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Asia Pacific Education Review ISSN 1598-1037Volume 15Number 3 Asia Pacific Educ. Rev. (2014) 15:459-471DOI 10.1007/s12564-014-9321-1
Teachers’ stages of concern for medialiteracy education and the integration ofMLE in Chinese primary schools
Hui Zhang, Chang Zhu & Guoyuan Sang
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Teachers’ stages of concern for media literacy educationand the integration of MLE in Chinese primary schools
Hui Zhang • Chang Zhu • Guoyuan Sang
Received: 12 October 2013 / Revised: 10 February 2014 / Accepted: 18 April 2014 / Published online: 3 May 2014
� Education Research Institute, Seoul National University, Seoul, Korea 2014
Abstract Media literacy is an essential skill for living in
the twenty-first century. School-based instruction is a
critical part of media literacy education (MLE), while
research on teachers’ concerns and integration of MLE is
not sufficient. The objective of this study is to investigate
teachers’ stages of concern (SoC), perceived need, school
context, and teacher practices of the integration of MLE in
primary schools. For this purpose, a survey was setup and
392 primary school teachers participated in this study. The
results show that teachers’ concerns of integration of MLE
were generally oriented at the level of self-concerns. In the
meanwhile, the integration of MLE was significantly
related to teachers’ concerns and perceived need for MLE.
Based on the results of regression analysis, teachers’ inte-
gration of MLE was significantly influenced by their SoC
for MLE, school professional development support, and
leadership support.
Keywords Media literacy education � Stages of conern �Integration of MLE � Priamry education � Teacher
education
Introduction
Media literacy is an essential skill for living in the
twenty-first century. In our current media-saturated
environment, educators and administrators recognize that
teaching media literacy skills is a critical part of edu-
cation in today’s world (Fedorov 2007; Feng 2008; Scull
and Kupersmidt 2011; Torres and Mercado 2006; Wan
and Gut 2008a). Scholars and organizations attempted to
define media literacy from different perspectives. For
example, the European Commission defines media liter-
acy as the ability to access the media, to understand and
to critically evaluate different aspects of the media and
media contents, and to create communications in a
variety of context. Ofcom (2009) defines media literacy
as the ability to access, understand, and create commu-
nications in a variety of contexts concerning the rela-
tionship among texts, competence, and power.
Livingstone and Bovill (1999) define media literacy as
reaching the original source of information, and the
ability to understand the power, limitations, and shape of
the content presented in the media. Although there are
different definitions of media literacy, three elements are
commonly stressed in media literacy: (1) technical
knowledge and skills, (2) critical understanding, and (3)
communication and creation. Media literacy education
(MLE) explores the processes of teaching and learning
associated with these knowledge, skills, and competences
(Hobbs 2004), which emphasizes not only technical
knowledge and skills, both also analyzing media and
creating media products (Buckingham 2003). In general,
media literacy relates to all media, including print media,
television and film, radio and recorded music, the
Internet, and all other new digital media. In the present
study, we refer to media literacy education covering all
types of media, but with a focus on digital media.
Scheibe and Rogow (2008) point out that media literacy
education is crucial in the current society. School-based
initiatives play a vital role in the process of media literacy
H. Zhang � C. Zhu (&)
Department of Educational Sciences, Faculty of Psychology and
Educational Sciences, Vrije Universiteit Brussel, Pleinlaan 2,
1050 Brussels, Belgium
e-mail: [email protected]
G. Sang
Beijing Normal University, Beijing, People’s Republic of China
123
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DOI 10.1007/s12564-014-9321-1
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education (Feng 2008; Hobbs 2004). Media literacy edu-
cation was first introduced into China in 1997. Since then,
some Chinese educators and researchers have conducted
research and experimental courses on MLE. In the early
period, the research centered on the introduction of media
literacy education from western countries in China and
theoretical research on media literacy. With the develop-
ment of media literacy research moved into the second
period, researchers began to do some quantitative studies
on measuring media literacy of students (e.g., Tan et al.
2012). At the present period, which can be classified as the
third period of media literacy education in China, both
theoretical research on media literacy education and prac-
tical experimental MLE courses have become important
focuses (Feng 2008; Wan and Gut 2008b; Xu 2009; Zhang
and Xu 2011).
At the current stage, MLE is not yet included in the
Chinese national curriculum, but is an experimental or pilot
course in some schools. The integration of MLE in the
curriculum is often linked to the concept ‘new literacy’
with the aim of enhancing students’ knowledge and expe-
riences with new media (Cheung and Xu 2014). With
regard to the content of MLE integration, often technical
knowledge, media analysis, communication through media,
and media ethics were included in the course content.
With regard to teachers’ perceptions of MLE, on the one
hand, teachers find that media literacy is important as
students are living in a new society in which media,
especially new media is playing a very important role; on
the other hand, teachers are concerned about the negative
effects of new media and how school education can help
students to tackle these issues (Cheung and Xu 2014;
Zhang and Xu 2011). Research on MLE is an emerging
research area, and empirical findings are urgently needed in
order to provide suggestions and recommendations for
school leaders, policy makers, and educators regarding the
implementation and integration of MLE in school
curriculum.
Despite the growing recognition of media literacy
education as an important field of study, introducing
change and new elements in the curriculum is not an easy
process. Teachers’ concerns and attitudes have been
indicated as major predictors of the adoption of new
curriculum in instructional settings. In addition, an inno-
vation without a supporting school context, such as
facilities and school leadership, cannot be successful
(Tanrıverdi 2008). Available literature shows that research
on the concerns and implementation of MLE is not suf-
ficient (Hobbs 2004; Stein and Prewett 2009). Therefore,
more empirical research is necessary with regard to
teachers’ concerns and perceived need for MLE in school
contexts, and the factors related to the integration of MLE
in the school curriculum.
Theoretical background
In this section, we first review the available literature
regarding the internal (teachers’ stages of concern (SoC)
and perceived need) and external variables (school context)
related to the integration of MLE. Based on the literature
review, an integrated model is presented that illustrates the
integration of MLE into the school curriculum.
Teachers’ stages of concern
Peoples’ attitudes toward an innovation are a key element
in innovation diffusion (Rogers 2003). Change is not a
finite event. Teachers’ attitudes have been indicated to be
major predictors of the adoption of new curriculum in
instructional settings (Albirini 2006; Higgins and Moseley
2007; Sang et al. 2010). Numerous studies pointed out that
the adoption of particular teaching activities largely
depended on teachers-related attitudes and beliefs (Clark
2000; Mumtaz 2000; Mwalongo 2011; Sang et al. 2010).
The SoC, as a part of concerns-based adoption model
(CBAM), was developed to identify teachers’ current
attitudes, beliefs, and concerns about adopting such an
innovation (Hall and Hord 1987; Hollingshead 2009;
Roach et al. 2009; Hord et al. 1989; Tunks and Weller
2009). It asserts that a set of characteristic concerns
emerges during the change processes that are common to
most innovations. The SoC are defined into seven stages,
namely awareness, informational, personal, management,
consequence, collaboration, and refocusing (details in
Table 1). At the stage 0 (awareness), teachers show little
concern or involvement in the innovation. At the stage 1
(informational), teachers show interest in identifying more
information about the innovation. At the stage 2 (personal),
teachers are concerned how they can play a role in the
innovation. At the stage 3 (management), teachers are
concerned about how to manage the new subject. At the
stage 4 (consequence), teachers are concerned about the
impact of the innovation on student learning outcomes. At
the stage 5 (collaboration), teachers are concerned about
sharing information and knowledge with others. At the
stage 6 (refocusing), teachers are concerned about
improving the innovation. Fuller (1969) proposed that
these concerns follow a hierarchical pattern; one advances
through the stages by addressing and resolving perceived
problems at each consecutive stage. It also proposed four
developmental dimensions. The first is unrelated concern,
which refers to teacher showing little concern or involve-
ment in the innovation. The second is the concern for self,
which refers to the questions we ask when we hear about
something new, and how it might affect us. The third is the
concern for tasks, which is described as the concern about
the teaching task, such as the instructional methods,
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delivery of the curriculum, and in particular, perceived
obstacles to effective teaching. Finally, the impact concern
describes thoughts on how we can make a program work
better for learners, how to make it work better by actively
working on it with colleagues, and ultimately, being suc-
cessful with the program and seeking out a new and better
change to implement (Poynton et al. 2008).
The SoC theory have been adopted widely (Alshammari
2000; Donovan et al. 2001; Hollingshead 2009; Roach et al.
2009). Previous studies indicated that significant relation
existed between education innovations and the reported SoC.
Teachers who had no experience with education innovation
had higher concerns at the dimensions of ‘self’ (lower SoC),
while teachers who had more experience in adopting educa-
tion innovation reported higher at the dimension of ‘task’ and
‘impact’ (higher SoC) (Alshammari 2000; Donovan et al.
2001). Teachers who reported higher ‘collaboration concern’
had more adoption practices than teachers with lower levels of
concerns (at the stages of awareness, informational and per-
sonal concerns) (Scharmann and McLellan 1992).
Teachers’ perceived need
Teachers’ perceived need refers to teachers’ attitudes about
the necessity of a curriculum or instructional method. Previ-
ous studies indicated that if teachers perceive no need to
change their professional practices, they are unlikely to adopt
innovations, such as the integration of media literacy educa-
tion (Buabeng-Andoh 2012; Cox 2008; Namita 2010; Peeraer
and Petegem 2000). However, if they perceive innovations to
be useful to their teaching and students’ learning, then they are
more likely to have a positive attitude to adopt innovations
according to the empirical evidence of previous studies (Becta
2004; Cox 2008; Hermans et al. 2008). Previous studies also
indicated that teacher perceptions regarding the variety of
media literacy competencies are important for teachers’
educational practices (Namita 2010).
Integration of MLE in the curriculum
Based on the curriculum theory of Harden and Stamper
(1999), two important elements need to be included in
curriculum: content and examination. Other theories also
include a third important element in curriculum: objective
(Lunenburg 2011; Tyler 1949). Regarding the integration
of MLE in the curriculum, we focus on the integration of
all the three elements.
Objective
Objectives are usually stated in terms of expected out-
comes. The real contribution of stating objectives for
learning is to think of how each objective can be achieved
by students through the content or subject matter they learn
(Lunenburg 2011). Tyler (1949) in his now classic text,
‘Basic Principles of Curriculum and Instruction,’ has
devised a two-dimensional chart for specifying varied
types of objectives according to the subject-matter content
and the behavioral aspects of the objectives.
Regarding the hierarchical objectives of MLE, it can
generally be classified into four main dimensions: skills
and knowledge, analysis and understanding, creation and
communication, and citizenship (Buckingham 2003; Hobbs
2004; Livingstone 2004a). In addition, the objectives can
also be grouped into three categories: protection,
Table 1 Stages of concern
Dimensions Stages Individual’s behavior
Unrelated 0-awareness Teacher shows litter concern on or
involvement in the innovation
Self 1-informational How does it work? Teacher is
interested in identifying more
information about the
technological innovation
2-personal How does using this innovation
affect or impact the teacher?
What is the teacher’s role in this?
The teacher is concerned about
his/her role and possible
difficulties
Task 3-management How can teacher fit it all in? The
teacher is concerned about
managing and organizing the
lessons on the new subject
Impact 4-consequence How is the teacher’s use of the
innovation affecting learners?
How can the teacher refine it to
have a greater influence? The
teacher is concerned about the
impact of the innovation on the
students’ learning and its
relevance to them
5-collaboration How can teachers relate what they
are doing to what others are
doing? How do others do this?
What is the maximum potential
of doing this? The teacher is
concerned about the requirement
to share information and
knowledge with others while
implementing the innovation
6-refocusing The teacher has some ideas about
something that would work even
better. Does a better means
exist? (proactive) The teacher is
concerned about suggesting
initiatives for improving the
innovation, including the
possibility of major changes or
replacement with more powerful
alternatives
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empowerment, and combining protection and promotion
(Graber and Mendoza 2012; Halliday and Blackburn 2003;
R. Hobbs 1998, 2004; Stein and Prewett 2009).
Content
Curriculum content refers to information to be learned at
school. It is an element or a medium through which the
objectives are accomplished (Lunenburg 2011; Morris and
Hamm 1976; Pratt and Conrad 1983; Zwolak 2011).
According to the objectives of MLE, three dimensions
should be included during the curriculum of media literacy
education: technical competencies, critical reception, and
content product (Kellner and Share 2005; Livingstone
2004b; Vanwynsberghe et al. 2011). In addition, Chang and
Liu (2011) stressed three elements of media literacy for
primary school students: media application skills, attitude
toward media, and learning with media. In addition, there are
some subjects areas have been identified as having highly
related to MLE in K-12 context, such as social studies,
English languages, health education (Hobbs 2004).
Assessment
Assessment is an important element through which teacher
can obtain information about the students learning process
(Tyler 1949). Efficient assessment can enrich teaching and
facilitate learning process (Zohrabi 2008; Zwolak 2011).
Assessment refers to identify what students know,
understand, can do, and value at different stages in the
teaching and learning process. Assessment of media literacy
necessarily varies with the learning objective (Martens
2009). Scholars pointed out that the assessment of media
literacy is a big challenge in MLE (Hobbs and Frost 2003;
Vanwynsberghe et al. 2011). An authentic assessment scale,
or rubric, can be extremely useful for teachers, students, and
their parents throughout the process of teaching and learning
about media. For example, previous research indicates that it
is difficult to assess students’ creation of product as it is not in
a traditional written format (Arter and Spandel 1992; Ozgur
and Kaya 2011). Therefore, teachers sometimes avoid
assigning media production work, such as videos, posters, or
Web pages (Worsnop 2011). In the Chinese setting, the
assessment in the experimental MLE curriculum is mainly
focused on students’ knowledge about media and how stu-
dents critically understand media (Cheung and Xu 2014).
School context
Change must be seen as having a comprehensive influence on
all areas of the school context; the development of a supportive
school context would facilitate the change process (Boyd
1992). Boyd (1992) further identified factors of the school
context that either foster or inhibit the process of effective
change. Boyd believes that school context consists of two
dimensions: (a) school ecology, which includes the physical
surrounding (school size), policies and rules, and resource
availability; and (b) school culture, including attitudes and
beliefs, school norms, and relationships both within the school
and between the school and the surrounding community.
Access to resources and facilities
An innovation without resources, such as funding, tools, and
materials, to support its implementation, will not be successful
(Becta,2004; Buabeng-Andoh 2012; Ely 1990; Pelgrum
2001). Access to resources refers to the things that are required
to implement the teaching and learning tasks. It includes
hardware, software, publications, audiovisual media, and
other teaching materials, such as the access to a copy machine
or instructional supplies. This condition is linked to commit-
ment, leadership, and rewards and incentives of the school
(Buabeng-Andoh 2012; Ely 1990; Gulbahar 2007).
School professional development support for teachers
The critical way to bring about the adoption of an innovation
in schools is to engage the whole school in a democratic
process of planning change (Zhu 2013). Professional training
plays an importance role in implementing the new teaching
instruction, which not only provides teachers with the
knowledge and skills to integrate new instruction into their
curriculum, but also affects teachers’ concerns and attitudes
to their teaching and learning strategies (Davis et al. 2009;
Hew and Brush 2006; Mueller et al. 2008).
Leadership support
It is of critical importance that school leadership support new
ways of teaching and learning (Becta 2003; Buabeng-Andoh
2012; Fullan 2001). The school leaders’ expectations and
commitment have a great impact on the process of imple-
mentation of innovation (Lai and Pratt 2004; Zhu 2013).
Therefore, an important element of the change is a school leader
who is dedicated to fostering a new culture with shared
leadership.
Toward an integrated model
Based on the literature review, we integrated previous
studies and the findings regarding the relationship between
teachers’ perceptions and practices of MLE (Fig. 1). With
regard to the integration of MLE, three elements are essential
including objective, content, and assessment. MLE focuses
on the processes of teaching and learning related to media
literacy. Objective was considered as the central factor of
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teaching and learning. Based on the objective, curriculum
content was selected and organized in the class. Assessment
can gain information about student learning process.
Therefore, objective, content, and assessment of curriculum
were taken into account in the present study.
With regard to the internal variables related to MLE
integration, teachers’ SoC and perceived need are key vari-
ables. The SoC is a model developed to identify teachers’
attitudes or perceptions about the innovation (Hall and Hord
1987; Hollingshead 2009). MLE is an emerging field in
Chinese school context. Therefore, in the present study, SoC
is adopted to examine teachers’ perceptions of MLE. Fur-
thermore, there is solid evidence that teachers’ perceived
need is related to teachers’ adoption of innovation (Buabeng-
Andoh 2012; Namita 2010). Therefore, teachers’ perceived
need was considered as important internal variables.
With regard to external variables related to MLE inte-
gration, the school context includes access to resources,
professional development support and leadership support.
A large number of study indicated that school context can
influence implementation of curriculum (Boyd 1992; Davis
et al. 2009; Zhu 2013). Previous study pointed that access
to resources and facilities can be seen as the precondition
of implementation of curriculum (Gulbahar 2007). Pro-
fessional training can influence teachers’ perception and
implementation of a new teaching instruction (Hew and
Brush 2006; Mueller et al. 2008). The school leaders’
expectations and commitment also can affect teaching
process (Lai and Pratt 2004). Therefore, access to resources
and facilities, school professional development support for
teachers, leadership support were considered as important
external variables related to the integration of MLE.
Research questions
The objective of this research is to investigate teachers’ SoC,
perceived need, school context, and teachers’ practices of the
integration of media literacy education in primary schools.
The specific research questions include: (1) What are teach-
ers’ SoC about MLE integration in primary education? (2)
What are teachers’ perceived needs for MLE in primary
education? (3) What are the practices of teachers’ MLE
integration in primary education? (4) What relationships exist
between teachers’ stage of concerns of MLE, perceived need,
and their integration of MLE in the curriculum? (5) How
teachers’ SoC, perceived need, and school context are asso-
ciated with teachers’ integration of MLE in the curriculum?
Method
Sample
A total number of 500 paper-and-pencil survey question-
naires were distributed to teachers in eight primary schools
in Beijing. A total of 392 respondents, representing a
Stages of concern
Management
Personal
Awareness
Refocusing
Informational
Collaboration
Consequence
Perceived need
School context
External variable
Internal variable
PDS
Access
LS
Integration
Objective
Content
Assessment
Fig. 1 The conceptual
framework of this research
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response rate of 78.4 %, completed the survey. The sample
schools were selected based on cluster sampling focusing
on three districts in Beijing (Chaoyang, Haidian, Fengtai),
which represent the different levels of economic develop-
ment of the districts (high, medium, low) in Beijing.
Among all the respondents, 82.7 % teachers were
female and 17.3 % male teachers. With regard to the age
groups, 27.6 % of them were 20–29 years old, 48.5 % of
them were 30–39 years old, 21.4 % of them were
40–49 years old, and 2.6 % of them were 50–59 years old.
With regard to their educational background, 7.1 % had an
associate degree, 89.8 % had an undergraduate degree, and
3.1 % had a Master degree. With regard to their years of
teaching experience, 4.1 % of the teachers had \ 1 year of
teaching experience, 8.2 % of the teachers had 1–3 years
teaching experience, 15.8 % had 4–6 years teaching
experience, 14.8 % teachers had 7–9 years teaching expe-
rience, and 56.1 % teachers had more than 10 years
teaching experience. The teaching subjects of the teachers
include: Chinese (30.1 %), English (11.2 %), Mathematics
(23.0 %), Biology (1 %), Information Technology (4.3 %),
Arts (9.2 %), Social Science (9.5 %), and Physical edu-
cation (10.2 %).
Instrument
A survey instrument was designed to collect data from
primary school teachers about the large set of variables.
The questionnaire comprising 84 items includes three main
parts: (1) general background questions (gender, age, level
of higher education, teaching experience, teaching grade,
and teaching subjects), (2) teachers’ stage of concerns of
MLE and their perceived need for MLE, and (3) the
practices of MLE in the school curriculum and the school
context factors.
Teachers’ stages of concern (SoC) of MLE
The Stages of Concern Questionnaire (SoCQ) is part of the
CBAM, which is a research-based framework that explains
the process individuals follow as they undergo change
(Hall and Hord 1987; Tunks and Weller 2009). In this
research, the Stages of Concern Questionnaire (SoCQ) is
designed to capture teachers’ current concerns about
adopting an innovation, and in this case MLE. SoCQ
comprises 35 items. Analysis of the data places the subject
at one of seven levels of concern: (0) awareness, (1)
informational, (2) personal, (3) management, (4) conse-
quence, (5) collaboration, and (6) refocusing (Hall and
Hord 1987; Roach et al. 2009; Tunks and Weller 2009).
The five-point Likert scale was used ranging from 1
(strongly disagree) to 5 (strongly agree). Participants were
asked to choose the appropriate level which best expresses
their concerns. High scores indicate high concern, and low
scores indicate low concern. The score 0 indicates very low
concern or complete irrelevance. Each of the seven stages
has five statements. All 35 items appear in the instrument
in a mixed order. The reliability of the scales of SoCQ is
(0) awareness (5 items, a = .80), (1) informational (5
items, a = .81, (2) personal (5 items, a = .94), (3) man-
agement (5 items, a = .89), (4) consequence (5 items,
a = .94), (5) collaboration (5 items, a = .95), and refo-
cusing (5 items, a = .91).
Teachers’ perceived need of MLE
This part is designed to measure teachers’ perceived need
of MLE in primary school curriculum. This scale includes
5 items (a = .96). Two samples of the questions include ‘I
believe in the need for the introduction of MLE in my
teaching practice.’ ‘I believe a progressive introduction of
MLE in primary education responds to our society’s
changing needs.’
The integration of MLE into the school curriculum
This part includes 24 items. It inquires how MLE is
implemented in the school curriculum. It includes three
scales: objective (13 items, a = .97), content (5 items,
a = .92), and assessment (6 items, a = .95) of MLE.
Example questions include ‘MLE is to develop an appre-
ciation, perception, and understanding and analysis of
media texts,’ ‘MLE is to teach a person to express himself/
herself with the help of media,’ and ‘I teach students to
distinguish advertisements from other content.’
School environment scale
The school environment scale is designed to measure
school context, which includes three subscales: access to
infrastructure/facilities (3 items, a = .86), school support
for teacher professional development (4 items, a = .85),
and leadership support (4 items, a = .92). One example
question is ‘My school has sufficient facilities to conduct
MLE.’
Data analysis
The following data analyses were conducted: (1) scale
reliability analyses, (2) analyses of descriptive statistics,
(3) bivariate correlation, and (4) regression analyses. The
regression analyses were used to investigate the interrela-
tions between the independent variables (teacher back-
ground, SOC, perceived need for MLE, and school
support) and dependent variables (integration of MLE in
school curriculum).
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Results
Teachers’ SoC of MLE, perceived need for MLE,
and the integration of MLE
The mean scores of the SOC are presented in Fig. 2.
Among the SoC, teachers’ concern of awareness is the
lowest (M = 2.90, SD = .93), while the highest stage of
concerns is stage 1 informational (M = 3.99, SD = .81),
followed by stage 5 collaboration (M = 3.94, SD = .87),
stage 6 refocusing (M = 3.89, SD = .85), stage 3 man-
agement, and stage 4 consequence (M = 3.55, SD = .90).
With regard to the four dimensions of SoC, the results
show that the score of the first dimension ‘unrelated con-
cerns’ (stage 0 awareness) is the lowest; the second
dimension ‘self-concerns’ (stage 1 informational and stage
2 personal) is the highest; the fourth dimension ‘impact
concerns’ (stage 4 consequence, stage 5 collaboration, and
stage 6 Refocusing) are relatively high; while the third
dimension ‘task concerns’ (stage 3 management) is lower
than ‘self-concerns.’
The results of the t-tests show that there were no sig-
nificant differences between female and male teachers for
all SoC scales (tSoA = 1.56, tS1I = .80, tS2P = .65,
tS3M = .18, tS4C = .18, tS5c = -1.31, t6R = -.94,
p [ .05). The results were confirmed by conducting Bon-
ferroni correction tests.
Regarding the relations between the SoC and teachers’
background characteristics, ANOVA tests were conducted
(Table 2). The ANOVA tests show that there were signif-
icant differences in stage 0 awareness among different age
groups (FS0A = 2.68, p \ .05), in which teachers of
50–59 years old scored higher than other age groups. No
significant differences were found in other SoC among
different age groups (FS1I = .58, FS2P = 2.03,
FS3M = .36, FS4C = .36, F5C = .68, F6R = .80, p [ .05).
Furthermore, significant differences were found in stage
0 awareness, stage 5 collaboration, and stage 6 refocusing
with regard to teachers’ educational levels. Teachers with
associate degree scored higher than other two educational
levels in stage 0 awareness (FS0A = 6.16, p \ .05), how-
ever, they scored lower for stage 5 collaboration and stage
6 refocusing (FS5C = 3.65, FS6R = 3.95, p \ .05) than the
other two groups.
With respect to teaching experience, significant differ-
ences were found in stage 2 personal (FS2P = 3.42,
p \ .05). Teachers with 4–6 years teaching experience
reported the highest score (M = 4.20, SD = .76), while
teachers with more than 10 years teaching experience
reported the lowest score (M = 3.85, SD = .97). No sig-
nificant differences were found among other SoC
(FS0A = .20, FS1I = 2.11, FS3M = .60, FS4C = .60,
F5C = 1.61, F6R = 1.86, p [ .05).
The results also show that significant differences were
found regarding teachers’ teaching subjects for stage 0
awareness, stage 1 informational, stage 2 personal, stage 5
collaboration, and stage 6 refocusing (FS0A = 2.47,
FS1I = 3.10, FS2P = 3.28, FS5C = 4.39, FS6R = 3.32,
respectively, p \ .05). With regard to stage 0 awareness,
nature science teachers’ scores were the highest (M = 3.85,
SD = .47), while ICT teachers’ scores were the lowest
(M = 2.39, SD = .83). ICT teachers reported the highest
score, while nature science teachers reported the lowest score
for stage 1 informational (MSC = 2.85, MICT = 4.16), stage
2 personal (MSC = 3.40, MICT = 4.68), stage 5 collabora-
tion (MSC = 3.25, MICT = 4.58), and stage 6 refocusing
(MSC = 3.25, MICT = 4.58). No differences were found in
stage 3 management (FS3M = 1.40, p [ .05) and stage 4
collaboration (FS4C = 1.40, p [ .05) with respect to teach-
ers’ teaching subjects.
With regard to MLE integration practices, significant
differences were found in teachers’ assessment practices
according to teachers’ age and teaching experiences
(FA = 4.42, FA = 2.65, p \ .05) (Table 3). With regard to
assessment practices of MLE integration, 20–29-year-old
teacher reported highest score (M = 3.46, SD = 1.05),
while 30–39-year-old teacher reported lowest score
(M = 2.94, SD = 1.26). In addition, teachers with
1–3 year teaching experience reported highest score on
assessment of MLE (M = 3.47, SD = 1.09), and teachers
with more than 10 years’ teaching experience reported
lowest score on assessment of MLE (M = 2.97,
SD = 1.22). There were no significant differences for the
subscale of assessment of MLE according to teachers’
education level (F = .34, p [ .05) and teaching subject
(F = 1.23, p [ .05).
The results show that significant differences were found
regarding the subscale of the objectives of MLE integration
among teachers who teach different subjects (F = 2.21,
p \ .05). Among them, English teachers reported highest
score on the objectives of MLE (M = 4.07, SD = .83),
while nature science teacher reported the lowest score
2
2.5
3
3.5
4
4.5
2.9
3.893.8
3.55 3.55
3.943.99
Fig. 2 Stages of concern for MLE of primary teachers
Teachers’ stages of concern for media literacy education 465
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(M = 3.35, SD = .85). No significant differences were
found according to teachers’ age (F = .76, p [ .05), edu-
cational level (F = 1.42, p [ .05), and teaching experience
(F = 1.03, p [ .05).
No significant differences were found for the subscale of
the content of MLE according to teachers’ background,
such as age (F = .92, p [ .05), education level (F = .63,
p [ .05), teaching experience (F = 2.10, p [ .05), and
teaching subject (F = 1.57, p [ .05).
With regard to teachers’ perceived need for MLE, sig-
nificant differences were found among teachers of different
education levels (F = 3.90, p \ .05). Teachers with Master
degree reported the highest scores (M = 3.90, SD = .61),
while teachers with associate degree reported the lowest
score (M = 3.39, SD = .60). No differences were identi-
fied between male and female teachers (p [ .05).
Relationship between teachers’ SoC, perceived need,
and integration of MLE
Table 4 gives an overview of the correlation analyses
between the SoC, perceived need, and teachers’ integration
of MLE. The results show that all dimensions of the inte-
gration of MLE have a significant positive correlation with
almost all SoC, except for stage 0 awareness. Furthermore,
the objective of integration of MLE had a greater number
of significant correlations with SoC and perceived need for
MLE compared with the content and assessment dimen-
sions of the integration of MLE. The results also showed
that all elements of integration of MLE were significantly
correlated with the stage 5 collaboration and stage 6 refo-
cusing. Regarding the seven SoC, stage 6 refocusing had
the strongest correlation with each elements of the inte-
gration of MLE, namely the objective (r = .541,
p \ .001), the content (r = .428, p \ .001), and the
assessment (r = .372, p \ .001). In addition, teachers’
perceived need had a significant correlation with all ele-
ments of integration of MLE.
The effect of internal and external variables
on teachers’ integration of MLE in their curriculum
In order to examine the relationship between teachers’ internal
variables (background variables, SoC, and perceived need),
Table 2 Teacher background variables and SoC for MLE
Independent variable N (%) S0A S1I S2P S3 M S4C S5C S6R
M F M F M F M F M F M F M F
Age
20–29 108 (27.6) 2.96 2.68* 3.86 .58 4.14 2.03 3.56 .36 3.56 .36 4.02 .68 3.98 .80
30–39 190 (48.5) 2.80 3.81 3.96 3.52 3.52 3.93 3.85
40–49 84 (21.4) 2.95 3.71 3.95 3.62 3.62 3.91 3.90
50–59 10 (2.6) 3.56 3.68 3.54 3.42 3.42 3.68 3.66
Education level
Associate degree 28 (7.1) 3.37 6.16* 3.54 1.58 3.81 .65 3.50 .55 3.50 .55 3.56 3.65* 3.47 3.95*
Undergraduate degree 352 (89.8) 2.88 3.83 4.01 3.56 3.56 3.96 3.92
Master degree 12 (3.1) 2.32 3.75 3.95 3.30 3.30 4.25 4.07
Teaching experience
\1 year 16 (4.1) 2.86 .20 3.91 2.11 4.06 3.42* 3.45 .57 3.45 .57 4.06 1.61 3.76 1.86
1–3 years 32 (8.2) 2.89 3.84 4.15 3.39 3.39 4.06 4.01
4–6 years 62 (15.8) 2.95 3.90 4.20 3.65 3.65 4.05 4.02
7–9 years 58 (14.8) 2.81 4.01 4.20 3.61 3.61 4.10 4.07
More than 10 years 220 (56.1) 2.91 3.70 3.85 3.53 3.53 3.85 3.80
School subject
Chinese 118 (30.1) 2.94 2.47* 3.68 3.10* 3.84 3.28** 3.50 1.40 3.50 1.40 3.83 4.39** 3.79 3.32**
English 44 (11.2) 3.04 3.80 4.00 3.53 3.53 4.01 4.02
Maths 90 (23.0) 2.92 3.91 4.08 3.74 3.74 4.01 3.39
Biology 4 (1.0) 3.85 2.85 3.40 3.40 3.40 3.25 3.25
Politics 1 (0.3) 3.40 4.00 4.00 4.00 4.00 4.00 4.00
ICT 17 (4.3) 2.39 4.16 4.68 3.41 3.41 4.58 4.58
Art 36 (9.2) 2.56 4.05 4.28 3.31 3.31 4.31 4.06
PE 40 (10.2) 2.69 3.49 3.71 3.37 3.37 3.48 3.53
Other 36 (9.2) 3.09 3.93 4.02 3.74 3.74 3.97 3.91
466 H. Zhang et al.
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external variables (school context), and the integration of
MLE, regression analyses were conducted. Based on the
correlation analyses, no significant correlations were found
between stage 0 awareness and the integration of MLE.
Therefore, stage 0 awareness was not included in the regres-
sion analysis.
Table 5 summarizes the regression analyses results
predicting the integration of MLE from the SoC, perceived
need, school environment scale, and teacher background
variables. The results indicate that the objective of inte-
gration of MLE was positively predicted by four SoC
(adjusted R2 = .374, bS3M = .264**, bS4C = .264**,
bS5C = .023*, bS6R = .002*), perceived need (adjusted
R2 = .578, b = .761*), and three school environment
scales (adjusted R2 = .188, bhardware = .148*, badm_sup =
.125*, blead_sup = .238**). Therefore, stage 3 management,
stage 4 consequence, stage 5 collaboration, stage 6 refocusing,
teachers’ perceived need, infrastructure/facilities, school
support for professional development, and leadership
support were identified as significant predictors of objec-
tive of integration of MLE.
The content of integration of MLE was positively
predicated by stage 6 refocusing (adjusted R2 = .180,
bS6R = .335**), perceived need (adjusted R2 = .077,
b = .282**), two elements of school environment sca-
le (adjusted R2 = .180, bpd_sup = .360**, blead_sup =
.318**), and teachers’ teaching experience (adjusted
R2 = .624, b = -.188*). Stage 6 refocusing, teachers’
perceived need, school support for professional develop-
ment, leadership support, and teachers’ teaching experi-
ence were identified as significant predictors of the
integration of the content of MLE.
Moreover, the assessment of integration of MLE was
positively predicted by two SoC (adjusted R2 = .155,
bS1I = -.165*, bS6R = .532**), perceived need (Adjusted
R2 = .017, b = .141**), two elements of school environ-
ment scale (adjusted R2 = .400, bpd_sup = .546**,
blead_sup = .176*), and teachers’ teaching experience
(adjusted R2 = .020, b = -.151*). Stage 1 informational,
stage 6 refocusing, teachers’ perceived need, school sup-
port for professional development, leadership support, and
teachers’ teaching experience were identified as significant
predictors of the assessment dimension of MLE
integration.
Discussion
Teachers’ stages of concern for MLE
and the integration of MLE
This research is a unique empirical study on examining
teachers’ SoC for media literacy education and the inte-
gration of MLE in Chinese primary school setting. There
are, till now, no other studies have been conducted with
this focus on MLE in primary schools. Therefore, this
research provides unique empirical findings regarding pri-
mary teachers’ concerns and their perceptions of the inte-
gration of MLE in the region of Beijing, China.
The findings indicate that teachers’ concerns were
generally oriented to ‘self-concern’ (stage 1–2). This
finding is consistent with a number of previous studies,
which found that teachers tended to focus on self-concerns
at the beginning of the implementation process (Christou
et al. 2004; Overbaugh and Lu 2009; Roach et al. 2009;
Tunks and Weller 2009). However, in our research,
teachers also reported lowest at stage of ‘awareness’. This
was quite different from the findings of most previous
studies (Hall and Hord 1987; Hollingshead 2009; Overb-
augh and Lu 2009; Poynton et al. 2008). For example, Hall
and Hord (1987) pointed that the concerns of individuals
develop from being highest at awareness, informational
Table 3 Teacher background variables and integration of MLE in the
curriculum
Independent variable Integration of MLE into curriculum
Objective Content Assessment
M F M F M F
Age
20–29 3.95 .76 3.77 .92 3.46 4.42*
30–39 3.83 3.58 2.94
40–49 3.88 3.61 3.17
50–59 3.52 3.46 3.30
Education level
Associate degree 3.57 1.42 3.49 .63 3.21 .34
Undergraduate degree 3.89 3.64 3.13
Master degree 3.86 3.87 3.40
Teaching experience
\1 year 3.77 1.03 3.78 2.10 3.39 2.65*
1–3 years 3.78 3.80 3.47
4–6 years 4.01 3.79 3.37
7–9 years 4.03 3.83 3.29
More than 10 years 3.81 3.51 2.97
School subject
Chinese 3.83 2.21* 3.53 1.57 3.07 1.23
English 4.07 3.51 2.84
Maths 4.04 3.75 3.23
Biology 3.35 3.25 3.25
Politics 4.00 4.00 4.00
ICT 3.92 4.28 3.77
Art 3.90 3.58 2.98
PE 3.37 3.49 3.24
Other 3.92 3.77 3.14
Teachers’ stages of concern for media literacy education 467
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and personal, to highest at management, and finally to
highest at consequence, collaboration, and refocusing when
they take the role as facilitator in the implementation of the
innovations. This finding can partly be explained by
teachers’ extensive exposure to media-saturated environ-
ment, therefore teachers involved in this study probably
have a relatively high awareness of MLE and have moved
to a higher level of the SoC instead of the basic level of the
stage of concern (awareness).
In addition, in our research, 50–59 year old teachers
reported highest score in stage 0 awareness. This indicates
that elder teachers are still at the lower level of the stage of
concern compared with the younger teachers. This might
be related to the trend that elder generation use digital
media much less than younger generations (CGF 2011).
This study also found that there were significant dif-
ferences among teachers’ teaching subjects. ICT teachers
reported highest in stage 1 informational, stage 2 personal,
stage 5 collaboration, stage 6 refocusing, while lowest in
unrelated concern (stage 0 awareness). This indicates that
ICT teachers were already at a higher level of SoC com-
pared with teachers teaching other subjects. This supports
the findings of previous studies that there were significant
differences in teachers’ general beliefs among different
teaching subjects (e.g., Sang et al. 2009).
Relationships between teachers’ stages of concern,
perceived need, and integration of MLE
in the curriculum of primary education
Based on the findings of this study, each element of inte-
gration of MLE was found to be correlated with teachers’
SoC and teachers’ perceived need for MLE. The results show
clearly that each element of integration of MLE was signif-
icantly related to teachers’ perceived need and was corre-
lated with six of teachers’ SoC, except the stage 0 awareness.
The results provide more insights regarding our
understanding of teachers’ concerns and perceptions. Pre-
vious studies examined the different levels of teachers’
perceptions and perceived need of MLE (Namita 2010;
Schmidt 2013), while this study not only examined teachers’
perceptions, but also added to previous findings and exam-
ined the relationships between teachers’ concerns, teachers’
perceived need, and their integration of MLE.
The effect of internal and external variables
on teachers’ integration of MLE in their curriculum
The results of this research indicated that both internal and
external factors were identified as significant predictors for
the integration of MLE. Among the predictors, SoC (stage
6 refocusing), school support for teacher professional
development, and leadership support have significant
impact on all dimensions of MLE integration, namely
objective, content, and assessment. Internal and external
variables both can influence teachers’ integration of MLE.
The results support previous studies that MLE needs
teachers with knowledge, skills, and concerns to carry out
proper MLE, while providing systematical and effective
teacher training must be facilitated for the development of
MLE (EAVI 2011; Scull and Kupersmidt 2011).
Implications and limitations
A couple of limitations of the present study need to be
noted. First, the sample of this study was limited. This
study was only conducted in Beijing (China), therefore, the
sample was not representative of the Chinese primary
teacher population. The reasons that schools and teachers
in Beijing were chosen are that the objective of the
research is to examine the relationship between teachers’
concerns and practices of MLE integration, while the latter
is not possible for less or least developed regions in China.
Nevertheless, future studies should involve more primary
Table 4 Correlation analyses of teachers’ SoC, perceived need, and integration of MLE into curriculum (N = 392)
1. 2. 3. 4. 5. 6. 7. 8. 9. 10.
(1) Awareness .198** .015 .388** .388** -.099 -.017 .061 -.052 .007
(2) Informational .811** .389** .389** .634** .619** .451** .271** .102*
(3) Personal .324** .324* .753** .693** .464** .319** .160**
(4) Management 1.000** .271** .289** .416** .064 .054
(5) Consequence .271** .289** .416** .064 .054
(6) Collaboration .865** .531** .400** .292**
(7) Refocusing .541** .428** .372**
(8) Objective .373** .284**
(9) Content .721* .721*
(10) Assessment
(11) Need .761** .282** .141**
468 H. Zhang et al.
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schools in different regions and contexts in order to deepen
and widen our knowledge on this topic. Additionally, the
primary schools were selected at random, and the ques-
tionnaires were distributed to each of the sample school.
There were more female teachers than male teachers in the
sample. Although the sample proportion reflects the actual
teacher population distribution in Chinese primary schools,
the gender factor may have an influence on the findings of
this research, which could be investigated further in follow-
up studies.
Furthermore, the quantitative research was mainly based
on self-report measures, which may be not sufficient to
obtain comprehensive information of digital media literacy
education. Future studies should also build on qualitative
research, such as interviews with teachers and classroom
observations. Another note is that the current research
focused on teacher variables and the school environment
variables as predictors for teachers’ integration of MLE.
However, national level factors (such as national policy on
curriculum development and integration) may also influ-
ence teachers’ integration of media literacy education.
Follow-up research is needed including multilevel factors.
Lastly, since media literacy education is an emerging
research area, longitudinal studies are needed to gather
more related information about the integration of media
literacy education in order to assess the effects of MLE on
children’s development of media literacy.
Despite the limitations, the current study contributes
greatly to our understanding and research in MLE. First,
this research provides a comprehensive perspective to
understanding the integration of MLE both from teacher
and from school variables. The findings are not only sig-
nificant for understanding the integration of MLE in the
Chinese context, but also contribute significantly for the
literature related to media literacy education in the inter-
national context. Secondly, the findings of the research can
provide practical recommendation for schools and policy
makers regarding the integration of MLE in school cur-
riculum. For example, teachers of different teaching sub-
jects had different SoC and practices of MLE integration.
This can be useful for schools and policy makers to know
which subject teachers would be more prepared to integrate
MLE in the curriculum. This can be considered when
policy makers or schools make plans for integration of
MLE. Thirdly, some teacher and school factors were
identified as significant predictors for the integration of
MLE. Based on the findings of this study, teachers’ SoC,
perceived need, school support for teacher professional
development and leadership support should be paid atten-
tion to if curriculum innovations such as MLE is encour-
aged to be integrated into the school curriculum. Therefore,
this research provides a framework of studying MLE in
school settings.
More specifically, our study provides a profile of
teachers’ concerns and practices regarding integration of
MLE in the Chinese school context in Beijing. The findings
not only can contribute to the policy makers who make
decisions about MLE, but also raise the importance of the
conditions for integrating MLE such as the professional
development of teachers for MLE. Only with a favorable
school supportive environment and increased level of SoC
of the teachers, can the integration of media education
integration in schools be more successful. These findings
are relevant for MLE integration in schools beyond the
specific context of this study.
Table 5 Regression analyses of the effect of teachers’ SoC, per-
ceived need, teaching experience, school support, and integration of
MLE
Scale Integration of MLE
Objective Content Assessment
Stages of concern
F 47.514 18.127 15.318
b .066S1I -.001S1I -.165S1I
.000S2P .030S2P -.058S2P
.264S4C -.071S4C -.012S4C
.201S5C .107S5C -.016S5C
.250S6R .335S6R .532S6R
Sig. .345S1I .989S1I .046S1I*
1.000S2P .743S2P .535S2P
.000S3M** .159S3M .818S3M
.000S4C** .159S4C .818S4C
.023S5C* .290S5C .877S5C
.002S6R* .000S6R** .000S6R***
Adjusted R2 .374 .180 .155
Teachers’ perceived need
F 536.402 33.714 7.857
b .761 .282 .141
Sig. .015* .000** .000**
Adjusted R2 .578 .077 .017
School support
F 33.130 100.019 87.538
b .148hardware .006hardware -.083hardware
.125pd_sup .360pd_sup .546pd_sup
.238lead_sup .318lead_sup .176lead_sup
Sig. .011hardware* .170hardware .096hardware
.044pd_sup* .000pd_sup** .000pd_sup**
.001lead_sup** .000lead_sup** .003lead_sup*
Adjusted R2 .188 .180 .400
Teaching experience
F .241 5.423 9.041
b -.025 -.188 -.151
Sig. .624 .020* .003*
Adjusted R2 -.002 .624 .020
Teachers’ stages of concern for media literacy education 469
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