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Evaluating the Effectiveness of Telepresence in Cultural Tourism Websites: Panoramic Virtual
Tours for the Promotion of Tourism and Cultural Identity in Taiwan
Yu-Hui Tu Swinburne University of Technology
Faculty of Design DDes
ABSTRACT
Within the context of globalisation, cultural identity has been emphasized by nation-
states to differentiate themselves from others in global tourism markets. To be
successfully positioned in the competitive global marketplace, a destination must
create, as its key component, a favourable and appealing perception or image. As the
Internet has become the predominant channel for tourism marketing, the
establishment of successful online destination images is urgently needed. Destination
images and positive online experiences have been found to correlate with the
decision-making and behavioural intentions of tourists. In the physical world,
travelling is a direct experience enabling tourists to observe and feel the exotic
atmospheres of different places. Virtual experience, the verisimilitude of direct
experience, has been recognised as an effective approach in tourism marketing. Its
impact on user attitudes towards a destination can be enhanced via advanced website
features. Telepresence, an experience of being metaphorically transported to another
place, and a sense of presence in mediated environments, may facilitate the creation
of a better online experience, due to its capability of intensifying user experience in
virtual environments. Researchers have indicated that telepresence has positive
effects on users’ attitudes toward websites. However, no empirical study has been
carried out to examine the effectiveness of telepresence on tourism websites.
Panoramic photography has been developed and utilised in the tourism area for many
years, based on its feature of creating an interactive virtual experience. Using Taiwan
as a case study, this research investigates the effects of interactivity and vividness,
the major determinants of telepresence, on users’ attitudes toward the website.
Panoramic photography is employed as a key feature of the website, and there is a
focus on Naturalistic Decision Making (NDM) theory as the guiding principle of the
experiment. Two websites with different levels of interactivity and vividness are
developed for the experiment (http://www.culturaltaiwan.com/high/index.php;
http://www.culturaltaiwan.com/low/index.php). Users are then tested in a post-
experiment questionnaire, assessing the value of attractiveness, informativeness,
enjoyment, and telepresence. The results indicate that significant differences were
only found in enjoyment value, which conflicts with the assertion of previous studies.
It is suggested that the notion of experimental reality should be taken into
consideration and that NDM may provide a useful model for application in tourism
web marketing.
ACKNOWLEDEGMENT
I would like to express my special thanks to my supervisors, Dr. Simon Jackson who
guided and encouraged me over the years, and Professor Allan Whitfield who guided
me through the experiment part for this research. Both of them contribute to my
study a lot that I am so grateful for their help. I also like to thank Bill Trikojus for the
technical support of my design work, which achieves the practical implement for this
research.
I would like to acknowledge the Australians Studying Abroad and Faculty of Design,
Swinburne University, for the online survey support for this research. I would also
like to thank Walker Young for the provision of panorama used on the design work.
Most importantly, I would like to thank my family. Their continuing love and
encouragement sustained me to go through the entire procedure to finish this work.
DECLARATION
This thesis contains no material which has been accepted for award of any other
degree or diploma, except where due reference is made in the text of the thesis. To
the best of my knowledge, this thesis contains no material previously published or
written by another person except where due reference is made in the text of the thesis.
Signed
Yu-Hui Tu
TABLE OF CONTENTS
LIST OF FIGURES i
LIST OF TABLES iii
CHAPTER 1. INTRODUCTION
1.1 Background to the Study
1.2 Research Scope
1.3 Contributions of the Research
1
4
5
CHAPTER 2. CULTURAL IDENTITY AND TOURISM WEBSITES
2.1 Introduction
2.2 Globalisation and Cultural Identity
2.3 Globalisation, Tourism and Cultural Identity
2.4 Cultural Tourism
2.5 Cultural Tourists
2.6 Cultural Tourism in Taiwan
2.7 Identification of Target Market
2.8 Destination Images and Destination Marketing on the Internet
2.9 Evaluation of Tourism Websites
2.10 Tourism Website Design
9
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CHAPTER 3. USER ATTITUDE AND TELEPRESENCE
3.1 Introduction
3.2 The Measure Construct from Users’ Perspectives
3.3 User Experience
3.4 Virtual Reality and Presence
3.5 Telepresence
3.6 Interactivity
3.7 Vividness
3.8 Web-based Virtual Tours
3.9 Research Model
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69
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CHAPTER 4. METHODOLOGY
4.1 Experimental Approach
4.2 Online Survey
4.3 Questionnaire
97
101
104
CHAPTER 5. EXPERIMENT
5.1 Stimuli
5.2 Participants
5.3 Procedure
107
117
118
CHAPTER 6. RESULTS AND ANALYSIS
6.1 Introduction
6.2 Results 1
6.3 Summary 1
6.4 Results 2
6.5 Summary 2
119
121
144
144
155
CHAPTER 7. DISCUSSION AND CONCLUSION
7.1 Discussion
7.2 Conclusion and Limitation of the Research
156
159
REFERENCES 161
i
LIST OF FIGURES
Figure 1.1
Figure 1.2
Figure 2.1
Figure 2.2
Figure 2.3
Figure 2.4
Figure 2.5
Figure 2.6
Figure 2.7
Figure 2.8
Figure 2.9
Figure 2.10
Figure 2.11
Figure 2.12
Figure 2.13
Figure 2.14
Figure 2.15
Figure 2.16
Figure 2.17
Figure 2.18
Figure 2.19
Figure 2.20
Figure 3.1
Figure 3.2
Figure 3.3
Figure 5.1
Figure 5.2
Tourism Research Area
Design Research Area
Cultural Tourism: Variation of Components
Toward a Typology of Cultural Tourism Attractions
Cultural Tourism Resources
Degree of Consumer Motivation for Cultural Tourism
A Cultural Tourist Typology
A Screenshot of the Language Selections on Taiwan’s
Official Tourism Website (2005)
A Screenshot of the First Page of Australia/New Zealand
Version Website (2005)
A Framework of DMOs’ Websites (English version)
A Screenshot of E-cards Page
A Screenshot of 360° Panorama Page
A Screenshot of Game Page
A Screenshot of Downloadables Page
A Screenshot of Interactive Photo Gallery Page
A Screenshot of Multiple Images and the Map
A Screenshot of E-newsletter Page
A Screenshot of Videos Page
A Screenshot of 360° Panorama Page
A Screenshot of Webcams Page
A Screenshot of E-cards Page
A Screenshot of PDA Download Page
Original Images from Fisheye Lenses for Making A
Panorama
Stitched Panoramic Image from the Above Original Images
Research Model
The Flow-chart of the Low-UCV Website
The Flow-chart of the High-UCV Website
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ii
Figure 5.3
Figure 5.4
Figure 5.5
Figure 5.6
Figure 5.7
Figure 5.8
Figure 5.9
Figure 6.1
Figure 6.2
Figure 6.3
Figure 6.4
Figure 6.5
Figure 6.6
Figure 6.7
Figure 6.8
Figure 6.9
Figure 6.10
Figure 6.11
Figure 6.12
Figure 6.13
Figure 6.14
Figure 6.15
Figure 6.16
Figure 6.17
Figure 6.18
Figure 6.19
A Screenshot from the “Home” Page of the Low-UCV
Website
A Screenshot from the “Home” Page of the High-UCV
Website
The Interactive Flat Panoramic Images of the High-UCV
Website
Control Over the Slideshow
Control Over Photo Selections of Architectural Features
Control Over the 360 Degree Panorama
Animated Rollover Buttons
A Screenshot of MySQL Database
ANOVA (by Website) Chart of Attractiveness Question 1
ANOVA (by Website) Chart of Attractiveness Question 2
ANOVA (by Website) Chart of Enjoyment Question 1
ANOVA (by Website) Chart of Enjoyment Question 2
ANOVA (by Website) Chart of Enjoyment Question 3
ANOVA (by Website) Chart of Enjoyment Question 4
ANOVA (by Website) Chart of Enjoyment Question 5
ANOVA (by Website) Chart of Telepresence Question 1
ANOVA (by Website) Chart of Telepresence Question 2
ANOVA (by Website) Chart of Telepresence Question 3
Binomial Test Chart of Informative Question 1
Binomial Test Chart of Informative Question 2
Binomial Test Chart of Informative Question 3
Binomial Test Chart of Informative Question 4
Binomial Test Chart of Informative Question 5
Binomial Test Chart of Informative Question 6
Binomial Test Chart of Informative Question 7
Binomial Test Chart of Informative Question 8
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iii
LIST OF TABLES
Table 2.1
Table 2.2
Table 2.3
Table 2.4
Table 2.5
Table 6.1
Table 6.2-1
Table 6.2-2
Table 6.3-1
Table 6.3-2
Table 6.4-1
Table 6.4-2
Table 6.5-1
Table 6.5-2
Table 6.6-1
Table 6.6-2
Table 6.7-1
Table 6.7-2
Table 6.8-1
Table 6.8-2
Table 6.9-1
Table 6.9-2
Table 6.10-1
Table 6.10-2
Table 6.11-1
Table 6.11-2
Table 6.12
Table 6.13
Table 6.14
Website Addresses of 14 DMOs
Website Features
Evaluation Criteria on Tourism Research
Critical Success Factors for Effective WWW Sites
Design Parameters of Web Sites
Sample Demographics and Prior Experience
ANOVA (by Website) of Attractiveness Question 1
ANOVA (by Website) of Attractiveness Question 1
ANOVA (by Website) of Attractiveness Question 2
ANOVA (by Website) of Attractiveness Question 2
ANOVA (by Website) of Enjoyment Question 1
ANOVA (by Website) of Enjoyment Question 1
ANOVA (by Website) of Enjoyment Question 2
ANOVA (by Website) of Enjoyment Question 2
ANOVA (by Website) of Enjoyment Question 3
ANOVA (by Website) of Enjoyment Question 3
ANOVA (by Website) of Enjoyment Question 4
ANOVA (by Website) of Enjoyment Question 4
ANOVA (by Website) of Enjoyment Question 5
ANOVA (by Website) of Enjoyment Question 5
ANOVA (by Website) of Telepresence Question 1
ANOVA (by Website) of Telepresence Question 1
ANOVA (by Website) of Telepresence Question 2
ANOVA (by Website) of Telepresence Question 2
ANOVA (by Website) of Telepresence Question 3
ANOVA (by Website) of Telepresence Question 3
ANOVA (by Website) of Informative Question 1
ANOVA (by Website) of Informative Question 2
ANOVA (by Website) of Informative Question 3
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iv
Table 6.15
Table 6.16
Table 6.17
Table 6.18
Table 6.19
Table 6.20-1
Table 6.20-2
Table 6.21-1
Table 6.21-2
Table 6.22-1
Table 6.22-1
Table 6.23-1
Table 6.23-2
Table 6.24-1
Table 6.24-2
Table 6.25-1
Table 6.25-2
Table 6.26-1
Table 6.26-2
Table 6.27-1
Table 6.27-2
Table 6.28-1
Table 6.28-2
Table 6.29-1
Table 6.29-2
ANOVA (by Website) of Informative Question 4
ANOVA (by Website) of Informative Question 5
ANOVA (by Website) of Informative Question 6
ANOVA (by Website) of Informative Question 7
ANOVA (by Website) of Informative Question 8
ANOVA (by Panorama) of Attractiveness Question 1
ANOVA (by Panorama) of Attractiveness Question 1
ANOVA (by Panorama) of Attractiveness Question 2
ANOVA (by Panorama) of Attractiveness Question 2
ANOVA (by Panorama) of Enjoyment Question 1
ANOVA (by Panorama) of Enjoyment Question 1
ANOVA (by Panorama) of Enjoyment Question 2
ANOVA (by Panorama) of Enjoyment Question 2
ANOVA (by Panorama) of Enjoyment Question 3
ANOVA (by Panorama) of Enjoyment Question 3
ANOVA (by Panorama) of Enjoyment Question 4
ANOVA (by Panorama) of Enjoyment Question 4
ANOVA (by Panorama) of Enjoyment Question 5
ANOVA (by Panorama) of Enjoyment Question 5
ANOVA (by Panorama) of Telepresence Question 1
ANOVA (by Panorama) of Telepresence Question 1
ANOVA (by Panorama) of Telepresence Question 2
ANOVA (by Panorama) of Telepresence Question 2
ANOVA (by Panorama) of Telepresence Question 3
ANOVA (by Panorama) of Telepresence Question 3
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1
CHAPTER 1
INTRODUCTION
1.1 Background to the Study
Tourism is as an important economic activity for many countries in the globalised
world. Like many countries, Taiwan has been engaging in the development of
tourism, and its government has implemented several tourism strategies over the last
decade. In order to successfully develop the industry, tourism marketing has been
emphasised in various disciplines in which design is one of the key elements.
Globalisation has compressed the world as a whole with information technology
playing an important role on the linkage of global networks (Fox 2001). Several
researchers have pointed out the relationship between information technology and
the formation of globalisation (e.g., George 2006; James 1999; Wahab & Cooper
2001). Globalisation brings with it increasing interaction between nation-states and
has reinforced the relationships among them. This fosters the development of the
international tourism industry (Das & Cassandra 2009). Tourism has become one of
the big global and globalised industries that are dominated by information (Werthner
& Klein 1999). In fact, tourism and the Internet, a global communication technology,
are two of the major factors of globalisation (Pechlaner & Raich 2001). The
2
intensification of global access increases the competitiveness of global markets,
where destinations are striving to construct and promote distinct identities to position
themselves competitively (Dredge & Jenkins 2003).
Tourism has become a major economic factor in the world (Lanfant 1995), and the
phenomenon of globalisation has changed the trends in tourism supply and demand
(Vanhove 2001). The new tourism involves niche markets that emphasise the
uniqueness of destinations in terms of culture, ethnic heritage and natural resources
(Das & Cassandra 2009). Therefore, cultural tourism has become one of the fastest
growing tourism market segments, in which ethnicity and diversity are the central
concerns (Hoffman 2003). Information technology and the Internet play an important
role in both tourism supply and demand, by enabling destinations to communicate
with their target markets globally, and by allowing tourists to access information
more conveniently than by traditional methods (Buhalis 2001). Researchers indicate
that new information technology is even more important for cultural tourism
(Pechlaner & Raich 2001), and online cultural tourists tend to be highly involved and
active in information acquisition (Cardamone & Rentschler 2006).
In this digital age, tourists not only seek travel information from traditional media,
but have also come to rely on information provision from the Internet. The
importance of the Internet in travel and tourism has been emphasised in existing
literature (Law & Wong 2003), and the use of the Internet as a distribution channel
for travel information has significantly grown (So & Morrison 2003). More and more
tourists use the Internet for travel information searching (Gursoy & McCleary 2004).
According to the Taiwan Tourism Bureau (2004a), more than half of international
tourists prefer to obtain travel information from the Internet in their home countries.
Tourism branding enhances the overall competitiveness of a country’s tourism,
which relies on government agencies (Das & Cassandra 2009), that is destination
marketing organizations (DMOs). The integration of information communication
technologies (ICTs) into the DMO marketing framework, especially the Internet, is a
critical key to success (Gretzel, Yuan & Fesenmaier 2000). DMO websites possess
salient marketing responsibility on destination promotions. It is found that all of the
3
national DMOs in East Asia have developed websites that are integrated into their
marketing strategies (So & Morrison 2004).
Due to the importance of cultural tourism, most DMO websites provide specific,
culture-related information on the destinations. The implication of successful Web
marketing for DMOs depends on the implementation and coordination of three
interrelated aspects: an efficient use of the right combination of ICTs, an effective
marketing strategy, and promotion of the website (Wang & Fesenmaier 2003).
Information obtained from DMO websites induces the formation of destination
images and plays an important role in the tourists’ decision-making process (Kao et
al. 2005). So and Morrison (2003) indicate that DMO websites have a positive
impact on tourists’ behaviour intentions. Therefore, it is crucial for DMOs to
understand how to build an effective website.
Due to its unique characteristics, website design has become more important for the
tourism industry. The website is a recognised advertising form (Sicilia, Ruiz &
Munuera 2005), and its performance may influence tourists’ decision-making via the
communication process. Skadberg, Skadberg and Kimmel (2005) indicate that
websites play an important role in stimulating tourists’ emotional responses to a
destination. The function of a website is to provide information and promote
awareness in order to influence users’ attitudes and behaviours by creating positive
experience (Skadberg & Kimmel 2004). Website features play an important role in
communicating with potential tourists, by enhancing users’ comprehension and
experience, and thereby facilitating their evaluation and selection of destinations
before the real visitation (Sigala 2004). Researchers indicate that website features
have an impact on changing users’ beliefs and expectations about a destination
(Zahedi & Song 2009). Despite the growing interest in the success factor of tourism
websites, little is understood about the outcome of website features and their
contribution to user attitude. It is still an open question whether increased user
interest is correlated to the different levels of website feature adoption. Jeong et al.
(2009) claim that website features not only expedite users’ decision-making, but also
create an enjoyable online experience. They suggest more advanced product
presentation may effectively increase experiential value of a website. The use of
advanced technologies enhances website performance, which not only sustain the
4
website, but also increase website success in a competitive marketplace (Park,
Lennon & Stoel 2005). Given the importance of web marketing in this information
age, it is necessary to investigate the effectiveness of advanced website features.
1.2 Research Scope
This research is located within a broad range of tourism research, particularly in the
area of tourism marketing, Internet marketing, and tourism websites (see Figure 1.1).
Figure 1.1 Tourism Research Area
It is also placed within the area of design research, and especially looks at the notion
of telepresence, in which interactivity and vividness are the major determinants of
greater virtual experience (see Figure 1.2). The main focus is on website features that
5
create higher interactivity and vividness, and are situated in the area of panoramic
photography.
Figure 1.2 Design Research Area
1.3 Contribution of the Research
Tourism website design is vital for tourism marketing within the context of
globalisation, and the effectiveness of websites is an important consideration for
tourism marketers and designers. Information provision has been recognised as the
most significant aspect of web marketing (Cardamone & Rentschler 2006). When
looking at a website, the user’s cognition of the information access is broken into
five stages: exposure, attention, comprehension and perception, yielding and
acceptance, and retention (Gretzel, Yuan & Fesenmaier 2000). A vital concern for
DMOs within the competitive field of virtual tourism marketing, is how to present
information in ways that allow users to go through the five stages needed to respond
favourably to a website. Tourism researchers have developed numerous evaluation
6
criteria and have proposed varied success factors in tourism websites. However, there
has been little concern about information presentation, that is, the way tourism
products are delivered to users. Kwon, Kim and Lee (2002) indicate that information
presentation is a critical website design factor in information processing theory.
Website features influence the format of information presentation, which includes
different levels of interactivity and vividness of website content. It has been found
that information presentation influences user response and its importance has been
emphasised in tourism research (e.g., Qi, Buhalis & Law 2007). Jeong and Choi
(2004) examine the effects of pictorial presentation on customer’s online behavioural
intentions, using 203 hotel websites in New York City. The results show that
customers tend to have a more favourable attitude if the hotel website provides a
variety of pictures, because they can imagine an actual experience. As ICTs have
been developed to benefit e-commerce and various fields of advertising, researchers
suggest that tourism websites should also consider utilising these unique features of
the Internet to create a favourable and satisfactory user experience.
The importance of users’ online experiences has been emphasised by researchers
(e.g., Ballantine 2005; Chen & Yen 2004). Virtual experience empowers users to
experience their travel destinations on the Internet (Wan et al. 2007). Telepresence
virtually transports the user to a location that is another place, rather than the
physical body location (Biocca 1997). Therefore, telepresence is an appropriate area
of investigation for this research, as the nature of tourism involves transportation. It
is believed that when users visit a DMO website, the website features enhance
tourism product presentation in terms of interactivity and vividness, which create the
feeling of telepresence, so that users can have a simulated direct experience on the
Internet, as if they are transported to the destination and having a real visitation.
Most of the existing tourism website evaluations focus on expert assessments or
predetermined benchmarks (Park & Gretzel 2007). Hence, an empirically reliable
measurement of the application of innovative ICTs on DMO websites from the users’
perspective is needed.
A few researchers have examined the effects of interactivity and vividness in
creating the feeling of telepresence on commercial websites of tangible products.
However, there is no empirical research focussing on how telepresence can be used
7
to create a virtual experience on tourism websites, which seek to promote an
intangible and experiential product. The objective of this research is to contribute to
tourism research in the area of information communication technology, focusing on
destination marketing organizations’ implementation of effective website design by
employment of the concept of telepresence. The research structure is presented as
below:
1. Clarifying the relationship between globalisation, tourism, and cultural
identity;
2. Identifying contemporary tourism trends within the context of globalisation;
3. Introducing and defining the definition of cultural tourism and cultural
tourists;
4. Identifying the development of cultural tourism in Taiwan, and the target
group in this research;
5. Explaining the importance of Internet marketing in the tourism industry as
well as existing evaluation of tourism websites;
6. Identifying the underlying dimensions of tourism website design from users’
perspectives;
7. Identifying the concept and employment of telepresence in relation to user
experience;
8. Operationalising an experiment by using a naturalistic setting and a real
group of people as the sample to assess the proposed measurement;
9. Exploring the theoretical and practical implications of the findings.
This research aimed to investigate the effectiveness of tourism website design in
terms of the theory of telepresence due to its possibility of facilitating the promotion
of cultural identity. It attempted to disclose the impact of interactivity and vividness
for potential cultural tourists on tourism websites to promote cultural identity
successfully in the competitive global market. The related literature in the field has
been gone through to identify the research problem. In order to overcome the
potential problems in the laboratory research, a naturalistic experiment has been
conducted. Two tourism websites were developed professionally as the stimuli by the
researcher, and the online survey was used to reduce the unrealistic of laboratory
8
settings. In addition, participants were selected from specific groups to increase the
validity of experiment. The survey results were then analysed and discussed.
The following chapters will be based on the research structure and focus on a number
of specific areas of study. Chapter 2 first explores the issue of globaisation and
cultural identity, and its relationship with the tourism industry. The situation of
tourism development in Taiwan will be explained, and the importance of tourism
marketing on the Internet and website design will be discussed in this chapter.
Chapter 3 identifies the measures from users’ perspective, and the concept of
telepresence. Chapter 4 explains the disadvantages of traditional laboratory
experiment and the method been used in this research. Chapter 5 describes the
procedure of the experiment, and the design features of the websites for this research.
Chapter 6 analyses the experimental results in details and provides a brief summery.
Chapter 7 discusses the experimental findings and gives the conclusion and
limitation of the research.
9
CHAPTER 2
CULTURAL IDENTITY
AND TOURISM WEBSITES
2.1 Introduction
Tourism is one of the biggest industries in the world, and it plays an important role in
the world economy. In 2004, the absolute figures on worldwide earning for
international tourism reached a new record of US$623 billion (WTO 2005a). As one
of the factors contributing to globalisation, the tourism industry has become more
competitive than ever before due to the development of information technology.
Cultural identity has then been emphasised in the context of globalisation. This
chapter firstly explicates the inter-connection between globalisation and localisation,
then gives an explanation of the relationship between globalisation, tourism and
cultural identity, and finally describes the importance of cultural tourism in the
contemporary tourism market. In this research, Taiwan is used as a case study, and
the development of cultural tourism in Taiwan is explored. The characteristics of
cultural tourists have also been defined. It then provides a justification of the
significance of destination image formation in the process of tourist decision-making,
in which the impetus of information technology, particularly the Internet and World
10
Wide Web, has been explicitly influential.
Due to the importance of web marketing in the development of tourism, this chapter
analyses some websites of destination marketing organisations in the Asia-Pacific
area, to provide a basic understanding of the current situation of tourism websites. It
also gives an overview of existing tourism website evaluations to identify the role of
website design. It then proposes that website design should contain information
content and information presentation delivered by a variety of website features, and
that the design criteria should not rely only on professional input, but also on user
perspectives.
2.2 Globalisation and Cultural Identity
Globalisation and its related phenomena have been contested topics since the late
20th century. It is a complex, interwoven, and multi-dimensional process of
economic, political, socio-cultural, and technological forces changing the state of the
world, and the discourse of globalisation needs to go further than simply illustrate the
change of contemporary social phenomena (Hall 2001). Many have indicated that
globalisation has restructured the world in multiple political-economic and socio-
cultural aspects (Hall 2005; Neyestani 2005). New technology has deconstructed
geographic boundaries and compressed the physical distance, which seems to
integrate nation-states into a whole. Wahab and Cooper (2001) claim that
globalisation is a by-product achievement of this revolutionary process, which is
turning the world into a global village. In terms of culture, with intensive
international trade and ubiquitous media transmission, some people believe that the
influence of Western culture has unified cultures throughout the world. However, it
is still debatable whether globalisation has created homogenisation or diversity.
Barnet and Cavanagh (1996) assert that globalisation formulates cultural
homogenisation as cultural imperialism or Americanisation. Ritzer (2006) proposes
the thesis of Mcdonaldization, in which the fast food Mcdonald’s system, with a
standardised set of practices consisting of four dimensions: efficiency, calculability,
predictability, and control through nonhuman technology, has proliferated widely
11
and dominates contemporary society. In his new book, The Globalization of Nothing,
Ritzer maintains a similar contention in his writing about the concept of nothing
which is defined as being centrally conceived, controlled and lacking uniqueness. In
contrast, Waters (2006) argues that Mcdonaldization is not universally homogenized,
but is a process of relativisation, reflexivity and localization. He further contends that
globalisation pluralises the world and contributes to ethnic diversity. Robins (1997)
states that the impact of globalisation on culture is sophisticated, causing cultural
difference, contradiction and conflict. Featherstone (1995) claims that the process of
globalisation does not seem to be producing cultural uniformity; rather it prompts the
awareness of new levels of diversity. Dziemidok (2003) considers that the
intensification of globalisation produces enhancement of efforts to maintain local
identity, because frequent international contact and communication give people a
sense of their own roots.
In fact, most sociologists contradict the statement that a single unified culture is
forming under the effect of globalisation (Eriksen 2007; Jackson 2003a; Van Der Bly
2007). Appadurai (1996) indicates that the homogenisation argument does not take
the dynamics of local indigenisation into consideration. He proposes five dimensions
of global cultural flows: (a) ethnoscapes, (b) mediascapes, (c) technoscapes, (d)
financescapes, and (e) ideoscapes (p. 33) to explore the global disjuncture.
Appadurai claims the globalisation of culture is not the same as its homogenisation,
but it involves the employment of various homogenised instruments, such as
armaments, advertising techniques, language hegemonies, and clothing styles.
Eriksen (2007) claims that the globalisation process often increases the strength of
local cultural expressions as a reaction to the threat of globalisation. He contends that
the globalised phenomena are processes of both internationalisation and
regionalisation, rather than action of one, integrated world. Eriksen also explains the
characteristics of globalisation as: (a) Disembedding, (b) Acceleration, (c)
Standardisation, (d) Interconnectedness, (e) Movement, (f) Mixing, (g) Vulnerability,
(h) Re-embedding (p.8-9). These characteristics are inter-connected, and the result
comes up with heterogeneity rather than global unification. Many other researchers
(Morley & Robins 1995; Staring et al. 1997; Tomlinson 2003; Wallerstein 1997)
12
further indicate that globalisation actually facilitates cultural complexity, and it is
now recognized as being intrinsically linked to localisation (Lie 2003).
Indeed, globalisation and localisation are mutually existent and intertwined (Barker
1999; Lie 2003; Lii 1998; O’Hara & Biesecker 2003; Robertson 1995; Salazar 2005).
Askegaard and Kjeldgaard (2007) argue that globalisation not only creates a single
world culture, but it emerges together with production of local cultures from a
marketing perspective. Hall (1997) contends that when confronting homogenised
mass global culture, the new forms of local defence and resistance are occurring at
the same moment. Jackson (2003a) notes that globalisation in fact produces cultural
homogenisation in some aspects, but it simultaneously provokes new forms of
localised differentiation in other domains. Robertson (1995) proposes the concept of
glocalisation, in which locality has been produced on a global basis. Van Der Bly
(2007) analyses quantitative and qualitative data for Leixlip, the strongest globalised
village in the Republic of Ireland, and finds that economic globalisation does not
diminish or obliterate local culture, but evokes the renaissance of local identity.
It is acknowledged that contemporary economics has been globalised due to the
widespread interconnection of international finance. The increasing expansion of
global markets creates myriad profits and the significance of cultural identity is being
emphasized for nation-states to differentiate themselves from others in order to be
competitive. Tourism is a place-based industry, which involves the production of
destination identity, and both national and regional tourism organizations are
engaged in promoting their own identity for attracting tourists (Dredge & Jenkins
2003). As one of the biggest industries, the benefits of tourism are particularly
conspicuous, thus, the relationship between tourism and globalisation has caused
much attention in various disciplines.
2.3 Globalisation, Tourism and Cultural Identity
The development of contemporary tourism is explicitly connected with the process of
globalisation. Reid (2003) states that tourism is tied closely to globalisation and is
13
one its beneficiaries due to the expansion of capitalism, growing markets, and the
development of new technologies. Azarya (2004) indicates that the interrelationship
between globalisation and tourism has induced widespread academic discourse and
has been seen in hundred of publications on related topics. He claims tourism is not
only a factor, but also the outcome, of globalisation, Hjalager (2007) proposes an
identical statement. Indeed, it is widely recognised that tourism is one of the key
aspects of globalisation (Ekholm-Friedman & Friedman 1995; Hannam 2002; Lash
& Urry 1994; Telfer & Sharpley 2008). Based on Appadurai’s global flow theory,
Macleod (1999) claims that tourism is part of the process of globalisation. He
considers that tourism is the epitome of global flow, because it involves free
movement of people, interaction among different cultures, utilisation of
technological networks, and exchange of financial markets. Hall (2005) focuses on
the recent shifts in the dynamics of globalisation from Harvey’s (2000)
identification: financial deregulation, technological change and innovation, media
and communications, and the cost and time of moving commodities. He notes that all
of these factors power the development of tourism. Reiser (2003) demonstrates the
connections between tourism and globalisation in similar ways: movement of people,
movement of ideas, movement of capital, expansion via new technology, and growth
rapidly. Apparently, the globalised international connection and omnipresent
communication technology are the prominent forces that facilitate the expansion of
tourism.
Scholarly literature on tourism concerning the local reaction under the wave of
globalisation has been increasing. Teo and Li (2003) analysed the ‘global-local
nexus’ (p. 290) via the example of Haw Par Villa in Singapore, and found the global
trend has failed to transform the Villa. Rather, the local, particular cultural traditions,
creates emotional ties between people and place. Gotham (2005) contends that
tourism involves a set of global forces in conjunction with localised action, which is
attempting to preserve local distinctions. Chang (2000) states that the Singapore
government conceives of Singapore as a ‘Renaissance City’, with marketing strategy
schemes aimed at becoming a ‘global-local city for the arts’, in which local culture
and arts are represented together with international works, in order to achieve both
‘going-global and staying local’. Sofield (2001) introduces the case of Bali,
14
Indonesia, which manifests the representation of local culture in tourism products
that are well adopted and successfully disseminated to global markets. He indicates
that tourism is about difference, because destination distinction is essential for
offering different travel experiences globally. Teo and Yeoh (2001) argue that
Disneyisation is a dominant force in tourism and its emulation, by theme parks in
Southeast Asia, provides evidences of representation of local identity in the global
tourism system.
From the above, it can be seen that the interwoven relationship not only ties
globalisation and tourism together, but simultaneously embraces cultural identity.
Macleod (2004) asserts that the tourism industry particularly, is a manifestation of
expressing and marketing identity; van Rekom and Go (2006) argue that local
identities can be strengthened by the arrival of tourists; Henderson (2001) indicates
that tourism is associated with cultural identity; Rojet and Urry (1997) believe that
tourism and culture are clearly bound together; Sigala and Leslie (2005) also
consider that culture has become a imperative driver of tourism demand and flows.
In other words, tourism is inseparable from cultural identity in the context of
globalisation. Porter (1990) notes that an emphasis on localisation is a competitive
advantage in terms of economy and business. Richards (2007) asserts that there is a
greater need to identify regional and local features when the world turns into the
global village. In the increasingly competitive global tourism market, the emphasis
placed on distinct local identities is implicitly necessary for tourism development
(Dredge & Jenkins 2003). Hence, countries endeavouring to develop tourism have
launched national branding campaigns to distinguish themselves internationally. For
instance, New Zealand launched the ‘100% Pure New Zealand’ campaign in 1999,
Britain launched the ‘Million Visitors’ campaign in 2002, Singapore launched the
‘Uniquely Singapore’ campaign in 2004, Japan launched the ‘Visit Japan’ campaign
in 2004, and Australia launched the ‘Bloody Hell’ campaign in 2005.
Contemporary tourism demand has shifted from the traditional mass and
standardized packaged tours to independent and personalized trips. New tourists
regard travel not only as an escape from daily life, but as an opportunity for self-
development, which brings them to experience different cultures, and explore new
15
skills and interests. The demand has altered toward more sophisticated, specialised,
segmented, satisfied, and seductive supply (Buhalis 2001). There are many
researchers who have likewise shown the changes of this demand in the context of
globalisation. Vanhove (2001) clarifies that trends in tourism demand are fragmented
annual holidays, more independent and flexible tourists, special interest holidays,
higher quality requirements, and more experienced and educated holidaymakers.
Telfer and Sharpley (2008) state that tourism trends are towards specialized tailor-
made holidays with niche marketing to more independent and experienced tourists.
As tourists become more educated and sophisticated, they are no longer satisfied
with the traditional mass tourism product – sun and sea – and are likely to go further
into local communities to enjoy different experiences (Reid 2003). Hence, tourism
markets have been broken up into various categories, such as adventure tourism,
health tourism, cultural tourism, ecotourism, etc.
2.4 Cultural tourism
There are an increasing number of people looking for ‘difference’ and so-called
‘non-western’ countries are becoming popular tourist destinations (Azarya 2004).
Wahab and Cooper (2001) also claim tourist destinations with different cultural
characteristics continue be a prominent part in the choice of holiday destination, and
destinations without a unique cultural identity would decline and not be sufficiently
competitive on the international market in the context of globalisation. When people
intend to visit a place, their perception of this place is one of the most important
factors affecting their decisions (Manuel, McElroy & Smith 1996). The perception
consists of various images of other cultures where specific features and
characteristics are emphasized. Since ancient Roman times, people have travelled for
cultural reasons, and it is acknowledged that cultural tourism has become one of the
fastest growing tourism phenomena in recent years (Alzua, O’Leary & Morrison
1998). Craik (1997) indicates that since the mid-1980s, a tourism that highlights
cultural components of tourist experiences has emerged. Pechlaner and Abfalter
(2005) claim that cultural tourism has experienced a very dynamic development in
16
the past few years, and culture has become an ever more significant motive when
deciding where to travel.
The reasons for this trend are multidimensional, and part of the impetus may be
elicited from the impact of globalisation, which leads toward a more regional
orientation (Bachleitner & Zins 1999). The rapid growth of cultural demand and
supply, the awareness of the importance of local culture, and the revival of local
identity all contribute to the development of cultural tourism. Dredge (2004) claims
that cultural tourism is an alternative in which local culture and traditions get revived
and developed within global processes. In fact, cultural tourism began to be
recognized as a specific tourism category by tourism marketers and researchers in the
late 1970s when they realized that some people travelled specifically to gain a deeper
understanding of the culture or heritage of a destination (Tighe 1986). At that time, it
was regarded as a niche market in which only small groups of tourists were looking
for cultural experiences in their travelling. Since the 1990s, cultural tourism has been
recognized as an important section of tourism markets due to the fragmentation of
the mass tourism market (McKercher & du Cros 2002). More and more tourists now
add cultural elements to their trips, such as archaeological sites, monuments,
museums, festivals and performing arts. Richards (2001) reported that the World
Tourism Organization (WTO) had estimated that cultural tourism accounted for 37%
of global tourism, and forecast that it would grow 15% per year. Antolovia (cited in
McKercher & du Cros 2002) reported that 70 percent of Americans seek cultural
heritage experiences in their trips to Europe, and 67 percent of all visitors look for
cultural heritage experiences when travelling to the United Kingdom. Kaufman and
Scantlebury (2007) indicate that visiting cultural and heritage attractions continue to
be one of the most important activities when travelling in the United States.
Richards (2007) claims that cultural tourism seems to have become ubiquitous, and is
an important economic support for tradition and local creativity in many parts of the
world. However, what is cultural tourism? The definition of cultural tourism is
varied. The WTO (1985, p. 131) provides a definition for cultural tourism: ‘Cultural
tourism includes movements of persons for essential cultural motivations such as
study tours, performing arts and other cultural tours, travel to festivals and other
17
cultural events, visit to sites and monuments, travel to study nature, folklore or art or
pilgrimages.’ Silberberg (1995, p. 361) defines cultural tourism as ‘visits by persons
from outside the host community motivated wholly or in part by interest in the
historical, artistic, scientific or lifestyle/heritage offerings of a community, region,
group, or institution’. This definition confirms that the motivation of ‘cultural
reasons’ may be ‘in part’. Similarly, Hausmann (2007, p. 174) defines cultural
tourism as ‘visits by people from outside the host community, motivated either
entirely or to a certain degree by the cultural offerings and values (aesthetic,
historical, etc.) of a particular destination.’ Richards (1996, p. 24) stated that the
European Association for Tourism and Leisure Education (ATLAS) identified two
approaches in defining cultural tourism: conceptual and technical. The conceptual
definition is ‘The movement of persons to cultural attractions away from their
normal place of residence, with the intention to gather new information and
experiences to satisfy their cultural needs’. The technical definition is ‘All
movements of persons to specific cultural attractions, such as heritage sites, artistic
and cultural manifestations, arts and drama outside their normal place of residence.’
The most significant difference between these two is that the conceptual definition
takes the motivation of tourists as the central consideration. Hughes and Allen (2005)
claim that a wide range of activities including attendance at heritage and performing
arts can be applied to cultural tourism. Prentice (2001) asserts that cultural tourism is
a type of cultural appreciation tourism which is constructed, proffered and consumed
either via experiences or schematic knowledge gaining.
Hughes (2000, p. 53) classifies cultural tourism into four levels: universal, wide,
narrow and sectorised (see Figure 2.1). The universal cultural tourism has the widest
sense due to different meanings of the word culture. From this perspective, most
international tourism is ‘cultural’ because it involves certain degrees of exposure to
other cultures. People who set out with the purpose of experiencing a wide range of
culture-related activities can be included in ‘wide’ cultural tourism, such as
experiences of arts and crafts, architecture, religious activities, costume and food.
However, ‘narrow’ cultural tourism is the most common definition, and considers
that visits to historical sites, museums, arts galleries, and theatres to experience the
artistic and intellectual activities are inevitable. ‘Sectorised’ cultural tourism
18
combines historical sites, museums, and arts galleries within the heritage sector, and
attending performing arts in the arts sector (see Figure 2.1). McKercher & du Cros
(2002) classify definitions of cultural tourism into four broad categories: tourism-
derived, motivational, experiential and operational. In the tourism-derived definition,
cultural tourism has been placed within a broader framework of tourism and tourism
management. In the motivational definition, cultural tourists have been considered as
those travelling for cultural reasons. In the experiential or aspirational definition,
cultural tourism is an experiential activity, and people can learn something during
their trips. The operational definition is the most common approach in which a
tourist’s participation in any one of a range of cultural activities or experiences can
be regarded as cultural tourism.
Figure 2.1 Cultural Tourism: Variation of Components Source: Hughes 2000
Although there are many different definitions of cultural tourism, a common theme is
the emphasis on experiencing cultural activities or attending cultural attractions.
19
Researchers propose varied typologies of cultural attractions. Richards (2001, p. 24)
constructs a four-quadrant framework based on two trajectories — form and function
— to situate cultural resources (see Figure 2.2). Quadrant 1 contains the major
traditional cultural attractions featured in the past. Quadrant 2 includes more
contemporary types of attraction featuring cultural process. Quadrant 3 encompasses
more contemporary entertainment-related attractions, but theme parks arguably
feature on the boundary between quadrant 3 and quadrant 4. Quadrant 4 comprises a
mixture of educational and entertainment elements based on the past.
Figure 2.2 Toward a Typology of Cultural Tourism Attractions Source: Richards 2001
Smith (2003, p. 31) presents a comprehensive typology of cultural tourism as listed
below:
• Heritage sites (e.g. archaeological sites, whole towns, monuments, museums)
• Performing arts venues (e.g. theatres, concert halls, cultural centres)
• Visual arts (e.g. galleries, sculpture parks, photography museums, architecture)
• Festivals and special events (e.g. music festivals, sporting events, carnivals)
• Rural environments (e.g. villages, farms, national parks, ecomuseums)
20
• Indigenous communities and traditions (e.g. tribal people, ethnic groups, minority
cultures)
• Arts and crafts (e.g. textiles, pottery, painting, sculpture)
• Language (e.g. learning or practice)
• Gastronomy (e.g. wine tasting, food sampling, cookery courses)
• Industry and commerce (e.g. factory visits, mines, breweries and distilleries, canal
trips)
• Modern popular culture (e.g. pop music, fashion, shopping, media, design,
technology)
• Special interest activities (e.g. painting, photography, weaving)
Swarbrooke (1999, p. 307) illustrates the main types of cultural tourism resources
(see Figure 2.3).
Figure 2.3 Cultural Tourism Resources Source: Swarbrooke 1999
21
It is apparent that the horizon of these cultural attractions and resources is extensive,
and it is hard to exactly categorise their characteristics and functions. A museum
with modern designed architecture, like SFMOMA (San Francisco Museum of
Modern Arts), for example, may host contemporary collections only and should not
be categorised as a heritage site. Meanwhile, its novel architecture can be regarded as
a monument. Tourism is intrinsically a commercial activity (McKercher & du Cros
2002). Regardless of types of cultural attractions and resources, understanding the
characteristics of destinations for tourists, analysing the relationship between tourism
supply and demand, and targeting the proper tourist group to develop cultural
tourism are critical missions in tourism marketing. Approaching the proper target
market and offering the most appropriate tourism product is the key point for
successful destinations (Buhalis 2000).
2.5 Cultural Tourists
Tourists belong to diverse groups with different interests and characteristics, and
they travel for various reasons. Many tourists include cultural attractions in their
trips, but their motivation and interest may not be mainly in the culture of the
destinations. Some tourists may primarily visit a place to consume its cultural assets
and seek a deep experience, while others may consider cultural activities a small part
in their decision to visit a destination. They may even accidentally experience
cultural components. In order to target the correct tourist group, it is important to
identify who a cultural tourist is. Australia defines the cultural tourist as an inbound
visitor who attends at least one of the defined cultural attractions, such as historic or
heritage buildings, sites or monuments; aboriginal sites or cultural displays; art or
craft workshops; festivals or fairs, performing arts or concerts; museums or art
galleries, during the stay (Foo & Rossetto 1998). Alzua, O’Leary and Morrison
(1998) classify cultural tourists also on the basis of attending or visiting one of a
range of listed cultural attractions and events, and McDougall (1998) defines cultural
tourists in Canada in a similar way. However, tourists participate in a wide range of
22
activities during their travels. These definitions do not take the tourist’s purpose of
visit into consideration.
Silberberg (1995, p. 362) categorises four degrees of consumer motivation for
cultural tourism. The four concentric circles represent different levels of involvement
with destination cultures (see Figure 2.4). The inner, smallest circle implicates
persons who are greatly motivated by culture. These people travel primarily due to
cultural reasons. The second circle indicates persons motivated ‘in part’ by culture,
and they may travel both for cultural opportunities and other purposes. The third
circle represents tourists whose cultural motivation is ‘adjunct’ to another main
motivation. People in this section travel mainly for other reasons, but might like to
include cultural opportunities during their visits. The outer circle represents people
who are ‘accidental cultural tourists’. They do not plan cultural activities before
travelling, but might visit cultural attractions unexpectedly. Outside the circles are
people who do not attend any cultural attractions or activities at all.
Figure 2.4 Degree of Consumer Motivation for Cultural Tourism Source: Silberberg 1995
23
Hughes (2002) proposes similar definitions to differentiate cultural-core tourists and
cultural-peripheral tourists. For cultural-core tourists, some take primary travel for
cultural purposes, and others are multi-primary cultural core, they consider cultural
attractions are as important as other reasons. For cultural-peripheral tourists, some
are incidental cultural tourists who make a visit primarily for other reasons, but go to
museums or theatres as part of their trip, although these visits are not very important
to them. The other accidental cultural-peripheral tourists consider culture is not
important at all but nonetheless make an unpremeditated visit to a cultural attraction.
Stebbins (1996) identifies two types of cultural tourists, using the concept of serious
leisure. The general cultural tourist visits a variety of geographic sites and
experiences some cultural forms there. The specialized cultural tourist focuses the
attention on one or a small number of geographic sites or cultural attractions. The
former obtains a general cultural knowledge, but the latter searches for a deeper
cultural understanding and experience of a destination. Stebbin’s categorization is
congruous with the ATLAS cultural tourism project, which identifies the difference
between special and general cultural tourists based on the importance of culture on
their motivation (Richards 1996). The special cultural tourist travels specifically for
cultural attractions, and makes multiple visits to cultural attractions. The general
cultural tourist regards cultural tourism as less important in their decision-making.
McKercher and du Cros (2002, p. 140) identify five types of cultural tourists – the
purposeful cultural tourist, the sightseeing cultural tourist, the serendipitous cultural
tourist, the casual cultural tourist, and the incidental cultural tourist – based on the
importance of cultural tourism in their decision-making to visit a place and the depth
of experience (see Figure 2.5). The purposeful cultural tourist considers cultural
tourism as a primary motivation to visit a destination and usually has a deep cultural
experience. The sightseeing cultural tourist regards cultural tourism as a primary or
major reason to visit a destination, but the experience is shallower than the
purposeful cultural tourist. The serendipitous cultural tourist travels not for cultural
reasons but has a deep cultural tourism experience after participating in cultural
activities. The casual cultural tourist has weak motivation for cultural tourism and the
experience is shallow. The incidental cultural tourist has no motivation for cultural
24
tourism but incidentally participates in cultural activities and has a shallow
experience.
Figure 2.5 A Cultural Tourist Typology Source: Mckercher & du Cros 2002
Cultural tourists are considered as an attractive tourism market segment (Hughes
2002; McKercher & du Cros 2002), and they have a very common pattern
(Silberberg 1995). Previous research indicates that cultural tourists often have higher
income and possess higher educational qualifications (Craik 1997; Hughes 2000;
Huh, Uysal & McCleary 2006). Female visitors are more active than males (Foo &
Rossetto 1998; Kim, Cheng & O’Leary 2007; Silberberg 1995). Although many
researchers found that cultural tourists tend to be older (Hughes 2000; Kerstetter,
Confer & Bricker 1998; Silberberg 1995), some researchers suggest that the younger
group is an important segment (Alzua, O’Leary & Morrison 1998; Craik 1997; Foo
& Rossetto 1998). However, Richards (2002) also indicates that older females with
higher education and professional background are significantly more likely to see
25
themselves as cultural tourists. Therefore, gender and age are two important factors
to identify cultural tourists.
Smith (2003) believes that the majority of cultural tourists are eager to have
experiences in new and different places, and actively seek authenticity. Indeed, it is
found that experiencing something different and new is important for cultural tourists
(Prentice 2001; Richards 2001), as well as gaining new knowledge (Alzua, O’Leary
& Morrison 1998). Douglas, Douglas and Derrett (2001) suggest that cultural
tourism emphases learning, experiencing and understanding other cultures,
nevertheless, culture is a raw material, which, it is argued, needs to be reproduced for
tourist consumption. This reproduction transforms or commodifies cultural assets
into cultural tourism products that tourists are able to experience to satisfy their
needs (McKercher & du Cros 2002; Ho & McKercher 2004). In order to achieve this
goal, many destination marketing organisations (DMOs) have proposed and launched
cultural tourism strategies to preserve, plan and manage cultural assets for cultural
tourism development. For instance, the Singapore Tourism Board launched a cultural
tourist campaign ‘New Asia - Singapore’ between 1996 and 2003, which advocated a
cultural mix of East/West, urban/exotic, and global/local (Yue 2006). Cultural
attractions, such as Haw Par Villa, restored and repackaged in 2001, has increased its
visitors three fold; Esplanade – Theatres on the Bay was opened on 2002, has
become a landmark for international appeal (Singapore Tourism Board 2001/2002).
In 2004, the ‘Uniquely Singapore’ campaign was launched, which further
accentuated the blend of modern world and rich cultures. The old Parliament House
became Singapore’s newest arts and lifestyle venue – The Arts House (Singapore
Tourism Board 2003/2004). These strategies have successfully promoted cultural
tourism in Singapore.
2.6 Cultural Tourism in Taiwan
Taiwan is a small island in East Asia with only a 36,188 sq km land area. Its
international tourism development began earlier than other countries in the South
East Asian region, with the establishment of the Tourism Committees in 1956. This
26
was replaced by the Tourism Bureau, Ministry of Transportation and
Communications in 1971 (Tsai & Wang 1998). The total visitor arrival first exceeded
2 million in 1989, and reached to 3,378,118 in 2005 (Taiwan Tourism Bureau 2005).
The Taiwanese government has been aware lately of the significance of tourism
expansion in economic development and is endeavouring to promote tourism
internationally (Kim, Chen & Jang 2006). Related tourism strategies were developed
in order to achieve tourism expansion. The Tourism Bureau set the year 2000 as a
tourism plan year, and formulated the 21st Century Taiwan’s Tourism Development
New Strategy, in which native culture was emphasised to strengthen its international
marketing. The new tourism goal is the rebuilding of Taiwan into an island of
tourism (Taiwan Tourism Bureau 2002a). In 2002, the ‘Doubling Tourist Arrivals
Plan’ was announced as one major investment project for ‘Challenge 2008 –
National Development Plan’, which aimed to increase international pleasure-motive
tourists numbers to 2 million and total visitors to 5 million within six years (Taiwan
Tourism Bureau 2002b). In 2004, the ‘Visit Taiwan Year’ campaign was launched to
promote Taiwan internationally. The goal was to upgrade Taiwan’s tourism image,
and increase visitor arrivals to 3.2 million. Recently, ‘Tour Taiwan Years 2008-
2009’ was planned and its vision is to promote Taiwan as one of the important
destinations in Asia (Taiwan Tourism Bureau 2007).
Due to its rich historical background, Taiwan has a diverse mix of cultures consisting
of four ethic groups – Taiwanese aborigines, the Hakka, the Fulos, and the
mainlanders (Wang 2004) – as well as Japanese, Dutch and Spanish. According to
this, the Taiwan Tourism Bureau classifies Taiwan’s culture into Chinese culture,
aboriginal culture, and colonial culture on its official tourism website. Chinese
culture forms the basis of Taiwan’s culture, and tourists can experience various
traditional Chinese cultures that may disappear in China after the decade of the
Cultural Revolution. Visitors can also appreciate the best Chinese relics in the
National Palace Museum, which is one of the most popular attractions for
international tourists. Besides Chinese culture, Taiwan has also developed its unique
styles for Taiwanese opera and Taiwanese glove puppetry. Aborigines are native
people of Taiwan and belong to the Austronesian language group. There are thirteen
different tribes existing today, and their mysterious customs and traditions give a
27
distinguishing dimension to Taiwan’s culture. Remnants of colonial periods provide
another historical and artistic atmosphere. Tourists can find the past in many colonial
buildings such as Fort San Domingo in Danshui, the Presidential Office Building,
and old National Taiwan University Hospital in Taipei.
To date many countries are attempting to distinguish their cultural characteristics in
global tourism markets. The Taiwanese government has noticed the new tourism
trend and implemented varied cultural tourism tactics. Heritage assets are important
tourism resources due to their connection with cultural identity (Douglas, Douglas &
Derrett 2001; Henderson 2001). However, the forces of modernization and
globalisation have exerted an enormous impact on traditional cultures, and many
countries have made efforts to preserve the past. The consciousness of localisation
due to the influence of globalisation has expedited the conservation and revival of
local cultures in Taiwan since the 1980s. The Taiwanese government has executed
many related measures for preserving and promoting traditional cultures.
The Council for Cultural Affairs (CCA) was established in 1981 to give attention to
both fine arts and folk arts, and it has sponsored numerous folk arts festivals,
publications, and other arts projects. In 1982, the Cultural Heritage Preservation
Law was passed, committing the government to folk arts preservation and promotion.
The Folk Art Heritage Awards were then set up in 1985 to honour outstanding folk
art masters. In 1989, the prestigious title of Folk Arts Master was also established for
leading woodcarvers, puppeteers, traditional musicians, and other craftspeople and
performers. It provided a monthly stipend and helped them recruit and subsidize
apprentices and training programs to pass on their skills. Many national and regional
museums and art centres were set up for facilitating the tasks of preservation, and to
further revive and innovate traditional cultures. They include the National Museum
of Prehistory, the National Centre for Traditional Arts, Nantou Bamboo Arts
Museum, the Taichung County Museum of Weaving Arts, and the Ilan County
Museum of Taiwanese Opera. In 1996, the Committee of Aboriginal Affairs (CAA)
was established to take the responsibility of management of aboriginal agenda and
promotion of indigenous cultures. In recent years, the CCA has held many
international cultural and artistic events, such as The Formosa International Arts
28
Festival, the Miaoli International Mask Festival, the Kaohsiung County International
Puppet Festival, and the Hsinchu International Arts Festival – all of which will take
root in the region and become local features. These policies serve a variety of
purposes and simultaneously provide the impetus for cultural tourism development.
2.7 Identification of Target Market
Taiwan attracted 2,331,934 international tourists in 1995, 2,624,037 in 2000 and
2,950,324 in 2004 (Taiwan Tourism Bureau 2005). From these numbers, it is clear
that there was not much progress in international tourist arrivals in Taiwan within the
last decade. In terms of tourist markets, the Taiwan Tourism Bureau categorises eight
international tourist markets: Japan, United States, Hong Kong/Macao, Singapore,
South Korea, Malaysia, Europe, and Australia/New Zealand. Japan, due to
geographical and historical factors, is the biggest tourist market with 31.39% of the
total, and Hong Kong/Macao is the second, with 13.22% of the total. In terms of
Western countries, the United States market held 10.71%, Europe had 5.02%, and
Australia/New Zealand is the lowest with 1.66% (Taiwan Tourism Bureau 2007).
Although Australia/New Zealand is the smallest tourist market at this moment,
Taiwanese government still regards it as an important tourist market. On the English
version of Tourism Bureau’s official website, there was an individual section for this
market (see Figure 2.6 & 2.7). The visa-free entry and landing visa for Taiwan have
been applied for Australian tourists, and co-operation with airlines and tourism
operators for special promotion are implemented.
29
Figure 2.6 A Screenshot of the Language Selections on Taiwan’s Official Tourism Website (2005)
Figure 2.7 A Screenshot of the First Page of Australia/New Zealand Version Website (2005)
30
In terms of tourist trends, international tourists from America, Europe and
Australia/New Zealand have a high rate (more than 70%) visiting heritage sites or
exhibitions, and participating in folk festivals or art related activities. Especially in
2003 and 2004, tourists from Australia and New Zealand had the highest rate, with
75% and 82% participating in cultural related activities. By comparison, Japan
attracted only 50%. In terms of decision-making, ‘food’ and ‘close to residential
location’ are the most important factors in visiting Taiwan for tourists from Japan.
However cultural factors are a major attraction to Taiwan for tourists from Western
countries, particularly ‘Taiwan’s folk culture and custom’, as nearly 80% of tourists
from Australia/New Zealand consider it is a significant factor in their decision-
making (Taiwan Tourism Bureau 2003, 2004a).
The Australian Bureau of Statistics (2006) reported that the major destinations in
Asia for short-term (within 12 months) resident departures are: China (20.3%),
Thailand (17.4%), Singapore (15.5%) and Indonesia (13.1%). Of all the Australian
residents departing for Asian destinations, only 5.7% of them are visiting Taiwan.
The departure numbers grew from 353,000 to 376,000 from 1998 to 2005 (Australian
Bureau of Statistics 1999, 2006), a slight progression. Because the cost of travelling
in Taiwan is much higher than many other Asian countries, it is not suitable to
promote Taiwan as a shopping destination. Also, as tourism promotion in the United
States and Europe has begun to focus on the cultural perspective (Taiwan Tourism
Bureau 2004b), so the tourism strategy for Australia should concentrate on culture as
well.
Cultural activities are popular in Australia. According to the Australian Bureau of
Statistics (2003), 88% of the Australian population aged 18 years and above attended
at least one cultural venue or event in that year. People aged less than 35 years were
most likely to attend these cultural activities, and those aged 35-44 (92.5%), and
aged 45-54 (88.6%) also had high rates of attendance. Although people aged 18-24
had the highest rate (98%) of attendance, it was due to the high rate in the ‘cinemas’
section. Those aged 45-54 were more likely to attend ‘high’ cultural activities. This
result accords with the statement regarding cultural tourists from previous research.
In addition, employed people, people with higher educational qualifications, and
31
people with higher income were more likely to attend cultural venues and events.
This result is also identical with the characteristics of cultural tourists defined earlier.
Hence, this research will focus on Australian tourists with high educational
qualifications, professional backgrounds, and relatively high income, as the target
audience for further discussion.
2.8 Destination Images and Destination Marketing on the Internet
The ultimate goal of destination marketing is to attract tourists by marketing
strategies to influence tourists’ travel choices, and the importance of destination
images is recognised by scholars (Gallarza, Saura & García 2002; Tasci & Gartner
2007). Tourists perceive destinations as brands, which is a synthesis of suppliers and
services, and before visiting, they develop an image of the destination as well as an
expectation based on pre-visiting experience (Buhalis 2000). It has been found that
destination images have an impact on the destination selection process of tourists
(Ahmed 1991; Echtner & Ritchie 2003; Milman & Pizam 1995; Rezende-Parker,
Morrison & Ismail 2003), and destination images have a positive effect on tourist
satisfaction as well as destination loyalty (Chi & Qu 2008). Hence, tourism studies
centred on the area of destination images have caused considerable attention from
different perspectives.
The definitions of destination images are varied, but it is accepted that an image of a
destination is an amalgam of beliefs, ideas and impressions of a place, which a
person has for that destination (Crompton 1979; Kotler, Haider & Rein 1993).
Similarly, Lawson and Baud-Bovy (1976) define destination images as expressions
of knowledge, impressions, prepossessions, imaginations and affective perception a
person has of a place. Mackay and Fesenmaier (1997) state that destination images
are a synthesis of tourist attractions and related attributes that moved into a total
impression of a destination. Buhalis (2000) asserts that destination images are the set
of expectations and perceptions a traveller has of a destination, which have been
developed by past experience, word-of-mouth from friends and relatives, general
information, and marketing campaigns.
32
Gartner (1993) claims that destination images are formed by three components:
cognitive, affective and conative. The cognitive component is the sum of beliefs and
attitudes of a destination received from external stimuli. The affective component is
the motive of destination selection, and the conative component is the action
component developed during the cognitive stage and evaluated during the affective
stage. Gartner believes that the cognitive image is constituted of induced images and
organic images. Organic images result from non-commercial information sources
such as word-of-month and prior visitation, whereas induced images are the function
of the marketing efforts from destination marketers. Woodside and Lysonski (1989)
indicate that information sources influence the formation of tourists’ perception and
cognitive evaluation of destinations. Baloglu & McCleary (1999) suggest that
formation of destination images is mainly obtained by stimulus and personal factors,
and the influences on the formation revealed three major attributes: tourism
motivations, sociodemographics and various information sources. Um and Crompton
(1990) contend that the concept of the process of pleasure travel destination choice
can be described as external inputs, internal inputs and cognitive constructs. External
inputs come from past visitation experience, promotional information by destination
marketers, and comments of other people. Internal inputs derive from personal
factors, and cognitive constructs integrate the internal and external inputs, which
leads to the final choice. Beerli and Martín (2004) propose a model of the formation
of destination images, in which information sources (primary and secondary
sources), and personal factors (motivations, vacation experience, and
sociodemographic characteristics) create a perceived destination image. Although
using different approaches for conceptualising the formation of destination images, it
is acknowledged that there exists a relationship between information sources and
destination images – that they are interconnected. Destination images projected on
information sources influence tourists’ perceptions (Frías, Rodríguez & Castañeda
2008; Govers, Go & Kumar 2007).
Information sources in promoting destinations are regarded as a salient determinant
in tourists’ decision-making process (Fakeye & Crompton 1991). Consequently,
destination marketers strive to establish a positive image on promotional material
33
(Tasci & Gartner 2007). Due to its intangible and experiential nature, tourism is
heavily reliant upon information for both tourists and marketers (Schweda 2004).
Tourism products cannot be tested or controlled before actual visitation, thus the
decision-making and consumption are divided by time and space so that information
available in advance plays an important role in overcoming the distances between
these two (Werthner & Klein 1999). The development of Information
Communication Technologies (ICTs) has changed the way in which people
communicate. It has broken the limitation of traditional media, and having crossed
geographical boundaries, disseminates information much faster and more efficiently.
ICTs have hence revolutionised destination marketing, and destinations that
appreciate and adapt new technologies enhance their competitiveness and facilitate
the achievement of their strategic objectives (Buhalis 2000; Buhalis & Law 2008). It
is recognised that the tourism industry has been transformed globally due to the
development of ICTs (Buhalis & O’Connor 2005). With the prevalence of the
Internet, computer-mediated communication has become the dominant
communication approach nowadays. Today, more and more people search for travel
related information (Choi, Lehto & Oleary 2007; Gursoy & McCleary 2004), plan
their trips (Kao et al. 2005; Lee, Cai & O’Leary 2006; Pan & Fesenmaier 2003), and
purchase travel services (Dearden & Lo 2004) from the Internet. Greenspan (2004)
reported that nearly two-thirds of Internet users consult travel resources online for
their trip planning. The intensive tourism information on the Internet enables tourists
to become more knowledgeable and keen to seek exceptional value for money and
time, which lead to more personalised vacation planning (Buhalis & Law 2008).
Hence, the Internet has become one of the prevailing media for tourism information
search (Ho & Liu 2005; Kaplanidou & Vogt 2006; Luo, Feng & Cai 2004), and this
information search plays an important role on the process of tourist decision-making
(Fodness & Murray 1998; Graeupl & McCabe 2003; Gursoy & Chen 2000; Kim,
Lehto & Morrison 2007).
Govers and Go (2003) assert that destination images driven by the revolution of
ICTs, hold innovative opportunities for destination marketing due to the interactive
capability of the Web, which provides a new dimension for broadcasting. Therefore,
tourism organizations cannot neglect the significance of the Internet for destination
34
marketing (Frías, Rodríguez & Castañeda 2008). Indeed, it is universally accepted
that the Internet has become a sales and marketing distribution channel for the
tourism industry (Jang 2004; Lang 2000; Law, Leung & Wong 2004). The use of the
Internet as a destination marketing tool has been discussed in a wide range of
research (Benckendorff & Black 2000; Bonn, Furr & Susskind 1998; Castelltort et al.
2000; Davidson & Yu 2003; Park & Gretzel 2007; Tierney 2000; Wang 2008).
Castañeda, Frías and Rodríguez (2007) indicate that the greater the tourists’
satisfaction with the information obtained from the Internet, the higher the
satisfaction with the selected destination, and information satisfaction is a
determinant of behaviour intention (Jeong, Oh & Gregoire 2003).
Tourism is one of the most important sectors represented on the Internet (Franch,
Martini & Inverardi 2003; Law & Hsu 2006; Wang & Fesenmaier 2003). The online
travel market was $52.1 billion in 2003, and it was estimated that the U.S. online
travel market reached 62.3 billion in 2005 (Rand 2006). The benefits to the tourism
industry of using the Internet in areas such as global access, cost reduction, ease of
information update, capability of reaching target audiences, interactive and
customised functions, have been broadly investigated and documented (Law & Bai
2006). Particularly, advanced multimedia features provide great opportunities for the
intangible nature of tourism services (Baloglu & Pekcan 2006). The intangible nature
of tourism products requires the use of extensive representation by photographs and
graphics so that a tangible image enables the transformation of experience for travel
planners. Multimedia, which facilitates and enhances information richness and
interaction, has thus become one of the key areas influencing tourism industry
(Buhalis & Law 2008). Tourism websites are moving from a simply broadcasting
approach to a more interactive horizon (Doolin, Burgess & Cooper 2002).
Destination marketing organizations (DMOs) are organizations established to take
charge of marketing strategies that promote their respective destinations. In
responding to the development of the Internet, DMOs are now integrating the new
online technologies into their overall marketing strategies (Choi, Lehto & Morrison
2007). It is inevitable that DMOs must have a website for the successful
development of their destination marketing (Benckendorff & Black 2000; Feng,
35
Morrison & Ismail 2003). DMOs are increasingly interested in adopting the unique
features of the Internet to attract more tourists in the competitive tourism
marketplace (Lee, Cai, & O’Leary 2006). DMO websites offer different levels of
information for potential tourists. When tourists who do not have real visiting
experience and first visit a DMO website, the experience and judgements produced
from the process of browsing the website influence the overall image of the
destination and the decision-making (Han & Mills 2006). So and Morrison (2003)
indicate that tourists who consulted DMO websites before their trips have a
significantly higher proportion of real visitations, and would like to revisit these
destinations. However, it has been found that DMOs did not effectively use the
Internet for destination marketing (Benckendorff & Black 2000; So & Morrison
2004). Most of the DMO websites are simply presented as an online brochure for
information dissemination, and fail to adopt the innovations possible with advanced
technology (Kim & Fesenmaier 2008; Wang 2008).
The applications of ICTs on DMO websites to present travel related information
include text, graphics, photographs, audio, video, animation, virtual tours and other
value-added features, such as e-brochure, e-card, wallpaper and screensaver
download. Due to Taiwan’s geographical location, a website analysis was conducted
to give a review of the adoption of website features on the current DMOs’ English
version websites in the Asia-Pacific area. According to WTO (2006), the Asia-
Pacific was the second most visited tourism region in the world in 2004, accounting
for 19 per cent of the world’s international tourist arrivals and 20 per cent of the
world’s tourism expenditure, which was US$ 128 billion. For many countries of this
region, tourism is one of the most important sectors in their economies. For instance,
tourism in Australia contributed to 3.7% of the gross domestic product (GDP) in
2006 - 2007, as well as 4.7% of the total employment (Australian Bureau of Statistics
2008). In New Zealand, tourism generated a direct contribution to GDP of 5.1% and
5.8% of total employment (Statistics New Zealand 2008). In Singapore, tourism
contributed 3% to Singapore's GDP and generated more than S$12 billion in tourism
receipts (Singapore Government 2007). In Thailand, the contribution of tourism to
GDP is expected to reach 14.7%, and to 11.1% of total employment in 2009 (World
Travel & Tourism Council 2009). Many countries are endeavouring to expand the
36
development of tourism, and some of them are quite successful in their
achievements. For example, Malaysia received 17.54 million tourists in 2006, and
foreign exchange earnings rose by 13% from RM 32 billion in 2005 to RM 36.2
billion in 2006 (Tourism Malaysia 2006). Singapore received its first ten million
visitors in 2007 and tourism receipts reached S$14.1 billion in the same year
(Singapore Tourism Board 2008).
Although 46 countries of destination were included in this area in the WTO report,
2005, 14 countries’ official DMO websites were selected based on the international
tourist arrivals. Table 2.1 provides the complete list of the 14 DMO website
addresses (English version) and their homepage screenshots that were selected for
the analysis. Taiwan attracts more than 3 million international tourists (Taiwan
Tourism Bureau 2008), and destinations with less than 2 million international tourist
arrivals may not be competitive enough. Table 2.2 lists the website features adopted
by these DMO websites.
Table 2.1 Website Addresses of 14 DMOs
Region Country of Destination Website Address North-East Asia China http://www.cnto.org/aboutchina.asp
37
Hong Kong http://www.discoverhongkong.com/eng/index.html
Japan http://www.jnto.go.jp/eng/
Republic of Korea http://english.visitkorea.or.kr/enu/index.kto
38
Macao http://www.macautourism.gov.mo/en/index.php
Taiwan http://eng.taiwan.net.tw/lan/Cht/search/index.asp
South-East Asia Indonesia http://www.my-indonesia.info/index.php?lang=en
39
Malaysia http://www.tourismmalaysia.gov.my/
Philippines http://www.tourism.gov.ph/
Singapore http://www.visitsingapore.com/publish/stbportal/en/home.html
40
Thailand http://www.tourismthailand.org/
Oceania Australia http://www.australia.com/index.aspx
New Zealand http://www.newzealand.com/travel/International/
41
South Asia India http://www.incredibleindia.org/
Table 2.2 Website Features
Features Website Use Video 14
Audio 14
Search engine 13
Multiple pictures/photo gallery 13
Interactive map 11
E-card/ Wallpaper/Screensaver/ Messenger icon 10
E-book/Newsletter/Online Brochures 10
Auto-play slide show 7
Travel planner 6
Animation 5
Virtual tour (panorama) 3
Game 2
Webcam 1
From Table 2.2, it is found that video and audio are adopted on all of the 14 DMO
websites, however, some of them only provide TV advertising video clips. The
majority of DMO websites offer search engine function, multiple pictures/photo
gallery, interactive map, and other value-added features, but the interactive level and
complexity are varied. For example, the interactive map on Indonesia’s website is
much simpler than that on New Zealand’s website. The number of images and the
42
presentation types of photo galleries on different websites are varied as well. Figure
2.8 demonstrates the four-quadrant framework of website design of current DMO
websites.
Figure 2.8 A Framework of DMOs’ Websites (English version)
From Figure 2.8, it is found that Singapore and Hong Kong are destinations that have
best adopted advanced ICTs on their websites, and both of them have successful
achievement in their tourism development. Singapore has been ranked as the most
attractive environment for developing the travel and tourism industry in the Asia
region (World Economic Forum 2009). There is a “Fun Stuff” section on its website,
in which users can select their favourite e-Card and send it to their friends (see
Figure 2.9), watch 360 degree panoramic views of different attractions and video
clips with deeper introduction of local culture (see Figure 2.10), play exciting games
(see Figure 2.11), download maps, images, wallpapers, and screensaver (see Figure
2.12). Another section “Photos, videos, maps” provides an interactive photo gallery
(see Figure 2.13), which allows users to obtain more detailed information with
multiple images, video clips, and a map for each attraction (see Figure 2.14).
43
Figure 2.9 A Screenshot of E-cards Page Figure 2.10 A Screenshot of 360° Panorama Page
Figure 2.11 A Screenshot of Game Page Figure 2.12 A Screenshot of Downloadables Page
Figure 2.13 A Screenshot of Interactive Photo
Gallery Page Figure 2.14 A Screenshot of Multiple Images and
the Map
Hong Kong is the 16th top tourism destination in the world (WTO 2005). There is an
“interactive corner” section on its website, in which users can read or order an e-
newsletter online (see Figure 2.15), watch or share videos (see Figure 2.16), look at
360 degree panoramic views of different attractions (see Figure 2.17) and up-to-the-
minute glimpses of Hong Kong from the webcams (see Figure 2.18), select their
44
favourite e-Card and send it to their friends (see Figure 2.19), and download high-
resolution images and wallpaper. The PDA download allows business travellers to
download travel information into their personal PDA (see Figure 2.20).
Figure 2.15 A Screenshot of E-newsletter Page Figure 2.16 A Screenshot of Videos Page
Figure 2.17 A Screenshot of 360° Panorama Page Figure 2.18 A Screenshot of Webcams Page
Figure 2.19 A Screenshot of E-cards Page Figure 2.20 A Screenshot of PDA Download Page
45
Given the increasing importance of the Internet on destination marketing aimed at
meeting promotion objectives, it is crucial for DMOs to understand how to build an
effective website.
2.9 Evaluations of Tourism Websites
Tourism websites have received serious attention in two main areas: effective
tourism website building has been analysed, and website effectiveness evaluation has
been examined from various perspectives (Han & Mills 2006). However there are no
standardised criteria for evaluation of tourism websites (Corigliano & Baggio 2006;
Law & Bai 2006; Morrison, Taylor & Douglas 2004). Research concerned with
website evaluation and the identification of success factors, has emerged in various
disciplines, such as tourism, marketing, information systems, human-computer
interaction and advertising. Likewise, the measurement of success has been labelled
by different approaches, such as website evaluation, e-satisfaction, website quality,
e-quality and e-loyalty (Park & Gretzel 2007). Although using different approaches,
the primary goal is the implementation of successful online marketing strategies that
will achieve tourism development. A review of the literature on tourism website
evaluations has been done to examine the existing measurements. Table 2.3 shows
the identified evaluation criteria on tourism related research.
Table 2.3 Evaluation Criteria on Tourism Research Authors Key Factors Identified Sample
Baloglu & Pekcan (2006)
Interactivity; Navigation; Functionality; Marketing. Hotel websites
Benckendorff & Black (2000)
Site planning; Design; Content; Management. DMOs’ websites
Blum & Fallon (2001)
Product; Price; Promotion; Place; Customer relations; Technical aspects.
Visitors attraction website
Chan & Law (2006)
Colour; Use of text; Multimedia; Tables and Page Length. Hotel websites
Chen (2006) Functionality; Usability; Efficiency; Reliability; Likeability.
Travel websites
46
Chu (2001)
Informative; Interactive; Attractive. Airline/travel website
Chung & Law (2003)
Facilities information; Customer contact information; Reservations information; Surrounding area information; Website management.
Hotel websites
Douglas & Mills (2004) User friendliness; Site attractiveness; Marketing effectiveness.
NTOs’ websites
Fam, Foscht, &Collins (2004)
Calculation; Predictability; Intentionality; Capability; Transference; Tangibilization; Interactivity
Hotel/Motel websites
Feng, Morrison & Ismail (2003)
Marketing strategies; Marketing information; Web page design; Technical quality.
DMOs’ websites
Gretzel & Fesenmaier (2005)
Relevance; Transparency; Effort; Perceived personalization; Perceived enjoyment; Perceived fit.
Destination recommendation system
Ham (2004) Impression; Content usefulness; Accuracy; Navigation; Accessibility; Online reservations; Timeliness of information.
Lodging websites
Han & Mills (2005) Consumers' online brand preference (differentiation, quality, and value); Online market data (price, distribution, Web presence, promotions, direct mail, and ad identification).
Australia.com website
Han & Mills (2006) Aesthetic; Informative; Interactive.
NTO websites
Hashim, Murphy & Law (2007)
Information and process; Value added; Relationships; Trust; Design and usability.
Hotel websites
Hellemans & Govers (2005)
Picture motifs; Picture contexts; Words and picture themes. DMO websites
Ho & Lee (2007) Information quality; Security; Website functionality; Customer relationship; Responsiveness.
Travel websites
Ismail et al. (2002) Technical; Site visitor relationship; Marketing effectiveness; Cultural.
NTOs’ websites
Jeong & Lambert (2001) Perceived usefulness; Perceived ease of use; Perceived accessibility; Attitude.
Hotel websites
Jeong, Oh & Gregoire (2003)
Information accuracy; Information clarity; Information completeness; Perceived ease of use; Navigational quality; Colour combination; Information satisfaction; Behavioural intentions.
Hotel websites
Jung & Butler (2000) Regular updating; Repeat visits; Appearance; Useful information; Interactivity, Web design; Promotion (off-line); Forming partners; Value-added info; Institutional support; Building a loyalty; Clear navigation paths.
NTOs, hotels, airlines and travel agencies websites
Kao et al., (2005) Information quality; System quality; Intention to reuse website; Intention to recommend website; Intention to actually visit Singapore; Web satisfaction.
DMOs’ websites
47
Kaplanidou & Vogt, (2004)
Navigation; Content; Accessibility. DMOs’ websites
Kaplanidou & Vogt (2006)
Accessibility; Ease of navigation; Content (trip information functionality); Content (motivating visuals).
DMOs’ websites
Kaynama & Black (2000)
Reliability; Tangibles; Responsiveness; Assurance; Empathy.
Travel agencies websites
Kim & Lee (2004) Information content; Reputation and security; Usefulness; Responsiveness and personalisation; Structure and ease of use.
Travel agencies/Travel Suppliers
Kline, Morrison, & St. John (2004)
User friendliness; Site attractiveness; Marketing effectiveness; Technical qualities.
B & B websites
Kim & Fesenmaier (2007)
Informativeness; Usability; Credibility; Inspiration; Involvement; Reciprocity.
DMOs’ websites
Kim & Fesenmaier (2008)
Informativeness; Usability; Credibility; Inspiration; Involvement; Reciprocity.
DMOs’ websites
Law, Ho & Cheung (2004)
Facilities information; Customer contact information; Reservations information; Surrounding area information; Website management.
Hotel websites
Law & Hsu (2006) Reservations information; Facilities information; Contact information; Surrounding area information; Website management.
Hotel websites
Law & Leung (2002) Information quality; System use; System quality; Service quality; Customer loyalty.
Travel websites
Law & Wong (2003) Secure payment methods; Different price ranges for products/services; User-friendly system; Rapid information search; On-line booking and confirmation; Comprehensive destination information; Availability of help functions; Provision of related Web links; Late availability information; Availability of virtual tours/video files of destination; Presentation style; Specifically designed for user group.
Travel websites
Liang & Law (2003) Customer contact information; Facilitation information; Reservations information; Surrounding area information; Management of website.
Hotel websites
Mich, Franch, & Martini (2005)
Identity; Content; Services; Location; Maintenance; Usability Tourist destination websites
Mills & Morrison (2003) Travel website interface; Perceived quality of travel website services; Perceived value of travel website.
Travel websites
Morrison et al. (1999) Technical; Marketing; Internal; Customer.
Hotel websites
Morosan & Jeong (2006)
Prior experience; Perceived usefulness; Perceived ease of use; Perceived playfulness.
Hotel websites
48
Nysveen, Methlie, & Pedersen (2003)
Search engine; Service integration; Personalization; Trust; Reversed pricing; Auctions; Collective volume discount; Service aggregation; Customer community.
Tourism business websites
Park (2002) Online selling system; Web-based marketing mix; Customer supports.
Travel agencies websites
Park & Gretzel (2007) Information quality; Ease of use; Security/Privacy; Visual appearance; Personalization; Responsiveness; Interactivity; Trust; Fulfilment.
DMOs’ websites
Perdue (2001) Speed and quality of site accessibility; Ease of navigation; Visual attractiveness of the site; Quality of the site; Quality of information content.
Ski resorts websites
Qi, Buhalis & Law (2007)
Language; Website Layout; Information architecture; User interface and navigation; general.
DMOs’ websites
Schaffer & Mills (2004) Product quality; Processing capacity; Credit card protection; Data handling/privacy policy; Web site design; Navigation; Customer service.
Travel agencies websites
Scharl, Wöber, & Bauer (2003)
Product; Speed; Intelligence; Layout; Services; Languages; Navigation; Interactivity.
Hotel websites
Schegg, et al. (2002) Service Process; Customer relationship; Value creation; Trust; Cybermarketing.
Hotel websites
Sigala (2004) Playfulness; Aesthetics; Consumer return on investment; Service excellence.
Tourism related website
Sigala (2005) Convergence; Connectivity; Interactivity.
Museum websites
So & Morrison (2004) Technical; Marketing; Customer; Destination information.
NTOs’ websites
Wan (2002) User interface; Variety of information; Online reservation. Hotels, tour wholesalers websites
Wang & Fesenmaier (2006)
Web site features; Web site promotion techniques; CRM programs.
DMOs’ websites
Wang (2008) Website function design; Website promotion; Website performance measurement; Web marketing impact assessment; Organisation technology environment.
DMOs’ websites
Wöber, et al. (2002) Interactivity features; Navigational mechanisms; Layout and multimedia characteristics; Content related features.
Hotel websites
Yeung & Law (2004) Language Usability; Layout and Graphics; Information Architecture Usability; User Interface and Navigation Usability; General Usability.
Hotel websites
49
Zafiropoulos & Vrana (2006)
Facilities information; Guest contact information; Reservations/price information; Surrounding area information; Management of the website; Company profile.
Hotel websites
Zins et al. (2004) Design/layout; Functionality; Ease of Use; Learnability; Outcome/Future Use; Errors/system reliability.
Destination recommendation system
This array of publications reveals different success factors on tourism-related
websites. In terms of evaluation approach, Morrison et al. (1999, p. 105) applied a
modified Balanced Scorecard (BSC) in evaluating a group of small Scottish hotel
websites from four perspectives: technical, marketing, internal and customer, which
were operationalized through a set of critical success factors (see Table 2.4). Ismail
et al. (2002) adopted the modified BSC approach in evaluating the marketing of
culture on European national tourism organization’s (NTO) websites. They
substituted a cultural aspect for the internal perspective, due to the purpose of the
study. They also renamed the customer perspective as the site visitor relationship,
and here developed four new evaluation criteria of critical success factors: ease of
navigation, ease of contact, attractiveness of the site, and general availability of
travel and tourism links. Similarly, Feng, Morrison and Ismail (2003) evaluated and
compared DMO websites in China and the United States, using the modified BSC
approach. The four perspectives were altered to technical quality, marketing strategy,
web page design, and marketing information provided, to evaluate the effectiveness
of DMO websites as a destination marketing tools. So and Morrison (2004) applied
the modified BSC approach, and changed internal aspects to destination information
perspective to evaluate 14 NTO websites in East Asia. Kline, Morrison and St. John
(2004) developed the modified BSC approach into four perspectives: user
friendliness, site attractiveness, marketing effectiveness and technical aspects, to
evaluate 20 Bed and Breakfast websites in Indiana. Douglas and Mills (2004)
compared the NTO websites of the top ten Caribbean destinations using the modified
BSC approach. The result was then used to develop and test a model of Caribbean
NTO website visitor retention. This model identified user friendliness, site
attractiveness, and marketing effectiveness as being the factors important for the
creation of website retention or ‘stickiness’.
50
Table 2.4 Critical Success Factors for Effective WWW Sites
Perspectives Critical Success factors
Technical Currency of links
Effective use of HTML
Reciprocal hyperlinking
Registration with search engines
Short download time
Traffic monitor and analysis
Marketing Positioning approach
Market segmentation and target marketing
Marketing research and database marketing
Relationship marketing
Partnerships
Tangibilising of hotel services
Marketing evaluation
Internal Ease of site maintenance
Schedule for site maintenance and updating
Skills to maintain site
Customer Attractiveness
Availability and reservations
Content and organization
Currency of information
Interactivity
Needs of special customer groups
Response verification and speed
Security of purchases
User friendliness
Source: Morrison et al. 1999
Except for the modified BSC approach, content analysis is also well recognised by
researchers. Han and Mills (2006) reviewed the existing research on evaluation of
tourism websites and found that the most common approach is content analysis.
Benckendorff and Black (2000) proposed an Internet Marketing Star framework,
using four points including site planning, design, content and management
characteristics, to evaluate 16 Regional Tourism Authorities’ websites in Australia.
Blum and Fallon (2001) used a content analysis of 53 Welsh visitor attraction
websites to evaluate the performance of these websites. The features were
investigated in six dimensions: product, price, promotion, place, customer relations,
51
and technical aspects. Park (2002) developed a framework of components of web-
based tourism marketing, and conducted a content analysis of the top 60 travel
agencies websites in Korea. Wan (2002) analysed the website content of 60
international tourist hotels and 78 tour wholesalers in Taiwan using three criteria:
user interface, variety of information and online reservation. Law and Leung (2002)
used a content-based analysis and proposed five major dimensions – information
quality, system use, system quality, service, and customer loyalty – to evaluate 30
North America-based travel websites and 30 Asia-based travel websites. Govers and
Go (2004) used the content analysis of the textural elements to examine the online
promotion of Dubai. Ham (2004) developed a content analysis evaluation approach
to explore the websites of limited-service lodging properties. The criteria comprised
impression, content usefulness, accuracy, navigation, accessibility, online
reservations and timeliness of information. Hellemans and Govers (2005) adopted
content analysis to compare the image projected on the websites of 10 European
Travel Commission (ETC) member countries with the pictorial and textual
information offered by the websites of ETC. Baloglu and Pekcan (2006) utilised
content analysis to evaluate a select group of hotels in Turkey by their website design
characteristics (interactivity, navigation and functionality) and site marketing
practices on the Internet.
Information quality analysis is also a well-recognised evaluation approach. Jeong and
Lambert (2001) developed a framework to evaluate the information quality of
simulated lodging websites by combining the concepts of information quality and
consumer decision behaviour. Four attributes were emphasised in their study:
perceived usefulness, perceived ease of use, perceived accessibility and attitude.
Chung and Law (2003) measured the performance of hotel websites in Hong Kong in
the context of information richness, which included facilities information, customer
contact information, reservations information, surrounding area information and
website management. Liang and Law (2003) proposed the same measurement as
Chung and Law (2003) to evaluate the content of hotel websites in China. Law, Ho
and Cheung (2004) as well as Law and Hsu (2006) adopted identical criteria on
evaluating hotel websites. Zafiropoulos and Vrana (2006) also used the same
evaluation, but added company profile as another criteria in their study of evaluating
52
Greek hotel websites. Kao et al. (2005) employed both information quality and
system quality to examine the website satisfaction on Singapore Tourism Board’s
traditional Chinese website.
Website quality analysis is another commonly used evaluation approach. Perdue
(2001) developed a conceptual model, comprising speed and quality of site
accessibility, ease of navigation, visual attractiveness of the site, and quality of
information content, to evaluate the top 50 North American downhill ski resorts.
Jeong, Oh and Gregoire (2003) conceptualised the relationship between website
quality, information satisfaction, and behavioural intentions to evaluate 16 hotel
websites. They found that information satisfaction is a complete mediator of
information quality and behavioural intentions in the luxury and economy hotels, and
a partial mediator in the mid-scale hotels. Kaplanidou and Vogt (2004) proposed
three basic elements of website quality: navigation, content and accessibility, to
investigate the importance and performance of DMO websites in Michigan. Kim and
Lee (2004) identified six dimensions of web service quality, including ease of use,
usefulness, information content, security, responsiveness, and personalisation, to
compare online travel agencies and travel suppliers in evaluating user satisfaction.
Other evaluations such as trust examination (Chen 2006; Fam, Foscht & Collins
2004; Schaffer & Mills 2004), persuasiveness investigation (Gretzel & Fesenmaier
2005, Kim & Fesenmaier 2008), problematic integration theory (Han & Mills 2005),
modular approach (Mich, Franch & Martini 2005), usability testing (Qi, Buhalis &
Law 2007; Yeung & Law 2004; Zins et al. 2004), and technology acceptance model
(Kaplanidou &Vogt 2006; Morosan & Jeong 2006; Scharl, Wöber, & Bauer 2003;
Wöber et al. 2002) were also developed.
Web marketing plays an important role in tourism marketing development (Lo &
Law 2007). Wang and Fesenmaier (2006) suggest that a successful Web-based
marketing strategy should implement and co-ordinate three interrelated aspects:
efficient use of website features/capabilities for information provision, effective
website promotion techniques, and effective online customer relationship
management programs. Web-based approach and technologies enhance the capability
of tourism suppliers to reduce services costs and attract customers (Coriglinao &
53
Baggio 2006). Wang (2008) proposes five critical factors in successful development
and management of DMO websites: website function design, website promotion,
website performance measurement, web marketing impact assessment, and
organization technology environment. The main purpose of a DMO website is to
attract more tourists in order to increase visitation to the destination (Shanshan,
Bulais & Law 2007). Gretzel, Yuan, and Fesenmaier (2000) assert that the website
success factors for marketing include attracting users, engaging their interest and
participation, retaining them and ensuring their return, learning about their
preferences, and relating back to users to provide customized interactions. In other
words, a prominent factor in the success of destination web marketing is how to
efficiently utilise the features and capabilities of the Internet on web page design, to
attract users and engage them through user involvement
2.10 Tourism Website Design
The importance of web design has been recognised by tourism researchers. Hanna
and Millar (1997) analyse the development of the tourism website by focusing on
three categories: page design, managerial issues and information content. Jung and
Butler (2000) identify twelve success factors of tourism websites: regular updating,
repeat visits, appearance, useful information, interactivity, web design, promotion
(off-line), forming partners, value-added info, institutional support, building loyalty,
and clear navigation paths. Kaynama and Black (2000) assert that accessibility,
navigation, design and presentation contribute to the tangible dimension of tourism
e-service quality. Kim and Fesenmaier (2007) indicate that the design of a tourism
website is a powerful tool for tourist decision-making. Lo and Law (2007) claim that
website design plays an important role in the success of an NTO’s web marketing
strategy.
Website design undoubtedly is one of the determinants of a website’s success (Kim,
Shaw & Schneider 2003; Muylle, Moenaert & Despontin 2004; O’Connor 2004;
Palmer 2002), particularly for tourism websites, as it is more important due to
tourism’s experiential nature, which can not be reached prior to purchase (Sigala
54
2004). The design and the presentation of a website are vital, as they help to meet
tourists’ expectations (Kaynama & Black 2000). Website design contributes to the
attraction, sustenance, and retention of a user’s interest in the site (Ranganathan &
Ganapathy 2002). Szymanski and Hise (2000) assert that website design influences
the user’s satisfaction with the site. Liang and Lai (2002) indicate that design quality
influences users’ purchase decision. However, it has been found that research
involving tourism website evaluation tends to focus more often on expert
assessments or predetermined benchmarks and on the tangible aspects of a website,
rather than on the users’ perspective (Park & Gretzel 2007). Jeong and Lambert
(2001) indicate that a favourable attitude toward the website has a positive effect on
the use of the information. As has been mentioned in the previous section,
information contributes to the formation of destination image, which influences the
decision-making process of tourists. Therefore, it is important to develop criteria
from the users’ perspectives.
Chu (2001) conducted a focus group interview to identify what users want on
airline/travel websites, and found that users believed the content of travel websites
should be informative, interactive and attractive. Perdue (2001) indicates that visual
attractiveness and information content strongly relate to website quality, which
influences users’ perceptions of the website and consequently has an impact on the
destination image. Kaplanidou and Vogt (2006) indicate that motivating visuals and
trip information functionality contribute to website usefulness, which is a significant
predictor of intention of real visitation. They believe that clear and comprehensive
presentations of the destination’s features, by motivating and realistic visuals, are
prominent requirements for users. Han and Mills (2006) use the ground theory
technique developed by Strauss and Corbin (1998), to produce a benchmark model,
which listed proposed factors to evaluate tourism websites and resulted in three
categories: aesthetic features, informative features and interactive features. Aesthetic
features stimulate the attention of online users and form an incipient impression of
the destination; informative features offer relevant information that online users may
need and intensify their interest in the destination; and interactive features facilitate
engagement in the website. Similarly, Park and Gretzel (2007) use a quantitative
analysis to categorise the established criteria, which is comprised of evaluations from
55
experts and customers. They conclude that there are nine success factors for
destination marketing websites: information quality, ease of use, security/privacy,
visual appearance, personalization, responsiveness, interactivity, trust, and
fulfilment.
Although different success factors were suggested from users’ point of view, before
building a website, the priority is to clarify the construction of website design.
Werthner and Klein (1999, p. 288) propose design parameters for tourism websites,
focused on four aspects: content, graphical design, features and technical design (see
Table 2.5). Robbins and Stylianou (2003) assert that website design includes both
content and design features. Content embraces the information provided on the
website. Design features include presentation, navigation, security, speed and
tracking. Presentation is the way information is presented for visual appeal.
Navigation is the ease of information access, both internal and external. Security
relates to the transaction online. Speed is the time users need to reach the
information, and tracking is the use of cookies to track users’ behaviours. Huizingh
(2000) also distinguishes content from design, in which content refers to the
information or services offered in the website, and design refers to the way which
content is made available for users. Spiliopoulou (2000) states that users’ perceptions
of a website are affected by website content, web page design and overall site design.
Website content refers to the goods, services or data provided on the site. Web page
design and the overall site design refer to the way in which the content is conveyed
to be accessible and comprehensible for the user. Hence, it can be concluded that
website design comprises information content which refers to products or services
offered from the supplier, and information presentation which refers to the
transmission of information content with accessible navigation for users by design
features, including text, images and multimedia technologies.
Table 2.5 Design Parameters of Web Sites
Design parameter Examples
Content Background information
Product and price comparison
Edutainment
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Advertisement
Entertainment (joy of use)
Archive
Graphical design Innovative, graphical presentation
Media adequacy
Links, hypermedia structure
Interface (navigation, orientation, ease of use)
Consistency
Transaction and security ergonomy
Animation
Features Interactivity, feed-back
Virtual communities
Transaction support
Customisable filter
Collaborative filtering
Product and service configuration
Customisation
Technical design Optimise loading time
Security features
Plug-in etc.
Plug-in requirements
Source: Werthner & Klein 1999
The demand of specialised and in-depth presentation of information to facilitate
decision-making has been found in tourism websites (Bonn, Furr & Susskind 1998;
Wang 2008), and the importance of information/product presentation has been
emphasized in a wide range of research (Constantinides 2004; Jeong & Choi 2004;
Jiang & Benbasat 2007; Kim & Lennon 2008; Qi, Buhalis & Law 2007). Researchers
have found presentation format influences users’ response and behaviour intention
toward the website. Kaplanidou and Vogt (2004) suggest that the improvement of
information presentation can upgrade the website and increase user satisfaction.
Park, Lennon & Stoel (2005) demonstrate product presentation evokes positive mood
and reduces perceived risk, which may further lead to a greater purchase intention.
Kim, Kim and Lennon (2009) also support the findings that product presentation has
a significant impact on consumers’ emotional responses. People with higher pleasure
have more positive attitudes toward the website and greater purchase intention.
57
Hartmann, Angeli and Sutcliffe (2008) indicate that different presentation formats
with consistent information have an impact on further appreciation of a website.
Jeong et al. (2009) examined the effect of product presentation on Pine II and
Gilmore’s (1998) four consumption experience concept, and found that different
levels of product presentation positively affected the entertainment experiences,
educational experiences, escapist experiences, and aesthetic experiences. It has also
been found to have a positive impact on user satisfaction (Chang & Chen 2008;
Koivumäki 2001).
Several researchers suggest that multimedia technologies, which enhance the product
presentation, should be used to arouse a positive emotion on website design (Chang
& Chen 2008; Jeong et al. 2009). The advanced technology enhances website
performance which sustains the site and increases its success in a competitive web
environment (Kim & Forsythe 2008; Park, Lennon & Stoel 2005). The employment
of 3D product presentation has also been found to positively influence brand attitude
and purchase intention (Fiore, Jin & Kim 2005; Li, Daugherty & Biocca 2003). In
the context of the tourism website, users tend to like to have rich and colourful
information about a destination (Qi, Buhalis & Law 2007), and multimedia
technologies are able to increase information richness and interaction (Buhalis &
Law 2008). Information presentation utilising advanced technologies such as
panoramic views, animation, and interactive photos provide a virtual environment,
which allows users to experience the destination on the Internet (Wan et al. 2007).
Cho, Wang and Fesenmaier (2003) indicate this virtual experience may empower
tourists to become more confident about their trips as well as increase satisfaction
with actual travel experience. As the development of ICTs has advanced, it is
imperative to understand the consequence of ICT application to tourism websites
from the users’ perspective. This research attempts to investigate the effectiveness of
the use of advanced ICTs on tourism websites from the evaluation of real users in
order to promote cultural identity. It contributes to the area of tourism marketing
where the effectiveness of tourism website design is the main concern, and the user’s
viewpoint will be emphasised in the next section.
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CHAPTER 3
USER ATTITUDE AND
TELEPRESENCE
3.1 Introduction
In chapter 2, it was found that the design of tourism websites should be developed
from the users’ perspective. This chapter explores three major constructs that have
been widely used and are well recognised in academic research on users’
perspectives; user satisfaction, website quality, and user attitude toward a website. It
is proposed that user attitude toward a website would be the appropriate construct to
test user response to tourism websites, in terms of three underlying dimensions:
attractiveness value, informative value, and enjoyment value.
Tourism is an experiential product and user attitude toward a website is induced from
user experience of the interaction with a website. Therefore, users’ online
experiences, namely virtual experiences, are explained in terms of direct experience,
which has been acknowledged as the most effective approach for user behaviours.
The concept of telepresence, a theory believed by researchers to be able to enhance
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the relationship of virtual experiences to direct experience, is then explored. The
major determinants of telepresence are explained to give a further understanding of
the effects of interactivity and vividness. It is found that the overlap between
interactivity and vividness is apparent, and they are correlated to website features.
Multimedia technology enhances the level of user control, a key feature of
interactivity, and vividness of presentations. Virtual reality systems, an important
type of multimedia presentation, are introduced in terms of web-based virtual tours
for the purpose of this study. Finally, the research model is proposed for the
experiment to investigate the effects of website features on user attitude toward a
tourism website.
3.2 The Measure Construct from Users’ Perspectives
User Satisfaction
User satisfaction is one of the most frequently used measures of website success
(Hong & Kim 2004). The importance of user satisfaction has long been emphasised
by marketing researchers (Law & Bai 2008; Oliver 1999). Understanding user
satisfaction may facilitate the improvement of web marketing efforts, better offers of
web service quality, and the retention of loyal customers (Mills & Morrison 2003).
Researchers have demonstrated that user satisfaction is positively related to purchase
intentions (Bai, Law & Wen 2008; Law & Bai 2008). The contribution of user
satisfaction to the intention of revisiting a website and trust has also been revealed
(Lin, Wu & Tsai 2005; Flavián, Guinalíu & Gurrea 2006). Due to the above benefits,
user satisfaction has been recognised to correlate with website effectiveness (Negash,
Ryan & Igbaria 2003). Several researchers have found that positive user satisfaction
induces user loyalty toward the website (Anderson & Srinivasan 2003; Chang &
Chen 2008; Flavián, Guinalíu & Gurrea 2006; Hong & Kim 2004; Oliver 1999;
Shankar, Smith & Rangaswamy 2003). It is critical to attract users and maintain their
loyalty in the competitive web environment (Lin, Wu & Tsai 2005).
User satisfaction is one of the most important achievements for web designers
(Zhang & von Dran 2000). ISO (1998) defines satisfaction as a comfortable and
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positive attitude towards the use of the product. Anderson and Srinivasan (2003)
define satisfaction as contentment with prior purchasing experience of a given
electronic commerce firm. They believe that a dissatisfied customer is more likely to
search for information on alternative sites. Shankar, Smith and Rangaswamy (2003,
p. 154) define satisfaction as ‘the perception of pleasurable fulfilment of a service’.
Teo, Oh and Liu (2003) assert that satisfaction is the antecedent which contributes to
the formation of a user’s perceived value of a website. In summery, user satisfaction
is produced as the result of a global evaluation of the overall performance of a
website.
Researchers have proposed that different underlying dimensions contribute to user
satisfaction. Szymanski and Hise (2000) find that convenience, site design, and
financial security determine a consumer evaluation of satisfaction. Shankar, Smith
and Rangaswamy (2003) suggest depth of information increases overall satisfaction.
Hong and Kim (2004) indicate that robustness, utility and aesthetic appeal influence
user satisfaction. Internal reliability and external security contribute to the robustness
of a website; content usefulness and navigation usability impact the utility of a
website; and system interface attractiveness and communication interface
attractiveness affect aesthetic appeal. Lin, Wu and Tsai (2005) demonstrate that
perceived playfulness and perceived usefulness are positively associated with user
satisfaction. Zviran, Glezer and Avni (2006) elucidate both usability and user-based
design as both contributing to user satisfaction. Bai, Law and Wen (2008) indicate
that functionality and usability positively relate to user satisfaction. Chang and Chen
(2008) investigate the impact of customer interface quality, and reveal that
customisation, interactivity, and character have impacts on user satisfaction, in which
character refers to the aesthetics and functional look-and-feel of a website.
Website Quality
Jeong, Oh and Gregoire (2003) indicate that user satisfaction with the information
obtained from a website is an important consequence of website quality. Indeed, user
satisfaction and website quality are correlated (Bai, Law & Wen 2008; Law & Bai
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2008). Negash, Ryan and Igbaria (2003) state that user satisfaction is the reflection of
website quality effectiveness, and the importance of website quality has been
confirmed. The study by Ahn, Ryu and Han (2007) indicates that web quality
influences user beliefs and behavioural intention. Éthier et al. (2006) demonstrate
that website quality positively influences the cognitive appraisal of situational state
and the emotions of liking, joy and pride, which lead to a positive online shopping
experience. Huang (2005) indicates that improvement of website quality enhances
traffic performance. Researchers have developed varied measurement approaches to
examine website quality from different disciplines. Some have attempted to examine
the concept of website quality in terms of usability, mainly focusing on ease of use
(Moon & Kim 2001). Nielsen (2003) defines usability as a quality attribute that
assesses the level of ease of use on the user interface. Researchers who focus on
usability, claim that it is a critical factor of website success (Nielsen 2000, 2003;
Palmer 2002; Qi, Buhalis & Law 2007). However, it is argued that usability
approaches are too limited (Blythe & Wright 2003; Hassenzahl 2003; Kuan, Bock &
Vathanophas 2008) and there should be something more than ease of use (Overbeeke
et al. 2003). Website quality is a complex concept, concerning more than usability,
and its measurement should be multi-dimensional (Aladwani & Palvia 2002; Kim &
Stoel 2004).
As mentioned in the previous section, website quality evaluation has been widely
used on tourism research. However, these evaluations seem rather inconsistent,
depending on different research purposes. In the context of e-commerce, several
researchers have utilised the information systems (IS) success model developed by
DeLone and McLean (1992) to evaluate website success. The IS success model has
become the best-known theoretical model (Leonard & Riemenschneider 2008). It
proposes six major dimensions – system quality, information quality, use, user
satisfaction, individual impact and organisational impact – as the success construct.
DeLone and McLean (2003) further added service quality in their original model as
an antecedent to use and user satisfaction. Their model has been evident in
evaluating e-commerce success as well as websites success.
Mckinney, Yoon and Zahedi (2002) separate website quality into information quality
and system quality to measure user satisfaction within the expectation-
62
disconfirmation paradigm. Negash, Ryan and Igbaria (2003) suggest that website
effectiveness is influenced by information quality and system quality. Information
quality is comprised of two aspects: informativeness and entertainment.
Informativeness refers to the ability to inform users about the product information,
which can be received accurately, completely, and in a timely way. Entertainment
refers to the ability to make receiving the interface enjoyable, entertaining, pleasing,
fun and exciting. System quality includes interactivity and access. Interactivity refers
to the ability with which users can manipulate the form and content of the website.
Access refers to the availability of the website, in terms of ease of information
retrieval and ease of support contact. However, their survey results indicate that both
information quality and system quality contribute to user satisfaction, while service
quality has no impact on web-based customer support systems. Cao, Zhang and
Seydel (2005) also utilise the IS success model and modify it as system quality,
information quality, service quality, and attractiveness, the four factors of website
quality. The result indicates that information quality, system quality, and service
quality influence users’ perception, but attractiveness is less important in the
business-to-business context. Lee and Kozar (2006) propose a hierarchy model,
consisting of information quality, service quality, system quality and vendor-specific
quality, to provide insights into website quality improvement. Information quality is
defined as the quality of information produced and delivered by the system. Service
quality refers to the overall support provided by the Internet retailers. System quality
is defined as system performance in delivering information. Vendor-specific quality
refers to the awareness of retailers, their reputation and price competitiveness. Their
findings indicate that system quality is the most important factor, and users preferred
to have a vivid and interactive web experience. Kuan, Bock and Vathanophas (2008)
suggest that website quality consists of three dimensions: perceived system quality,
perceived information quality and perceived service quality. Perceived system
quality is defined as the degree to which the user considers the website has ease of
navigation and the consistency of interaction with the interface. Perceived
information quality is defined as the degree to which the user considers that the
information offered on the website possesses the attributes of content, accuracy,
format and timeliness. Perceived service quality is defined as the degree to which the
user considers that the website is interactive, responsive, secure, and effective in its
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search and comparison functions. The results of their study demonstrate a positive
relationship between website quality and intentions of initial and continued purchase.
Attitude toward a website
Attitude toward a website is another construct similar to website quality (Kim &
Stoel 2004), because website quality is positively correlated with attitude toward a
website (Donthu 2001). In fact, user satisfaction also can be defined as the attitude
toward the website produced by a user who has visited it (Chang & Chen 2008;
Muylle, Moenaert & Despontin 2004). It can be a substitute for attitude, as both of
them possess fundamental similarity (Melone 1990). Huang (2008) indicates that
both significantly perform as a predictor of behaviour intention. Flavián, Guinalíu
and Gurrea (2006) state that user satisfaction demonstrates the user’s favourable
attitude toward the website. Hence, attitude toward a website, user satisfaction and
website quality are intrinsically alike.
Attitude toward a website is a well-recognised indicator of website effectiveness
(Bruner II & Kumar 2000; Chen & Wells 1999; Elliott & Speck 2005). Traditionally,
advertising and marketing researchers have emphasised the importance of attitude
toward an advertisement and utilised it as a construct to measure its effectiveness
(Chiagouris, Long & Plank 2008). Lutz (1985, p. 46) defines attitude toward the
advertisement as a ‘predisposition to respond in a favourable or unfavourable manner
to a particular advertising stimulus during a particular exposure situation’.
Researchers who focus on this construct have found that attitude toward the ad
influences brand attitude and purchase intention (Brown & Stayman 1992; Gresham
& Shimp 1985; Homer 1990; MacKenzie, Lutz & Belch 1986; Mitchell & Olson
1981).
In terms of web context, Chen and Wells (1999, p. 28) defined attitude toward the
website as a “predisposition to respond favourably or unfavourably to web content in
natural exposure situations.” It has been found that web design of information
presentation influences users’ attitudes toward the website (Chiagouris, Long &
Plank 2008). Researchers have proven the positive association between attitude
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toward the website and attitude toward the advertisement. They assert that the more a
website is liked, the greater the impact on attention to the advertisement, brand
attitude, and purchase intention (Bruner II & Kumar 2000; Poh & Adam 2002;
Stevenson, Bruner II & Kumar 2000). Lee, Hong and Lee (2004) indicate that
positive attitude toward a website increases the likelihood of brand choice. Seock and
Norton (2007) claim that attitude toward a website has a direct and positive effect on
users’ behaviour, including intention of using the website for information search, as
well as buying items from the site. A recent study conducted by Hausman and Siekpe
(2009) further indicate that as well as purchase intentions, intentions to return to the
website are also positively related to attitude toward the website.
Researchers have suggested that antecedents influence user attitude toward a site.
The main goal of a DMO website is to promote the respective destination in order to
attract potential tourists and thereby increase its visitation. From this perspective,
DMO websites not only perform as information providers, but also need to achieve
advertising outcomes. Ducoffe (1996) proposed three perceptual dimensions to
examine the perceived value of web advertising. He found that informativeness,
entertainment, and irritation act as important predictors of web advertising value, and
have a significant impact on respondents’ overall attitudes. Chen and Wells (1999)
explained that entertainment, informativeness and organisation factors were the
dimensions which concern Internet users about a website. Later, Chen, Clifford and
Wells (2002) conducted two follow-up studies and found that these three dimensions
account for most of the variation in attitude toward a website. Gao and Koufaris
(2006) adopt Ducoffe’s model and support that perceived informativeness and
perceived entertainment are positively related in attitude toward a website.
Several researchers also employ the theory of Uses and Gratifications (U&G) and the
Technology Acceptance Model (TAM) to examine users’ attitude. U&G theory was
first developed to measure the effectiveness of the radio medium in the 1940s. Due to
the basic interaction concept of U&G, it was then broadly applied in the web context
(Luo 2002). The most important dimensions of U&G include entertainment,
informativeness, and irritation. The TAM was developed by Davis, Bagozzi and
Warshaw in 1989, and it established the relationship between two behavioural beliefs
– perceived ease of use, perceived usefulness – and behavioural intentions. Davis,
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Bagozzi and Warshaw (1992) further included perceived enjoyment in the original
model, to examine the intrinsic motivation of users. Moon and Kim (2001) assert that
playfulness, a pleasure state of enjoyment, has a positive effect on users’ attitudes.
The researcher, van der Heijden (2003) extends the TAM, and integrates perceived
visual attractiveness as one of the underlying dimensions. The results demonstrate
perceived visual attractiveness influences usefulness, enjoyment, and ease of use.
Huang (2008), integrating the dimensions of U&G theory and TAM, proposes
entertainment, perceived usefulness, perceived ease of use, and irritation to examine
users’ attitudes. The results indicate that these four factors are significantly related to
users’ behaviour intention. Hausman and Siekpe (2009) state that perceived
informativeness, perceived entertainment and perceived usefulness are positively
associated with attitude toward a website.
From the above, it is found that researchers emphasise not only the functionality and
usability value of websites, but also embrace non-utilitarian aspects. Indeed, it has
been found that researchers support both utilitarian value and hedonic value as
important in web environments (Childers et al. 2001; Fiore, Kim & Lee 2005;
Hassenzahl 2003; Kim & Forsythe 2008). Eighmey (1997) conducted pilot and field
studies to examine users’ perceptions of commercial websites. The result indicated
that users benefit from finding information they needed, as well as the enjoyment
produced during the process. He suggested effective websites should demonstrate a
productive intersection of information and entertainment. Similarly, Huang (2005)
believes that the quality of a website should be able to meet or exceed users’
expectations in both information and enjoyment dimensions. Lee and Kozar (2009)
suggest that websites comprised of legible, coherent, diverse, and mysterious
characteristics can successfully communicate with users and evoke positive
assessments. In fact, tourism website content is comprised of four purposes:
information, education, advertising/persuasion, and entertainment (Werthner & Klein
1999). Therefore, based on the previous studies, focusing on attitudes toward a
website, user satisfaction, and website quality, this study proposes three underlying
dimensions – attractiveness value, informative value, and enjoyment value – to
examine the effect of presentation formats on user attitudes toward the website.
66
Attractiveness value
The attractiveness of a product is the most important factor that arouses customers’
behaviour intention (Lin 2008). In the context of tourism websites, there is an
explicit need for many travel-related organizations to build the best website and to
enhance its attractiveness (Law & Huang 2006). Attractiveness is vital in website
design (Feng, Morrison & Ismail 2003; Kim, Shaw & Schneider 2003), and its
importance has been proven by researchers. Visual attractiveness is asserted by van
der Heijden (2003) to play an important role in the intention to use a website.
Skadberg and Kimmel (2004) claim that attractiveness has a medium direct impact
on user attitude and behaviour, as well as a strong direct impact on the perception of
a website’s ease of use. In addition, it is the most important factor influencing user
experience. Kim and Fesenmaier (2008) indicate the presence of visually appealing
stimuli is the most important factor in the persuasion of users to stay longer on the
website. Braddy, Meade and Kroustalis (2008) reveal that an attractive website has a
substantial impact on improving users’ impressions of an organization. Several
researchers have embraced attractiveness as one of the evaluation attributes for
website effectiveness in tourism research (Cao, Ahang & Seydel 2005; Douglas &
Mills 2004; Kline, Morrison, & St. John 2004) as well as non-tourism research
(Hong & Kim 2004; Mahlke 2002; Thoms et al. 2004).
Perdue (2001) defines visual attractiveness as users’ perception of the visual quality
of the website, and indicates that it is strongly related to website quality, which
influences the overall website evaluation and then in turn influences the perceived
quality of the destination. In fact, visual appearance or aesthetics has been
emphasised because of its ability to attract the attention of new visitors and form an
initial destination image (Han & Mills 2006). It is the most important determinant for
overall attractiveness (Sutcliffe & Namoune 2008). Traditionally, the prominence of
usability criterion surpassed aesthetics in the area of human and computer interaction
(HCI) (Tractinsky, Katz & Ikar 2000). However, aesthetics is increasingly being
recognised as an important factor (see Norman 2004) that contributes to the overall
success of a product or system beyond usefulness and usability (Hartmann 2006). It
has been found that the judgement of aesthetics influences users’ judgement of
usability, and content, as well as overall preference (Hartmann 2006), and a halo
67
effect of good aesthetic design can even overcome some usability problems
(Hartmann, Sutcliffe & De Angeli 2008; Tractinsky, Katz & Ikar 2000). Lindgarrd et
al. (2006) also state that aesthetics or visual appeal may become the prior factor
which influences users’ later judgement of a website. Given the increasing attention
on the importance of visual appeal, website attractiveness will be one of the
underlying dimensions in this study.
Informative value
Information provision is the most important aspect of a website (Cardamone &
Rentschler 2006). Tourism is an information-intensive product (Doolin, Burgess &
Cooper 2002; Gretzel, Yuan & Fesenmaier 2000; Pan & Fesenmaier 2006), and
information obtained from destination websites influences tourists’ decision-making
(Kao et al. 2005). According to Park and Gretzel (2007), information quality is the
most common criterion that has been proposed in tourism research. Researchers
suggest that enhancing the information content increases user satisfaction and loyalty
(Shankar, Smith & Rangaswamy 2003). The importance of informative value on
website evaluation has been recognised both by tourism researchers (Chu 2001; Han
& Mills 2006; Kim & Fesenmaier 2007, 2008) and non-tourism researchers (Chen,
Clifford & Wells 2002; Gao & Koufaris 2006; Luo 2002). It has been found that
informativeness is positively related to attitude toward a website (Gao & Koufaris
2006; Hausman and Siekpe 2009; Luo 2002).
The nature of tourism is experiential; tourists experience a destination and
simultaneously receive informal learning during their visit. As mentioned in chapter
2, learning plays a specific and important role for cultural tourists. Richards (1996)
states that the ATLAS research acknowledged that the learning element is the central
feature that distinguishes cultural tourism. Learning new things and experiencing the
atmosphere of the place are the most important factors for cultural tourists (Richards
2002). However, although the importance of informative value has been recognised,
it seems no existing research has investigated how much knowledge the user can gain
from a destination website and how much the obtained information can be stored in
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users’ memories. Tourists may visit a variety of tourism websites during their
decision-making process, and the impression of a destination that is stored in their
memories may influence their final decision. Stamboulis and Skayannis (2003)
indicate that the interaction between intermediaries (e.g., tourism websites) and
tourists leads to the accumulation of knowledge, which further reinforces trust and
reputation of the destination. This learning process produces competitive advantages
for destinations. Hence, it is necessary to understand the influence of information
presentation formats on users’ knowledge production and destination impressions.
Enjoyment value
The hedonic features have become vital elements in web design (Lee & Kozar 2009).
It is necessary to develop hedonic pleasure in website design in order to attract users’
visitation, stimulate their participation, improve their concentration, and enhance
their enjoyment (Liu & Arnett 2000). Although different terms, such as
entertainment, playfulness, or pleasure are used, the importance of enjoyment on
websites has been emphasised in a wide range of tourism research (Gretzel &
Fesenmaier 2005; Powley, Cobanoglu & Cummings 2004; Sigala 2004) as well as
non-tourism research (Chung & Tan 2004; Koufaris, Kambil & LaBarbera 2001;
Wulf et al. 2006). Ahn, Ryu and Han (2007) state that playfulness usually implies
that the interaction with websites results in enjoyment or cognitive absorption. They
have discovered that playfulness is an important factor which influences users’
intention to visit the website. Another researcher van der Heijden (2003) also
indicates that perceived enjoyment positively influences users’ intention to visit a
website. It is also correlated with the purchase intention on the website (Fiore, Jin &
Kim 2005; van der Heijden & Verhagen 2004) as well as intention to revisit the
website (Koufaris 2002; Lin, Wu & Tsai 2005).
Huang (2003) contends that users visit a website not only for information needs, but
also for entertainment. Researchers claim that the entertainment value of a website
enhances users’ experience of the website (Ducoffe 1996; Gao & Koufaris 2006).
Lin, Wu and Tsai (2005) indicate that perceived playfulness is an important factor
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contributing to user satisfaction with the website, which in turn is positively related
to the continuance intention. Zhang and von Dran (2000) prove that enjoyment
increases user involvement while interacting with the website, which contributes to
user satisfaction toward the website. Leonard and Riemenschneider (2008) conclude
that website design should consider how to make users feel involved and experience
enjoyment. Several researchers have also found that enjoyment is positively related
to attitude toward a website (Huizingh 2000; Kim, Kim & Lennon 2009; Richard
2005). Hence, an understanding of the relationship between information presentation
and users’ perceived enjoyment value is imperative for DMO websites.
Tourism is an experiential product (Castañeda, Frías & Rodríguez 2007; Oh, Fiore &
Jeoung 2007; Richards 2001), and the experience develops from the interaction
between tourists and destinations (Stamboulis & Skayannis 2003). Oh, Fiore and
Jeoung (2007) contend that tourist motivations in visiting a destination are mainly
driven by the mental and emotional images of a pre-experience of the expected
experience at the destination. According to Pine II and Gilmore (1998), the realms of
experience can be classified into four categories: entertainment, educational,
aesthetic, and escapist. Prentice (2004) indicates that escape is one of the most
important motives for visiting a destination. Tourism is basically a way by which
people escape from their daily life and experience the extraordinary (Oh, Fiore &
Jeoung 2007). The entertainment, educational and aesthetic experiences are
consistent with the underlying dimensions of the measurement proposed in this
study. In terms of web context, the feeling of satisfaction or the formation of attitude
results from users’ online experience at the website (Gao & Koufaris 2006; Mills &
Morrison 2003; Teo, Oh & Liu 2003). Therefore, it is believed that the attractiveness
value, informative value, and enjoyment value will play roles as valid and reliable
predictors of user attitudes.
3.3 User Experience
Understanding experience is a critical issue for designing interactive systems
(Forlizzi & Battarbee 2004). It has been found that a rich online experience is a
functional factor for website effectiveness (Coyle, Mendelson & Kim 2008), and the
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importance of user experience has drawn increasing attention in website
environments (Järveläninen 2006). Tourists’ experiences are stored in their memory,
and are retrieved and combined into a frame of new decision-making as another
travel need emerges (Choi, Lehto & Oleary 2007). A measurement of user
experience, on their visit to a DMO website, is essential for improving the online
service quality (Kao et al. 2005). Han and Mills (2006) indicate that a positive
experience and judgement, induced from browsing the website, influence the overall
image of the destination and the decision-making. Castañeda, Frías and Rodríguez
(2007) believe that the tourist’s online experience has a moderating effect on
destination satisfaction. Therefore, the experiential value of tourism websites has
been recognised by scholars (e.g., Cho, Wang & Fesenmaier 2003; Gretzel &
Fesenmaier 2003). Bogdanovych et al. (2006) indicate that tourists have to rely on
virtual experience prior to purchase, so it has become an important issue for
destinations to have appealing presentations online. Due to the rapid development of
the Internet and ICTs, virtual experience has been utilised to promote tourism
destinations (Wan et al. 2007). Researchers indicate that tourism websites create
virtual experiences for the potential tourist, which directly influence the perceived
image of a destination (Cho & Fesenmaier 2001; Doolin, Burgess & Cooper 2002).
A positive experience resulting from the interaction with a website, enhances users’
attitude toward the website and the host firm (Mathwick & Rigdon 2004; Nambisan
& Baron 2007). It has also been found to influence users’ decision-making process
(Constantinides 2004). More and more tourism websites now provide virtual
experience, such as panoramic views, animations, and interactive photo galleries for
tourists, all of which empower them through direct experience before their real visit
to the destination (Chiou, Wan & Lee 2008). It is suggested that tourism website
must provide a positive user experience (Mills & Morrison 2003).
Past researchers divide user experience of learning about products into indirect
experience and direct experience (Hoch & Deighton 1989; Wright & Lynch Jr.
1995). Direct experience is an unmediated interaction between a consumer and a
product (Gibson 1966), whereas indirect experience comes from various sources
such as word-of-mouth, brochures, and advertising (Li, Daugherty & Biocca 2003).
Direct experience is believed to be more predictive of behaviour than indirect
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experience (Fazio & Zanna 1981; Smith & Swinyard 1983). The advantage of direct
experience is based on its first-hand evaluation of products, which enhances
consumers’ confidence (Griffith & Chen 2004). Information obtained from direct
experience is more accessible and creates higher confidence (Petty & Wegener
1998). Direct experience also has greater impact on recall, attitude and purchase
intention than traditional advertisements (Sigh, Balasubramanian & Chakraborty
2000). In contrast, indirect experience has more limits and is less effective. However,
with the development of information technology, recent researchers claim another
type of experience – virtual experience – to elucidate the experience in computer-
mediated virtual environments (Li, Daugherty & Biocca 2001, 2003; Park, Lennon &
Stoel 2005; Suh & Lee 2005). Virtual experience has the advantage of combining
both indirect experience and direct experience (Edwards & Gangadharbatla 2001; Li,
Daugherty & Biocca 2001). Researchers indicate that the provision of a high level of
realism is one of the most distinctive features the Internet possesses (Coyle &
Thorson 2001). Advanced website features may help approximate a direct experience
by delivering product information in a way that makes users perceive it in a way that
more closely resembles the way they acquire in the real world (Klein 2003; Song,
Fiore & Park 2006). The more user engagement, sensation and reaction is provided
by a website, the more users will concentrate on using the Web, and are more likely
to have increased enjoyment experience (Lin, Gregor & Ewing 2008).
Griffith and Chen (2004) further develop this approach by employing the term
virtual direct experience (VDE) as the concept of direct product experience in a
simulated computer environment, and assert that VDE is similar to direct experience
due to its ability to convey experiential product attributes. Their study found that the
employment of VDE was more effective than no VDE in advertising. It is suggested
that VDE provides greater opportunities for marketers than the use of traditional
advertising formats. Similarly, in their study investigating the advertising effects on
cognitive preference between virtual experience and traditional brochures, Chiou,
Wan and Lee (2008) found that virtual experience had significantly greater effect
than traditional brochures. Daugherty, Li and Biocca (2008) also proved that virtual
experience is an alternative consumer experience, resembling product trial better than
traditional advertising forms. It has also been found to increase online purchasing
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(George 2002; Jeong et al. 2009). The capability of virtual experience, combining
indirect experience and direct experience, increases product knowledge and
influences brand attitude (Daughery, Li & Biocca 2008; Lui, Piccoli & Ives 2007). It
is commonly recognised that virtual experience encourages website exploration
(Yoon, Laffey & Oh 2008). The effects of virtual experience on Internet advertising
have been verified (Keng & Lin 2006).
3.4 Virtual Reality and Presence
Due to the importance of virtual experience, it is suggested that marketers should
strive for verisimilitude in their web communication (Klein 2003). Reeves and Nass
(2002) assert that people often have identical behaviour in virtual environments to
what they do in the real world, and it has been found that computer simulations have
a positive influence on changing user attitude and behaviour (Fogg 2003). Virtual
reality (VR) is a popular term meaning verisimilitude in a mediated environment in
which scenes and objects are simulated realistically. The main objective of VR is to
create a belief that users are located in another synthetic environment by inducing
emotions or affective response similar to that of the real world (Lee et al. 2004).
Researchers have identified that VR has been increasingly referred to as a
communication system (Biocca & Levy 1995; Parés & Parés 2006; Riva 2001), and
VR in the web environment has become increasingly desirable because it is capable
of creating realistic experience, thereby reducing the effect of customers’ inability to
make direct contact with products (Suh & Chang 2006; Suh & Lee 2005). The
benefits of VR have been elucidated in a wide range of research. Burke (1996)
asserts that VR provides excellent opportunities for marketing strategies in the
development of new products, promotions, packing and merchandising. Suh and Lee
(2005) indicate that VR has a positive effect on product knowledge, product attitude,
and purchase intention. It has the potential to enhance the competitiveness of Web
advertising (Kassaye 2006). A VR shopping environment provides the functionality
of a physical, face-to-face interaction that creates a superior shopping experience and
improves the trust formation (Papadopoulou 2007). It provides a better user
experience and enhances consumers’ decision-making (Chuah, Roland & Teh 2008).
VR allows users to actively participate in and experience the system, which
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facilitates the assessment of a destination (Cho, Wang & Fesenmaier 2003). At the
same time, it increases the attractiveness of a tourism destination (Guráu & de Co
Montpellier 2007), and reduces the degree of travel anxiety (Lee & Oh 2007).
Although VR contains huge potential in the field of marketing and promotion, there
is no unified definition of virtual reality.
VR emerged from an unlikely compound of technologies developed for use by the
military, aerospace, entertainment, and computer industries. The earliest form of VR
was developed as a flight simulator for training pilots in the US military and NASA.
In the entertainment industry, it lay in the search for more realistic movie experience
(Stanovsky 2004). Coelho et al. (2006) explain that VR systems include two main
parts: a technological component and a psychological experience. They classify
definitions and the explanation of the feeling of presence from two approaches –
media presence (rationalist perspective) and inner presence (psychological
perspective). Media presence refers to a set of technological hardware, put together
to generate a system where users are active participants in an immersive mediated
environment. Inner presence refers to the synthetic experience, which is generated
from the interaction between man and simulated environments and the perceptive
process is identical with the real world. The equipment disappears when the user is
concentrating on the task through his action in the virtual environment.
Steuer (1992, p. 75) claimed that VR is a type of human experience, rather than a set
of technological hardware, and it can be explained by using the concept of presence,
which he defined as ‘the sense of being in an environment’. Costello (1997) and
Bertol (1997) considered the sense of immersion, or the degree of presence that the
mediated environment provided, to be the primary feature of VR systems. From this
perspective, Costello categorised VR systems as non-immersive, semi-immersive
and fully immersive. Non-immersive systems are desktop systems, where the virtual
environments are viewed through a monitor, and the interactions occurred through
conventional devices such as keyboards and mice. The merit of the non-immersive
system is the low cost, due to its dispensability of high-level graphical performance
and special supported devices. Semi-immersive systems have borrowed considerably
from technologies developed in the flight simulation field. They consist of relatively
high graphical performance computing systems with large screen or multiple
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television projection capacity, in which the wide field of view enhances the feeling
of immersion. Fully immersive systems are those where the user wears a head
mounted display to receive the most direct experience of the virtual environment.
Similarly, Whyte (2002) classified VR systems as immersive, non-immersive and
augmented reality. Immersive systems provide an unmediated experience through
completely surrounding the user by specific devices such as head-mounted and large
wall-mounted displays. Non-immersive systems use generic hardware, which does
not provide users with a total field of view. Augmented reality systems allow users to
interact with both the virtual and real worlds. Kirner and Kirner (2008) have likewise
classified virtual reality into two types based on sense of presence: non-immersive
and immersive. The non-immersive VR partially transports users into the virtual
world through a window or screen, while the immersive system fully transports users
into the application through multi-sensorial devices, such as helmets. Regardless of
which type of immersive system, VR thus can be defined as an immersive,
interactive experience in a computer-generated environment (Pimentel & Teixeira
1993), and the feeling of presence is induced during this experience.
In fact, the design goal of VR is to create the feeling of presence (Biocca 1997).
IJsselsteijn et al. (2000) assert that there are two types of presence: physical and
social. Physical presence refers to the sense of being located in somewhere, whereas
social presence refers to the sense of communication with someone else. Similarly,
Mantovani et al. (2006) explain that the relationship between communication and
presence at a theoretical level can be interpreted from two sides:
physical/environmental presence and social presence, in that communication take
place in the phenomena of being-in-the-world and being-with-others. As mentioned
above, VR systems allow users to interact with virtual environments alone or to
interact with the others via the environment. The sense of physical presence and
social presence is a psychological state, which coincides with the communication
exchange in the real world. Riva, Waterworth and Waterworth (2004, p. 414) assert
that presence is ‘a feeling of being in a world that exists outside of the self but in
which the self is situated.’ They propose three layers of presence to link presence and
self: Proto presence (self versus non-self), Core presence (self versus present
external world), and Extended presence (self relative to present external world).
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Proto presence is based on feelings of knowing bodily orientation in the world,
sometimes referred as ‘spatial presence’. Core presence is based on conscious
perception of current displays in which a person feels himself being in a perceived
world, which is also equivalent to ‘sensory presence’. Usually, these two levels
integrate to generate the degree of immersion. Extended presence depends on the
significance of the current situation to the self in the external world. The more the
three layers are integrated, the stronger the feeling of presence is produced. Steuer
(1992, p. 75) defined presence as ‘the sense of being in an environment’ where
natural surroundings impinge directly upon human senses. As an extension from this
concept, telepresence is defined as the experience of presence in mediated
environments (Steuer 1992; Shih 1998). In other words, telepresence is a facet of
presence, which implies a state of presence in a remote environment (Jahng, Jain &
Ramamurthy 2000; Kim &Biocca 1997). A high degree of telepresence makes users
feel that they in the virtual environment, rather than in the physical world where they
are actually located (Coyle, Mendelson & Kim 2008).
3.5 Telepresence
Researchers have found that VR has a positive relationship with telepresence (Suh &
Chang 2006; Suh & Lee 2005), because the key determinant of telepresence is the
user’s sensory immersion in the mediated environment (Kim & Biocca 1997). Cho,
Wang and Fesenmaier (2003) define virtual experience as an experience in a
computer-mediated virtual environment based on the concept of telepresence. The
active process of virtual experience is connected with three components: presence,
involvement, and enjoyment (Li, Daugherty & Biocca 2001). Virtual experience
often occurs in an interactive computer-mediated environment where presence is a
central characteristic, which contributes to perceived illusion (Park, Lennon & Stoel
2005). Telepresence creates virtual experience that simulates the direct experience in
a physical environment (Jahng, Jain & Ramamurthy 2000; Song, Fiore & Park 2006;
Suh & Chang 2006). The degree of telepresence is greater, the more similar the
mediated experience is to the direct experience (Klein 2003). However, in some
academic research, presence and telepresence seem to be considered as identical
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concepts, sharing the same characteristics. The term telepresence was first coined by
Marvin Minsky in 1980, and refers to the phenomenon that a person generates a
sense of being physically present at a remote location through interaction with the
system’s human interface via a teleoperation (IJsselsteijn et al. 2000). Teleoperations
are a specific type of virtual reality where a device or machine is operated from a
distance. The operator perceives the physical environment where she/he is actually
located, and the distant environment is presented via the technology (Coelho et al.
2006). Since Minsky’s definition, telepresence has been used to refer to a sense of
transportation to a space created by technology (Lee 2004). However, the
psychological presence in a remote or mediated environment has been studied in
various disciplines since the 1990s. The term ‘presence’ caused debate in 1992 when
Sheridan and Furness used it for a new journal dedicated to the study of
teleoperations and virtual environment systems. Sheridan (1992) refers to the term
presence as the presence elicited by a virtual environment, whereas the term
telepresence is only used for the case involving teleoperation. Nevertheless, in the
same section of the journal, Held and Durlach (1992) use the term telepresence for
the experience of both teleoperation and virtual environments. Kim and Biocca
(1997) draw on the concept of Minsky, developing the idea of telepresence as a type
of transportation. This involves departure, arrival and return from a mediated place
or space, in which arrival refers to the situation where users feel themselves to be
located in a virtual environment, whereas departure refers to the feeling of not being
in the physical world. They also indicate that the sense of presence is not generated
only from virtual environments but in many traditional media such as books,
magazines, and television. It is acknowledged that even less sophisticated techniques
can evoke the sense of presence (Lombard & Snyder-Duch 2001). Although some
researchers use the term presence as ‘the perceptual illusion of non-mediation’
(Lombard & Ditton 1997) to explain the superior of mediated environment, the
identical concept of telepresence, in this study, telepresence is used due to the
transported nature of tourism, and the concept of direct experience from Coyle and
Thorson (2001, p. 66): telepresence is a ‘simulated perception of direct experience’.
Researchers indicate that the feeling of presence, being in an environment, induces
enjoyment and enhances persuasion, which are the primary goals of advertising
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(Lombard & Snyder-Duch 2001). Telepresence influences consumers’ attitudes and
their consequent behaviours (Zahedi & Song 2009). The positive effect of
telepresence on user response has been well demonstrated in academic research. Kim
and Biocca (1997) state that telepresence stimulates direct experience and enhances
attitude confidence. Shih (1998) believes that telepresence helps web marketers keep
visitors staying longer on their website, as well as increasing repeat visitation. Fiore,
Kim and Lee (2005) prove that there is a significant positive relationship between
telepresence and attitude toward the online retailer, willingness to purchase from the
website, as well as willingness to patronize the website. Klein (2003) indicates that
telepresence has a positive impact on users’ beliefs about the examined products, and
increases positive user attitude toward the product. Keng and Lin (2006) prove that
Internet advertising effects are positively related to the degree of telepresence, in
terms of user recall and recognition. Suh and Chang (2006) contend that telepresence
enhances consumers’ product knowledge, directly influences attitudes and indirectly
affects purchase intentions, because it helps to diminish the perceived risk and the
inconsistency of examined products. Consumers under a high level of telepresence
have a virtual experience resembling direct experience, and their attention and
memory are enhanced. In a study of the online shopping context, Song, Fiore and
Park (2006) indicate that telepresence positively stimulates the feeling of fantasy,
influences shopping enjoyment and the willingness to purchase on the website. For
experiential products, designing a website with a high level of telepresence is
suggested (Keng & Lin 2006).
The cause of telepresence depends on one’s attention shifting from the located
physical world to the virtual environment (Witmer &Singer 1998). In fact, humans
experience different degrees of presence within various physical circumstances in
daily life. For example, when walking in the street, and passing by a luxury house,
one might feel envious and imagine the situation of standing inside the house. At that
moment, one might forget his/her surroundings, and experience a certain degree of
presence within that luxury house. The degree of presence depends on how much the
focus of attention moves from the physical environment to the virtual environment
(Witmer & Singer 1998). The sense of telepresence is influenced by integrating the
stimuli from both the physical and mediated environment, and depends on users’
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inherent traits and shifting states of attention. When the mediated stimuli surpass the
physical stimuli, a sense of telepresence is produced (Kim & Biocca 1997).
Telepresence therefore is the situation of precedence of the mediated environment
(Steuer 1992).
Flow and Telepresence
Researchers indicate that flow and telepresence are similar concepts (Cho, Wang &
Fesenmaier 2003; Coyle & Thorson 2001). Flow is considered as an important
indicator to understand user behaviour (Huang 2003). Takatalo, Nyman and
Laaksonen (2008) integrate the concepts of presence and flow, and propose a
presence-flow-framework (PFF) to measure user experience in a virtual environment.
The PFF includes three dimensions: physical presence, situational involvement, and
competence. Csikszentmihalyi (1975, p. 36) is the pioneer of the concept of flow,
which he defines as ‘the holistic sensation that people feel when they act with total
involvement.’ When users are in the flow state, they are engaged with an activity in
which their focus of awareness is diminished, and they feel in control of the
environment (Rettie 2001). Hoffman and Novak (1996, p. 57) developed
Csikszentmihalyi’s concept in a hypermedia system and defined flow in a computer
mediated environment as ‘the state occurring during network navigation which is: (1)
characterized by a seamless sequence of responses facilitated by machine
interactivity, (2) intrinsically enjoyable, (3) accompanied by a loss of self
consciousness, and (4) self-reinforcing.’ There are four antecedents of flow
experience: focused attention, perceived congruence of skills and challenges,
interactivity and telepresence. Huang (2003) and Rettie (2001) also indicate that
interactivity facilitates flow experience. However, some researchers (e.g., Skadberg
& Kimmel 2004) argue that skills and challenge are not appropriate to be included in
the web environment. Skadberg and Kimmel (2004) propose another four dimensions
as the determinants of flow on a website: contents, design, performance, and visitors’
individual differences. Within these, three elements contribute to flow: telepresence,
visitor’s knowledge about the topic presented, and content of the web pages. They
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assert that the state of telepresence is similar to the characteristics of flow, because
they both require complete involvement, focused attention, and loss of awareness.
Hoffman and Novak (1996) indicate that the consequences of flow include increased
consumer learning, increased perceived behavioural control, increased exploratory
behaviour, positive subjective experience, and perception of time distortion.
Skadberg and Kimmel (2004) assert that flow experience not only increases learning,
but also changes user attitudes and behaviours. Users with flow experience tend to
ask for more information, come back to the website for information, and take
positive action. Skadberg, Skadberg and Kimmel (2005) indicate that a tourism
website can induce flow experience with characteristics of time distortion and
enjoyment. Visitors who have flow experience possess greater interest in visiting the
destination presented on the website.
Dimensions of Telepresence
Heeter (1992) proposes three dimensions of telepresence: personal presence, social
presence, and environmental presence. Personal presence refers to the feeling of
location in the virtual environment. Social presence refers to the feeling of other
people or other entities co-existing in the virtual environment, who are providing a
response to the user. Environmental presence refers to the environment itself,
acknowledging the user and responding to her/him in the virtual environment.
Schloerb (1995) defines two types of telepresence: subjective presence and objective
presence. Subjective presence refers to the probability that a person perceives she/he
is presented in a remote environment. Objective presence refers to the probability of
successfully completing a task. Lombard and Snyder-Duch (2001) explicate several
dimensions of telepresence: spatial presence, perceptual realism, social realism,
engagement, social presence, social actor with the medium and para-social
interaction, shared space, and medium as social actor. Spatial presence is generated
when the user’s perception fails to accurately recognise the medium in use and feels
she/he is in an environment that differs from her/his physical location.
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Perceptual realism occurs when user perception of the medium is diminished,
making him/her feel that he/she is in the physical world in which the sensory
characteristics are corresponding. Social realism is elicited when user perception of
the medium is diminished, which makes she/he feel that they are in the physical
world where the social characteristics are corresponding. Engagement is produced
when the user’s perception is directed toward mediated objects, events or people, and
away from those in the physical environment. Social presence occurs when the user’s
perception of the medium is diminished and this induces the feeling of
communication with other people. Social actor with the medium and para-social
interaction happens when the user perception of the medium is diminished, and
she/he feels engaged in two-way communication with another, although the
communication is just one-way, from the medium to the person, without feedback
from the person or the entity. Shared space occurs when the user perception of the
medium is diminished, and she/he feels that communication with others is happening
in the same physical place, but they actually are in different physical locations.
Medium as social actor happens when the user perception of the medium is
diminished, and she/he feels that communication is happening with another entity,
but that entity in fact is merely technology or a medium.
Determinants of Telepresence
Research into the causes of telepresence has been suggested in the literature.
Sheridan (1992) asserts that degree of telepresence depends on three factors:
1. The degree of sensory information content,
2. The ability of the user to alter the sensors relative to the virtual environment,
3. The ability of the user to manipulate the environment.
Lombard and Ditton (1997) suggest that the causes of telepresence are determined by
three dimensions:
1. Form variables: including number and consistency of sensory outputs, visual
display characteristics, image quality, image size, image size and viewing
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distance, motion and colour, dimensionality, camera techniques, aural
presentation characteristics, stimuli for other senses, interactivity,
obtrusiveness of medium, live user recorded or constructed experience, and
number of people.
2. Content variables: including social realism, use of media conventions, and
nature of task or activity.
3. Media user variables: including willingness to suspend disbelief, knowledge
and prior experience with the medium, and other variables.
Witmer and Singer (1998) state that the factors influencing telepresence depend on
involvement or immersion, and propose four dimensions of these factors.
1. Control factors: including immediacy of control, anticipation, mode of
control, and physical environmental modifiability.
2. Sensory factors: including sensory modality, environmental richness,
multimodal presentation, consistency of multimodal information, degree of
movement perception, and active search.
3. Distraction factors: including isolation, selective attention, and interface
awareness.
4. Realism Factors: including scene realism, consistency of information with the
objective world, meaningfulness of experience, and separation
anxiety/disorientation.
IJsselsteijn et al. (2000), and Freeman, Lessiter and IJsselsteijn(2001) elucidate four
factors underlying telepresence.
1. The extent and fidelity of sensory information: the amount of useful and
salient sensory information, which is presented as consistent with the
appropriate sense of the user.
2. The match between sensors and the display: the response contingent on the
user’s actions.
3. Content factors: including the objects, actors, and events represented by the
medium.
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4. User characteristics: including users’ demographical difference, perceptual,
cognitive and motor abilities, prior experience, and willingness to suspend
disbelief.
From above, it is found that causes of telepresence can be classified into technical
features and user characteristics. In the context of web environments, a variety of
website features have been explored to increase user’s sense of being transported to
the environment. The major determinants are interactivity and vividness (Coyle &
Thorson 2001; Jones, Spence & Vallaster 2008; Schuemie et al. 2001; Steuer 1992).
3.6 Interactivity
Interactivity has been considered as one of the most predominant features of the
Internet (Mohler & Duff 2000; Rafaeli & Sudweeks 1997), and it is also an important
attribute, which distinguishes the Internet from other media (Huang 2003). A wide
range of research has been conducted that investigates the relationship between
interactivity and websites (Bhatt 2004; Damangeot & Broderick 2006; Olson &
Widing II 2002; Thorbjornsen et al. 2002), while the advantages of interactivity have
been discussed in literature. Interactivity has consequences in the creation of
engagement in the process of communication and in relationship building between
companies and consumers (Ha & James 1998). It has been recognised as a valuable
way of improving communication quality of business websites (Chen & Yen 2004).
Rafaeli and Sudweeks (1997) contend that interactivity positively connects to the
sense of involvement and belonging. Ghose and Dou (1998) indicate that the degree
and nature of interactivity significantly influences the website quality. They found
that attractiveness of a website derives from the operation of interactivity. Gammack
and Hodkinson (2003) contend that interactivity attracts and maintains user attention.
Increasing the level of interactivity on a website enhances users’ engagement and
purchase intention. Huang (2003) indicates that interactivity affirmatively influences
control, curiosity, and interest. Macias (2003) asserts that interactivity helps enhance
comprehension. Sunder, Kalyanaraman and Brown (2003) contend that interactivity
applied in the political arena influences users’ perceptions of the political candidate
and their agreement with the candidate’s policy positions. Ballantine (2005)
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demonstrates that interactivity has a positive impact on user satisfaction. Consumers
appreciate higher level of interactivity when browsing a shopping website. Chiu,
Hsieh and Kao (2005) assert that interactivity is positively related to consumers’
behavioural intention due to the improvement of website quality. Fortin and
Dholakia (2005) indicate that the most significant impact of interactivity is on the
degree of perceived presence. Yoon, Choi and Sohn (2008) acknowledge the
heightened effect of interactivity on the relationship building process.
Several researchers have found that interactivity has positive effects on users’
attitudes toward the website and advertised products. Wu (1999) indicates that users’
attitudes toward a website has a positive correlation with their perceived interactivity
of the website. McMillan and Hwang (2002) developed a set of scales to measure
perceived interactivity (MPI) and indicate these MPI scales can be strong predictors
of attitude toward a website. Teo et al. (2003) conducted an empirical study to
examine the effects of different levels of interactivity on user attitude, and the result
shows that higher level interactivity on a website contributes to user satisfaction,
effectiveness, and efficiency, which increases the website value and positive attitude
toward a website. Sunder and Kim (2005) investigated the relationship between
interactivity and persuasion. They found the level of interactivity positively
influenced the attitude toward the advertisement and the product, and indicated that
interactivity is a strong cue to enhance the persuasive function of online
advertisements.
Although researchers have investigated different facets of interactivity, there is no
common definition of the concept (Macias 2003). Researchers define interactivity
from different perspectives. Heeter (2000) indicates that ‘interactivity is an overused,
under-defined concept.’ Ha and James (1998) define interactivity as the extent to
which the communication between the two communicators is willing to facilitate
each other’s needs. Some researchers put it in a simple way, such as the ‘information
exchange between a website and its users’ (Huang 2003, p. 427) or ‘the response
triggered by the user’ (Skadberg & Kimmel 2004, p. 407). However, these
definitions do not consider the control power of the user on given media. Steure
(1992, p. 84) defines interactivity as ‘the extent to which users can participate in
modifying the form and content of a mediated environment in real time.’ Similarly,
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Jensen (1998) defines interactivity as the medium’s potential ability to allow users to
make changes to the content and/or form of the mediated environment. Lombard and
Snyder-Duch (2001) propose a consistent definition and argue that interactivity is a
characteristic of a medium which empowers the user to influence the presentation or
experience. Shih (1998) agrees that interactivity is a media characteristic and states
this capability can give responses to the user, as if an individual is having a
conversation. Based on Ha and James’ (1998) concept, Macias (2003, p. 32-33)
defines interactivity as ‘The state or process of communicating, exchanging,
obtaining and/or modifying content and/or its form with or through a medium which
responds to both the communicator’s and the audience’s communication needs by
including hypertext links, reciprocal communication, etc.’ Some researchers
emphasise that an interactive communication needs to be happening in real time,
rather than the manipulation on given media. Rafaeli and Sudweeks (1997) define
interactivity as a condition of communication in which exchanges happen
simultaneously and continuously, and these exchanges produce a social and binding
outcome. Liu & Shurm (2002, p. 54) define interactivity as ‘the degree to which two
or more communication parties can act on each other, on the communication
medium, and on the messages and the degree to which such influences are
synchronised.’ Swain (2005) also believes interactive communication must provide
instant feedback. Kiousis (2002) asserts interactivity allows participants to
communicate one-to-one, one-to-many, or many-to-many in reciprocal message
exchanges, both synchronously and asynchronously. Other researchers consider both
control and message exchange in synchronization. Liu (2003) claims that
interactivity provides opportunities for user active control and reciprocal and
synchronous communications. Fortin and Dholakia (2005, p. 388) give a broader
concept of interactivity: ‘The degree to which a communication system can allow
one or more end users to communicate alternatively as senders or receivers with one
or many other users or communication devices, either in real time (as in video
teleconferencing) or on a store-and-forward basis (as with electronic mail), or to seek
and gain access to information on an on-demand basis where the content, timing and
sequence of the communication is under control of the end user, as opposed to a
broadcast basis.’
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Interactivity is multidimensional (Chen & Yen 2004; Haubl & Trifts 2000; Liu &
Shrum 2002). Steuer (1992, p. 85-86) proposes three factors contribute to
interactivity: speed, range, and mapping. Speed refers to the response time, range
refers to the amount of user options in manipulation, and mapping refers to ‘the
ability of a system to map its controls to changes in the mediated environment in a
natural and predictable manner.’ Ghose and Dou (1998) identify 23 forms of
interactive functions based on five dimensions: customer support, marketing
research, personal-choice helper, advertising/promotion/publicity, and entertainment.
Ha and James (1998) propose five dimensions of interactivity – playfulness, choice,
connectedness, information collection, and reciprocal communication – based on the
different needs of communication. They believe that information collection and
reciprocal communication are higher levels of interactivity due to the involvement of
direct, two-way message exchange, and that these two can be classified as source-
oriented dimensions.
Dimensions of playfulness, choice and connectedness are deemed as self-
communications, which are classified as audience-oriented interactivity. Jensen
(1998) identifies four underlying dimensions of the concept of interactivity:
transmissional, consultational, conversational, and registrational interactivity.
Transmissional interactivity refers to the media’s potential ability for the provision of
user choices in one-way communication. Consultational interactivity refers to the
media’s potential ability for the provision of user choices in two-way
communication. Conversational interactivity refers to the media’s potential ability to
provide user production of her/his own information in a two-way communication.
Registrational interactivity refers to the media’s potential ability to register
information based on user needs and actions.
Lombard and Snyder-Duch (2001) contend that interactivity depends on five
subsidiary variables: 1) the number of inputs that users can access and get a response
from the medium; 2) the number and type of characteristics which users can modify
in the mediated presentation; 3) the range or amount of attributes which users can
control; 4) speed of response from the medium; 5) the degree of correspondence
between user inputs and media response. Kiousis (2002) conceptualises three
dimensions of interactivity from both media and psychological perspectives: the
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structure of a medium, the context of the communication setting, and the perceptions
of users. He further formulates three operational dimensions of interactivity:
technological structure of the media (speed, range, timing flexibility, and sensory
complexity), characteristics of the communication setting (third-order dependency
and social presence), and individuals’ perceptions (proximity, perceived speed,
sensory activation, and telepresence). McMillan and Hwang (2002) categorise three
frequently used elements – direction of communication, user control, and time - to
explicate the concept of interactivity. Liu (2003) explains that interactivity embraces
two important aspects: reciprocal communication and control, and proposes three
dimensions of interactivity: active control, two-way communication, and
synchronicity. Sunder, Kalyanaraman and Brown (2003) conceptualise interactivity
from two distinct views: the functional view and contingency view. The functional
view indicates the capability of the medium in providing a dialogue or information
exchange between user and the medium.
The contingency view emphasises the relationship between user, media, and
messages, in which the messages need to relate to one another, so that the subsequent
message is responded to, contingent or dependent to the previous one. Chen and Yen
(2004) utilise the five dimensions from Ha and James (1998), and place the emphasis
on playfulness, connectedness, and reciprocal communication, which are exhibited as
strong predictors of website quality. Tremayne (2005) identifies the concept of
interactivity into two domains: functional and perceptual. The functional concept
regards interactivity as a process of message exchange, whereas the perceptual
concept considers interactivity as a perceptual variable. Keng and Lin (2006)
conceptualise interactivity as interaction with media, a communication process, and a
method of controlling a message, concluding that there are four characteristics of
interactivity: participant equity (exchange of roles, communication linkage), dynamic
communication process (immediacy of feedback, controlling of process, dialog),
control of message (controlling of content, personalisation, responsiveness), and
mutual understanding (social presence, mutual understanding).
In terms of the relationship between user and medium, Hoffman and Novak (1996)
propose machine interactivity, in which users access interactivity with content, and
person interactivity, in which users communicate through the medium. Stromer-
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Galley (2000) identifies online interaction into computer-mediated human interaction
and media interaction, in which the defining characteristic is feedback. Computer-
mediated human interaction occurs between two or more people, whereas media
interaction refers to the medium itself giving the feedback. Kiousis (2002) indicates
that interactivity in participant relationships includes human-to-machine, human-to-
human via machine, and machine-to-machine. Liu and Shurm (2002) classify
interactivity into three types: user-machine interaction, user-user interaction, and
user-message interaction. Similarly, in a recent study, Cho and Cheon (2005)
categorise the dimensions of interactivity into human-message interaction, and
human-human interaction. Human-message interaction indicates the interaction
between users and message, that is, the content of information systems. This
dimension focuses on the technical aspect, in which the interaction occurs between
users and media. Human-human emphasises the reciprocal communication between
senders and receiver. This dimension signifies the communication aspect, in which
interaction occurs between the user and marketer or/and other users via media. This
study investigates the effects of website features on information presentation.
Therefore, the dimension of human-message interaction is adopted as the central
concept of interactivity.
User control is the key characteristic of interactivity (Klein 2003; Lombard &
Snyder-Duch 2001; Shih 1998). The more control a user has over the virtual
environment, the greater degree of telepresence (Witmer &Singer 1998). Liu and
Shrum (2002) suggest that active control induces user cognitive involvement, and
has a positive influence on user learning and satisfaction. Users who feel they have
more control feel more confident than users who do not feel in control (Huang 2003).
Kristof and Satran (1995) propose seven interactivity levels based on available
control: control over pace, control over sequence, control over media, control over
variables, control over transaction, control over objects, and control over simulation.
Shih (1998) indicates user control allows users to tailor certain aspects of the
contents based on their individual needs. Lombard and Snyder-Duch (2001) claim
that interactivity is made greater by expanding the amount of change possibility,
through which users can control the attribute of the mediated environment. Sicilia,
Ruiz and Munuera (2005) indicate ‘machine interactivity’ allows users to control
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what information will be presented, and decide the order and duration. Fiore and Jin
(2003) describe ‘image interactivity’ as enabling manipulation of product or
environment on web sites. For instance, the user can control the viewing angle or
distance, simulate the product’s operation, or change the product’s features. Swain
(2005) states interactive marketing communication allows consumers to initiate and
control communication and decide what messages are received.
Researchers have conducted different studies to examine the effects of user control.
Ariely (2000) investigates the merits and defects of control over the information
flow, and indicates that this user control provides a better match of users’
preferences, enhances their memory and knowledge about the examined product, and
increases confidence in their judgement. Klein (2003) indicates that in direct physical
experience, consumers can observe, hear, touch, smell or taste the product,
depending on their preferred control, whereas in mediated environments the options
of user control are fewer. In her studies, by using wine and face cream as the product
categories to examine the relationship between user control and telepresence, she
found the higher the level of user control, the greater the level of telepresence. Coyle
and Thorson (2001) come to the same conclusion in their study by manipulating the
number of clickable images. Klein (2003) further demonstrates that telepresence has
a significant and positive effect toward an advertised product. Chen, Griffith and
Shen (2005) explore the effects of interactivity by manipulating the level of user
control in an online product trail context. The results indicate that interactivity
facilitates users to develop greater trust for the online retailer, and improves their
evaluations of products, which in turn influences the purchase intention both online
and offline. Sicilia, Ruiz and Munuera (2005) manipulate interactivity in terms of
hyperlink provision in their study, and the results exhibit the positive relationship
between interactivity and information processing. The effect is particularly
significant on the low need-for-cognition group. It is suggested that interactivity
benefits marketers in both information processing and persuasiveness of the website.
Other researchers focus on another type of user control: image interactivity, in which
users can create and manipulate the image of a product to mimic the real experience
in a physical shop. Fiore, Kim and Lee (2005) demonstrate that the level of image
interactivity influences the instrumental value, and experiential value, as well as the
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feeling of telepresence. This, in turn, has a positive impact on users’ attitude toward
the online retailer, their willingness to purchase on the website, and willingness to
patronise the website. Fiore, Jin and Kim (2005) indicate that image interactivity is
positively related to emotional arousal and pleasure, which predicts users’
behavioural willingness. They believe that image interactivity influences both
hedonic and utilitarian satisfaction.
3.7 Vividness
Vividness, also referred to as media richness, is the representational richness of a
computer-mediated environment that conveys the information to user senses (Steuer
1992). The conceptualisation of vividness is based on the assumption that the
richness of media in computer-mediated environments can enhance users’ perception
of the content and increase user engagement with the content, so that users’
perception of mediation is diminished (Klein 2003). Steuer (1992, p. 81) proposes
two variables that contribute to vividness: ‘sensory breadth’ and ‘sensory depth’.
Sensory breadth refers to the number of sensory channels being utilised by the
medium to present information to users simultaneously, and sensory depth refers to
the quality of information. For instance, video possesses higher sensory breadth than
still images, due to the use of both audio and visual senses (Suh & Chang 2006). In
terms of sensory depth, commercial films have a greater depth on visual resolution,
in terms of colours and pixels, than regular television (Steuer 1992). A large-sized
moving image has greater sensory depth than a small-sized moving or non-moving
image (Park, Lennon & Stoel 2005). Website features, such as multimedia
technology, integrate multiple media elements to enhance the performance of
computer-mediated environments that produce superior vividness compared to the
traditional single medium. Therefore, rich media presentation, such as animation,
audio, and video, may increase the vividness of a website (Coyle & Thorson 2001).
Research concerning the effect of website vividness has been well documented.
Jones, Spence and Vallaster (2008) state that vividness is one of the emotion-causing
antecedents that are believed to influence the likelihood of emotional reaction to a
brand, and in turn affect consumer behaviour. Sunder and Kalyanaraman (2004)
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emphasis the importance of vividness and argue that vivid information is more
appealing and more likely to be remembered. Coyle and Thorson (2001), and Klein
(2003) indicate that levels of vividness are positively related to telepresence. Coyle
and Thorson (2001) further claim that websites with animation, audio, and video,
which create greater virtual experience, can make users have stronger and more
enduring attitudes toward the website. Fortin and Dholakia (2005) demonstrate
identical findings, in which the enhancement of vividness, by means of colours,
graphics, and animation, produces favourable impacts on telepresence. In addition,
they indicate that vividness exhibits a stronger effect on the affective dimension than
interactivity. Sunder and Kim (2005) agree that the importance of animation, is due
to its capability of positively influencing attitudes toward the advertisement. Appiah
(2006) also supports the advantage of multimedia presentation, in which users prefer
a website featuring audio/video than a website featuring text/picture. This suggests
that multimedia presentation positively influences users’ attitudes toward the website
and the examined product. Simon and Peppas (2004) indicate that participants
favoured websites with more information and richer presentation. The sample
possessed more positive attitudes and greater satisfaction with websites featuring
pictures, audio and video, than with text-based websites. This evidence all confirms
the positive effects of multimedia technology that flow from its format and which
provides richer information delivery than traditional brochures or catalogues (Wulf et
al. 2006).
Researchers in the field of Media Richness Theory (MRT) argue that an information-
rich medium is more effective for complex tasks, whereas information-lean medium
is suitable for simple tasks (Järveläinen 2007). Palmer and Griffith (1998) state that
media richness better supports information-intensive products, because richer
communication formats not only increase interactivity, but also reduce uncertainty
(Ramirez Jr & Burgoon 2004). Tourism is an information-intensive product (Doolin,
Burgess & Cooper 2002), and tourist decision-making is a complex task that
particularly requires rich media to support its information needs. Therefore, it is
believed that the use of multimedia to enhance the vividness of websites may bring
positive effects.
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3.8 Web-based Virtual Tour
Many DMOs have developed websites with different levels of interactivity (Palmer
& McCole 2000), because interactivity and multimedia are key components in the
creation of virtual experience (Cho & Fesenmaier 2000). Rosen and Purinton (2004)
assert that sensory experience in the web environment is critical. The interaction with
multimedia-enhanced websites produces telepresence, and empowers users to
experience tourism products and destinations without the real visit (Buhalis & Law
2008). Researchers indicate that virtual experience in a three-dimensional (3D)
computer simulation creates visual affordances that allow users to interact with a
product in a similar way to direct experience (Li, Daugherty & Biocca 2001). Several
researchers have indicated that 3D environments provide a better outcome on user
experience (Berneburg 2007; Li, Daugherty & Biocca 2003; Yoon, Laffey & Oh
2008). Virtual tours, one of the VR systems, featuring a 3D virtual environment,
have been adopted in a number of DMO websites (e.g., Hong Kong and Singapore).
The importance of the virtual tour on tourism websites has been emphasised (e.g.,
Cho & Fesenmaier 2000; Sung et al. 2000). It has been found that many DMOs have
created virtual tours on their websites because it is considered to be an effective tool
for destination marketing (Cho, Wang & Fesenmaier 2003). Bastanlar (2007) claims
that interactive virtual tours not only improve the visual presentation, but also
facilitate spatial understanding of the place. It provides more visual sensory
information that may be found and experienced during a real visit to the place. This
more complete information is important in evaluating the attraction accurately and in
reducing the uncertainty of pre-visitation. Virtual tours play an important role in
destination marketing, due to their ability to provide virtual experience, which in turn
enables tourists to evaluate the real travel experience more accurately (Cho, Wang &
Fesenmaier 2003).
Cho, Wang and Fesenmaier (2003) argue that virtual tours help reduce the cost of
seeking tourist information and facilitate the search for experiential tourism
information. This experiential information influences the formation of destination
images and makes tourists more confident about their trips. In addition, it may
increase tourist satisfaction with the actual visit, due to the consistence of expectation
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and actual travel experience. Even though the tourist might select another
destination, the vivid destination images from the virtual tour experiences still linger
in her/his mind, which may induce a desire to visit in the future (Cho & Fesenmaier
2000).
Currently, there are two major approaches to the creation of virtual tours: 3D model-
based rendering and image-based presentation. In constructing virtual environments,
3D model-based rendering requires laborious procedure and much higher cost than
image-based presentation (Chen 1995; Koizumi & Ishiguro 2005; Tsukamoto 2000).
Image-based VR presentation skips the laborious 3D modelling process (Yoon et al.
2004), by utilising photographs to create photo-realistic virtual environments, where
high quality rendering is achieved (Zara 2006). Since QuickTime VR was created by
Apple in 1995, this approach has become increasingly popular on web-based virtual
environments (Villanueva, Moore & Wong 2004), and it has become the most
common type of virtual tour on the Internet (Zara, Benes & Rodarte 2004).
Apple QuickTime VR uses panoramic images, in which users interactively pan the
panorama with mouse and keyboard to control the viewpoint (Zara, Benes & Rodarte
2004). The objectives of Apple QuickTime VR are to create a 3D environment in
most personal computers without extra hardware (e.g., data gloves or head-mount
displays) and without laborious computer modelling and rendering, while displaying
high quality images independent of scene complexity (Chen 1995). This technology
brings flat photographs from the 2D world into a more immersive and interactive
virtual environment (Lee 2002), and tourism and cultural promotion has become one
of the most suitable applications for its use (Gonçalves 2007). Researchers indicate
that users in a QuickTime VR environment have better memory for products and
better navigation performance (Howes et al. 2001). The use of 360° panoramic
images has become a standard technique applied in various areas (Farin, Effelsberg
& de With 2007; Mazzoleni et al. 2006), and they are also adopted in commercial
usages such as entertainment, interactive TV, real estate and virtual tourism (Gledhill
et al. 2003). It represents the reality valued in the creation of qualitative impressions
(Chapman & Deacon 1998), and changes the static presentation to an interactive
approach (Gonçalves 2007).
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There are four major processes in making 360° panorama movies: image capturing,
image processing, image stitching, and movie rendering (Gledhill et al. 2003).
Basically, image capturing uses a digital camera to shoot different amounts of
images, depending on the type of camera. Fisheye lenses are the most popular one to
capture panoramic images (see Figure 3.1). The camera, installed on a tripod, is set
in the centre and rotated to different angles to shoot the images. After shooting, those
images have to go through processing, necessary adjustments are made, and they are
then stitched together by image stitching software. The stitching process creates a big
flat image (see Figure 3.2), which can then be rendered into a 360° panorama movie.
Figure 3.1 Original Images from Fisheye Lenses for Making A Panorama
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Figure 3.2 Stitched Panoramic Image from the Above Original Images
3.9 Research Model
Based on the review of literature, a model for this research is proposed (see Figure
3.3). As mentioned on chapter 2, the relationship of tourism and cultural identity is
inseparable in this global market, and the importance of web design has been
recognised by tourism researchers. As the information technology has been
developed advanced, it is significant to investigate that whether varied website
features used on tourism websites have different effects on users’ evaluations for the
website. Website features construct information presentations, which create different
virtual experiences and may influence user attitude toward a website. Telepresence
creates a feeling of ‘being there’, which may bring the user to the destination she/he
intends to visit or to examine within a web environment. Although previous research
has examined the relationship between interactivity, vividness, and telepresence, the
product and website features being investigated are different. Coyle and Thorson
(2001) controlled interactivity in terms of number of choices and clickable images,
and vividness in terms of audio and animation. Klein (2003) controlled interactivity
by manipulating the level of user control over the order and form, and controlled
vividness by using text/still images in comparison with text/still images plus
video/audio elements. Suh and Chang (2006) used video-clip (no audio), mutiple-
picture and 3D VR model as the design factors to test user response. These studies all
use general tangible products and do not include panoramic images or other website
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features commonly used on tourism websites (e.g. auto-played slideshow, photo
gallery). Therefore, it is necessary to investigate how different website features
influence telepresence in tourism websites, especially the use of panorama, a popular
and efficient approach to create virtual tour on the Internet. The three underlying
dimensions of user attitude have been proposed in chapter 3. Hence, attractiveness
value, informative value, enjoyment value, and telepresence will comprise the four
dimensions of measurement. Besides website features, past experiences have been
found to influence the formation of destination images. It should be taken into
account if prior visitation influences users’ perception of these four dimensions. In
addition, it was indicated that gender and age are two important factors to identify
cultural tourists. Researchers argue that female cultural tourists are more active than
male, and that older people are not the only important group. It is interesting to
investigate if gender and age have any impact on the measurement as well.
Figure 3.3 Research Model
Due to the importance of user attitude and positive effect of telepresence, this model
will be used to examine the effect of website features on the creation of telepresence,
attractiveness value, enjoyment value and informative value from potential users.
The purpose of these measurements is to discover if varied website features used on
tourism websites function as well as the finding of previous research, particularly,
the effects of panoramic images. The result should be able to provide a reliable
evidence for tourism marketers and website designers to successfully promote
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cultural identity in the competitive global market. In addition, the model also
attempts to find out whether users’ prior experience, gender, age have different
impacts on their evaluation for the experimental website. As the tourism market has
been fragmentised, user preferences of different groups should be emphasised in the
marketing strategy. These measurements will provide further evidence for tourism
marketers and website designers to consider the adoption of different ICTs on
tourism websites to promote tourism products more efficiently.
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CHAPTER 4
METHODOLOGY
4.1 Experimental Approach
In the area of design research, quantitative methods are often used to link attitudes to
behaviours and to evaluate the improvement of attitude resulting from design
(Purpura 2003). Berger (2000) indicates that experiments are often conducted to test
whether something is true, examine the validity of hypotheses or theory, or discover
new information. It provides strong evidence that a given variable has an effect on
the study interests. Hence, most empirical studies take this approach to investigate
the relationship between independent variables and dependent variables. Independent
variables are variables manipulated by experimenters to examine whether these
factors exert impacts on dependent variables. As part of research design,
experimenters have to operationlise the dependent and independent variables that can
be observed and measured (Piper 1998). Empirical studies on attitude toward a
website (e.g., Chen & Wells 1999; Elliott & Speck 2005; Gao & Koufaris 2006) and
telepresence (e.g., Coyle & Thorson 2001; Klein 2003; Suh & Chang 2006) also
follow this approach to experiments by using convenience samples of subjects –
normally undergraduate students from universities – and laboratory settings. Indeed,
researchers found that laboratory experiments were the most common method in
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academic advertising research and its popularity has been increased during the last
two decade. It is found that 27% of articles in the Journal of Advertising were based
on laboratory experiments in 1984, and the rate increased to 58% by 2004 (Bergkvist
& Rossiter 2006). A large amount of information system research was also based on
the laboratory experiment approach (Introna & Whitley 2000). It is also broadly used
in marketing research (Stayman & Hagerty 1985).
The main advantage of laboratory experiments is high internal validity (Bergkvist &
Rossiter 2006; Gardner & Raj 1983). Internal validity refers to the degree to which
independent variables have impact on the dependent variables, and external validity
refers to the degree of generalisability of the results produced from the experiment
(Piper 1998). Lab research is the only type of research in which researchers can have
complete control over exposure, so that they can be certain that a respondent has
been exposed for a specific time to a specific stimulus (Ray & Sawyer 1971).
However, researchers argue that the high level of control may decrease the external
validity due to the lack of realism (Bergkvist & Rossiter 2006; Diamond 1986; Reips
& Zürich 2000). The artificial settings of a laboratory environment place a tension
between external and internal validity (Schram 2005). Researchers use laboratory
experiments to study a particular context, but the tasks are schemed by
experimenters, and participants are doing the experiment in a controlled
environment, which differs from their own natural environment (Kellar et al. 2008).
In the laboratory experiment, experimenters manipulate one or two factors as
independent variables to examine the effects and control all other situations. This
approach gives insights into the relationship between independent variables and
dependent variables of the study, but neglects the complex interactions in the real
world (Gardner & Raj 1983). Many features of a laboratory experiment are not
relevant for decision making in the real world (Loewenstein 1999). The laboratory
provides limited usage from both academic and practical perspectives (Introna &
Whitley 2000), and researchers have called for a strong need for external validity in
experiment based research (e.g., Smith 1985; Starmer 1999; Winer 1999).
In fact, generalisability of experimental results has been viewed as a serious question
since Campbell and Stanley (1963) first introduced the concept of external validity
(Vissers et al. 2001). Issues concerning the validity of laboratory experiments have
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been well documented in varied areas, such as marketing (e.g., McQuarrie 2004;
Stayman & Hagerty 1985), economics (e.g., Guala & Mittone 2005; Loewenstein
1999), advertising (e.g., Bergkvist & Rossiter 2006; Gardner & Raj 1983),
psychology (e.g., Anderson & Bushman 1997), and information systems (e.g.,
Introna & Whitley 2000; Sorensen et al. 2001). Diamond (1986) indicates that
laboratory experiments are unrealistic and lack generality. Others have also identified
these potential problems in laboratory research (e.g., Greenberg 1967; Ray & Sawyer
1971). List and Levitt (2005) emphasise four characteristics of laboratory
experiments from the marketing point of view, which present potential problems for
producing generalisability from the lab to the real world. The first characteristic is
that participants know they are being observed, which might influence their
behaviours during the experiment. Because of this awareness, they might behave
according to the expectation of experimenters. The second characteristic is context
matters, which may be beyond experimenters’ control but have strong impacts on
participants’ behaviours. The third characteristic is the stakes involved for the
participants, which are usually quite small in experiments, but the decisions are
actually more important in the real world. The fourth characteristic is self-selection.
The participants used in experiments may completely differ from a real group of
people, and the results from the experiment will not be extrapolated due to this
dissimilarity. One of the most criticised arguments of experimental research is the
use of undergraduate students (Reips & Zürich 2000). Sorenson et al. (2001) indicate
that student subjects might act in the way that the teachers expect them to respond,
and the limited duration of the experiment also influences their engagement to act
naturally. Introna and Whitley (2000) contend that the performances of
undergraduate students participating in an experimental study will not be the same as
managers, or a specific group for a study, and this dissimilar behaviours result
limited validity of the study. In addition, the world of managers is not as simplified
as a laboratory environment, but is the involvement of a whole environment, where
many possibilities combine together. Piper (1998) proposes an identical assertion in
terms of sampling problems and artificial environments. The criticism is often that
the laboratory environment cannot represent real life elements, so that the findings
might be distorted (Vissers et al. 2001). Hence, there is a need to situate research in
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the real world environment if researchers want to be more confident in the
conclusions of their research (Introna &Whitley 2000).
Experimenter effects are another factor that threaten the validity of an experiment
(Piper 1998; Reips & Zürich 2000; Vissers et al. 2001). Rosenberg (1969) indicates
that participants are sensitive to subtle cues from experimenters due to the fear of
judgement during the procedure. Rosenthal (1976) provides a comprehensive
summary of experimenter effects, such as unintentional or intentional errors in the
data interpretation, experimenters’ biosocial attributes and psychosocial attributes,
experimenter modelling and experimenters’ expectance. These experimenter effects
may influence participants’ behaviours and thus elicit different responses, rather than
merely being produced from the manipulation of independent variables. Hewson,
Laurent and Vogel (1996) state that the demand characteristics of the experimental
situation may make participants feel a need to please the experimenter or feel a
pressure to act conforming to social norms.
Naturalistic Decision Making (NDM) is a decision behaviour theory, which first
emerged in 1989 at a conference in which researchers discussed their findings
outside of the traditional decision approaches (Zsambok 1997). It is marked by the
emphasis on expertise of participants and the highlighting of field settings where the
decisions are made (Lipshitz et al. 2001). NDM researchers argue that decision
research fails to take into account the situational variable that everyday life involves
(see Montgomery, Lipshitz & Brehmer, 2005). They strive to understand decision-
making as it happens in the real world (Bazerman 2001) and abandon laboratory
environments to conduct their research in real world settings (Roelofsma 2001).
Orasanu and Connolly (1993, p. 6) assert that ‘Decision event research in the
laboratory tends to require decisions apart from any meaningful context. In natural
settings, making a decision is not an end in itself. Usually it is a means to achieving a
broader goal.’ They argue that utilising ‘naïve subjects in context-limited
environments’ (i.e. when university students are required to do surveys to obtain
credits) excludes situational, lifestyle, time-constrained, and aspirational variables.
These variables provide real-world motivators that vary over time and circumstance.
Klein (1997) argues that NDM based research should result in better decision quality
than traditional approaches, for several reasons. First, traditional methods lack a
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naturalistic setting. Second, experienced decision makers can serve as performance
standards. Third, NDM researchers do not attempt to completely replace the
strategies that have been traditionally used, but improve upon these strategies.
Fourth, experience enables people to generate a reasonable course of action. Fifth,
situation awareness may be more important than deliberating about alternative
courses of action. Sixth, decision requirements are contextual, which is the target of
interventions.
The intention of this study is to design an experiment in which a central concept of
NDM, the naturalistic real world setting, was used to enhance the external validity of
the research. Schram (2005, p. 225) points out that: ‘External validity is relatively
more important for experiments searching for empirical regularities than for theory-
testing experiments.’ Stayman and Hagerty (1985) contend that methods for applied
studies must correspond to real life in order to produce generalisable findings. Winer
(1999) asserts that consumer behaviour research should be concerned about the
importance of generalisability of experimental results, beyond the lab into other
contexts. Reips and Zürich (2000) indicate that the web provides a new tool for
experimental research. The web experiment works as a solution to reduce these
experimenter effects, because there is no direct contact between experimenters and
participants. It breaks some limitations that influence the external validity of
laboratory experiments (Piper 1998). User behaviour studies on the web, conducted
in a field setting, can provide a more reliable outcome of natural behaviours than in a
controlled laboratory setting, because participants access their usual web browsers in
familiar physical environments, and complete the tasks on their own, rather than
working on tasks when motivated by researchers (Kellar et al. 2008).
4.2 Online Survey
The survey is a useful method by which to understand individual opinions, attitudes
and behaviours toward a range of topics and issues (Hansen et al. 1998). Schonlau,
Fricker and Elliott (2001) indicate that technology has revolutionised ways of survey
presentation, since the first email survey was conducted in the 1980s and the web-
based survey was introduced in the 1990s. The Internet has been used extensively by
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academic and marketing researchers, to conduct surveys for different purposes (Piper
1998) and the popularity of the online survey has been verified. In 2002 almost half a
billion US dollars were spent on online surveys in the USA (Hogg 2003), and it was
expected to reach about 960 million US dollars in 2004 (Aster 2004). It has been
expected that the majority of survey research will be conducted online (Schonlau,
Fricker & Elliott 2001), because the cost is less and the design and implementation
are more efficient than off-line market research (Hewson, Laurent & Vogel 1996;
Schmidt 1997). Jackson (2003b) indicated that online market research would account
for 33% of all survey formats.
The benefits and drawback of online surveys have been well documented by
researchers. Schmidt (1997) indicates that the greatest benefit of online survey is its
ability to access to a large number of populations. It also saves time and money, and
offers various presentation formats that are hard to achieve by other survey
approaches. The potential problems include incomplete responses, unacceptable
responses, multiple submissions, and security and data integrity. Reips and Zürich
(2000) state that the online survey offers easy access to a demographically and
culturally diverse population; provides easy access to specific populations; increases
generalisability of the findings; avoids time constraints; heightens statistical power;
enables voluntary participation; reduces experimenter effects; and reduces the cost.
The drawbacks include multiple submissions; lack of control; self-selection, and drop
out.
Archer (2003) compares the advantages and disadvantages of online surveys with
mail surveys. He explains that online advantages include: elimination of paper;
postage, mail out and data entry costs; reduced implementation time; reduced survey
costs; simultaneous data display with tabulation; data presentation in graphic and
numerical format; ease of reminders and follow-up for non-respondents; and ease of
data processing. The disadvantages of online survey include: limitation of survey
scope due to restricted Internet connection; inequality of computer skills; different
screen setting for individual respondents; difficulty of sampling e-mail addresses;
and the fact that a non-response decision is made more quickly.
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Evans and Mathur (2005) present a comprehensive and detailed consideration of the
strengths and weaknesses of online survey. They explain that the major strengths
encompass global reach; suitability for both B-to-B (business-to-business) and B-to-
C (business-to-consumer) settings; high flexibility, speed and timeliness; featured
technological innovations; convenience for respondents; ease of data entry and
analysis; more diversified questions; low administration cost; ease of follow-up;
controlled sampling; ease of obtaining large samples; control of answer order;
control of completion; control of specific sequences and ability to obtain knowledge
of respondent and non-respondent characteristics. The major weaknesses include:
ease of regarding surveys as junk mail; skewed attributes of Internet population;
sample selection problems; inexperienced online respondents; technological
variations of respondents; lack of clear instruction; impersonal context; privacy and
security issues; and low response rate.
Sue and Ritter (2007) state that the advantages of online survey include: shortening
experimental speed; broadening the scope of audience; economy; adding various
content options; expanding question types; the ability to ask sensitive questions, and
anonymity. The disadvantages include: limited Internet user populations; ease of
abandonment of survey and dependence on software. However, the overall
advantages of online survey value higher than the disadvantages (Reips & Zürich
2000).
Although the Internet has been used as a venue for experimental research, only a few
researchers have published the results of web experiments (Piper 1998), and the
online survey research is still in its infancy (Sue & Ritter 2007). It is a difficult area
of research through which to study user behaviours on the web (Kellar et al. 2008).
Berger (2000) indicates that the survey is a method used to get information about
certain groups of people who are representative of the larger group of people of the
research interest. Researchers indicate that the sample selection for a web survey is
the major weakness, because the characteristics of Internet users are too broad, and
those subjects may not be representative of the specific group for the study (Evans
and Mathur 2005; Piper 1998). However, the group of interest in this study has been
identified in chapter 2, and it is not a problem if a specific group of people who are
qualified as cultural tourists can be involved to support this study. Another criticism
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threatening the validity of online survey is the lack of control and the invisible
experimental processes. Researchers often cannot monitor respondents’ behaviours
during the experiment, due to the absence of direct contact and the unpredictable
location. To overcome this problem, the web database can be used to unobtrusively
observe participants’ behaviours and reduce the uncertainty of the invisible process.
4.3 Questionnaire
The basic tool for survey research is the questionnaire (Hansen et al. 1998). In a web-
based survey, the questionnaire resides on a website. The respondents visit the
website and complete the survey (Sue & Ritter 2007). The objective of this research
is the investigation of the relationship between website features adopted on cultural
tourism websites and user attitude toward the website, as well as the feeling of
telepresence. Hence, participants must visit the designed prototype website first and
then answer the questionnaire linked to the website. Based on the purposed model,
the questionnaire covered questions of user attitude toward a website, which
consisted of three underlying dimensions, as described in chapter 3, and the measure
of telepresence. Questions regarding the measure of user attitude and telepresence
were referring from the related literature. Because the age, gender and prior
experience are also of the research interest, the questionnaire consisted of six
sections, as follows:
Section 1 requested age and gender. This should be able to test and find out whether
there is a difference on the evaluation of the experimental website between different
age groups and different gender groups.
Section 2 requested information on Prior Experience. This should be able to test and
find out whether there is a difference on the evaluation of the experimental website
when comparing users with prior experience and users without prior experience.
1. I have been to China.
2. I have been to Taiwan.
3. I have some knowledge about Taiwan’s temples.
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Section 3 focused on the Attractiveness Value of the sites using a seven-point scale.
This should be able to test and find out whether users have different responses for the
attractiveness of the website and the destination after browsing the experimental
website in which different website features were used.
1. The website looks attractive.
2. The temple looks interesting.
Section 4 focused on the Enjoyment Value of the sites using a seven-point scale. This
should be able to test and find out whether users have different levels of enjoyment
after browsing the experimental website in which different website features were
used.
1. I will return to this website.
2. I felt a strong sense of active involvement.
3. I found the website enjoyable to navigate.
4. I could have stayed on this website longer.
5. I have a favourable impression of the temple after my visit to the website.
Section 5 focused on the Telepresence Value of the sites using a seven-point scale.
This should be able to test and find out whether users feel different levels of
telepresence when browsing the experimental website in which different website
features were used.
1. While on the website, I felt I was in the world that the computer created.
2. The computer-generated world seemed to me “somewhere I visited” rather
than “something I saw.”
3. I forgot about my immediate surroundings when I was navigating through the
website.
Section 6 sought to establish the Informative Value of the sites. This consisted of
eight multiple-choice questions and in each answer set, only one was correct. This
should be able to test and find out whether users remember much more information
of the destination after browsing the experimental website with higher level of
interactivity and vividness.
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1. The temple was established in 1635 1760 1796 1805
2. The God dedicated in the main hall is Mastu Guanshiyin Budda
Confucius Baosheng Dadi
3. The most important religious activity of the temple is Baosheng Cultural
Festival Mastu Birthday Ceremony New Year Blessing Ceremony
Burn Wang Boat Festival
4. The temple mainly consists of two halls two halls with right and left
protecting rooms three halls with right and left protecting rooms four
halls
5. The delicate decoration on the temple’s roof ridge is wood carving
stone carving ”cut and paste” of bowl pieces golden painted wood
6. When worshiping the God in the temple, people place their offering at
facade of front hall inside of front hall main hall back hall
7. People seek advice about their future at façade of front hall inside of
front hall main hall back hall
8. There is a pair of stone lions at the facade of the front hall. Which one is
female? on the right on the left there is no gender difference
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CHAPTER 5
EXPERIMENT
5.1 Stimuli
Tourist attractions are one of the determinants that give a reason for tourists to visit a
destination, and often become the central theme for the visit (McKercher & du Cros
2002). Baloglu and McCleary (1999) claim that attractions have a positive impact on
tourist visitation intentions. Wang (2008) indicates that the most popular and
important information provided on tourism websites is on tourist activities and
attractions. This research selects a well-known cultural attraction in Taipei, Taiwan –
the Dalongdong Baoan Temple, an international winner of the UNESCO Asia-
Pacific Heritage Award for Cultural Heritage Conservation in 2003 – as an example
to test the research model. The Dalongdong Baoan Temple is one of the most
representative cultural attractions in Taiwan and has been introduced on many
Taiwanese DMO websites. It was established in 1805, and has been classified as a
second-grade historical site by the Taiwanese government. The temple is considered
one of the most representative of traditional Taiwanese temples, and holds an
important place in Taiwanese architectural history. In addition, its annual religious
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event, the Baosheng Cultural Festival, attracts thousands of visitors to celebrate the
birthday of the main worshiped deity, Baosheng Dadi.
To simulate the real world web environment, two complete websites of the
Dalongdong Baoan Temple (http://www.culturaltaiwan.com/high/index.php;
http://www.culturaltaiwan.com/low/index.php), with a range of website features,
were developed instead of using an approach involving comparison of individual
website features only. The attraction information was divided into five topical
categories — Home, History, Deities, Architecture, and Ritual — to give users a
comprehensive understanding of the temple. The Home section provides an overview
of the Dalongdong Baoan Temple; the History section tells the historical
development of the temple; the Deities section introduces the main deity worshiped
in the temple; the Architecture section gives an in-depth depiction of the architectural
features of the temple, and the Ritual section introduces the annual religious event of
the Baosheng Cultural Festival.
As mentioned on chapter 2, one of the most important function of tourism website is
to promote the identity of the destination. Hence, the design of two stimuli must
present the specific features of the Dalongdong Baoan Temple. Based on this
concept, the unique structures of the temple – the dragon pillar and clay sculpture –
were used on the main interface design. Also, the yellow and golden tone, the
representative colour of ancient Chinese cultural, was used on the interface design to
present the characteristics of traditional Chinese culture. Besides, the architectural
feature is the most simple and direct way for tourists to understand a tourist
attraction. It is also the most common approach to present the cultural identity of a
place. Therefore, the architectural section was designed as the most important part of
the website.
In order to allow comparison while evaluating the effects of website features that
represent different levels of interactivity and vividness, two websites with different
levels of user control and vividness (high-UCV versus low-UCV) have been
designed in the same interface and transmit the same information. Figure 5.1 and
Figure 5.2 show flow charts of two experimental websites. Figure 5.3 and Figure 5.4
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show the home page of high-UCV and low-UCV website. Researchers indicate that
the more functions a website provides, the greater interactivity it has (see Sunder,
Kalyanaraman & Brown 2003). Therefore, the high-UCV website embraces more
website features than the low-UCV website. It has been found that visual information
strongly influences the degree of presence to a greater degree than other sensory
channels (Witmer & Singer 1998). Hence, the website design focuses on visual
simulation rather than audio effects. The audio element was excluded in this study.
The purpose of this research is to investigate the effectiveness of advanced ICTs on
the promotion of tourism products. The comparison of two websites with different
levels of interactivity and vividness can tell whether users browsing the high-UCV
website have better responses than users browsing the low-UCV website. If the result
is positive, user attitude will be more positive toward the website as well as the
destination, which may increase their willingness to visit the place. In other words,
the promotion of cultural identity of a destination will be more effective. Also, the
finding will be consisted with previous researchers who examined the effect of
interactivity and vividness on tangible products. That will support the statement, as
mentioned in chapter 2, that websites with advanced ICTs increases its success in a
competitive web environment. Besides, if participants in different gender and age
groups respond inconsistent, tourism marketer and website designers should take
varied approaches on tourism website design to match the preference of different
users.
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Figure 5.1 The Flow-chart of the Low-UCV Website
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Figure 5.2 The Flow-chart of the High-UCV Website
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Figure 5.3 A Screenshot from the “Home” Page of the Low-UCV Website
Figure 5.4 A Screenshot from the “Home” Page of the High-UCV Website
The low-UCV website used Hypertext Markup Language (HTML) to present the
temple by text and limited still images. Users were only allowed to have control over
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the browsing flow. This is currently the common approach adopted by most of the
DMO websites on the information offered for tourist attractions. The high-UCV
website used Adobe Flash multimedia authoring program and Pano2QTVR to
present the temple by more website features, such as auto-played slideshow and 360°
QuickTime VR panorama. However, researchers indicate that the panorama tour is
restrictive because of its inability to provide details of a place, which results in users
failing to look more closely (Pan et al. 2004). Besides, it has been argued that
although panoramic images provide an impressive view of the environment, users
have difficulties in understanding the arrangement of the spatial scene (Farin,
Effelsberg & de With 2007). Lee (2002) also identifies four main problems of
panorama tours found in his evaluation: (1) ambiguous perceptual pointer, (2)
misplacement of map indicator, (3) inappropriate metaphor design, and (4)
inadequate movement in panoramic movies. To solve these problems, he proposes a
list of guidelines suggesting elements to be used when designing a QuickTime VR
interface, such as a bigger pointer, map aid, and metaphor use. Bastanlar (2007)
claims the floor plan is the most preferred way to help users navigate through the
environment. He also suggests that areas on the floor plan should be highlighted, if
clickable, for easy recognition. Sayers et al. (2004) assert visual presentation of
navigational aids improves navigation performance and user satisfaction. Therefore,
a new approach – with interactive flat panoramic images – was used in the
Architecture section with a 2D graphical map to provide spatial orientation in the
navigation (see Figure 5.5). On tourism websites, pictures of tourist attractions are
often delivered in either a full or limited view and taken from a specific angle to
present the beauty of the attraction, because of the limited content space of web
pages. Users are only allowed to see an unclear full view or clear partial views of an
attraction. The interactive flat panoramic images broke the limitations of web page
space, and allowed users to click and drag the image to see the whole view of the
attraction. Within this, a detailed depiction was further provided inside the blue-
animated spot for specific architectural features, and the zoom in/out button gave
users a closer look at the attraction. Three 360° QuickTime VR panoramas were also
embedded on the interactive flat panoramic images, which helps users to understand
the position of these panoramas in the temple. When jumping between different parts
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of the temple, the 2D graphical map also gave users spatial orientation on the
website.
Figure 5.5 The Interactive Flat Panoramic Images of the High-UCV Website
Control over the flow was not restricted in the experiment, and there was no
predetermined order due to the nature of the Internet. Both websites allow
participants to navigate through at liberty. Control over the form was manipulated in
this experiment. On the low-UCV website, participants were not allowed to have
control over the text or images. On the high-UCV website, participants could control
the playback of slideshows (Figure 5.6); change the view area by clicking and
dragging the images to move around, as well as change the size of flat panoramic
images by dragging the zoom button; select the shown photos for a detailed depiction
of specific architectural features (Figure 5.7), and alter the viewing angle and size of
360 degree omnidirectional panoramas (Figure 5.8).
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Figure 5.6 Control Over the Slideshow
Figure 5.7 Control Over Photo Selections of Architectural Features
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Figure 5.8 Control Over the 360 Degree Panorama
The vividness of the websites was manipulated via the content presentation. On the
low-UCV website, the information was presented by text and limited still images.
Participants needed to control the scroll bar up and down on their browsers to view
the content if the information was longer than the height of their browsing windows.
The identical information was presented in auto-play slideshows, the navigable 2D
graphic map, interactive flat panoramic images, animated rollover buttons, sliding
photo albums, and Quicktime VR (QTVR) on the high-UCV website. Slideshows
and photo albums allowed participants to view multiple images without scrolling up
or down their browsers. The navigable 2D graphic map pointed out their present
positions in the temple, which helped in avoiding getting lost when exploring the
architectural details of different locations. Animated rollover buttons (Figure 5.9) on
interactive flat panoramic images facilitated catching participants’ attention in
looking at the architectural details as well as indicating the locations of these
features. QTVRs allowed participants to look around, left and right, and up and
down, in different sites, as if they were physically standing in those locations.
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Figure 5.9 Animated Rollover Buttons
5.2 Participants
In order to increase the external validity of the experiment, sixty participants were
recruited from the members of Australians Studying Abroad (ASA) and from staff of
the Faculty of Design, Swinburne University. ASA is a commercial tourism provider
based in Armadale, Melbourne. It leads cultural tours for both university students
and the general public, giving participants insights into different artistic and cultural
traditions by facilitating their travel around the world. It believes that learning is
intimately connected with physical experience of different landscapes, environments
and cultures. The members of ASA are thus typical cultural tourists, who can be
distinguished from those general tourists who do not have specific motives in
understanding the culture of destinations they plan to visit. As well as being a
commercial company, ASA has an interest in education and is currently linked with
the Carrick Institute and several Australian Universities providing Student Study
Away tours, which attract credits towards the students’ degrees. Hence, the ASA
members were suitable participants for this study. The staff of the Faculty of Design
at Swinburne University, are also qualified in the characteristics of cultural tourists.
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Foo and Rossetto (1998) indicate that teachers and lectures are more likely to visit
cultural attractions than other visitors. Hence, the ASA members and Design Faculty
staff at Swinburne University were considered suitable participants for this study.
5.3 Procedure
In order to simulate real world website browsing, the target group was informed by
e-mail that the Dalongdong Baoan Temple was available on the specified website.
The experiment URL was also posted on the ASA website. Participants therefore
chose to access the site only if it interested them. Participants were divided into two
groups depending on their hardware and software requirement, and each group was
only allowed to view one of the two websites. They viewed the website on their own
equipment and in their own time. The first page of the websites is an introductory
page explaining the purpose of the study and basic instructions of the task. Naturally,
those who did not want to participate could drop out at this point. Participants enter
the Home section via this introductory page and they were free to navigate without
time restraint as real users surfing on the Internet. Participants were required to go
through all of the five topical categories and read the content on the website. After
viewing all of the information, they entered the online survey page by clicking the
link on the Ritual section, where a reminder to ask participants to complete their
browsing tasks was provided. They were required not to go back to view the website
and look for answers to the questions when doing the survey. In order to invisibly
observe participants’ behaviour, the PHP (Hypertext Preprocessor), a general-
purpose scripting language, was embedded to generate a MySQL database that
monitored which pages each participant had been viewing, and how much time they
stayed on each page. This provided more accurate values for an objective measure of
interest in this study, and indicated whether the participant went through all the
content (because that influenced their knowledge in answering the survey). The post-
experiment questionnaire covers four dimensions: website attractiveness measures,
open-ended recall measures, user enjoyment measures, and telepresence measures.
Except the open-ended recall measures, all measures use 7-point Likert ‘Disagree –
Agree’ scales (1 means disagree and 7 means agree).
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CHAPTER 6 RESULTS AND ANALYSIS
6.1 Introduction
This chapter analyses the survey results from two perspectives: directly from the
survey data, and taking MySQL database into consideration. As mentioned in the
previous chapter, MySQL database was used to unobtrusively observe participants’
browsing behaviour, in which the click actions, the pages visited, and the time spent
per page were recorded (see Figure 6.1). From the database, it was found that many
participants did not go through the whole content of the website, particularly those
who chose to view the high-UCV website. Although most of them clicked all the
buttons of the top five tabs, many of them did not click the buttons embedded in the
content. On the high-UCV website, there were three 360° omnidirectional panoramas
in the Home section and they were also embedded in the interactive flat panoramic
images in the Architecture section. However, only17 of 26 participants clicked the
buttons of the panorama. In the Architecture section, there are four sub-buttons to
introduce the different parts of the temple, in which participants should click all of
the fours buttons to explore the architectural arts of the temple, by browsing the
interactive flat panoramic images. However, only 10 participants clicked some sub-
buttons in the Architecture section, and 9 clicked the buttons embedded in the flat
panoramic images. That means participants who browsed the high-UCV website
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missed a lot of information about the temple. While on the low-UCV website, there
are four hyper-links on the History tab, two hyper-links on the Deities tab, four
hyper-links on the Architecture tab. Every participant clicked all the buttons of the
top five tabs, 21 out of 34 clicked hyper-links on the Deities tab, and 23 participants
clicked hyper-links on the Architecture tab. In other words, participants on the high-
UCV website may be exposed to less content of the website than those who browsed
the low-UCV website. These behaviours might have impacts on user response
toward the study. Therefore, two analyses have been conducted and presented in this
chapter, to provide a deeper understanding of the experimental results.
Figure 6.1 A Screenshot of MySQL Database
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6.2 Results 1
The central purpose of the research is to examine the possible differences that the
design of the websites, high and low UCV (User Control and Vividness, which were
proposed as the major determinants of telepresence) might have on user behaviour
and outcome. Secondary interests are the possible differences in user experience
attributable to gender and age, and also prior experience of China or Taiwan and its
temples. The sample demographics and prior experience are listed in Table 6.1.
There were more female participants than male, and the middle-aged participant
group was the largest in this experiment, and this is identical with the characteristics
of cultural tourists in previous studies. Participants possessing prior experience of
visiting China or Taiwan were few, and only 5 had knowledge about Taiwan’s
temples. However, initial data analysis revealed no effects due to prior experience,
and this probably reflected the small number within the sample who had experience
of either China or Taiwan. For this reason they have been excluded from the analysis
presented here. Following the sectional construction of the questionnaire, the results
were analysed directly based on the survey data, and presented section by section.
Analysis of Variance was performed with website, gender and age as independent
variables, the latter being treated as a covariate.
*It should be noted that in the analyses that follow there are very minor differences
in n due to missing data. This is inevitable in survey data.
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Table 6.1 Sample Demographics and Prior Experience
Variables Frequency (n = 60) Percent
Gender
Male 25 41.7
Female 35 58.3
Age
<25 4 6.7
25-34 8 13.3
35-44 18 30
45-54 15 25
55-64 11 18.3
>65 3 5
Prior experience
Been to China 17 28.3
Been to Taiwan 7 11.7
Have knowledge 5 8.3
Attractiveness Value
Given the domain of interest, cultural tourism, the nature of the website, and the
‘interested’ subject group, it was anticipated that the high-UCV website would be
found more attractive than the low-UCV website.
Question 1: The website looks attractive.
The results for Q1 indicate no website main effect (F 1,58 = 1.20, p = .278), though
there is a significant gender effect (F 1,58 = 5.13, p = .028), with women rating both
sites higher than men. The Analysis of Variance table below (Table 6.2-1, 6.2-2)
provides the summary statistics, accompanied by means and standard deviations for
website by gender.
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Table 6.2-1 ANOVA (by Website) of Attractiveness Question 1
Tests of Between-Subjects Effects Dependent Variable: Attractiveness Question 1
Source Sum of Squares df Mean Square F Sig.
Intercept 167.730 1 167.730 94.246 .000
age .007 1 .007 .004 .951
website 2.136 1 2.136 1.200 .278
gender 9.125 1 9.125 5.127 .028
website * gender 1.241 1 1.241 .698 .407
Error 96.104 54 1.780
Total 1616.000 59
Table 6.2-2 ANOVA (by Website) of Attractiveness Question 1
Descriptive Statistics Dependent Variable: Attractiveness Question 1
website gender Mean Std. Deviation N
male 4.62 1.923 8 High Interactive
female 5.76 .903 17
male 4.53 1.463 17 Low Interactive
female 5.06 1.197 17
Figure 6.2 ANOVA (by Website) Chart of Attractiveness Question 1
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Question 2: The temple looks interesting.
While Q1 focused upon the web site, Q2 focused upon the subject of the web site,
the Dalongdong Boan Temple. The high-UCV website provided considerably more
information via interactivity and vividness than the low-UCV website. The results
indicate no difference in the perceived attractiveness of the temple (F 1,58 = 1.02, p =
.317), but a significant gender effect (F 1,58 = 13.03, p = .001), with women rating the
temple higher than men, irrespective of the website.
Table 6.3-1 ANOVA (by Website) of Attractiveness Question 2
Tests of Between-Subjects Effects Dependent Variable: Attractiveness Question 2
Source Sum of Squares df Mean Square F Sig.
Intercept 271.605 1 271.605 1.689E2 .000
age 6.037 1 6.037 3.754 .058
website 1.640 1 1.640 1.020 .317
gender 20.951 1 20.951 13.028 .001
website * gender .040 1 .040 .025 .876
Error 86.838 54 1.608
Total 1940.000 59
Table 6.3-2 ANOVA (by Website) of Attractiveness Question 2
Descriptive Statistics Dependent Variable: Attractiveness Question 2
website gender Mean Std. Deviation N
male 5.12 1.553 8 High Interactive
female 6.18 .951 17
male 4.71 1.532 17 Low Interactive
female 6.00 1.225 17
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Figure 6.3 ANOVA (by Website) Chart of Attractiveness Question 2
Enjoyment Value
As with attractiveness, we anticipated that the high-UCV website would be more
enjoyable.
Question 1: I will return to this website.
The results for Q1 the main effect of website obtained a non-significant difference (F
1,58 = 1.57, p = .216), with no gender or age effects.
Table 6.4-1 ANOVA (by Website) of Enjoyment Question 1
Tests of Between-Subjects Effects Dependent Variable: Enjoyment Question 1
Source Sum of Squares df Mean Square F Sig.
Intercept 63.399 1 63.399 18.664 .000
age 2.739 1 2.739 .806 .373
website 5.328 1 5.328 1.568 .216
gender 1.875 1 1.875 .552 .461
website * gender .465 1 .465 .137 .713
Error 183.430 54 3.397
Total 988.000 59
126
Table 6.4-2 ANOVA (by Website) of Enjoyment Question 1
Descriptive Statistics Dependent Variable: Enjoyment Question 1
website gender Mean Std. Deviation N
male 3.88 1.553 8 High Interactive
female 4.18 2.007 17
male 3.06 1.749 17 Low Interactive
female 3.65 1.869 17
Figure 6.4 ANOVA (by Website) Chart of Enjoyment Question 1
Question 2: I felt a strong sense of active involvement.
The results for Q2 achieved a significant main effect for website (F 1,58 = 5.83, P =
.019), and a significant website by gender interaction (F 1,58 = 4.30, p = .043).
127
Table 6.5-1 ANOVA (by Website) of Enjoyment Question 2
Tests of Between-Subjects Effects Dependent Variable: Enjoyment Question 2
Source Sum of Squares df Mean Square F Sig.
Intercept 102.601 1 102.601 32.966 .000
age .178 1 .178 .057 .812
website 18.154 1 18.154 5.833 .019
gender .240 1 .240 .077 .782
website * gender 13.370 1 13.370 4.296 .043
Error 164.954 53 3.112
Total 1081.000 58
Table 6.5-2 ANOVA (by Website) of Enjoyment Question 2
Descriptive Statistics Dependent Variable: Enjoyment Question 2
website gender Mean Std. Deviation N
male 5.25 1.581 8 High Interactive
female 4.12 1.668 16
male 3.06 1.749 17 Low Interactive
female 3.94 1.886 17
Figure 6.5 ANOVA (by Website) Chart of Enjoyment Question 2
128
Question 3: I found the website enjoyable to navigate.
The results for Q3 obtained no significant differences, though the direction of the
website main effect was in the anticipated direction (F 1,58 = 3.41, p = .070).
Table 6.6-1 ANOVA (by Website) of Enjoyment Question 3
Tests of Between-Subjects Effects Dependent Variable: Enjoyment Question 3
Source Sum of Squares df Mean Square F Sig.
Intercept 154.584 1 154.584 54.004 .000
age .132 1 .132 .046 .830
website 9.773 1 9.773 3.414 .070
gender 3.439 1 3.439 1.201 .278
website * gender .854 1 .854 .298 .587
Error 154.573 54 2.862
Total 1444.000 59
Table 6.6-2 ANOVA (by Website) of Enjoyment Question 3
Descriptive Statistics Dependent Variable: Enjoyment Question 3
website gender Mean Std. Deviation N
male 5.00 1.690 8 High Interactive
female 5.24 1.480 17
male 3.88 1.536 17 Low Interactive
female 4.65 1.967 17
129
Figure 6.6 ANOVA (by Website) Chart of Enjoyment Question 3
Question 4: I could have stayed on this website longer.
The results for Q4 achieved a significant website main effect in the direction
predicted (F 1,58 = 4.49, p = .039).
Table 6.7-1 ANOVA (by Website) of Enjoyment Question 4
Tests of Between-Subjects Effects Dependent Variable: Enjoyment Question 4
Source Sum of Squares df Mean Square F Sig.
Intercept 136.992 1 136.992 36.721 .000
age .364 1 .364 .097 .756
website 16.755 1 16.755 4.491 .039
gender 1.344 1 1.344 .360 .551
website * gender .988 1 .988 .265 .609
Error 201.452 54 3.731
Total 1282.000 59
130
Table 6.7-2 ANOVA (by Website) of Enjoyment Question 4
Figure 6.7 ANOVA (by Website) Chart of Enjoyment Question 4
Question 5: I have a favourable impression of the temple after my visit to the
website.
The results for Q5 again achieved a significant website main effect in the direction
predicted (F 1,58 = 5.06, p = .029). However, this main effect was overshadowed by a
strong gender main effect (F 1,58 = 8.60, p = .005).
Descriptive Statistics Dependent Variable: Enjoyment Question4
website gender Mean Std. Deviation N
male 4.88 1.727 8 High Interact
female 4.88 1.799 17
male 3.47 1.940 17 Low Interact
female 4.06 2.076 17
131
Table 6.8-1 ANOVA (by Website) of Enjoyment Question 5
Tests of Between-Subjects Effects Dependent Variable: Enjoyment Question 5
Source Sum of Squares df Mean Square F Sig.
Intercept 179.424 1 179.424 92.455 .000
age .200 1 .200 .103 .750
website 9.830 1 9.830 5.065 .029
gender 16.692 1 16.692 8.601 .005
website * gender .060 1 .060 .031 .861
Error 102.855 53 1.941
Total 1827.000 58
Table 6.8-2 ANOVA (by Website) of Enjoyment Question 5
Descriptive Statistics Dependent Variable: Enjoyment Question 5
website gender Mean Std. Deviation N
male 5.25 1.282 8 High Interactive
female 6.35 .786 17
male 4.31 1.302 16 Low Interactive
female 5.53 1.875 17
Figure 6.8 ANOVA (by Website) Chart of Enjoyment Question 5
132
Telepresence Value
Again, we anticipated that the high-UCV website would outperform the low-UCV
website on all three measures taken from the scales of Klein (2003).
Question 1: While on the website, I felt I was in the world that the computer created.
The results for Q1 the main effect of interest, website, was non-significant (F 1,58 =
1.52, p = .539), as were gender and age.
Table 6.9-1 ANOVA (by Website) of Telepresence Question 1
Table 6.9-2 ANOVA (by Website) of Telepresence Question 1
Descriptive Statistics
Tests of Between-Subjects Effects Dependent Variable: Telepresence Question 1
Source Sum of Squares df Mean Square F Sig.
Intercept 105.877 1 105.877 26.605 .000
age .127 1 .127 .032 .859
website 1.522 1 1.522 .383 .539
gender 3.744 1 3.744 .941 .336
website * gender .234 1 .234 .059 .809
Error 210.917 53 3.980
Total 1185.000 58
Dependent Variable: Telepresence Question 1
website gender Mean Std. Deviation N
male 4.50 1.927 8 High Interactive
female 4.12 1.996 17
male 4.29 1.795 17 Low Interactive
female 3.62 2.156 16
133
Figure 6.9 ANOVA (by Website) Chart of Telepresence Question 1
Question2: The computer-generated world seemed to me “somewhere I visited”
rather than “something I saw.”
This question yielded similar results with the website main effect being non-
significant (F 1,58 = .42, p = .509), as were gender and age.
Table 6.10-1 ANOVA (by Website) of Telepresence Question 2
Tests of Between-Subjects Effects Dependent Variable: Telepresence Question 2
Source Sum of Squares df Mean Square F Sig.
Intercept 47.259 1 47.259 11.644 .001
age 12.694 1 12.694 3.128 .083
website 1.793 1 1.793 .442 .509
gender .722 1 .722 .178 .675
website * gender .232 1 .232 .057 .812
Error 219.159 54 4.059
Total 1139.000 59
134
Table 6.10-2 ANOVA (by Website) of Telepresence Question 2
Descriptive Statistics Dependent Variable: Telepresence Question 2
website gender Mean Std. Deviation N
male 4.25 2.053 8 High Interactive
female 4.12 1.996 17
male 3.76 1.888 17 Low Interactive
female 3.71 2.257 17
Figure 6.10 ANOVA (by Website) Chart of Telepresence Question 2
Question3: I forgot about my immediate surroundings when I was navigating
through the website.
This result again yielded a non-significant website main effect (F 1,58 = 3.46, p =
.068), along with gender and age. While Q3 approaches statistical significance, it
fails to combat the distinctly non-significant outcomes for Q1 and Q2. The
conclusion that neither website achieved higher telepresence on the measures used, is
unavoidable.
135
Table 6.11-1 ANOVA (by Website) of Telepresence Question 3
Tests of Between-Subjects Effects Dependent Variable: Telepresence Question 3
Source Sum of Squares df Mean Square F Sig.
Intercept 69.972 1 69.972 15.121 .000
age 2.910 1 2.910 .629 .431
website 15.994 1 15.994 3.456 .068
gender .099 1 .099 .021 .884
website * gender 9.114 1 9.114 1.970 .166
Error 249.884 54 4.627
Total 1098.000 59
Table 6.11-2 ANOVA (by Website) of Telepresence Question 3
Descriptive Statistics Dependent Variable: Telepresence Question 3
website gender Mean Std. Deviation N
male 4.75 2.252 8 High Interactive
female 4.12 2.118 17
male 2.82 1.912 17 Low Interactive
female 3.76 2.333 17
Figure 6.11 ANOVA (by Website) Chart of Telepresence Question 3
136
Informative Value
Finally, we anticipated that the high-UCV website would have higher informative
value than the low-UCV website, and that a test of retentive memory would support
this. Mann-Whitney U tests were conducted comparing performance on each site for
each question.
Question 1: The temple was established in 1635 1760 1796 1805.
The results indicate no significant differences between the two websites, and no
differences were found due to gender and age.
Table 6.12 Binomial Test of Informative Question 1
Binomial Test
website answer N Observed Prop.
right 14 .56 High Interactive
wrong 11 .44
right 21 .64 Low Interactive
wrong 12 .36
P = .559
Figure 6.12 Binomial Test Chart of Informative Question 1
137
Question 2: The God dedicated in the main hall is Mastu Guanshiyin Budda
Confucius Baosheng Dadi.
The results indicate no significant differences between the two websites, and no
differences were found due to gender and age.
Table 6.13 Binomial Test of Informative Question 2
Binomial Test
website answer N Observed Prop.
right 24 .92 High Interactive
wrong 2 .08
right 32 .94 Low Interactive
wrong 2 .06
P = .782
Figure 6.13 Binomial Test Chart of Informative Question 2
138
Question3: The most important religious activity of the temple is Baosheng
Cultural Festival Mastu Birthday Ceremony New Year Blessing Ceremony
Burn Wang Boat Festival
The results indicate no significant differences between the two websites, and no
differences were found due to gender and age.
Table 6.14 Binomial Test of Informative Question 3
Binomial Test
website answer N Observed Prop.
right 24 .92 High Interactive
wrong 2 .08
right 29 .85 Low Interactive
wrong 5 .15
P = .406
Figure 6.14 Binomial Test Chart of Informative Question 3
139
Question4: The temple mainly consists of two halls two halls with right and left
protecting rooms three halls with right and left protecting rooms four halls
The results indicate no significant differences between the two websites, and no
differences were found due to gender and age.
Table 6.15 Binomial Test of Informative Question 4
Binomial Test
website answer N Observed Prop.
right 13 .50 High Interactive
wrong 13 .50
right 21 .62 Low Interactive
wrong 13 .38
P = .366
Figure 6.15 Binomial Test Chart of Informative Question 4
140
Question 5: The delicate decoration on the temple’s roof ridge is wood carving
stone carving ”cut and paste” of bowl pieces golden painted wood
The results indicate no significant differences between the two websites, and no
differences were found due to gender and age.
Table 6.16 Binomial Test of Informative Question 5
Binomial Test
website answer N Observed Prop.
right 6 .24 High Interactive
wrong 19 .76
right 12 .36 Low Interactive
wrong 21 .64
P = .318
Figure 6.16 Binomial Test Chart of Informative Question 5
141
Question 6: When worshiping the God in the temple, people place their offering at
facade of front hall inside of front hall main hall back hall
The results indicate no significant differences between the two websites, and no
differences were found due to gender and age.
Table 6.17 Binomial Test of Informative Question 6
Binomial Test
website answer N Observed Prop.
right 13 .59 High Interactive
wrong 9 .41
right 13 .41 Low Interactive
wrong 19 .59
P = .186
Figure 6.17 Binomial Test Chart of Informative Question 6
142
Question7: People seek advice about their future at façade of front hall inside
of front hall main hall back hall
The results indicate no significant differences between the two websites, and no
differences were found due to gender and age.
Table 6.18 Binomial Test of Informative Question 7
Binomial Test
website answer N Observed Prop.
right 6 .30 High Interactive
wrong 14 .70
right 5 .17 Low Interactive
wrong 25 .83
P = .270
Figure 6.18 Binomial Test Chart of Informative Question 7
143
Question 8: There is a pair of stone lions at the facade of the front hall. Which one is
female? on the right on the left there is no gender difference
The results indicate no significant differences between the two websites, and no
differences were found due to gender and age.
Table 6.19 Binomial Test of Informative Question 8
Binomial Test
website answer N Observed Prop.
right 5 .25 High Interactive
wrong 15 .75
right 11 .35 Low Interactive
wrong 20 .65
P = .435
Figure 6.19 Binomial Test Chart of Informative Question 8
144
6.3 Summary 1
The statistical results indicate that there is no significant difference in Attractiveness
Value, Telepresence Value, and Informative Value between the high-UCV and low-
UCV websites. Significant differences were only found in three of five questions on
Enjoyment Value. In the high-UCV website, participants felt a stronger sense of
active involvement, liked to stay longer on the website and had a higher favourable
impression of the temple after visiting the website. In other words, they enjoyed the
high-UCV website more than the low-UCV one. However, significant differences
were found for gender in the Attractiveness Value question, in which female
participants considered the websites were more attractive than male participants did.
6.4 Results 2
A key feature of the High UCV site was the provision of 360° omnidirectional
panoramas and interactive flat panoramic images. In order to test for differences
between those who accessed the panoramas and those who did not, it was decided to
run the analysis again, but using only the High UCV participants, and focusing on
the response to panorama within this website. This analysis would indicate the effect
of utilising the full resource of the High UCV site (i.e. panorama) or not. Initial data
analysis revealed no effects due to the click of detail-buttons embedded in interactive
flat panoramic images. For this reason they have been excluded from the analysis
presented below. To test the impact of 360° omnidirectional panoramas, analysis of
variance (ANOVA) was applied. ‘Panorama click’ and ‘Gender’ performed as
independent variables, and age was treated as a covariate. The results are presented
below.
145
Attractiveness Value
Question 1: The website looks attractive.
This question observed a significant gender difference only (F 1,25 = 4.79, p = .040):
women found the website more attractive whether they had accessed the panoramas
or not.
Table 6.20-1 ANOVA (by panorama) of Attractiveness Question 1
Tests of Between-Subjects Effects Dependent Variable: Attractiveness Question 1
Source Sum of Squares df Mean Square F Sig.
Intercept 61.072 1 61.072 37.842 .000
age .351 1 .351 .218 .646
gender 7.736 1 7.736 4.794 .040
panorama 4.357 1 4.357 2.700 .115
gender * panorama 2.734 1 2.734 1.694 .207
Error 33.891 21 1.614
Total 824.000 26
Table 6.20-2 ANOVA (by panorama) of Attractiveness Question 1
Descriptive Statistics Dependent Variable: Attractiveness Question 1
gender click Mean Std. Deviation N
yes 5.50 1.291 4 male
no 3.75 2.217 4
yes 5.85 .801 13 female
no 5.80 1.304 5
146
Question2: The temple looks interesting.
The results indicate a moderate difference in temple attractiveness between
panorama click and non-click (F 1,25 = 4.73, p = .051), and a significant difference
due to gender. Women found the temple more attractive irrespective of whether they
accessed the panoramas or not (F 1,25 = 7.48, p = .017).
Table 6.21-1 ANOVA (by panorama) of Attractiveness Question 2
Tests of Between-Subjects Effects Dependent Variable: Attractiveness Question 2
Source Sum of Squares df Mean Square F Sig.
Intercept 88.527 1 88.527 79.978 .000
age 2.613 1 2.613 2.361 .139
gender 7.477 1 7.477 6.755 .017
panorama 4.726 1 4.726 4.269 .051
gender * panorama 1.828 1 1.828 1.652 .213
Error 23.245 21 1.107
Total 939.000 26
Table 6.21-2 ANOVA (by panorama) of Attractiveness Question 2
Descriptive Statistics Dependent Variable: Attractiveness Question 2
gender click Mean Std. Deviation N
yes 6.00 1.414 4 male
no 4.25 1.258 4
yes 6.23 .832 13 female
no 6.20 1.304 5
147
Enjoyment Value
Question1: I will return to this website.
The results indicate a significant panorama effect (F 1,25 = 6.37, p = .020), whereby
those who engaged with the panorama indicated a stronger wish to return to the
website.
Table 6.22-1 ANOVA (by panorama) of Enjoyment Question 1
Tests of Between-Subjects Effects Dependent Variable: Enjoyment Question 1
Source Sum of Squares df Mean Square F Sig.
Intercept 24.384 1 24.384 9.053 .007
age .078 1 .078 .029 .867
gender .377 1 .377 .140 .712
panorama 17.168 1 17.168 6.374 .020
gender * panorama 1.448 1 1.448 .538 .472
Error 56.565 21 2.694
Total 514.000 26
Table 6.22-2 ANOVA (by panorama) of Enjoyment Question 1
Descriptive Statistics Dependent Variable: Enjoyment Question 1
gender click Mean Std. Deviation N
yes 4.50 1.732 4 male
no 3.25 1.258 4
yes 4.85 1.676 13 female
no 2.40 1.517 5
148
Question 2: I felt a strong sense of active involvement.
The result delivered a highly significant panorama effect (F 1,25 = 9.59, p = .006),
whereby those who engaged with it felt a stronger sense of active involvement.
Interestingly, there was a strong gender difference (F 1,25 = 6.65, p = .018), with men
more positively affected than women.
Table 6.23-1 ANOVA (by panorama) of Enjoyment Question 2
Tests of Between-Subjects Effects Dependent Variable: Enjoyment Question 2
Source Sum of Squares df Mean Square F Sig.
Intercept 27.134 1 27.134 14.303 .001
age 1.025 1 1.025 .540 .471
gender 12.614 1 12.614 6.649 .018
panorama 18.186 1 18.186 9.586 .006
gender * panorama .200 1 .200 .105 .749
Error 37.942 20 1.897
Total 568.000 25
Table 6.23-2 ANOVA (by panorama) of Enjoyment Question 2
Descriptive Statistics Dependent Variable: Enjoyment Question 2
gender click Mean Std. Deviation N
yes 6.25 .957 4 male
no 4.25 1.500 4
yes 4.67 1.435 12 female
no 2.80 1.304 5
149
Question3: I found the website enjoyable to navigate.
The results indicate no significant differences due to panorama click, gender, and
age.
Table 6.24-1 ANOVA (by panorama) of Enjoyment Question 3
Tests of Between-Subjects Effects Dependent Variable: Enjoyment Question 3
Source Sum of Squares df Mean Square F Sig.
Intercept 62.268 1 62.268 26.546 .000
age .618 1 .618 .263 .613
gender .639 1 .639 .273 .607
panorama 6.479 1 6.479 2.762 .111
gender * panorama 2.937 1 2.937 1.252 .276
Error 49.259 21 2.346
Total 770.000 26
Table 6.24-2 ANOVA (by panorama) of Enjoyment Question 3
Descriptive Statistics Dependent Variable: Enjoyment Question 3
gender click Mean Std. Deviation N
yes 6.00 1.414 4 male
no 4.00 1.414 4
yes 5.38 1.446 13 female
no 5.20 1.789 5
150
Question4: I could have stayed on this website longer.
The results indicate no significant differences due to panorama click, gender, and
age.
Table 6.25-1 ANOVA (by panorama) of Enjoyment Question 4
Tests of Between-Subjects Effects Dependent Variable: Enjoyment Question 4
Source Sum of Squares df Mean Square F Sig.
Intercept 63.477 1 63.477 18.909 .000
age 1.822 1 1.822 .543 .469
gender .000 1 .000 .000 .993
panorama 1.221 1 1.221 .364 .553
gender * panorama 3.547 1 3.547 1.057 .316
Error 70.497 21 3.357
Total 717.000 26
Table 6.25-2 ANOVA (by panorama) of Enjoyment Question 4
Descriptive Statistics Dependent Variable: Enjoyment Question 4
gender click Mean Std. Deviation N
yes 4.75 2.217 4 male
no 5.00 1.414 4
yes 5.31 1.437 13 female
no 4.20 2.588 5
151
Question5: I have a favourable impression of the temple after my visit to the website.
The results observed a significant gender difference (F 1,25 = 6.66, p = .017), whereby
women had a more favourable impression of the temple whether they had engaged
the panoramas or not.
Table 6.26-1 ANOVA (by panorama) of Enjoyment Question 5
Tests of Between-Subjects Effects Dependent Variable: Enjoyment Question 5
Source Sum of Squares df Mean Square F Sig.
Intercept 75.142 1 75.142 86.565 .000
age .502 1 .502 .578 .455
gender 5.783 1 5.783 6.662 .017
panorama 3.270 1 3.270 3.767 .066
gender * panorama .077 1 .077 .089 .769
Error 18.229 21 .868
Total 977.000 26
Table 6.26-2 ANOVA (by panorama) of Enjoyment Question 5
Descriptive Statistics Dependent Variable: Enjoyment Question 5
gender click Mean Std. Deviation N
yes 5.75 1.500 4 male
no 4.75 .957 4
yes 6.54 .660 13 female
no 6.00 1.000 5
152
Telepresence Value
Question1: While on the website, I felt I was in the world that the computer created.
The results indicate no statistically significant difference was found between those
who accessed the panorama facility and those who did not (F 1,25 = .67, p = .422):
similarly, no gender or age effects emerged.
Table 6.27-1 ANOVA (by panorama) of Telepresence Question 1
Tests of Between-Subjects Effects Dependent Variable: Telepresence Question 1
Source Sum of Squares df Mean Square F Sig.
Intercept 56.274 1 56.274 14.632 .001
age 3.265 1 3.265 .849 .367
gender 1.324 1 1.324 .344 .564
panorama 2.583 1 2.583 .672 .422
gender * panorama 3.692 1 3.692 .960 .338
Error 80.766 21 3.846
Total 556.000 26
Table 6.27-2 ANOVA (by panorama) of Telepresence Question 1
Descriptive Statistics Dependent Variable: Telepresence Question 1
gender click Mean Std. Deviation N
yes 4.50 2.646 4 male
no 4.50 1.291 4
yes 4.46 1.808 13 female
no 3.20 2.168 5
153
Question2: The computer-generated world seemed to me “somewhere I visited”
rather than “something I saw.”
The results delivered similar non-significant results for panorama, and no gender or
age effects.
Table 6.28-1 ANOVA (by panorama) of Telepresence Question 2
Tests of Between-Subjects Effects Dependent Variable: Telepresence Question 2
Source Sum of Squares df Mean Square F Sig.
Intercept 65.394 1 65.394 17.786 .000
age 6.867 1 6.867 1.868 .186
gender .242 1 .242 .066 .800
panorama 7.041 1 7.041 1.915 .181
gender * panorama 4.067 1 4.067 1.106 .305
Error 77.210 21 3.677
Total 551.000 26
Table 6.28-2 ANOVA (by panorama) of Telepresence Question 2
Descriptive Statistics Dependent Variable: Telepresence Question 2
gender click Mean Std. Deviation N
yes 4.50 2.646 4 male
no 4.00 1.633 4
yes 4.62 1.660 13 female
no 3.00 2.345 5
154
Question 3: I forgot about my immediate surroundings when I was navigating
through the website.
Again, it delivered similar non-significant results for panorama, and no gender or age
effects.
Table 6.29-1 ANOVA (by panorama) of Telepresence Question 3
Tests of Between-Subjects Effects Dependent Variable: Telepresence Question 3
Source Sum of Squares df Mean Square F Sig.
Intercept 73.239 1 73.239 18.477 .000
age 8.230 1 8.230 2.076 .164
gender 3.684 1 3.684 .929 .346
panorama 7.036 1 7.036 1.775 .197
gender * panorama 9.905 1 9.905 2.499 .129
Error 83.239 21 3.964
Total 592.000 26
Table 6.29-2 ANOVA (by panorama) of Telepresence Question 3
Descriptive Statistics Dependent Variable: Telepresence Question 3
gender click Mean Std. Deviation N
yes 4.75 2.872 4 male
no 4.75 1.893 4
yes 4.69 1.974 13 female
no 2.60 1.517 5
155
6.5 Summary 2
The statistical results indicate that panorama click did not exhibit significant
difference in Attractiveness Value and Telepresence Value. Attractiveness Value and
Telepresence Value. Again, significant differences were only found in three of five
questions on Enjoyment Value. Participants who clicked the panorama buttons felt
they would like to return to the website, had a stronger sense of active involvement,
and had a higher favourable impression of the temple. However, significant
differences were found for gender in both questions on Attractiveness Value and two
of five questions on Enjoyment Value. Males who clicked the panorama buttons
thought both the website and temple were more attractive than males who did not.
Also, males who clicked the panorama felt more sense of involvement and had a
higher favourable impression of the temple. Females found the website and temple
attractive whether they had clicked the panorama or not.
156
CHAPTER 7 DISCUSSION AND
CONCLUSION
7.1 Discussion
In this research, the levels of interactivity and vividness were manipulated in the
information presentation on the Dalongdong Baoan Temple websites. The results
from previous empirical research positively support the effects of interactivity and
vividness on creating the feeling of telepresence, It was expected that high levels of
interactivity and vividness would have positive impacts on participants’ attitudes
toward the website, in terms of attractiveness value, informative value and enjoyment
value, and increase the experience of telepresence. However, the results in this
research were opposite to the findings of previous research notably Coyle and
Thorson (2001), Klein (2003), and Suh and Chang (2006). Participants did not
exhibit greater response to the website in the areas of Attractiveness Value,
Informative Value, and Telepresence Value, despite the higher level of interactivity
and vividness. Even participants who clicked the high visual 360° omnidirectional
panoramas or interactive flat panoramic images did not feel higher immersion during
their browsing nor increase their ranking of attractiveness. There might be several
possible explanations for this non-effect.
157
The degree of presence depends on how much the focus of attention moves from the
physical environment to the virtual environment. Previous empirical telepresence
research (e.g., Coyle & Thorson 2001; Klein 2003; Suh & Chang 2006) utilised the
laboratory experimental approach with convenience samples that were mostly
university students. However, this research adopted a naturalistic setting and
interested subjects, so that the web experiment was conducted in the normal daily life
circumstances of a group of people who were characterised as real cultural tourists.
These participants may have their own agendas in their daily life. Under such
situations, the focus attention of participants may have been influenced by many
possibilities found outside a laboratory environment, due to the environmental
complexity in the real world. Participants in a laboratory environment often
concentrate more on their required tasks, whereas those who attend an experiment at
home or work may be more influenced by their surroundings than in a laboratory
environment. This might be the reason why previous studies with laboratory
experiments support the positive impact of interactivity and vividness on the creation
of telepresence. In addition, the Internet connection speed and computer equipment
are not controlled, as in a laboratory environment. Experimental labs in universities
often possess faster Internet connection speed and more advanced computer
equipment than most households, thus creating better conditions for website
browsing. According to the Australian Bureau of Statistics (2008) in 2007-08, 67% of Australian households had home Internet access, and 52% of all households in
Australia had a Broadband Internet connection. This means there are still some
households using low-speed Internet connection, and it might be another factor
influencing the measure of telepresence.
For Attractiveness Value, both websites provide identical information content with
similar graphical interface design, which might give an equal first impression to the
sample. Lindgaard et al. (2006) indicate that the visual appeal of a website can be
made in 50 milliseconds, a mere exposure effect. Kim and Fesenmaier (2008) also
state that the first impression is formed quickly, and the initial judgement tends to be
consistent with the following decision-making or behaviours. This might be the
reason why participants exhibited similar responses. Besides, participants on the
high-UCV website did not utilise the full resource of the website, which might have
influenced their judgement as well. However, the panorama click had a moderately
158
positive effect on the temple’s perceived attractiveness and had a significant impact
on gender difference,
Informative Value is a recall testing of temple information on the website. According
to Dale’s Cone of Experience (1969), people generally remember 10% of what they
read (verbal), 20% of what they hear (sound), 30% of what they see (picture), 50% of
what they hear and see (video), 70% of what they say and write, and 90% of what
they do. That is, multimedia not only functions as heightening the visual aesthetic of
web sites, but is also strengthening the comprehension of the user. It was anticipated
that memory retention would increase by heightening the level of interactivity and
vividness. However, in the study investigating the effect of multimedia on recall of
product information, Appiah (2006) found there was no difference between websites
that featured audio/video and text/picture. This research employed a web experiment
in which the browsing content was not controlled. Although the instruction page
placed a requirement to visit or click on all parts of the website, participants were
free to decide what they would like to see and what they would not. If participants
did not experience every part of the temple, it was difficult to answer the questions
accurately. As has been mentioned in the previous chapter, participants on the high-
UCV website seem be exposed to less content than participants on the low-UCV
website, and this poor performance in this section might be due to the missing
information. In addition, previous research indicates that telepresence simulates
direct experience, which enhances the learning effect (Suh & Chang 2006).
However, the results in this study failed to support the relationship between
interactivity-vividness, and telepresence. Hence, it is reasonable to conclude that the
interactivity and vividness do not have significant impacts on informative value.
The results of Enjoyment Value are mixed. The effects of interactivity and vividness
were positive on the sense of active involvement, willingness to stay longer, and the
enhancement of a favourable impression of the temple. Although participants did not
show different responses for willingness of returning to the website, when comparing
the high-UCV and low-UCV websites, the panorama click did have a positive effect.
Participants who accessed the panorama exhibited a stronger wish to return to the
website. In addition, the effect of interactivity and vividness on enjoyable navigating,
although not significant, was close to the expected result. Therefore, the website was
159
found to be more enjoyable when the level of interactivity and vividness increased,
and again the gender effect was noted.
7.2 Conclusion and Limitation of the Research
This research attempted to measure the effects of interactivity and vividness on
users’ attitudes and telepresence, by employing different website features in the
information presentation on tourism websites. It identifies that website features with
a higher level of interactivity and vividness do not function as significant factors
affecting the creation of telepresence, nor do they influence users’ attitudes in terms
of attractiveness and informativeness under the theory of Naturalistic Decision
Making (NDM). Berryman (2008) indicates that the NDM approach gives a broader
perspective that facilitates understanding of how the decision-making process
unfolds. NDM provides a different conceptual framework to investigate how users
make judgments and decisions during their web browsing within a range of
contextual factors, thereby extending the realm of the traditional laboratory
approach. The web database provides further analysis in challenging the notion of
telepresence for real users, in a real setting, with real stimuli. It gives insight into
users’ browsing behaviours outside the artificiality of the laboratory environment.
Within daily life circumstances, motivated users may be located in different
situations, and these would determine their browsing behaviours on the website. A
quick glance may be sufficient to inform users whether to not to further explore the
website. The Internet users can be categorised as either information-seekers who
browse the website with specific purposes, or information surfers who do not possess
a specific purpose (Versen 1998). From the NDM perspective, users’ underlying
goals will provide the motivations that direct their behaviours. A further factor is the
gender effect. Female users gave overall more positive responses to both of the
websites, irrespective of the level of interactivity and vividness. Graeupl and
McCabe (2003) indicate that information provision on the Internet should pay
attention to different market segments and target them with specialised service. The
gender effect in this research appears equal to, if not greater than, the website effect,
and further investigation may be worthwhile in this area.
160
Although the levels of interactivity and vividness in a website fail to support the
enhancement of telepresence, attractiveness and informativeness, their positive
effects on enjoyment should not be neglected. Researchers indicate that enjoyment
contributes to user satisfaction (Zhang & von Dran 2000), which is a determinant of
behaviour intention.
Ghose and Dou (1998) state that a company should critically examine the degree and
form of interactivity on its website to improve the design quality. Virtual reality is
growing in importance as a creative and communicational medium (Fencott et al.
2003). This research supports the assertion of Ghose and Dou, and suggests that
DMOs should consider the effects of various website features, because the
development of information communication technologies continues to advance and
these innovations have been infrequently employed.
This research was carefully designed to strengthen the external validity and to avoid
deceptively distorted results, but the internal validity could be undermined. The
strengths of this research are the use of professionally designed stimuli for the target
group of interest, the naturalistic setting of the task, and the real motivation of
participants to engage in it. The weaknesses are the lack of precise control, as
encountered in the laboratory setting, where the convenience sample would follow
the instruction of experimenters with more care. The majority of participants in this
research were more than 35 years old, and their Internet experience and familiarity
with new technology may be less than university students, and this too may influence
their use of website features. They might also have used older computers with slower
Internet capacities in their homes than would be the case in a controlled laboratory
situation. However, the sample participants were characterised as real users, and the
generalisability of the results provides useful insights into the area of tourism
marketing and tourism website design.
161
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