypothesizes (H2) that social
capital (X1) has significant direct and indirect impact on MSEs’ performances through
another enterprise’s dimensions within Porter’s Diamond framework in traditional
clusters of MSEs in Herat City as described in the following sections of this chapter.
6.3.1. The Impacts of Social Capital on MSEs’ Factor Conditions and
Performance
In the dimension of social capital (X1) in this study, there were six variables that
had significant direct and indirect impact on MSEs’ performances. The hypothesis (H12)
tested the fact that there is at least one variable in the social capital with a significant
indirect impact on MSEs’ performances through enterprise’s factor conditions (X2).
Figure 6.1 shows the variables with significant impact on enterprise’s performance,
namely, joining the two main business associations, i.e. the chamber of commerce and
industries (X13) and Senf (cluster’s association) (X11), charitable activities (X153), number
of times attended mosque (X155), number of friends who can help (X113), and helping a
stranger (X154). Within the dimension of factor conditions (X2), only two variables,
namely, the total of current assets (X219) and the rented space (X224) have significant
impacts on MSEs’ performances. Path diagram in Figure 6.1 indicates that out of six
variables in factor conditions dimension (X2), only three variables, namely, business
associations, i.e. the chamber of commerce and industries (X13) and Senf (cluster’s
association) (X11) and charitable activities (X153) have significant indirect impacts on
MSEs’ performances through the variable of total of current assets (X219).
The findings demonstrate that the participation of enterprises in the above
mentioned two business associations, have a positive impact on MSEs’ performances
through the enterprise total current assets (see Appendix 7). In other words, higher
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participation of enterprises in these two association can increase the MSEs’ performances
by an increase in the enterprise assets within the traditional cluster in Herat City. The
variable of charitable activities (X153) in this path diagram model inflicts a significant
negative impact on the total amount of enterprise’s assets. This means, even though the
total current assets (X219) has a significant positive impact on MSEs’ performances, an
increase in enterprise charitable activities can lead to a decrease in the total assets, and as
a result through this variable can eventually lead to a decrease in the MSEs’ performances
within traditional clusters. This finding also indicates that the enterprises with higher
performances and ample current assets are less likely to be involved in charitable
activities in these traditional clusters, and vice versa.
Note: a) An arrow indicates a causal relationship
b) An arrow indicates a correlation relationship
Figure 6.1. Path Diagram for Impact of Social Capital on MSEs’ Performance and Factor Conditions
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Figure 6.1 shows that another three variables, namely, the number of times
attended the mosque (X155), the number of friends who can help (X113) and helping a
stranger (X154) have not any significant indirect but direct impact on MSEs’ performances
through factor conditions (X2) dimension in the above path diagram model. The above
findings show that the number of times an entrepreneur attended mosque (X155) has
significant negative impact on MSEs’ performances within these clusters. On the other
hand, cooperation in terms of the number of friends who can help the entrepreneur when
needed (X113) and the help that an entrepreneur provide to others in need (X154) can
increase the possibility of MSEs’ performances.
The findings in Figure 6.1 clearly demonstrate that the variable of the space an
enterprise rented for its business (X224) with beta coefficients of (β= -.20) at t-value of
(p<0.001) level of significance insert a negative impact on MSEs’ performances within
this path diagram model. This means that when the space where the enterprise operates is
a rented place, it can negatively affect the MSEs’ performances within these traditional
clusters. In contrast, the variable of total of current assets (X219) within this model is
identified as the most significant determinant factor with a positive impact on MSEs’
performances with beta coefficients of (β= .34) at t-value of (p<0.001) level of
significance in this regression model. Therefore, the results of regression analysis of the
above path diagram model in Figure 6.1 imply that at least one of the variables from the
social capital (X1) dimension has a significant indirect impact on MSEs’ performances
through the mediation of factor conditions (X2) dimension in this study. This means, that
besides its direct impact, social capital (X1) also bears a significant indirect impact on
MSEs’ performances through another dimension within Porter’s Diamond framework in
this study. The regression model resulted in an R-square value of (R2=.281). This
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means that, as shown in the path diagram model in Figure 6.1, statistically there is more
than 28% of the variation in the MSEs’ performances explained by these eight
independent and intermediate variables that have a significant impact. Therefore, from
the results of our path diagram analysis in the above figure with Chi-square of (Chi2
=22.071) and the degree of freedom of (df=25) at p-value of (p<0.632) of confidence
level (see appendix…) it is evident that there is no significant difference between our
constructed conceptual model in Figure 6.1 and the perfect possible model based on the
data from those six sampled traditional clusters of MSEs in this study.
6.3.2. The Impact of Social Capital on the Performances of MSEs and on
Industries that are Related to and Supporting Them
The path diagram in Figure 6.2 shows the results of regression analysis to test the
hypothesis (H13) that there is at least one variable within the social capital dimension with
a significant indirect impact on MSEs’ performances through the dimension of industries
that are related to or supporting the enterprise within a cluster (X3). In other words, the
dimension of social capital (X1) in this study has an indirect impact on the enterprise’s
performance (Y) through the dimension of industries that are related to or supporting the
enterprise (X3) in this study. Figure 6.2 shows the variables with significant impact on the
enterprise’s performance. These variables are namely, joining Senf (X11), trusting family
and relatives (X129), helping a stranger (X154), the number of times attending a mosque
(X155), and the number of friends who can help (X113).
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Based on the findings, the variable of the location of enterprise (X35) from the
related and supporting industries (X3) dimension has significant impact on MSEs’
performances. Therefore, the results of the regression in this path diagram model show
that the two variables from social capital dimension namely, trusting family and relatives
(X129) and joining Senf (X11) have a significant positive indirect impact on MSEs’
performances through the related and supporting industries (X3) dimension in this study
(see Appendix 8). The entrepreneur’s participation in the cluster association (Senf) and
profound trust in the family can lead to an increase the enterprise satisfaction with its
current location within the traditional cluster in this city. This finding signifies the fact
that belonging to an association and trusting close relatives increase the degree of
satisfaction with the current location of the enterprise in the market and that eventually
can lead to lower performance of the enterprises within the clusters.
Note: a) An arrow indicates a causal relationship
b) An arrow indicates a correlation relationship
Figure 6.2. Path Diagram for Impact of Social Capital on MSEs’ Related, Supporting Industries and Performance
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The variable of entrepreneur helping a stranger (X154) bears a significant partial
effect on MSEs’ performances through the variable of the location of enterprise (X35).
This proves that if entrepreneurs help a stranger, the possibility of the rise in the volume
of enterprises’ sales increase, however, at the same time, this might decrease the level of
satisfaction of entrepreneurs with the current position of their enterprises, thus leading to
the increase of the performance of enterprises.
The two variables of the number of times an entrepreneur attended the mosque
(X155) and number of friends who can help (X113) have only significant direct impact on
MSEs’ performances with beta coefficients of (β= -.21) and (β= .21) at t-value of
(p<0.001) level of significance, respectively.
The results of the regression analysis in Figure 6.2 reveal an R-square value of
(R2=.142) in the path diagram. This means that there is more than 14% of the variation in
the MSEs’ performances that can be explained by these significant independent and
intermediate variables in this path diagram model. Thus, the results of regression analysis
of the above path diagram model in Figure 6.2 indicate that in this model also, at least
one of the variables from social capital (X1) dimension has significant partial indirect
impact on MSEs’ performances through the mediation of related and supporting
industries (X3) dimension of Porter’s Diamond framework. This means that in addition
to the direct impact of social capital (X1) dimension, it also bears a significant indirect
and partial impact through related and supporting industries (X3) dimension on MSEs’
performances. In addition, the results of path diagram analysis in Figure 6.2 with Chi-
square of (Chi2 =15.911) at p-value of (p<0.319) of confidence level can be accepted as
the constructed model for the traditional clusters of micro and small scale enterprises.
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6.3.3. The Impact of Social Capital on MSEs’ Demand Conditions and
Performance
The hypothesis (H14) that there is at least one variable from the social capital (X1)
dimension that has a significant indirect or partial impact on MSEs’ performances through
the demand conditions (X4) dimension in this study was tested. The results revealed that
the variables of efficiency in decision making (X123), voting in presidential election
(X128), trusting municipality officials (X139), charitable activities (X153), having family
members in the same industry (X111) within the social capital dimension with a significant
indirect and partial impact on MSEs’ performances. These impacts were mediated
through the variable of increased sales volume (X42) within the demand conditions (X4)
dimension (see Appendix 9).
The variable of entrepreneur voting in the presidential election (X128) with beta
coefficients of (β= -.16) at t-value of (p<0.05) level of significance induces striking
negative impact on the increase of sales volume (X42) from the demand conditions (X4)
dimension. However, this variable has an overall positive indirect impact on sales volume
within Porter’s Diamond framework in this study. This means that the participation of
entrepreneurs in collective activities contribute positively to the performance of the
enterprise.
The two variables, namely, charitable activities (X153) and having family members
in the same industry (X111) have significant partial impact on MSEs’ performances. The
variables of cooperation in term of charitable activities (X153) with beta coefficients of
(β= .157) at t-value of (p<0.05) level of significance and having family members in the
industry (X111) with beta coefficients of (β= -.163) at t-value of (p<0.01) level of
significance have partially impact on the performance of enterprises in the traditional
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clusters in Herat City. This finding demonstrates that doing charitable activities
and helping others in these clusters has definite positive influence on the performance of
enterprises through the increase of sales volumes. The presence of a family member in
the same industry within the cluster, which was reported by many entrepreneurs in
clusters included in this study, has a significant negative impact on the sales volume of
enterprises in these traditional clusters in Herat City. Moreover, the findings from the
survey interviews revealed that the presence of family members in the same industry in
some cases leads to a sort of secret alliance between enterprises that belong to same
family, cooperating with each other in “price fixing” in terms of indirectly encouraging
customers to fall in a range of different prices and to buy the products from one of them
by bargaining method, which is common among customers in traditional clusters in Herat
City who tend to search for products with lower prices. Thus, the presence of a family
member in the same industry (X111) can lead to such vile cooperation which inserts
negative impact on the performance of the performance in the traditional clusters in Herat
City.
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The final results of regression analysis in Figure 6.3 indicate that there was a
significant indirect or partial impacts from the social capital (X1) dimension on MSEs’
performances through demand conditions (X4) in this path diagram. Therefore, the
analysis of regression model resulted in an R-square value of (R2=.209). This indicates
that there were more than 20% of the variation in the MSEs’ performances explained by
those nine independent and intermediate variables in the path diagram in this study.
Figure 6.3 shows that the variable of having a family member in the same industry
(X111) has a positive correlation with the variable of effectiveness in decision making
(X123) with coefficients of (r= .14) at p-value of (p<0.05) level of significance. This means
that entrepreneurs with a family member in the same cluster were more effective in the
process of decision-making in their cluster which has positive impact on sales volume of
Note: a) An arrow indicates a causal relationship
b) An arrow indicates a correlation relationship
Figure 6.3. Path Diagram for Impact of Social Capital on MSEs’ Demand Conditions and Performance
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an enterprise and eventually increase the performance of the enterprise within the
traditional clusters in Herat City.
The test of path diagram model in Figure 6.3 resulted in a Chi-square of (Chi2
=30.543) at p-value of (p<0.387) level of significance. Therefore, the path diagram model
in this section can be accepted because statistically there were no significant differences
between this model and the exact model, based on the data collected from the field survey
in this study.
6.3.4. The Impact of Social Capital on MSEs’ Characteristics and Performance
The results of regression analysis in Figure 6.4 show the variables with significant
indirect or partially impact on MSEs’ performances are namely, trusting neighbors (X133),
trusting family and relatives (X129), voting in presidential election (X128), using mobile
phone (X149), helping a stranger (X154). Based on the regression analysis in this section,
we tested the hypothesis (H15) that social capital has indirect impact on MSEs’
performances through the firm characteristics (X5) dimension in this section.
The path diagram in Figure 6.4 shows that the entrepreneurs’ belief that
“prosperity being achievable by efforts” (X528) is the only variable of the firm
characteristics (X5) dimension that has significant impact on enterprises’ performance in
this study (see Appendix 10).
Figure 6.4 shows that variables of entrepreneur’s trust in neighbors (X133) with beta
coefficients of (β= .183) at t-value of (p<0.01) level of significance, and trust in family
and relatives (X129) with beta coefficients of (β= .124) at t-value of (p<0.10) level of
significance have outstanding indirect impact on MSEs’ performances through the
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variable of prosperity is achievable by efforts (X528) in this path diagram model in this
study.
This finding shows that higher trust in close ties such as neighbours, family and
relatives has positive effect on the perspectives of entrepreneurs who have faith in the
common belief that “prosperity can be achieved through endeavour” in Afghanistan. On
the other hand, the variable of prosperity is achievable by endeavour (X528) bears a
significant negative impact on MSEs’ performances. This means that the more an
entrepreneur believes that prosperity is achievable by efforts the less likely to run an
enterprise with lower performance or low daily sales revenue. In other words,
entrepreneurs who run an enterprise with a higher level of performance are more likely
to consider factors and means other than making effort as the main determinant of
achieving prosperity in Afghanistan.
Note: a) An arrow indicates a causal relationship
b) An arrow indicates a correlation relationship
Figure 6.4. Path Diagram for Impact of Social Capital on MSEs’ Characteristics and Performance
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The variables of entrepreneur voting in the presidential election (X128) and an
enterprise use of mobile phone (X149) bear a negative indirect impact on MSEs’
performances through prosperity being achievable by efforts (X528) in the above path
diagram model. This indicates that the participation in collective activities such as general
election and the use of social communication devices such as mobile phone increases the
probability of an entrepreneur to believe that there are other means except endeavour for
achieving prosperity in Afghanistan. In addition, the findings in this figure indicate that
there was a negative association between the use of communication means such as mobile
phone and the number of times an entrepreneur attended a mosque (X155). This means
that the more entrepreneurs tend to use communication means such as mobile phone the
less they tend to participate in the religious activities and places such as mosques within
the traditional clusters of MSEs in Herat City.
The results of regression analysis in Figure 6.4 show that social capital through
the dimension of firm characteristics (X5) has a significant indirect and partially impact
on the enterprise’s performance in the path diagram model in Figure 6.4 in this study.
The regression analysis of path diagram model in this section resulted in an R-
square value of (R2=.216). This implies that statistically there are more than 21% of the
variation in the MSEs’ performances explained by these ten independent and intermediate
variables that have a significant impact.
Findings in Figure 6.4 show that variable of helping strangers (X154) from the
social capital dimension in this study has a significant partial impact on MSEs’
performances through the prosperity achievable by efforts (X528) in this path diagram
model. This indicates that cooperation among entrepreneurs and helping each other can
increase their faith in the belief that they can achieve more prosperity by their endeavors
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within these traditional clusters in Herat City. The variables of charitable activities (X153),
the number of times attended a mosque (X155), family in the same industry (X111), and the
number of friends who can help (X113) have significant but only direct impacts on MSEs’
performances.
Therefore, the results of this path diagram analysis in the above figure with Chi-
square of (Chi2 =37.221) at p-value of (p<0.551) level of significance demonstrates that
there was no significant difference between our constructed conceptual model in Figure
6.4 and the perfect model in this section.
6.3.5. The Impact of Social Capital on MSEs’ Firm Strategy, Structure,
Rivalry, and Performance
This section tested the hypothesis (H16) that social capital has significant impact on
MSEs’ performances through the dimension of firm strategy, structure and rivalry (X6)
in this study.
The results of path diagram analysis in Figure 6.5 show that the variable of the
status of manager (X61) with beta coefficients of (β= .150), investing in employees
training (X616) with beta coefficients of (β= .161), and the desire to expand the enterprise
(X631) with beta coefficients of (β= .124) from the firm strategy, structure and rivalry (X6)
dimension have significant positive impact on MSEs’ performances in this path diagram
model. This denotes that when an enterprise is administered by a manager other than its
owner, the possibility of the increase of its performance in term of sales revenue is
augmented. Findings from this analysis also indicate that enterprise’s tendency toward
priority for investment in employees’ further training together with plans to expand the
enterprise or establish new branches during last two years have also contributed positively
to the higher performance of the MSEs.
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Furthermore, the variable of using business card (X623) from the same dimension
with beta coefficients of (β= -.180) at t-value of (p<0.01) level of significance bears a
significant negative effect on enterprise’s performance in this regression model. This
indicates that the use of business cards as a marketing strategy seems to have a negative
effect on MSEs’ performances in traditional clusters in Herat City.
In the social capital dimension in this study, the variables of charitable activities
(X153), sharing machine tools among enterprises (X122), and meeting with friends (X147)
have significant indirect impact on MSEs’ performances through another significant
variable from firm strategy, structure and rivalry (X6) dimension within Porter’s Diamond
framework in this study.
Note: a) An arrow indicates a causal relationship
b) An arrow indicates a correlation relationship
Figure 6.5. Path Diagram for Impact of Social Capital on MSEs’ Strategy, Structure, Rivalry, and Performance
135
These findings indicate that cooperation in terms of sharing machinery and giving
charitable activities takes place more often when an enterprise is administered by its
owner rather than by a manager other than its owner.
The variable of social media index (X152) with beta coefficients of (β= .222) has a
significant impact on the use of business card and significant indirect impact on MSEs’
performances within traditional clusters. This means that the use of business plan as a
marketing strategy is most likely practiced by enterprises that have access to means of IT
communications such as Facebook and other types of communication instruments gadgets
such as e-mail and mobile phone.
The results of regression analysis in Figure 6.5 show that from the social capital
dimension, the variable of the number of friends who can help (X113) has a significant
partial positive impact on MSEs’ performances through the manager status (X61) in this
study. This signifies that when an enterprise is governed by a manager other than its
owner, the possibility of the creation of a stronger network of friends who could provide
help and support to the enterprise is greatly enhanced in the traditional clusters of MSEs
in Herat City. In other words, a stronger network of people who are willing to provide
support to entrepreneurs can increase the enterprise’s performance through the
managerial status of the micro and small enterprises. Findings in the above figure indicate
that the number of times entrepreneurs meeting friends can increase their desire for
expanding the current business and improving the enterprise’s overall performance.
In addition, similar to the previous model in this chapter the variable of the number of
times enterprises attending a mosque (X155) with beta coefficients of (β= -.207) at t-value
of (p<0.01) level of significance has very obvious indirect effect on MSEs’ performances.
Whereas, the variable of helping a stranger (X154) with beta coefficients of (β= .172) at t-
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value of (p<0.01) level of significance bears a noticeable indirect positive impact on
enterprise’s performance. Thus the regression model in Figure 6.5 found an R-square
value of (R2=.208) which means that statistically there is more than 20% of the variation
of the enterprise’s performance which could be explained by these significant
independent and intermediate variables from the social capital (X1) and firm strategy,
structure and rivalry (X6) dimensions in this study (see Appendix 11).
Therefore, the results of regression analysis of the path diagram in Figure 6.5
indicate that at least one of the variables from the social capital dimension have significant
indirect or partial impact on MSEs’ performances through the firm strategy, structure and
rivalry (X6) dimension of an enterprise within Porter’s Diamond framework in this study.
This means that, besides its direct impact, social capital has a significant indirect or partial
impact on enterprise’s performance within the traditional clusters of micro and small scale
enterprises. Therefore, the results of the path diagram model in above figure with Chi-
square of (Chi2 =56.824) at p-value of (p<0.889) level of significance reveal that
statistically, the constructed model in the above figure were significantly similar to the
possible prefect model in this section. In other words, the conceptual model that
developed based on the theoretical reviews in this section was not different from the
actual possible model in this study.
6.3.6. The Impact of Social Capital on The Government Policies and MSEs’
Performances
Figure 6.6 shows the variable from social capital dimension with significant
indirect impact on MSEs’ performances namely, trust in family and relatives (X129). In
addition, other variables from the same dimension that were found to have significant but
only direct impact on MSEs’ performances are namely, helping a stranger (X154), having
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family members in the same industry (X111), charitable activities (X153), number of times
attended a mosque (X155), and the number of friends who can help (X113).
On the other hand, within the government’s policy (X7) dimension in this study,
there was only one variable namely, government help in international marketing (X714)
with beta coefficients of (β= .181) at t-value of (p<0.01) level of significance has positive
impact on MSEs’ performances. This means that an increase in the government initiative
can promote higher performance of the enterprises within the traditional clusters (see
Appendix 12).
From the social capital (X1) dimension, only variable of entrepreneur’s trust in
family and relatives (X129) with beta coefficients of (β= -.149) at t-value of (p<0.05) level
of significance inserts indirect impact on MSEs’ performances through the variable of the
Gov. facilitate marketing in Intl. markets (X714). This means, that the more entrepreneurs
trust their family and relatives, the less they tend to ask the government to support them
Note: a) An arrow indicates a causal relationship
b) An arrow indicates a correlation relationship
Figure 6.6. Path Diagram for Impact of Social Capital on The Role of Government policies and MSEs’ performances
138
in facilitating marketing of their products in the regional or international markets which
could contribute to the improvement of enterprise’s performances in term of increase in
sales revenues.
The results of regression analysis in Figure 6.6 shows that within social capital
dimension there were two variables namely, entrepreneur helping a stranger (X154) with
beta coefficients of (β= .202), and the number of friends who can help when needed (X113)
with beta coefficients of (β= .199) at t-value of (p<0.01) level of significance that have
only direct positive effect on MSEs’ performances. Within the same dimension there were
other three variables namely, family members in the same industry (X111) with beta
coefficients of (β= -.160), charitable activities (X153) with beta coefficients of (β= -152),
and the number of times entrepreneurs attended a mosque (X155) with beta coefficients of
(β= -.233) that bear significant direct negative impact on MSEs’ performances within the
traditional clusters of micro and small scale enterprises in Herat City.
Thus, we tested the hypothesis (H17) that the social capital has significant indirect
or partial impact on MSEs’ performances through the role of government policy (X7)
dimension in this study. The analysis of regression model in Figure 6.6 that yielded an R-
square value of (R2=.217), indicates that there were more than 21% of the variation in
enterprise’s performance can be explained by those significant independent and
intermediate variables in this path diagram model in this section.
The results of regression analysis in the above path diagram in Figure 6.6 indicate
that there was at least one significant variable in social capital (X1) dimension that has an
indirect impact on MSEs’ performances through government policies (X7) dimension
within the conceptual framework of this study. The results of regression analysis for the
path diagram in above figure with Chi-square of (21.277) at p-value of (p<0.322) level of
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significance indicate that there was marked with no difference between the constructed
conceptual model in Figure 6.6 and the perfect possible model based on the data from
those traditional clusters of micro and small scale enterprises in this study.
6.3.7. The Impact of Social Capital on the Role of Chance and MSEs’
Performances
Within the conceptual framework of this study, the regression analysis for path
diagram in Figure 6.7, this section tested the hypothesis (H18) that there is at least one
variable from the social capital dimension with significant indirect or partial impact
through the dimension of chance (X8) on MSEs’ performances.
The results of regression analysis in Figure 6.7 show the variables from social
capital namely, meeting friends (X147), having access to e-mail and the internet (X150),
joining loans associations (X16), trusting police (X143), joining Senf (X11), trusting
municipality officials (X139), number of times attended a mosque (X155) that have
significant indirect or partial impact on MSEs’ performances in this section (see
Appendix 13).
In the dimension of chance (X8) within the conceptual framework of Porter’s
Diamond Model for this study, there are two variables namely, threat from suppliers (X83)
with beta coefficients of (β= .111) at t-value of (p<0.10) level of significance and
improvement of economic status (X89) with beta coefficients of (β= .156) at t-value of
(p<0.05) level of significance have striking positive effect on MSEs’ performances within
the traditional clusters in Herat City. These findings indicate that both variables from the
dimension of chance (X8) have positively contributed to the increase of enterprise’s
performance. This can be interpreted as, if entrepreneurs consider the suppliers of raw
material as a major threat to the future of their industry, this can lead to the heightening
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of the performance of their enterprise. Moreover, if entrepreneurs assume that their
economic status has improved in the past few years, it can result in the increase in their
sales volumes.
Figure 6.7 shows that three variables from social capital (X1) dimension, namely,
meeting friends (X147), having access to e-mail and the internet (X150), and joining loans
associations (X16) have a significant impact on MSEs’ performances through threat from
suppliers (X83) within Porter’s Diamond framework in this study. These results
demonstrate that an enterprise with larger network in terms of an entrepreneur frequently
meeting with their friend positively affects the enterprise’s performance when they tend
to consider the supplier of raw materials as a major threat to the future of their industry.
The use of communication media instruments such as e-mail and the internet; and
participation in loan associations also can increase the enterprise’s performance more if
enterprises consider the suppliers of raw materials as a major threat to the future of their
industry in traditional clusters.
The regression analysis of path diagram in this section resulted in an R-square
value of (R2=.247). The regression analysis of path diagram model in Figure 6.7 indicates
there were more than 24% of the variation in the MSEs’ performances explained by these
fourteen independent and intermediate variables that have a significant impact.
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The variables of entrepreneur joining Senf (X11) and trusting municipality
officials (X139) have significant indirect impacts on MSEs’ performances through the
variable of improvement in economic status (X89) in the regression analysis of path
diagram in Figure 6.7. This means that the more entrepreneurs participate in the
associations of a cluster, the less they will believe that their economic status has
improved. At the same time, entrepreneurs’ trust in municipality positively contributes to
the belief that their economic condition has improved and eventually it can increase their
enterprises’ performance within the traditional cluster in Herat City. The variable of the
number of times attended a mosque (X155) within the path diagram in the above figure
indicates a significant partial impact on MSEs’ performances through the variable of
economic status improved (X89) in these traditional clusters of micro and small scale
enterprises.
Note: a) An arrow indicates a causal relationship
b) An arrow indicates a correlation relationship
Figure 6.7. Path Diagram for Impact of Social Capital on The Role of Chance and MSEs’ Performance
142
Findings from regression analysis of path diagram in Figure 6.7 shows that there
were three variables, namely, charitable activities (X153) with beta coefficients of (β= -
.159), family members in same industry (X111) with beta coefficients of (β= -.157), and
trust in family and relatives (X129) with beta coefficients of (β= -.163) have significant
direct negative impact on MSEs’ performances. In addition, there were other two
variables in the same dimension, namely, number of friends who can help (X113) with
beta coefficients of (β= .205) and helping strangers (X154) with beta coefficients of (β=
.216) that have significant direct positive impact on the enterprise’s performance within
the traditional clusters of MSEs in Herat City.
The results of the regression of path diagram in Figure 6.7 indicates that at least
one of the variables from the social capital (X1) dimension have a significant indirect or
partial impact on MSEs’ performances through the mediation of chance (X8) dimension
within Porter’s Diamond framework in this study. Therefore, the results of our path
diagram analysis in the above figure with Chi-square of (52.005) at p-value of (p<0.998)
level of significant indicates that there is no significant difference between our
constructed conceptual model in Figure 6.7 and the perfect possible model based on the
data from those six sampled traditional clusters of MSEs in this study.
Results and Discussions
The status of traditional clusters of MSEs in Herat City and in general in other
regions in Afghanistan can be described through various methods. In this study, we
implemented social capital factors within Porter’s Diamond framework to analyze and
describe the contemporary status of economic activities of the traditional clusters of
MSEs in the Herat City in the western region of Afghanistan.
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The results of various methods of analysis, such as correlation and regression
analysis in this and previous chapters in this study, yield the understanding that within
the traditional clusters of MSEs in this country, the factor of social capital plays a
significant role and contributes directly and indirectly to the MSEs’ performance and
eventually to the development of the industrial sector in Afghanistan. Figure 6.8 shows
the findings of the statistical analysis and test of the conceptual framework in this study.
The results of correlation analysis in the previous chapter indicate that there is
significant association among the social capital and other dimensions within Porter’s
Diamond framework. In the results of correlation analysis in the previous chapter indicate
that there is significant association among the social capital and other dimensions within
Porter’s Diamond framework in this study. Therefore, those results allowed this study to
Note: a) An arrow indicates a significant direct impact path
b) An arrow indicates a significant indirect impact path
Figure 6.8. Summary of Analysis and Test of Hypothesis
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assay the causal relationship between the social capital (X1) dimension and other
dimensions within the conceptual framework of this study.
The results of regression analysis in the path diagram model in Figure 6.1 show
that social capital (X1) has significant direct and indirect impact on MSEs’ performances
through factors such as the enterprise’s current assets (X219) and the rented space status
of enterprise (X224) within the factor conditions (X2) dimension based on Porter’s
Diamond in this study. Therefore, the findings indicate that statistically the null
hypothesis (H02) were rejected in favor of the alternative hypothesis (H12) that there was
a significant impact from social capital dimension on MSEs’ performances through factor
conditions (X2) dimension within the conceptual framework of this study.
In the second path diagram model in Figure 6.2, the results of regression analysis
indicate that social capital (X1) dimension has significant direct and indirect impact on
MSEs’ performances through the variable of location of enterprise (X35) from the
dimension of related and supporting industries (X3) in Porter’s Diamond framework in
this study. Thus, the results of the regression analysis indicate that statistically, the null
hypothesis (H03) was rejected in favor of the alternative hypothesis (H13) that there was
significant indirect impact from social capital (X1) dimension on the enterprise’s
performance through the related and supporting industries (X3) dimension in the
conceptual framework of this study.
The results of regression analysis in Figure 6.3 shows that at least five variables
from the social capital (X1) dimension have significant direct and indirect impacts on
MSEs’ performances through a factor such as increases in sales volume (X42) from the
demand conditions (X4) dimension in this study. Therefore, the results of the regression
analysis indicate that statistically the null hypothesis (H04) were rejected in the favor of
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the alternative hypothesis (H14) that there was a significant impact from social capital
(X1) dimension on MSEs’ performances through demand conditions (X4) within the
conceptual framework in this study.
The results of analysis in the fourth path diagram model in Figure 6.4 shows that
there were significant direct and indirect impacts from the social capital (X1) dimension
on MSEs’ performances in this study. Out of nine variables within the social capital
dimension, five of them bear a significant indirect or partial impact on MSEs’
performances through the variable of prosperity being achievable by efforts (X528) from
the firm characteristics (X5) dimension in the conceptual framework of this study. Thus,
the findings from the regression analysis indicate that statistically, the null hypothesis
(H05) can be rejected in favor of the alternative hypothesis (H15) which means that there
was at least one variable from social capital dimension with significant indirect or partial
impact on MSEs’ performances through the firm characteristics (X5) dimension in the
conceptual framework of this study.
Findings of the fifth path diagram model in Figure 6.5 reveal that social capital
(X1) dimension has significant direct and indirect impact on enterprise’s performance
through factors such as manager status (X61), investing in employees training (X616),
business card (X623), and the desire to expand the enterprise (X631) within the dimension
of firm strategy, structure and rivalry (X6) in the conceptual framework of this study. In
addition, the findings from the regression analysis in this study reveal that statistically the
null hypothesis (H06) were rejected in favor of the alternative (H16) which means that there
was at least one variable from the social capital dimension with significant indirect or
partial impact on MSEs’ performances through the variables within the dimension of the
firm strategy, structure and rivalry (X6) in the conceptual framework of this study.
146
The results of regression analysis in the sixth path diagram model in Figure 6.6
show that social capital has significant direct and indirect impact on enterprise’s
performance through the variable such as the Government initiation for marketing in
International markets (X714) from the government (X7) dimension in the conceptual
framework that developed bases on the Porter’s Diamond Model in the chapter two of
this study. Thus, the results of regression analysis in the sixth path diagram indicate that
statistically the null hypothesis (H07) were rejected in favor of the alternative hypothesis
(H17) that there was a significant impact from social capital dimension on MSEs’
performances through the government policies (X7) dimension in this study.
The results of analysis in the last path diagram model in this study in Figure 6.7
shows that social capital in this model also has significant direct and indirect impact on
MSEs’ performances through the variables, namely, threat from suppliers (X83) and the
improvement of economic condition (X89) from the dimension of chance (X8) in the
conceptual framework of this study. The findings from this path diagram indicate that
statistically the null hypothesis (H08) can be rejected in favor of the alternative hypothesis
(H18). This indicates that in this path diagram model social capital dimension has also a
significant impact on the MSEs’ performances through the variables, namely, the threat
from suppliers (X83) and economic status improved (X89) within the dimension of chance
(X8) in the conceptual framework of this study.
The results of correlation and regression analysis methods in this study reveal that
the concept of social capital can be a significant determinant factor for the MSEs’
performances in the traditional clusters in Herat City. This finding also indicates that in
the presence of social capital indicators, the performance of the enterprises can be
impacted both positively and negatively. Therefore, the survival of micro and small scale
147
enterprises in the future in traditional clusters and in general throughout Afghanistan
seems to be highly dependent on the consideration of factors such as social capital and its
contribution to the performance of these MSEs in the context of policy intervention and
the implementation of effective plans for the development of industrial strategies in
Afghanistan.
Conclusion
Despite the fact that little attention has been paid to the development of traditional
clusters of MSEs in Afghanistan, the existing traditional mechanisms and methods of
survival at the individual, firm, or community level have enabled the traditional clusters
to gain ground in the market while contributing to the economy of the country. Based on
the findings from fieldwork in Herat City, we can conclude that the modality of
cooperation and competition in the traditional clusters of MSEs in this city has often
provided safety nets and sources of the livelihood for hundreds of households of citizens.
On the other hand, clustered MSEs in Herat City are facing a wide variety of challenges
due to their low productivity profile and lack of access to proper input materials on the
supply side and the market-related challenges on the demand side.
The introduction of the social capital dimension to Porter’s Diamond framework
in this study has revealed that social capital plays a significant role in promoting the
performance of MSEs and cooperation within the traditional clusters in Herat City. The
quality of enterprises’ social capital had very dynamic positive and negative effects on
their performance. The social capital dimension in the Porter’s Diamond Model is found
to have direct influence, as well as indirect influence mediated through other determinant
factors, on the performance of MSEs.
148
The lack of social and human capital on the MSEs’ level seems to affect the
market share of clustered MSEs. Therefore, it is important to note that human capital
formation could have a positive impact on the performance of MSEs by way of
consolidation of social capital. On the other hand, the educational level and experience of
human resources within a cluster can have various relationships with the social capital
and MSEs’ characteristics, and eventually, could have visible impact on MSEs’
performance. The dynamic associations that exist among those determinant factors need
to be considered in the policy-making process for the development of the traditional
cluster of MSEs in Afghanistan.
The components of social capital such as trust and networking seem to play
significant roles in facilitating and synergizing the activities of MSEs, by means of
improved access to, and sharing of, the information on products design, input materials,
prices, and other market-related issues. The findings from this study indicate that such
cooperation and competition can be achieved by working on those factors related to social
capital and other dimensions within the framework of Porter’s Diamond Model.
The use of social communication media such as Facebook, cellular phones, and
the internet is found to have a positive correlation with the enterprise’s membership in
social groups and access to loans and other financial associations in the traditional
clusters. The possibility of an enterprise’s access to loans and other credit institutions is
higher among enterprises which are administered by a manager rather than its owner.
Findings in this study indicate that the possibility of cooperation among
entrepreneurs is positively associated with the quality of their trust in neighbours, larger
networks friends, and entrepreneur’s effectiveness in the cluster’s decision-making in the
traditional clusters.
149
Complex relationships exist among human capital, social capital, and MSEs’
performances in these traditional clusters. Findings shows, that the level of trust in
informal networks such as family, relative and neighbors were much higher than the trust
in formal organization such as local and national government officials and municipality
officials. The size of entrepreneurs’ social networks and groups were found to have a
positive influence on enterprise’s performance, whereas participation in religious
activities is found to have negative influence on the performance of enterprises in these
traditional clusters.
The level of trust in neighbours has positive association with the cooperation in
sharing information, machinery and tools among the cluster members. The entrepreneurs
who have a family member in the same cluster are found to be more effective in the
process of decision-making and cooperation in price bargaining within these clusters. The
findings show that the charitable activities were more common among the enterprises
with the higher performance. The entrepreneurs’ participation in informal social networks
(such as local and cultural associations) is found to have a positive correlation with the
sources for investment from relatives in these clusters.
Findings from regression analysis indicate that about 45% of the variations in the
MSEs’ performances are explained by thirteen variables (see Table 6.1) representing the
social capital and other dimensions in the conceptual model of this study.
Besides the social capital’s direct impacts on MSEs’ performances (see Table
6.1), the results of regression analysis with the path diagram model reveal that social
capital also has significant indirect impacts the performances of enterprises mediated
through other dimensions in the conceptual framework of this study (see Chapter 2).
Based on the regression analysis conducted in this chapter, all of the constructed
150
hypothesizes (see Chapter 2) were tested and it is statistically accepted that social capital
has both direct and indirect impacts on MSEs’ performances. In addition, the findings of
this study indicate that, given that the major role of social capital has been identified in
the framework of Porter’s Diamond Model, a set of policies can be implemented by
Afghanistan policy-makers to promote social capital in the process of evaluating and
upgrading activities of the clusters of micro- and small-scale industries.
Findings indicate that the total value of the enterprise’s current assets is the most
significant positive determinant factor for MSEs’ performance among all factors.
In addition, in the same dimension of enterprise’s factor conditions, the ownership status
of the enterprises’ operating venue (such as rented space) is found to be a vital factor to
determine the performance and its competitiveness.
The level of entrepreneur’s satisfaction with the current location of their enterprise
within the clusters has a negative impact on the performances of MSEs. This seems to
reveal that the mindset and the motive of entrepreneurs plays a significant role in
determining the performances of the enterprises through the way they evaluate their
enterprise’s location in a traditional cluster.
This finding indicates that the urge for upgrading the location of enterprises is possibly
stronger among entrepreneurs who run enterprises with higher performances and vice
versa in those traditional clustered enterprises in Herat City.
In traditional clusters, the characteristics of enterprises such as entrepreneur’s
belief in and respect for endeavors as the major drive of prosperity are found to be another
determinant factor that has a negative effect on the performance of MSEs in these
151
traditional clusters. This fact indicates that there seems to be other factors which possibly
play significant roles in achieving prosperity for enterprise in Afghanistan.
In this analysis, it emerges that firm’s strategy, structure and rivalry are vitally
important with regard to a large number of determinant factor of MSEs’ better
performances. The managerial status of the enterprises, investment in upgrading the
human capital recourses and planning for expansion are all found to have considerable
impact on the performance of enterprises. Although the use of business cards is generally
believed to have to contribute to the improvement of the performance of enterprises,
however, this study has found that this strategy has no positive influence on the
performance of enterprises.
Even though Afghanistan’s economy is in its transitional stages and related
ministries do not have any specific industrial development strategy, but the role of
government policies is found to be a very important determinant factor of MSEs’
performances. The government initiatives for facilitating the marketing of the enterprises’
products in the international market must greatly contribute to the improvement of the
performances of enterprises in these six traditional clusters in Herat City.
Understanding the importance of protection by the government regarding measures such
as imposing import quota are found to be more common among entrepreneurs who more
often participate in cooperatives and associations (including cluster’s association).
Additionally, findings from this study indicate the necessity for increasing the MSEs’
access to human resource training, marketing facilities, and networking opportunities
through policy interventions.
152
The competitiveness of enterprises and their survival in the challenging
environments of domestic and international markets are also found to be significant
determinant factors of the performance of MSEs in the traditional cluster. The fear of
suppliers of raw materials as a possible threat and the improvement of improvement of
economic conditions significantly influence the performance level of enterprises in those
traditional clusters in Herat City.
Policy Recommendations
The application of Porter’s Diamond Model can provide a wider strategic
perspective to industries, especially the traditional clusters of micro- and small-
scale industries. Porter (1990, p.72) argues that the Diamond Model is a mutually
reinforcing system. In addition, he suggested that, even though it is formulated
under ideal conditions, this model illuminates the process of industrial
development in which national competitiveness could be achieved as the result of
coordinated efforts between the business establishment and the government. By
way of conclusion, therefore, this section provides the following
recommendations to policy-makers in the government and those who are involved
in policy formulation in national and international organizations for the
development of strategic plans for industries in Afghanistan. The government
should take the initiative to provide facilities for the enterprises, possibly through
the promotion of social capital components, as this study found it to be an
important determinant dimension within Porter’s Diamond Model in facilitating
cooperation among the cluster members, to enhance their access to information
153
about products’ design, prices of raw input materials, and related information
(including marketing) in the domestic and international markets.
The government with assistance from national or international NGOs should take
initiatives to provide facilities for traditional enterprises to have access to
information on product design, prices of raw materials and related information
including marketing techniques in the domestic and international markets. Such
initiatives must consider or include the promotion of social activities or events
(networking and other opportunities for the exchange of information and
resources) among the enterprises in the traditional clusters in Herat City.
The government should take an initiative to provide training and workshops to the
traditional enterprises on issues such as upgrading the quality and designs of their
products as well as to stakeholders in related sectors that provide raw materials to
these enterprises in the traditional clusters.
The government should make arrangements between the training centers, research
institutes, cluster’s association, and other related governmental organization to
provide the vocation training and other types of relevant skills in order to upgrade
the human resources within the enterprises in the clusters.
The government should provide protection to the potential industries in these
traditional clusters through its policy intervention such as imposing quotas on the
imported goods that are similar to the domestic ones, preventing the smuggle of
similar goods from neighboring countries, and reducing the import tariff on the
raw materials used in the production circle in these clusters.
The government should facilitate the establishment of a “coordination center” for
traditional industrial clusters in order to promote the innovation and encourage
154
entrepreneurship initiatives, disseminate book-keeping methods and provide a
legal framework to achieve a higher level of dynamism within the context of each
industry, and to contribute to the boosting of the social capital components such
as the trust, networking, joint actions, cooperation, and positive competition
within and among these clusters and other supporting industries or organizations
in Herat City.
Under the umbrella of such a “coordination center”, cooperation among the
clusters should be encouraged through the holding of social events and providing
opportunities for socializing with each other, exchanging information and
enlarging social networks for entrepreneurs within the traditional clusters.
Findings from this study show that total value of enterprise’s current assets is a
major determinant factor of MSEs’ performance. Therefore, the government
should take an initiative to provide an effective framework for the enterprises to
facilitate their access to financial sources such as banks, credit institutions and
other local informal sources for the investment in the clusters.
The government should provide the enterprises with access to proper essential
infrastructures such as electricity, additional warehouses, and other logistic
infrastructures in those clusters in Herat City.
The enterprises within these clusters should be provided with the incentives for
investing in collaboration with other cluster members, expanding the enterprises,
and increasing the sophistication of production methods through the
implementation of modern machinery and tools across the value chain in each of
those traditional industries in Herat City.
155
Future Studies
There are certain aspects of traditional clusters of micro- and small-scale
enterprises that future studies should address based on the results and findings of this
study.
There are at least two areas that investigators in the future could explore and expand and
thereby contribute to further industrial development with the scope of the traditional
economy in countries such as Afghanistan. First, since this thesis considered only six
sampled traditional clusters in Herat City to examine the role of social capital within
Porter’s Diamond Model, it is necessary that the future studies explore and test the
conceptual framework of this study in more depth and separately for each of the industries
in the traditional clusters. Second, it must be of significant value to analyze Porter’s
Diamond combined with social capital across the entire value chain of each industry in
traditional clusters.
156
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8. APPENDIXES
Appendix 1: Map of Afghanistan
Source:http://www.un.org/Depts/Cartographic/map/profile/afghanis.pdf
Appendix 2: Map Clusters Location in Herat City
Source: Adapted from the maps of AIMS office in Herat City
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Appendix 3: List of Variables with Descriptive Results
Variable Min Max Mean Std.D.
Join Senf (X11) 0 1 .60 .492
Join cooperative and association (X12) 0 1 .12 .329
Join Industries and Trade Chamber
(X13) 0 1 .05 .216
Join local council (X14) 0 1 .11 .311
Join cultural association (X15) 0 1 .10 .298
Members are trustful (X116) 0 1 .82 .382
Join Loans Association (X16) 0 1 .04 .195
Join sport group (X17) 0 1 .20 .398
Join ethnic group (X18) 0 1 .18 .386
Join Other Associations (X19) 0 1 .12 .329
Join in index (X110) 0.00 6.00 1.5147 1.32233
Family in Same Industry (X111) 0 1 .52 .501
Number close friends (X112) 0 45 6.00 7.736
No. of Friends Who Can Help (X113) 1 4 2.01 1.125
Most members are trustful (X115) 1 5 4.18 1.068
Everyone must be careful (X118) 0 1 .88 .329
Enterprises share information (X120) 0 1 .69 .465
Enterprises Share Machineries (X122) 0 1 .80 .398
Effective in Decision Making (X123) 1 3 1.97 .818
Vote in Presidential Election (X128) 0 1 .82 .382
Trust Family and Relatives (X129) 1 5 4.34 1.157
Trust in Wakil and Arbab (X131) 1 5 2.82 1.325
Trust Neighbors (X133) 1 5 3.41 1.218
Trust in suppliers (X135) 1 5 2.96 1.299
Trust in teachers and professors (X138) 0 1 .60 .490
Trust Municipality Officials (X139) 1 5 1.97 1.176
Trust in national government official
(X142) 0 1 .07 .253
Trust in Police (X143) 1 5 2.55 1.355
Number of friends asked help (X145) 1 4 2.22 1.106
Friends Ask for Help (X146) 0 1 .65 .478
Meeting with Friends (X147) 0 15 1.82 1.940
Meeting friends (X148) 0 1 .72 .450
Mobile Phone (X149) 0 1 .88 .329
E-mail and Website (X150) 0 1 .14 .350
Facebook account (X151) 0 1 .29 .457
Social Media Index (X152) 0.00 3.00 1.3137 .83613
Charity Activity (X153) 0 40 6.08 4.907
Help a Stranger (X154) 0 1 .50 .357
No. of Times Attended Mosque (X155) 0 35 17.53 9.556
Age (X21) 17 70 34.60 12.449
Work experience (X22) 1 66 19.67 12.888
Level of education (X23) 1 6 3.69 1.495
Illiterate (X24) 0 1 .15 .360
Madrasa (X25) 0 1 .01 .121
Elementary school (X26) 0 1 .25 .437
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Secondary school (X27) 0 1 .25 .434
High school (X28) 0 1 .23 .419
Higher education (X29) 0 1 .10 .305
Vocational training (X210) 0 1 .54 .500
Sources of invest to expand (X211) 1 4 1.94 1.067
Invest from saving (X212) 0 1 .46 .500
Invest from family friends (X213) 0 1 .27 .447
Invest from credit institutes (X214) 0 1 .13 .334
Invest from other sources (X215) 0 1 .14 .345
Invest from self and relatives (X216) 0 1 .74 .442
Total funded assets (X217) 1000 800,000.00 118,941.67 163,774.61
Total of Current Assets (X219) 10000 5,000,000.00 278,568.63 663,268.98
Machineries are fit to business (X220) 0 1 .82 .382
Types of place ownership (X221) 1 4 2.28 .935
Space is Rented (X224) 0 1 .57 .496
Car (X227) 0 1 .24 .428
Motorcycle (X228) 0 1 .58 .495
Helper economic status (X31) 1 3 2.39 .512
Location of Enterprise (X35) 1 3 2.10 .654
Sales Volume Increased (X42) 0 1 .15 .355
Customer prefer price (X43) 0 1 .61 .489
Customer prefer quality (X44) 0 1 .61 .488
Customer feedback (X46) 0 1 .84 .365
Benefit access market info (X52) 0 1 .28 .450
Benefit increase cooperation unity (X53) 0 1 .29 .457
Benefit customer market awareness
(X54) 0 1 .22 .416
Other benefits (X55) 0 1 .21 .405
Wakil efficiency all (X56) 1 3 1.84 .797
Being abroad (X511) 0 1 .61 .489
Council with employee (X512) 0 1 .79 .409
Feel safety all (X513) 1 5 3.55 1.188
To gain profit (X516) 0 1 .17 .378
To earn Halal (X517) 0 1 .49 .501
To make livelihood (X518) 0 1 .23 .419
To contribute to economy (X519) 0 1 .11 .317
Change varieties of products (X520) 0 1 .78 .416
Internet as source of innovation (X522) 0 1 .15 .360
Customers as source of innovation
(X523) 0 1 .66 .476
Imitation as source of innovation (X524) 0 1 .16 .369
Other sources of innovation (X525) 0 1 .03 .169
Level of business satisfactions (X526) 1 5 3.76 1.076
Business satisfaction (X527) 0 1 .76 .428
Prosperity Achievable by Efforts (X528) 0 1 .75 .306
Manager Status (X61) 0 1 .21 .409
Self-manage (X62) 0 1 .79 .409
Enterprise age (X63) 1 65 14.01 12.407
Self-established (X66) 0 1 .63 .483
Established by family (X67) 0 1 .26 .442
167
Established with Friends (X68) 0 1 .10 .305
Enterprise size (X69) 1 2 1.23 .422
Invest in machineries (X610) 0 1 .48 .501
Invest in tools (X611) 0 1 .24 .428
Invest in more employees (X612) 0 1 .32 .469
Invest in storage (X613) 0 1 .14 .345
Invest in location (X614) 0 1 .29 .455
Invest in raw materials (X615) 0 1 .35 .478
Invest in Employees Training (X616) 0 1 .08 .277
Invest in other (X617) 0 1 .14 .345
Book-keeping techniques (X618) 1 3 1.75 .578
By memorizing (X619) 0 1 .32 .467
By journal (X620) 0 1 .61 .489
By None (X621) 0 1 .07 .262
Invested to expand (X622) 0 1 .46 .500
Business Card (X623) 0 1 .53 .500
Customer base by discount (X624) 0 1 .45 .499
Customer base by marketing (X625) 0 1 .04 .206
Customer base by quality (X626) 0 1 .60 .490
Customer base through customers
(X627) 0 1 .14 .345
Customer base others (X628) 0 1 .08 .277
Use Business plan (X629) 0 1 .62 .487
Employee startup (X630) 0 1 .61 .488
Expansion of Enterprise (X631) 0 1 .41 .492
Current positions in market (X632) 1 4 2.27 .777
Strong position in market (X633) 0 1 .34 .474
Elected by municipality and Senf (X72) 0 1 .22 .412
Elected by some members (X73) 0 1 .21 .409
Elected by members vote (X74) 0 1 .57 .496
Gov. decisions consider enterprises
(X75) 0 1 .23 .422
Ever bribes (X76) 1 3 1.55 .783
Gov. follow strategy all (X78) 1 5 1.71 .915
Gov. follow strategy (X79) 0 1 .16 .365
Gov. Provide Subsidies (X710) 0 1 .25 .431
Gov. provide training (X711) 0 1 .20 .398
Gov. impose import quota (X712) 0 1 .48 .501
Gov. provide access to info (X713) 0 1 .11 .311
Gov. Marketing in Intl. Markets (X714) 0 1 .18 .386
Gov. take other initiatives (X715) 0 1 .14 .345
Easy to Obtain license (X716) 0 1 .52 .501
Threat of revivals (X81) 0 1 .36 .482
Threat of consumers negotiate (X82) 0 1 .30 .459
Threat of suppliers (X83) 0 1 .22 .416
Threat of imported products (X84) 0 1 .56 .498
Other threats (X85) 0 1 .13 .334
Trend in number of enterprises (X87) 1 3 1.91 .934
Number of enterprises increased (X88) 0 1 .39 .489
Economic Status Improved (X89) 0 1 .05 .155
168
MSE's Performance 100.00 30,000.00 1,260.93 2,867.25
N= 204
Appendix 4: Questionnaire in English
Questionnaire (English)
Date: / /
==============================================================
==
This questionnaire aims to gather data and explore opinions about status and production
activities of small enterprises in Afghanistan. Collected data will be used for policy
making and programming in government and non-government organization to enhance
employment, accelerate SME growth and to sustain economic development. The
information gathered through this questionnaire will remain private and only used for this
research purpose.
----------------------------------------------------------------------------------------------------------
-
Age of Entrepreneur: ( ) Years
Sex: Male/Female
Type of Activity:
A. Tailoring
B. Shoemaker
C. Dry Fruits and Nuts
D. Ironmonger
E. Carpentry
F. Tinwork
Position of Interviewee: A. Owner B. Entrepreneur Manager/Team leader
1. How long it is you have established this Enterprise? ( ) Years
2. How long it is you are working in this activity? ( ) Years
3. Type of Ownership: A. Private/Individual B. Shared Enterprise
4. Status of Establishment?
169
A. Personal Initiative
B. Through Family
C. Shared with friends
5. How many people are working in this enterprise?
A. Less than 5 Persons
B. 5 -19 Personas
C. 20-99 Persons
D. 100-More Persons
6. What is your highest education?
A. Illiterate
B. Home Classes/Religious School
C. Primary school
D. Elementary
E. 12th Class
F. University
7. Have you taken Vocational Courses Yes No
8. In which of below groups you have participation?
Yes Groups
Industrial Union/Class
Unions/Associations/Cooperatives
Chamber of Commerce
Development Council/District
Social/Cultural Associations
Associations/Unions of Finance
and Micro Credits
Sport Groups
Tribal Assemblies/Meetings
Others..........................
9. What is the major benefit you get from above mentioned groups?
A. Access to Information about Market (Prices/Raw
Materials/Opportunities......)
B. Expanding relationships and solidarity among entrepreneurs
C. Being Informed about Clients/ Changes in market
D. Others (...............................)
170
10. Other than this activity, is there any member of your family working in this
cluster?
Yes No
11. How is your industry representative selected?
A. Through Municipality /Industrial Union
B. Through a limited number of industry members
C. Through all members’ decision and vote
12. Overall, how do you evaluate your cluster representatives?
A. Not effective at all
B. Somehow effective
C. Very Effective
13. On average, how many friends there are that you count on their support.
( ) Persons
14. If you urgently needed financial support/collaboration to your work progress,
how many people do you think would come forward with such help?
A. No One (>> Question 15)
B. 1 Or 2
C. 3 Or 4
D. 5 Or More
15. In your opinion, are these people economically in better or worse condition as
you are?
A. Lower
B. Equal
C. Higher
16. On bellow sentences, please mention how do you agree?
1. Completely Disagree
2. Partially Disagree
3. Neither Agree nor Disagree
4. Partially Agree
5. Completely Agree
A. Most of Entrepreneurs
that work in your industry
could be trusted.
B. In this Industry, Everyone
must be very intelligent to
avoid being exploited by
others.
C. In this Industry, Most of
Enterprises share
171
information about clines and
market with each other.
D. In this Industry,
sometimes Enterprises use
each other machines and
tools.
17. How is your role in decision making process in your industry? A. Not Effective
B. Somehow Effective
C. Very Effective
18. Did you vote in last presidential election? Yes No
19. Do you have experiences of living abroad? Yes No
20. In your opinion, in which level do you think the government/authorities respect
peoples’ expectation in making decisions?
A. A lot
B. Somehow
C. Not at All
21. How do you evaluate your trust to below mentioned groups?
1. Very Low
2. Low
3. Neither High nor Low
4. High
5. Very High
A. Family/Relatives
B. District Representative
C. Nearby Enterprises
D. Sellers of raw materials
E. Teachers/Lectures of University
F. Municipality/Government officials
G. Central Government officials
H. Police
22. With how many of your friends have you consultant or asked for help during
past 3 months?
A. No One
B. 1 or 2
C. 3 or 4
D. 4 or More
172
23. During past month, how many times have you had informal meetings
(picnic/party) with your friends that are from your industry? (
) Times
24. Do you council with your employees in daily base? Yes No
25. Considering your current work/life condition, how secure do you feel?
A. Very Insecure
B. Partially Insecure
C. Neither Secure nor Insecure
D. Partially Secure
E. Very Secure
26. What was your primary motivation to initiate this enterprise?
……………………………………………………………………………………………
………………………………………………………………..
27. What do you think should be main goal of a good entrepreneur by doing
economic works?
A. Earning Money
B. Gaining lawful/ legitimate income
C. Supplying family needs
D. Being supportive to economy of society
28. In past 2 years, how was your selling rate?
A. Decreased
B. Not Changed
C. Increased
29. On average, how much is your selling revenue?
A. Daily ( ) AFs
B. Monthly ( ) AFs
30. In case you decided to increase your investments, what would be your main
financial source?
A. Personal savings
B. Family and Friends
C. Financial Institutions
D. Others……………..
173
31. If you got extra amounts on hand, which of bellow options would be your
priority to invest on?
A. Machines
B. Tools
C. Recruitment More Staff
D. Storage
E. Better Location for Enterprise
F. Buying extra raw materials
G. Staff Capacity Building
H. Others……………..
32. How do you often make record of your daily work?
A. Memorizing
B. Recording in Journals
C. None
33. In past 12 months, have you faced problems that you were forced to pay
government entities’ extra amounts than what you had to?
A. Yes
B. No
34. While establishing your enterprise, what was value of your investment/capital?
( ) AFs
35. In past 2 years, have you has extra investments buying/Advancement of
machineries/ equipments?
A. Yes
B. No
36. Assume that you are going to sell all of your equipment, how much do you think
you can sale? ( ) AFs
37. How do you evaluate your enterprise location?
A. Not Suitable
B. Suitable
C. Very Suitable
38. Are your current equipments/machineries in according to your production line
needs?
A. Yes
B. No
174
39. What is ownership status of your enterprise?
A. Personal
B. Inherent
C. Rental
40. Which of below items are used in your work place?
A. Phone/Mobile Yes No
B. Email Address/Website Yes No
C. Facebook Yes No
D. Car Yes No
E. Motorbike Yes No
F. Business Card Yes No
41. In order to attract more customers, which of below mentioned approaches do
you undertake?
A. Price Reduction
B. Advertisements through public media
C. Supplying quality products
D. Through customers and advertisements among them
E. Others…………………………
42. What is mostly prioritized by your customers while buying products?
A. Price Yes No
B. Quality Yes No
43. Do your customers give feedbacks and recommendation about characteristics of
your products? Yes No
44. Does government follow any supportive strategy or policy to support your works
and enterprise?
A. Completely Disagree
B. Disagree
C. Naturally
D. Agree
E. Completely Agree
45. In your opinion, which of below approaches should the government undertake to
support industries/enterprises?
A. Subsidy
B. Providing capacity building/vocational opportunities
C. Impose import quota on similar products
175
D. Access to information about buyers and sellers
E. Marketing for products outside the country
F. Others……………………………..
46. Are there any changes in diversity of your products compared to past 2 years?
Yes No
47. From which of below do you get inspiration to change/innovate new products?
A. From Internet
B. Customers’’ order
C. Copying imported or similar products
D. Others……………………………
48. Do you design or operate based on a specific business plan?
Yes No
49. In past 2 years, has any of your employee started new business independently?
Yes No
50. In your opinion, which one of below is a serious threat to your business in
Herat? (Select one)
Yes Structures
A. Intensive Competition with other
entrepreneurs
B. Bargaining Power of customers
C. Bargaining Power of suppliers
D. Import of Similar products
E. Others ………..
51. Overall, how satisfy you are from your work progress and production?
A. Very Satisfy
B. Partially Satisfy
C. Neither Satisfy or Dissatisfy
D. Partially Satisfy
E. Very Satisfy
52. In past 3 years, have you decided establishing new/separate enterprise?
Yes No
53. How is current position of your business in the industry compared to the other
similar enterprises?
A. Very weak
176
B. Weak
C. Similar
D. Strong
E. Very Strong
54. In your opinion, obtaining work license is easy and transparent?
Yes No
55. In past 3 years, have there been any changes in number of enterprises in your
industry?
A. Decreases
B. Unchanged
C. Increased
56. Do you think people in this country would achieve prosperity by effort?
Yes No
57. Currently, how do you think, economic situation of the country has changed?
A. Got Better/Improved
B. Got Worse
58. During past week, how many times have you given charity? ( )
times
59. During past week, have helped anyone stranger/whom you did not know?
Yes No
60. During past week, how many times did you attend to Masjid(Mosque)?
( ) times
Appendix 5: Questionnaire in Persian (Dari)
پرسشنامه
1394/ / تاریخ:
==============================================================
==
نظرات در باره وضعیت فعالیت های تولیدی صنایع کوچک در افغانستان هدف از این سروی جمع آوری معلومات و
میباشد. معلومات جمع آوری شده توسط این سروی در حصه پالیسی سازی و پروگرام های دولت و موسسات زیربط جهت
177
بصورت افزایش سطح استخدام، رشد صنایع کوچک و تقویت اقتصاد مورد استفاده قرار خواهد گرفت. این معلومات
محرمانه حفظ خواهد شد و تنها برای استفاده در این مطالعه مورد استفاده قرار میگرد.
----------------------------------------------------------------------------------------------------------
--
کافرما: مرد / زن جنسیت سن کارفرما: ) ( سال
نوع کارگاه:
کفش سازی خیاطی
مسگری نخود بریزی
حلبی سازی نجاری
ب: کارفرما الف: مالک :در تولیدی شونده موفق مصاحبه
( سال ) چند سال میشود که این کارگاه را تاسیس کرده اید؟ .1
) ( سال چند سال میشود که در این حرفه کار میکنید؟ .2
ب: شریکی الف: شخصی نوع مالکیت کارگاه: .3
چگونگی تاسیس این کارگاه؟ .4
الف: ابداع شخصی
ب: توسط فامیل
ت: مشارکتی با دوستان
تعداد کارگران در این کارگاه چند نفر است؟ .5
نفر 5الف: کمتر
نفر 19تا 5: ب
نفر 99تا 20ج:
نفر یا بیشتر 100د:
بلندترین درجه تحصیلی تان کدام است؟ .6
الف: بی سواد
ب: مدرسه
ت: ابتدائی
ث: متوسطه
ج: لیسه
د: تحصیالت عالی
خیر آیا کدام آموزش حرفوی مرتبط به همین حرفه تان دیده اید؟ بلی .7
178
های ذیل اشتراک مینمایید؟ در کدام نوع از گروه .8
نوع گروه
بلی
اتحادیه/صنف صنعتگران
کوپراتیف ها/انجمن ها/اتحادیه ها
اتاق های تجارت
شورای انکشافی گذر/ناحیه
انجمن های فرهنگی/اجتماعی
انجمن/اتحادیه قرضه دهندگان
گروه های ورزشی
نشست/گردهمایی های قومی
.................( سایر موارد )...
عمده ترین منفعت که از اشتراک در گروه های فوق حاصل میکنید چیست؟ .9
الف( دسترسی به اطالعات بازار در مورد)قیمت ها/مواد خام/فرصت ها....(
ب( افزایش همکاری و همبستگی در بین کارگاه ها
ج( شناخت بیشتر مشتریان/تغییرشرایط بازار
ایر موارد )............................( و( س
به غیر از این کارگاه، آیا کسی از اعضای فامیل تان در این حرفه کارگاه جداگانه ای دارد؟ .10
نخیر بلی
وکیل صنف تان معموال چگونه انتخاب میگردد؟ .11
الف( توسط نهاد های شاروالی/اتحادیه صنعتگران
اعضای صنف ب( توسط یک تعداد محدود از
ج( به تصمیم و رای اعضاء
بصورت کل، عملکرد وکیل صنف تان را چگونه ارزیابی میکنید؟ .12
بسیار مؤثر است ج( ب( کمی مؤثر است الف( هیچ مؤثر نیست
ند نفر باالی همکاری شان حساب باز کنید چ میشودبصورت تخمینی، مجموع تعداد دوستان نزدیک تان که .13
اند؟
) ( نفر
اگر به شکل ناگهانی شما نیاز به پول/همکاری برای پیشبرد امور کارگاه تان پیدا کنید، فکر میکنید چند نفر .14
حاضر به ارائه چنین کمکی خواهند بود؟
( 15 الف: هیچکس )<< سوال
ب: یک یا دو نفر
ج: سه یا چهار نفر
د: پنج نفر یا بیشتر
179
نظر شما، آیا این افراد در وضعیت اقتصادی برابر، بلند تر یا پاینتر از شما اند؟ هب .15
ب: برابر ج: بلند تر الف: پائین تر
در جمالت ذیل، لطفآ برایم بگویید که تا چه حد با من موافق یا مخالف هستید؟ .16
کامال مخالف .1
تا حدی مخالف .2
نه موافق نه مخالف .3
نسبتا موافق .4
کامال موافق .5
الف: اکثر صنعتگران که در صنف تان کار میکنند افراد مورد اعتماد اند.
ب: در این صنف، هر کس باید خیلی هوشیار باشد تا مورد استفاده دیگران
قرار نگیرید.
ندگان ه: در این صنف، کارگاه ها عموماً معلومات در مورد مشتری ها وفروش
موادخام شان را با هم دیگر شریک میسازند.
ح: در این صنف، گارگاه ها در بعضی مواقع از استفاده ماشین آالت/لوازم
کاری یک دیگر استفاده مینمایند.
نقش تان در تصمیم گیری های صنف تان معموال چگونه است؟ .17
بدون تاثیرالف:
ب: کمی اثر گذار
ج: خیلی اثر گذار
در انتخابات اخیر ریاست جمهوری رای داده اید؟آ یا .18
خیر بلی
آیا تا بحال تجربه زندگی کردن در خارج از افغانستان را داشته اید؟ .19
خیر بلی
نظر شما، تا چی حد مقامات/مسئولین دولت خواسته های مردم را هنگام تصمیم گیری های شان در نظر به .20
میگیرند؟
ج: به هیچ وجه ب: تا اندازه ای ادالف: خیلی زی
اعتماد تان نسبت هر یک از گروه های را که حاال برای تان نام میبرم را چگونه ارزیابی مینمایید؟ .21
بسیار کم .1
کم .2
نه کم نه زیاد .3
زیاد .4
خیلی زیاد .5
فامیل/اقارب
وکیل/ ارباب گذر
کارگاه داران همسایه
فروشندگان مواد خام تولید
مین/استادان پوهنتونمعل
مامورین شاروالی/والیت
مامورین دولت مرکزی
پولیس
180
چی تعداد دوستان تان طی سه ماه گذشته به خاطر حل مشکل شخصی شان با شما مشوره و یاهم کمک خواسته .22
اند؟
هیچکس الف:
یک یا دو نفرب:
نفر 4یا 3ج:
نفر 5بیشتر از د:
چند مرتبه با افرادی از صنف خود تان در محیطی غیر از کارگاه تان بخاطر طی یکماه گذشته شما .23
تفریح/مهمانی مالقات نمودید؟ ) ( مرتبه
مینمایید؟ نظرخواهی/کارگاه مشوره درآیا معموال، شما با شاگردان تان در مورد تصمیمات روزمره کاری .24
ب: خیر الف: بلی
امن احساس میکنید؟تا چی اندازه خود را رایط موجود محیط کار/زندگی تان، با توجه به ش .25
الف: کامال نا من
ب: نسبتا نا امن
ج: نه امن و نه نا امن
د: نسبتا امن
ه: خیلی امن
چه انگیزه ای در ابتدا باعث گردید تا به این شغل روی بیاورید؟ .26
.............................................................................................................................................
................................................................................................
هدف عمده یک صنعتکار خوب از انجام فعالیت اقتصادی چه باید باشد؟ .27
ب: روزی حالل لف: کسب منفعتا
جامعهد: کمک به اقتصاد خانواده نفقهج:
در دو سال گذشته میزان فروشات شما چگونه بوده است؟ .28
الف: کاهش یافته است
ب: بدون تغیر مانده
ج: افزایش یافته است
ود(بصورت تخمینی مجموع عواید فروشات کارگاه شما چقدر است؟ )یک گزینه انتخاب ش .29
( افغانی روزانه )
( افغانی ماهوار )
برای تامین این مهمترین منبع در صورتیکه بخواهید سرمایه گذاری در کارگاه تان را افزایش بدهید، .30
؟میباشدکدام سرمایه/پول
پس انداز شخصیالف:
دوستانب: فامیل و
ندهدهج: موسسات قرضه
(...................): سایر موارد د
181
مهمترین اولویت سرمایگذاری تان خواهد رادر اختیار داشته باشید، کدام موارد اضافی در صورتیکه سرمایه .31
بود؟
الف: ماشین آالت
ب: ابزارآالت
ج: استخدام کارمندان بیشتر
د: گدام
برای کارگاه ه: موقعیت بهتر برای فعالیت
واد خام اضافیمخرید و:
برای کاگران ز: آموزش های حرفوی
ه: سایر موارد )....................(
تان را ثبت میکنید؟ روزمره معموال چگونه جریان معامالت .32
به حافظه سپردناز طریق الف:
کتبی/استفاده روزنامچهبا ب:
ج: هیچکدام
را اضافی مبلغیادارات دولتی به یکی از یمشکلبرای حل مجبور شده اید که در دوازده ماه گذشته، آیا .33
ب: بلی، بعضی وقت ها الف: نه خیر ؟کنیدپرداخت
) (افغانی ابتدایی شما چقدر بوده است؟ یه/داراییکارگاه، سرمااین در زمان تاسیس .34
کارگاه خود کدام سرمایه گذاری اضافی خریداری ماشین آالت/لوازم/ا در حصه توسعهدر طی دو سال گذشته آی .35
خیر بلی انجام داده اید؟
فرضآ اگر امروز بخواهید که تمام وسایل و امکانات کارگاه تان را بفروشید، فکر میکنید به ارزش چقدر .36
(افغانی ) ؟خواهید فروخت
ارزیابی میکنید؟ چگونهموقعیت فعلی کارگاه خود را .37
ج:خیلی مناسب مناسب ترینب: نامناسب الف:
تان مطابق به نیاز کاری تان میباشد؟ کارگاه آالت موجود درماشین و ابزارآیا .38
خیر بلی
کارگاه تان چگونه است؟ ملکیت نوع .39
شخصیالف:
میراثیب:
تان استفاده مینمائید؟ کارگاهامکانات ذیل را در موارد از دام ک .40
خیر بلی الف: تلیفون/ مبایل
خیر بلی سایت ب: ایمیل آدرس/ ویب
خیر بلی حساب فسبوک ج:
خیر بلی د: موتر
خیر بلی ه: موتر سایکل
خیر بلی کارت تبلیغات دوکان )بزنس کارت(و:
؟استفاده مینمائید معموآل از چی روش های یشترببرای جذب مشتریان .41
182
قیمت الف: از طریق تخفیف دادن
جمعی ب: آگاهی دهی از طریق رسانه ها
باال ج: ارائه محصوالت با کیفیت
د: از طریق مشتریان وتبلیغات در بین شان
ه: سایر موارد.........................
قرار میدهند؟ اولویتکدام یک از موارد ذیل را در بیشتر معموال مشتریان تان در هنگام خرید .42
خیر بلی الف: قیمت
خیر بلی ب: کیفیت
در مورد خصوصیات محصوالت تان به شما نظر یا مشوره میدهند؟ آیا مشتریان تان در هنگام خرید .43
نخیر بلی
را دنبال میکنید؟ ایویاستراتیژی یا پالیسی حمکدام آیا دولت جهت تقویت و حمایت از کار و فعالیت شما .44
الف: کامال مخالف
مخالفب:
ج: طبعا
وافقد: م
ه: کامال موافق
اتخاذ نماید؟برای رشد و توسعه صنعت را تدابیر/سیاست هاکدام باید به نظر شما دولت .45
الف: کمک هزینه
ی/ و حرفویآموزشفراهم کردن تسهیالت ب:
ج: محدودیت واردات کاالهای مشابه
در مورد شرایط خریداران و فروشندگان در بازار به معلومات د: دسترسی
ه: بازاریابی برای محصوالت در بازارهای خارجی
: سایر موارد )..................(و
تغیراتی در تنوع محصوالت شما نسبت به دوسال گذشته بوجود آمده است؟کدام آیا .46
خیر بلی
ید؟یتولید محصوالت تان استفاده مینما درن منبع نوآوری/ابتکار از کدام یک از موارد ذیل منحیث مهمتری .47
انترنتاز طریق الف:
ب: فرمایش مشتری
د: کاپی برداری از محصوالت وارداتی یا مشابه
ه: سایر ...............
مشخص طرح و اجرا میکنید؟)بیزنیس پالن( پالن بر اساس کدامآیا کارگاه خود را .48
خیر بلی
تاسیس نماید؟ جداگانه ای بصورت مستقالنه کارگاه است توانسته کسی گذشته، از کارگران شماال دوسآیا .49
خیر بلی
آینده کارگاه شما برای جدی، یک تهدید قابل موجود در بازار شهر هراتبه نظر شما کدام یک از شرایط .50
(یک گزینه) ؟ خواهد بود
183
ساختار ها بلی
این صنفسایر صنعتکاران شدت رقابت
قدرت چانه زنی خریداران
فروشندگان مواد خام قدرت چانه زنی
ورود کاال های مشابه خارجی
سایر موارد...................
راضی هستید؟ تولیدی تانفعالیت و چگونگی در مجموع تا چی اندازه از جریان .51
یالف: خیلی ناراض
نا راضیب: نسبتاً
یناراضهم ه ج: نه راضی و ن
ید: نسبتاً راض
ه: خیلی راضی
گرفته اید؟جداگانه ای /آیا طی سه سال گذشته تصمیم به توسعه و یا تاسیس کارگاه جدید .52
خیر بلی
تولیدی تان را نسبت به سایر کارگاه های در همین صنف در چه وضعیتی قرار دارد؟ کارگاهفعلی موقف .53
ضعیفالف: بسیار
ضعیفب:
ج: مشابه
قوید:
قویه: بسیار
به نظر شما گرفتن جواز کار ساده و شفاف است؟ .54
خیر بلی
ه تغییراتی آمده است؟تعداد کسبه کاران صنف تان چبه سال گذشته 3طی آیا .55
الف: کاهش یافته
ب: بدون تغییر
ج: افزایش یافته
آیا مردم در این کشور به تالش شان میتوانند پیشترفت نمایند؟ .56
رخی بلی
در حال حاضر، آیا فکر میکنید که وضعیت اقتصادی کشور در مجموع چگونه تغییر نموده است؟ .57
ب: بدتر شده است الف: بهبود یافته است
در طی یک هفته گذشته چند مرتبه خیرات داده اید؟ ) ( مرتبه .58
مک کرده اید؟در طی یک هفته گذشته کدام شخص بیگانه ای را ک .59
خیر بلی
در طی یک هفته گذشته چند مرتبه برای ادای نماز به مسجد رفتید؟ ) ( مرتبه .60
184
Appendix 6: Summery Results of Regression Analysis of Significant Variables with
Direct Impact on MSEs’ performances
Model Summary
Mo
del
R
R
Square
Adjusted R
Square
Std. Error of the
Estimate
Change Statistics
R Square
Change
F
Change df1 df2
Sig. F
Change
1 .385a .148 .144 2652.70633 .148 35.164 1 202 .000
2 .446b .199 .191 2578.42002 .051 12.807 1 201 .000
3 .490c .240 .229 2518.25477 .041 10.719 1 200 .001
4 .526d .277 .262 2462.53030 .037 10.154 1 199 .002
5 .564e .318 .301 2397.52080 .041 11.938 1 198 .001
6 .589f .347 .327 2352.82087 .029 8.595 1 197 .004
7 .608g .370 .348 2315.97620 .024 7.318 1 196 .007
8 .625h .391 .366 2282.58675 .021 6.776 1 195 .010
9 .635i .404 .376 2264.60911 .013 4.108 1 194 .044
10 .644j .415 .385 2249.26137 .011 3.657 1 193 .057
11 .654k .427 .395 2230.98772 .012 4.175 1 192 .042
12 .663l .439 .404 2213.42477 .012 4.059 1 191 .045
13 .669m .448 .410 2201.89302 .009 3.006 1 190 .085
a. Predictors: (Constant), Total current assets (X219)
b. Predictors: (Constant), Total current assets (X219), Number times attended Mosque (X155)
c. Predictors: (Constant), Total current assets (X219), Number times attended Mosque (X155), Government
marketing in intl. markets (X714)
d. Predictors: (Constant), Total current assets (X219), Number times attended Mosque (X155), Government marketing in intl. markets (X714), Place is rent (X224)
e. Predictors: (Constant), Total current assets (X219), Number times attended Mosque (X155), Government
marketing in intl. markets (X714), Place is rent (X224), Manger (X61b)
f. Predictors: (Constant), Total current assets (X219), Number times attended Mosque (X155), Government marketing in intl. markets (X714), Place is rent (X224), Manger (X61b), Sales increased (X42)
g. Predictors: (Constant), Total current assets (X219), Number times attended Mosque (X155), Government
marketing in intl. markets (X714), Place is rent (X224), Manger (X61b), Sales increased (X42), Invest in
employee training (X616)
h. Predictors: (Constant), Total current assets (X219), Number times attended Mosque (X155), Government
marketing in intl. markets (X714), Place is rent (X224), Manger (X61b), Sales increased (X42), Invest in
employee training (X616), Number friends can help (X113)
i. Predictors: (Constant), Total current assets (X219), Number times attended Mosque (X155), Government
marketing in intl. markets (X714), Place is rent (X224), Manger (X61b), Sales increased (X42), Invest in
employee training (X616), Number friends can help (X113), Prosperity achievable by efforts (X528)
185
j. Predictors: (Constant), Total current assets (X219), Number times attended Mosque (X155), Government
marketing in intl. markets (X714), Place is rent (X224), Manger (X61b), Sales increased (X42), Invest in
employee training (X616), Number friends can help (X113), Prosperity achievable by efforts (X528), Planed for expansion (X631)
k. Predictors: (Constant), Total current assets (X219), Number times attended Mosque (X155), Government
marketing in intl. markets (X714), Place is rent (X224), Manger (X61b), Sales increased (X42), Invest in
employee training (X616), Number friends can help (X113), Prosperity achievable by efforts (X528), Planed for expansion (X631), Current location of enterprise all (X35)
l. Predictors: (Constant), Total current assets (X219), Number times attended Mosque (X155), Government
marketing in intl. markets (X714), Place is rent (X224), Manger (X61b), Sales increased (X42), Invest in
employee training (X616), Number friends can help (X113), Prosperity achievable by efforts (X528), Planed for expansion (X631), Current location of enterprise all (X35), Business card (X623)
m. Predictors: (Constant), Total current assets (X219), Number times attended Mosque (X155), Government marketing in intl. markets (X714), Place is rent (X224), Manger (X61b), Sales increased (X42), Invest in
employee training (X616), Number friends can help (X113), Prosperity achievable by efforts (X528), Planed for
expansion (X631), Current location of enterprise all (X35), Business card (X623), Threat of suppliers (X83)
ANOVAa
Model Sum of Squares df Mean Square F Sig.
1
Regression 247441499.276 1 247441499.276 35.164 .000b
Residual 1421443872.621 202 7036850.855
Total 1668885371.897 203
2
Regression 332587162.837 2 166293581.418 25.013 .000c
Residual 1336298209.060 201 6648249.796
Total 1668885371.897 203
3
Regression 400563952.003 3 133521317.334 21.055 .000d
Residual 1268321419.894 200 6341607.099
Total 1668885371.897 203
4
Regression 462138327.241 4 115534581.810 19.052 .000e
Residual 1206747044.656 199 6064055.501
Total 1668885371.897 203
5
Regression 530760384.747 5 106152076.949 18.467 .000f
Residual 1138124987.150 198 5748105.996
Total 1668885371.897 203
6
Regression 578339461.867 6 96389910.311 17.412 .000g
Residual 1090545910.030 197 5535766.041
Total 1668885371.897 203
7
Regression 617591203.822 7 88227314.832 16.449 .000h
Residual 1051294168.075 196 5363745.755
Total 1668885371.897 203
8
Regression 652895926.270 8 81611990.784 15.664 .000i
Residual 1015989445.627 195 5210202.285
Total 1668885371.897 203
9 Regression 673965214.501 9 74885023.833 14.602 .000j
186
Residual 994920157.396 194 5128454.420
Total 1668885371.897 203
10
Regression 692464266.651 10 69246426.665 13.687 .000k
Residual 976421105.246 193 5059176.711
Total 1668885371.897 203
11
Regression 713242580.196 11 64840234.563 13.027 .000l
Residual 955642791.701 192 4977306.207
Total 1668885371.897 203
12
Regression 733128773.563 12 61094064.464 12.470 .000m
Residual 935756598.334 191 4899249.206
Total 1668885371.897 203
13
Regression 747702127.049 13 57515548.235 11.863 .000n
Residual 921183244.848 190 4848332.868
Total 1668885371.897 203
a. Dependent Variable: MSEs’ performances (Y)
Coefficientsa
Model
Unstandardized
Coefficients
Standardized
Coefficients t Sig.
B Std. Error Beta
1
(Constant) 797.233 201.517 3.956 .000
Total current assets (X219) .002 .000 .385 5.930 .000
2
(Constant) 1968.497 381.422 5.161 .000
Total current assets (X219) .002 .000 .387 6.126 .000
Number times attended Mosque
(X155) -67.106 18.752 -.226
-
3.579 .000
3
(Constant) 1742.157 378.882 4.598 .000
Total current assets (X219) .002 .000 .379 6.137 .000
Number times attended Mosque
(X155) -69.167 18.325 -.233
-
3.774 .000
Government marketing in intl.
markets (X714) 1500.184 458.209 .202 3.274 .001
4
(Constant) 2422.246 427.574 5.665 .000
Total current assets (X219) .002 .000 .363 5.991 .000
Number times attended Mosque
(X155) -70.368 17.923 -.237
-
3.926 .000
187
Government marketing in intl.
markets (X714) 1497.865 448.070 .202 3.343 .001
Place is rent (X224) -1114.956 349.896 -.193 -
3.187 .002
5
(Constant) 2164.368 422.924 5.118 .000
Total current assets (X219) .002 .000 .361 6.130 .000
Number times attended Mosque
(X155) -67.678 17.467 -.228
-
3.875 .000
Government marketing in intl.
markets (X714) 1485.305 436.257 .200 3.405 .001
Place is rent (X224) -1268.120 343.531 -.219 -
3.691 .000
Manger (X61b) 1435.612 415.497 .205 3.455 .001
6
(Constant) 1907.618 424.178 4.497 .000
Total current assets (X219) .002 .000 .358 6.192 .000
Number times attended Mosque
(X155) -60.389 17.321 -.203
-
3.486 .001
Government marketing in intl.
markets (X714) 1313.264 432.126 .177 3.039 .003
Place is rent (X224) -1387.300 339.569 -.240 -
4.085 .000
Manger (X61b) 1559.458 409.933 .222 3.804 .000
Sales increased (X42) 1404.059 478.924 .174 2.932 .004
7
(Constant) 1748.113 421.678 4.146 .000
Total current assets (X219) .002 .000 .358 6.294 .000
Number times attended Mosque
(X155) -57.361 17.087 -.193
-
3.357 .001
Government marketing in intl.
markets (X714) 1036.176 437.518 .140 2.368 .019
Place is rent (X224) -1367.058 334.335 -.236 -
4.089 .000
Manger (X61b) 1546.469 403.542 .221 3.832 .000
Sales increased (X42) 1481.411 472.290 .183 3.137 .002
Invest in employee training
(X616) 1635.962 604.753 .158 2.705 .007
8
(Constant) 1117.978 480.959 2.324 .021
Total current assets (X219) .001 .000 .345 6.115 .000
Number times attended Mosque
(X155) -59.586 16.862 -.201
-
3.534 .001
Government marketing in intl.
markets (X714) 972.458 431.905 .131 2.252 .025
Place is rent (X224) -1391.422 329.648 -.241 -
4.221 .000
Manger (X61b) 1381.454 402.744 .197 3.430 .001
Sales increased (X42) 1388.183 466.857 .172 2.973 .003
188
Invest in employee training
(X616) 1562.370 596.704 .151 2.618 .010
Number friends can help (X113) 380.050 146.000 .149 2.603 .010
9
(Constant) 1760.275 572.808 3.073 .002
Total current assets (X219) .001 .000 .334 5.949 .000
Number times attended Mosque
(X155) -56.694 16.790 -.191
-
3.377 .001
Government marketing in intl.
markets (X714) 1012.484 428.958 .136 2.360 .019
Place is rent (X224) -1309.522 329.538 -.226 -
3.974 .000
Manger (X61b) 1424.914 400.147 .203 3.561 .000
Sales increased (X42) 1421.532 463.472 .176 3.067 .002
Invest in employee training
(X616) 1680.278 594.856 .162 2.825 .005
Number friends can help (X113) 407.425 145.478 .160 2.801 .006
Prosperity achievable by efforts
(X528) -1085.779 535.685 -.116
-
2.027 .044
10
(Constant) 1568.870 577.664 2.716 .007
Total current assets (X219) .001 .000 .329 5.881 .000
Number times attended Mosque
(X155) -53.978 16.736 -.182
-
3.225 .001
Government marketing in intl.
markets (X714) 1001.192 426.091 .135 2.350 .020
Place is rent (X224) -1322.040 327.370 -.229 -
4.038 .000
Manger (X61b) 1468.156 398.078 .209 3.688 .000
Sales increased (X42) 1403.085 460.432 .174 3.047 .003
Invest in employee training
(X616) 1697.708 590.895 .164 2.873 .005
Number friends can help (X113) 390.225 144.772 .153 2.695 .008
Prosperity achievable by efforts
(X528) -1173.695 534.037 -.125
-
2.198 .029
Planed for expansion (X631) 620.769 324.635 .107 1.912 .057
11
(Constant) 2693.971 794.684 3.390 .001
Total current assets (X219) .001 .000 .320 5.763 .000
Number times attended Mosque
(X155) -52.171 16.624 -.176
-
3.138 .002
Government marketing in intl.
markets (X714) 932.213 423.976 .126 2.199 .029
Place is rent (X224) -1312.515 324.744 -.227 -
4.042 .000
Manger (X61b) 1385.311 396.920 .198 3.490 .001
189
Sales increased (X42) 1552.977 462.546 .192 3.357 .001
Invest in employee training
(X616) 1686.281 586.121 .163 2.877 .004
Number friends can help (X113) 361.191 144.297 .142 2.503 .013
Prosperity achievable by efforts
(X528) -1221.775 530.221 -.131
-
2.304 .022
Planed for expansion (X631) 661.597 322.617 .114 2.051 .042
Current location of enterprise all
(X35) -506.572 247.932 -.116
-
2.043 .042
12
(Constant) 2972.853 800.487 3.714 .000
Total current assets (X219) .001 .000 .312 5.647 .000
Number times attended Mosque
(X155) -55.595 16.580 -.187
-
3.353 .001
Government marketing in intl.
markets (X714) 996.655 421.853 .134 2.363 .019
Place is rent (X224) -1259.412 323.264 -.218 -
3.896 .000
Manger (X61b) 1406.371 393.934 .201 3.570 .000
Sales increased (X42) 1470.588 460.723 .182 3.192 .002
Invest in employee training
(X616) 1647.923 581.818 .159 2.832 .005
Number friends can help (X113) 360.820 143.161 .142 2.520 .013
Prosperity achievable by efforts
(X528) -1118.623 528.533 -.119
-
2.116 .036
Planed for expansion (X631) 720.639 321.416 .124 2.242 .026
Current location of enterprise all
(X35) -506.789 245.981 -.116
-
2.060 .041
Business card (X623) -643.423 319.364 -.112 -
2.015 .045
13
(Constant) 3112.719 800.392 3.889 .000
Total current assets (X219) .001 .000 .303 5.497 .000
Number times attended Mosque
(X155) -56.150 16.497 -.189
-
3.404 .001
Government marketing in intl.
markets (X714) 963.319 420.095 .130 2.293 .023
Place is rent (X224) -1281.305 321.827 -.222 -
3.981 .000
Manger (X61b) 1355.982 392.958 .193 3.451 .001
Sales increased (X42) 1492.701 458.500 .185 3.256 .001
Invest in employee training
(X616) 1613.938 579.119 .156 2.787 .006
Number friends can help (X113) 343.029 142.784 .135 2.402 .017
190
Prosperity achievable by efforts
(X528) -1209.565 528.389 -.129
-
2.289 .023
Planed for expansion (X631) 665.713 321.307 .114 2.072 .040
Current location of enterprise all
(X35) -569.340 247.344 -.130
-
2.302 .022
Business card (X623) -606.586 318.410 -.106 -
1.905 .058
Threat of suppliers (X83) 668.005 385.298 .097 1.734 .085
a. Dependent Variable: MSEs’ performances (Y)
Appendix 7: Results of Path Analysis for the Impact of Social Capital and Factor
Conditions MSEs’ performances
Variable Summary (Group number 1)
Your model contains the following variables (Group number 1)
Observed, endogenous variables
MSEs’ performances
Total of Current Assets (X219)
Observed, exogenous variables
Join Industries and Trade Chamber (X13)
Join Senf (X11)
Charities (X153)
Space is Rented (X224)
No. of Friends Who Can Help (X113)
Help a Stranger (X154)
No. of Times Attended Mosque (X155)
Unobserved, exogenous variables
e1
e2
Variable counts (Group number 1)
Number of variables in your model: 11
Number of observed variables: 9
Number of unobserved variables: 2
Number of exogenous variables: 9
Number of endogenous variables: 2
Notes for Model (Default model)
Computation of degrees of freedom (Default model)
Number of distinct sample moments: 54
Number of distinct parameters to be estimated: 29
Degrees of freedom (54 - 29): 25
Result (Default model)
Minimum was achieved
Chi-square = 22.071
191
Degrees of freedom = 25
Probability level = .632
Regression Weights: (Group number 1 - Default model)
Estimate S.E. C.R. P Label
Total of Current
Assets (X219) <---
Join Industries and Trade
Chamber (X13) .198 .070 2.822 .005
Total of Current
Assets (X219) <--- Join Senf (X11) .148 .068 2.177 .030
Total of Current
Assets (X219) <--- Charities (X153) -.141 .070 -2.012 .044
MSEs’ Performances <--- Space is Rented (X224) -.198 .058 -3.388 ***
MSEs’ Performances <--- Total of Current Assets
(X219) .339 .058 5.791 ***
MSEs’ Performances <--- No. of Times Attended
Mosque (X155) -.223 .058 -3.820 ***
MSEs’ Performances <--- No. of Friends Who Can
Help (X113) .200 .059 3.420 ***
MSEs’ Performances <--- Help a Stranger (X154) .161 .059 2.752 .006
Squared Multiple Correlations: (Group number 1 - Default model)
Estimate
Total of Current Assets (X219) .067
MSEs’ performances .281
Bootstrap Distributions (Default model)
ML discrepancy (implied vs sample) (Default model)
|--------------------
15.237 |*
23.565 |****
31.893 |*************
40.221 |*******************
48.549 |********************
56.877 |**************
65.205 |**********
N = 2000 73.533 |******
Mean = 49.101 81.861 |***
S. e. = .342 90.189 |*
98.517 |*
106.845 |*
115.173 |*
123.501 |
131.829 |*
|--------------------
Model Fit Summary
192
CMIN
Model NPAR CMIN DF P CMIN/DF
Default model 29 22.071 25 .632 .883
Saturated model 54 .000 0
Independence model 18 136.823 36 .000 3.801
Baseline Comparisons
Model NFI
Delta1
RFI
rho1
IFI
Delta2
TLI
rho2 CFI
Default model .839 .768 1.026 1.042 1.000
Saturated model 1.000 1.000 1.000
Independence model .000 .000 .000 .000 .000
RMSEA
Model RMSEA LO 90 HI 90 PCLOSE
Default model .000 .000 .048 .959
Independence model .117 .097 .139 .000
Appendix 8: Results of Path Analysis for the Impact of Social Capital on MSEs’
Related, Supporting Industries and Performances
Variable Summary (Group number 1)
Your model contains the following variables (Group number 1)
Observed, endogenous variables
MSEs’ performances
Location of Enterprise (X35)
Observed, exogenous variables
Join Senf (X11)
Trust Family and Relatives (X129)
Help a Stranger (X154)
No. of Friends Who Can Help (X113)
No. of Times Attended Mosque (X155)
Unobserved, exogenous variables
e1
e2
Variable counts (Group number 1)
Number of variables in your model: 9
Number of observed variables: 7
Number of unobserved variables: 2
Number of exogenous variables: 7
Number of endogenous variables: 2
Notes for Model (Default model)
Computation of degrees of freedom (Default model)
Number of distinct sample moments: 35
Number of distinct parameters to be estimated: 21
Degrees of freedom (35 - 21): 14
193
Result (Default model)
Minimum was achieved
Chi-square = 15.911
Degrees of freedom = 14
Probability level = .319
Regression Weights: (Group number 1 - Default model)
Parameter Estimate Lower Upper P
Location of Enterprise
(X35) <--- Join Senf (X11) .148 .044 .265 .023
Location of Enterprise
(X35) <---
Trust Family and Relatives
(X129) .140 .021 .254 .043
Location of Enterprise
(X35) <--- Help a Stranger (X154) -.143 -.255 -.038 .030
MSEs’ performances <--- Location of Enterprise (X35) -.113 -.245 -.023 .031
MSEs’ performances <--- Help a Stranger (X154) .181 .052 .363 .016
MSEs’ performances <---
No. of Friends Who Can Help
(X113) .208 .101 .387 .001
MSEs’ performances <---
No. of Times Attended
Mosque (X155) -.213 -.451 -.058 .014
Squared Multiple Correlations: (Group number 1 - Default model)
Estimate
Location of Enterprise (X35) .062
MSEs’ performances .142
Bootstrap Distributions (Default model)
ML discrepancy (implied vs sample) (Default model)
|--------------------
7.775 |*
14.927 |********
22.080 |********************
29.232 |********************
36.385 |****************
43.537 |*********
50.689 |****
N = 2000 57.842 |**
Mean = 30.901 64.994 |*
S. e. = .251 72.146 |*
79.299 |*
86.451 |*
93.603 |
100.756 |*
107.908 |*
|--------------------
Model Fit Summary
194
CMIN
Model NPAR CMIN DF P CMIN/DF
Default model 21 15.911 14 .319 1.136
Saturated model 35 .000 0
Independence model 14 62.278 21 .000 2.966
Baseline Comparisons
Model NFI
Delta1
RFI
rho1
IFI
Delta2
TLI
rho2 CFI
Default model .745 .617 .960 .931 .954
Saturated model 1.000 1.000 1.000
Independence model .000 .000 .000 .000 .000
RMSEA
Model RMSEA LO 90 HI 90 PCLOSE
Default model .026 .000 .075 .738
Independence model .098 .071 .127 .003
Appendix 9: Results of Path Analysis for the Impact of Social Capital on MSEs’
Demand Conditions and Performance
Variable Summary (Group number 1)
Your model contains the following variables (Group number 1)
Observed, endogenous variables
MSEs’ performances
Sales Volume Increased (X42)
Observed, exogenous variables
No. of Friends Who Can Help (X113)
Charities (X153)
Vote in Presidential Election (X128)
Trust Municipality Officials (X139)
Effective in Decision Making (X123)
Family in Same Industry (X111)
Help a Stranger (X154)
No. of Times Attended Mosque (X155)
Unobserved, exogenous variables
e1
e2
Variable counts (Group number 1)
Number of variables in your model: 12
Number of observed variables: 10
Number of unobserved variables: 2
Number of exogenous variables: 10
Number of endogenous variables: 2
Notes for Model (Default model)
Computation of degrees of freedom (Default model)
Number of distinct sample moments: 65
Number of distinct parameters to be estimated: 36
195
Degrees of freedom (65 - 36): 29
Result (Default model)
Minimum was achieved
Chi-square = 30.543
Degrees of freedom = 29
Probability level = .387
Regression Weights: (Group number 1 - Default model)
Estimate S.E. C.R. P Label
Sales Volume
Increased (X42) <--- Charities (X153) .157 .066 2.395 .017 par_2
Sales Volume
Increased (X42) <---
Vote in Presidential
Election (X128) -.162 .066 -2.464 .014 par_3
Sales Volume
Increased (X42) <---
Trust Municipality
Officials (X139) .180 .066 2.738 .006 par_4
Sales Volume
Increased (X42) <---
Effective in Decision
Making (X123) .136 .067 2.046 .041 par_6
Sales Volume
Increased (X42) <---
Family in Same Industry
(X111) -.163 .066 -2.452 .014 par_12
MSEs’ performances <--- No. of Friends Who Can
Help (X113) .191 .063 3.015 .003 par_1
MSEs’ performances <---
Sales Volume Increased
(X42) .155 .064 2.419 .016 par_7
MSEs’ performances <--- Charities (X153) -.195 .065 -2.990 .003 par_8
MSEs’ performances <---
Family in Same Industry
(X111) -.136 .063 -2.155 .031 par_9
MSEs’ performances <--- Help a Stranger (X154) .219 .063 3.456 *** par_10
MSEs’ performances <---
No. of Times Attended
Mosque (X155) -.211 .062 -3.380 *** par_11
Squared Multiple Correlations: (Group number 1 - Default model)
Estimate
Sales Volume Increased (X42) .122
MSEs’ performances .209
Bootstrap Distributions (Default model)
ML discrepancy (implied vs sample) (Default model)
|--------------------
22.324 |*
28.547 |**
34.769 |*****
40.992 |*********
47.214 |*******************
53.437 |*******************
59.659 |*******************
N = 2000 65.882 |****************
Mean = 59.688 72.104 |*************
S. e. = .328 78.327 |********
84.549 |*****
90.772 |***
196
96.994 |**
103.217 |*
109.439 |*
|--------------------
Model Fit Summary
CMIN
Model NPAR CMIN DF P CMIN/DF
Default model 36 30.543 29 .387 1.053
Saturated model 65 .000 0
Independence model 20 134.027 45 .000 2.978
Baseline Comparisons
Model NFI
Delta1
RFI
rho1
IFI
Delta2
TLI
rho2 CFI
Default model .772 .646 .985 .973 .983
Saturated model 1.000 1.000 1.000
Independence model .000 .000 .000 .000 .000
RMSEA
Model RMSEA LO 90 HI 90 PCLOSE
Default model .016 .000 .057 .899
Independence model .099 .080 .118 .000
Appendix 10: Results of Path Analysis for the Impact of Social Capital on MSEs’
Characteristics and Performance
Variable Summary (Group number 1)
Your model contains the following variables (Group number 1)
Observed, endogenous variables
MSEs’ performances
Prosperity Achievable by Efforts (X528)
Observed, exogenous variables
Trust Neighbors (X133)
Help a Stranger (X154)
Trust Family and Relatives (X129)
Charities (X153)
Vote in Presidential Election (X128)
Mobile Phone (X149)
No. of Friends Who Can Help (X113)
No. of Times Attended Mosque (X155)
Family in Same Industry (X111)
Unobserved, exogenous variables
e1
e2
Variable counts (Group number 1)
Number of variables in your model: 13
Number of observed variables: 11
Number of unobserved variables: 2
197
Number of exogenous variables: 11
Number of endogenous variables: 2
Notes for Model (Default model)
Computation of degrees of freedom (Default model)
Number of distinct sample moments: 77
Number of distinct parameters to be estimated: 38
Degrees of freedom (77 - 38): 39
Result (Default model)
Minimum was achieved
Chi-square = 37.221
Degrees of freedom = 39
Probability level = .551
Regression Weights: (Group number 1 - Default model)
Estimate S.E. C.R. P Label
Prosperity Achievable
by Efforts (X528) <---
Trust Neighbors
(X133) .183 .065 2.824 .005 par_1
Prosperity Achievable
by Efforts (X528) <---
Help a Stranger
(X154) .198 .065 3.057 .002 par_2
Prosperity Achievable
by Efforts (X528) <---
Trust Family and
Relatives (X129) .124 .065 1.920 .055 par_3
Prosperity Achievable
by Efforts (X528) <---
Vote in Presidential
Election (X128) -.166 .065 -2.568 .010 par_5
Prosperity Achievable
by Efforts (X528) <--- Mobile Phone (X149) -.145 .065 -2.248 .025 par_6
MSEs’ performances <--- No. of Friends Who
Can Help (X113) .226 .063 3.573 *** par_7
MSEs’ performances <---
Prosperity Achievable
by Efforts (X528) -.163 .064 -2.536 .011 par_8
MSEs’ performances <---
Help a Stranger
(X154) .245 .065 3.792 *** par_9
MSEs’ performances <--- Charities (X153) -.159 .064 -2.478 .013 par_10
MSEs’ performances <---
No. of Times Attended
Mosque (X155) -.214 .062 -3.419 *** par_11
MSEs’ performances <---
Family in Same
Industry (X111) -.148 .062 -2.375 .018 par_12
Squared Multiple Correlations: (Group number 1 - Default model)
Estimate
Prosperity Achievable by Efforts (X528) .139
MSEs’ performances .216
Bootstrap Distributions (Default model)
ML discrepancy (implied vs sample) (Default model)
|--------------------
28.468 |*
198
37.227 |*
45.985 |****
54.743 |*********
63.501 |*****************
72.259 |********************
81.018 |******************
N = 2000 89.776 |************
Mean = 77.172 98.534 |*******
S. e. = .383 107.292 |****
116.051 |***
124.809 |*
133.567 |*
142.325 |*
151.083 |*
|--------------------
Model Fit Summary
CMIN
Model NPAR CMIN DF P CMIN/DF
Default model 38 37.221 39 .551 .954
Saturated model 77 .000 0
Independence model 22 151.597 55 .000 2.756
Baseline Comparisons
Model NFI
Delta1
RFI
rho1
IFI
Delta2
TLI
rho2 CFI
Default model .754 .654 1.016 1.026 1.000
Saturated model 1.000 1.000 1.000
Independence model .000 .000 .000 .000 .000
RMSEA
Model RMSEA LO 90 HI 90 PCLOSE
Default model .000 .000 .046 .971
Independence model .093 .076 .111 .000
Appendix 11: Results of Path Analysis for the Impact of Social Capital on MSEs’
Strategy, Structure, Rivalry, and Performance
Variable Summary (Group number 1)
Your model contains the following variables (Group number 1)
Observed, endogenous variables
MSEs’ performances
Business Card (X623)
Expansion of Enterprise (X631)
Invest in Employees Training (X616)
Manger Status (X61)
Observed, exogenous variables
199
No. of Times Attended Mosque (X155)
Help a Stranger (X154)
Enterprises Share Machineries (X122)
No. of Friends Who Can Help (X113)
Charities (X153)
Meeting with Friends (X147)
Social Media Index (X152)
Join Other Associations (X19)
Trust Municipality Officials (X139)
Unobserved, exogenous variables
e1
e4
e5
e3
e2
Variable counts (Group number 1)
Number of variables in your model: 19
Number of observed variables: 14
Number of unobserved variables: 5
Number of exogenous variables: 14
Number of endogenous variables: 5
Notes for Model (Default model)
Computation of degrees of freedom (Default model)
Number of distinct sample moments: 119
Number of distinct parameters to be estimated: 48
Degrees of freedom (119 - 48): 71
Result (Default model)
Minimum was achieved
Chi-square = 56.824
Degrees of freedom = 71
Probability level = .889
Regression Weights: (Group number 1 - Default model)
Estimate S.E. C.R. P Label
Manger Status (X61) <--- Charities (X153) -.140 .069 -2.042 .041 par_7
Manger Status (X61) <--- Enterprises Share
Machineries (X122) -.159 .068 -2.346 .019 par_8
Manger Status (X61) <--- No. of Friends Who
Can Help (X113) .133 .069 1.928 .054 par_9
Invest in Employees
Training (X616) <---
Join Other Associations
(X19) .158 .069 2.276 .023 par_10
Business Card (X623) <--- Join Other Associations
(X19) .138 .068 2.040 .041 par_11
Business Card (X623) <--- Social Media Index
(X152) .222 .068 3.287 .001 par_12
Expansion of
Enterprise (X631) <---
Meeting with Friends
(X147) .163 .068 2.396 .017 par_13
Expansion of
Enterprise (X631) <---
Trust Municipality
Officials (X139) -.168 .068 -2.465 .014 par_14
200
Estimate S.E. C.R. P Label
MSEs’ performances <---
No. of Times Attended
Mosque (X155) -.207 .062 -3.356 *** par_1
MSEs’ performances <--- Help a Stranger (X154) .172 .062 2.781 .005 par_2
MSEs’ performances <---
Expansion of
Enterprise (X631) .124 .062 2.010 .044 par_15
MSEs’ performances <---
Invest in Employees
Training (X616) .161 .062 2.616 .009 par_16
MSEs’ performances <--- Business Card (X623) -.180 .062 -2.920 .004 par_17
MSEs’ performances <--- Manger Status (X61) .150 .063 2.392 .017 par_18
MSEs’ performances <---
No. of Friends Who
Can Help (X113) .182 .062 2.917 .004 par_19
Squared Multiple Correlations: (Group number 1 - Default model)
Estimate
Manger Status (X61) .069
Invest in Employees Training (X616) .025
Expansion of Enterprise (X631) .055
Business Card (X623) .069
MSEs’ performances .208
Bootstrap Distributions (Default model)
ML discrepancy (implied vs sample) (Default model)
|--------------------
70.851 |*
80.453 |*
90.055 |*****
99.658 |***********
109.260 |******************
118.862 |********************
128.464 |********************
N = 2000 138.066 |******************
Mean = 125.886 147.668 |**********
S. e. = .458 157.270 |*******
166.872 |****
176.474 |**
186.076 |*
195.679 |*
205.281 |*
|--------------------
CMIN
Model NPAR CMIN DF P CMIN/DF
Default model 48 56.824 71 .889 .800
Saturated model 119 .000 0
201
Model NPAR CMIN DF P CMIN/DF
Independence model 28 188.379 91 .000 2.070
Baseline Comparisons
Model NFI
Delta1
RFI
rho1
IFI
Delta2
TLI
rho2 CFI
Default model .698 .613 1.121 1.187 1.000
Saturated model 1.000 1.000 1.000
Independence model .000 .000 .000 .000 .000
RMSEA
Model RMSEA LO 90 HI 90 PCLOSE
Default model .000 .000 .020 1.000
Independence model .073 .058 .087 .007
Appendix 12: Results of Path Analysis for the Impact of Social Capital on The
Role of Government policies and MSEs’ performances
Variable Summary (Group number 1)
Your model contains the following variables (Group number 1)
Observed, endogenous variables
MSEs’ performances
Gov. Marketing in Intl. Markets (X714)
Observed, exogenous variables
Trust Family and Relatives (X129)
Charities (X153)
Help a Stranger (X154)
No. of Friends Who Can Help (X113)
Family in Same Industry (X111)
No. of Times Attended Mosque (X155)
Unobserved, exogenous variables
e1
e2
Variable counts (Group number 1)
Number of variables in your model: 10
Number of observed variables: 8
Number of unobserved variables: 2
Number of exogenous variables: 8
Number of endogenous variables: 2
Notes for Model (Default model)
Computation of degrees of freedom (Default model)
Number of distinct sample moments: 44
Number of distinct parameters to be estimated: 25
Degrees of freedom (44 - 25): 19
202
Result (Default model)
Minimum was achieved
Chi-square = 21.277
Degrees of freedom = 19
Probability level = .322
Regression Weights: (Group number 1 - Default model)
Estimate S.E. C.R. P Label
Gov. Marketing in Intl.
Markets (X714) <---
Trust Family and
Relatives (X129) -.149 .069 -2.147 .032 par_1
MSEs’ performances <---
Gov. Marketing in Intl.
Markets (X714) .181 .062 2.916 .004 par_4
MSEs’ performances <---
Help a Stranger
(X154) .202 .063 3.209 .001 par_5
MSEs’ performances <---
Family in Same
Industry (X111) -.160 .062 -2.582 .010 par_6
MSEs’ performances <--- Charities (X153) -.152 .064 -2.384 .017 par_7
MSEs’ performances <---
No. of Times Attended
Mosque (X155) -.233 .062 -3.761 *** par_8
MSEs’ performances <---
No. of Friends Who
Can Help (X113) .199 .063 3.153 .002 par_9
Squared Multiple Correlations: (Group number 1 - Default model)
Estimate
Gov. Marketing in Intl. Markets (X714) .022
MSEs’ performances .217
Bootstrap Distributions (Default model)
ML discrepancy (implied vs sample) (Default model)
|--------------------
8.440 |*
15.202 |**
21.965 |*********
28.728 |**************
35.490 |********************
42.253 |*******************
49.015 |***************
N = 2000 55.778 |**********
Mean = 41.574 62.540 |******
S. e. = .295 69.303 |***
76.066 |*
82.828 |*
89.591 |*
96.353 |*
103.116 |*
|--------------------
203
Model Fit Summary
CMIN
Model NPAR CMIN DF P CMIN/DF
Default model 25 21.277 19 .322 1.120
Saturated model 44 .000 0
Independence model 16 89.387 28 .000 3.192
Baseline Comparisons
Model NFI
Delta1
RFI
rho1
IFI
Delta2
TLI
rho2 CFI
Default model .762 .649 .968 .945 .963
Saturated model 1.000 1.000 1.000
Independence model .000 .000 .000 .000 .000
RMSEA
Model RMSEA LO 90 HI 90 PCLOSE
Default model .024 .000 .068 .794
Independence model .104 .080 .128 .000
Appendix 13: Results of Path Analysis for the Impact of Social Capital on The
Role of Chance and MSEs’ performances
Variable Summary (Group number 1)
Your model contains the following variables (Group number 1)
Observed, endogenous variables
MSEs’ performances
Threat from Suppliers (X83)
Economic Status Improved (X89)
Observed, exogenous variables
Meeting with Friends (X147)
E-mail and Website (X150)
Trust Police (X143)
Join Loans Association (X16)
Trust Municipality Officials (X139)
Join Senf (X11)
Trust Family and Relatives (X129)
No. of Friends Who Can Help (X113)
Help a Stranger (X154)
Charities (X153)
Family in Same Industry (X111)
No. of Times Attended Mosque (X155)
Unobserved, exogenous variables
e1
e2
e3
Variable counts (Group number 1)
Number of variables in your model: 18
204
Number of observed variables: 15
Number of unobserved variables: 3
Number of exogenous variables: 15
Number of endogenous variables: 3
Notes for Model (Default model)
Computation of degrees of freedom (Default model)
Number of distinct sample moments: 135
Number of distinct parameters to be estimated: 51
Degrees of freedom (135 - 51): 84
Result (Default model)
Minimum was achieved
Chi-square = 52.005
Degrees of freedom = 84
Probability level = .998
Regression Weights: (Group number 1 - Default model)
Estimate S.E. C.R. P Label
Threat from Suppliers
(X83) <---
Meeting with Friends
(X147) .129 .068 1.904 .057 par_1
Threat from Suppliers
(X83) <---
E-mail and Website
(X150) .200 .067 2.980 .003 par_2
Threat from Suppliers
(X83) <--- Trust Police (X143) .146 .067 2.191 .028 par_3
Threat from Suppliers
(X83) <---
Join Loans Association
(X16) .134 .066 2.026 .043 par_4
Economic Status
Improved (X89) <---
Trust Municipality
Officials (X139) .172 .068 2.539 .011 par_5
Economic Status
Improved (X89) <--- Join Senf (X11) -.132 .068 -1.953 .051 par_6
Economic Status
Improved (X89) <---
No. of Times Attended
Mosque (X155) -.152 .068 -2.241 .025 par_19
MSEs’ performances <---
Trust Family and
Relatives (X129) -.163 .061 -2.685 .007 par_7
MSEs’ performances <---
No. of Friends Who Can
Help (X113) .205 .062 3.311 *** par_8
MSEs’ performances <--- Help a Stranger (X154) .216 .062 3.496 *** par_9
MSEs’ performances <--- Charities (X153) -.159 .063 -2.536 .011 par_10
MSEs’ performances <---
Family in Same Industry
(X111) -.157 .061 -2.579 .010 par_11
MSEs’ performances <---
Economic Status
Improved (X89) .156 .062 2.527 .011 par_18
MSEs’ performances <---
No. of Times Attended
Mosque (X155) -.191 .062 -3.107 .002 par_20
MSEs’ performances <---
Threat from Suppliers
(X83) .111 .061 1.825 .068 par_21
Squared Multiple Correlations: (Group number 1 - Default model)
205
Estimate
Economic Status Improved (X89) .070
Threat from Suppliers (X83) .110
MSEs’ performances .247
Bootstrap Distributions (Default model)
ML discrepancy (implied vs sample) (Default model)
|--------------------
75.505 |*
87.638 |**
99.772 |********
111.905 |*************
124.039 |********************
136.172 |*******************
148.306 |**************
N = 2000 160.439 |********
Mean = 133.402 172.572 |****
S. e. = .509 184.706 |**
196.839 |*
208.973 |*
221.106 |*
233.240 |*
245.373 |*
|--------------------
Model Fit Summary
CMIN
Model NPAR CMIN DF P CMIN/DF
Default model 51 52.005 84 .998 .619
Saturated model 135 .000 0
Independence model 30 192.431 105 .000 1.833
Baseline Comparisons
Model NFI
Delta1
RFI
rho1
IFI
Delta2
TLI
rho2 CFI
Default model .730 .662 1.295 1.457 1.000
Saturated model 1.000 1.000 1.000
Independence model .000 .000 .000 .000 .000
RMSEA
Model RMSEA LO 90 HI 90 PCLOSE
Default model .000 .000 .000 1.000
Independence model .064 .050 .078 .055