Is searching self efficacy related to search
performance? A study of University
students’ Web information searching strategies
Marioleni Parissis, [email protected] Nikolaos Tselios, [email protected] Vassilis Komis, [email protected]
University of Patras, Department of Educational Sciences and Early Childhood Education, Patras, Greece
Plan presentationBackgroundResearch objectivesMethodology
◦ Method of study Procedure Search task
◦Instruments FindingsConclusions and implications
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Background 1/3People very often in their daily life face
information problems (ip)◦activities that demand people
to recognize the information they need and to be able to locate, evaluate, and use effectively (Walraven et al., 2008)
Studies on the information problem solving (ips) fall into two categories with the focus on:◦the process of information problem solving
(ips)◦the use of Internet and search engines WORKSHOP IFIP'2010 3
Background 2/3 Fournier & Loiselle (2009) reached the following
conclusions on the students information problem solving (ips):◦ they do not develop a plan◦ they prefer to use search engines rather than
directories, ◦ rarely construct searches using Boolean logic and ◦ usually look at the search engine’s results that
appear at the top People of all ages and with different skills during the
ips, face problems (Walraven et al., 2008):◦ the utilization of keywords in search engines◦ the evaluation of the search results and◦ the proper organization of the actual search
procedureWORKSHOP IFIP'2010 4
Background 3/3 Jenkins et al. (2003) indicated that there are two
distinct types of patterns of information seeking on the Web based on the user’s experience: ◦ a breadth-first and ◦ a depth-first search
Holscher and Strube (2000) noted that:◦ experienced web users tend to use two times
the number of search keywords compared to novice users,
◦ don’t to have any difficulty when employing Boolean logic but face problems when having to search for information with specific-domain knowledge they lack
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Research objectivesThe objectives of our study were:Examination of the correlations between the
perceived result confidence, perceived satisfaction and the effectiveness of the search processes developed for the completion of the activity
Investigation of the relationship between the participants’ search engine self efficacy and the effectiveness of the expressed search actions
Identification of students’ search strategies while performing a given information task in accordance with their search engine self efficacy
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Method of study
Case study107 University students of the Early
Childhood Educational Sciences Department of the University of Patras participated◦19-21 years old (1 male, 106 females)◦they attended two compulsory courses
concerning the introduction and integration of ICT in Education during the academic year 2008-2009
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Procedure
The research procedure consisted of:◦the student’s experimental session that
involved a task completion ◦the completion of a questionnaire referring to the participants self
efficacy related to the use of ICT and basic Internet services and demographic characteristics
They had 30 minutes to complete the given task
It took place at the Department’s computer lab WORKSHOP IFIP'2010 8
Search task
The task given was closely related with the subject of the two courses in which the research was conducted
The students had to answer to a question regarding the history of the Internet:
◦When and where did the idea of a large number of interconnected computers initially came up?
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Instruments
Implementation of the research process◦an activity sheet ◦a questionnaire using the Web service Survey Monkey
Data collection◦the software Wrapper
used to collect participants’ log files and a tool developed from our research group (Ict in
Education) for data preprocessing of the user’s log files.
Analysis of data◦ SPSS (17.0)
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Results 1/551.02% of the students managed to find
the right answer, 27.55% gave a wrong answer while 21.43% did not give any answer to the question ◦the participants’ mean time to complete
the task was 11 minutes and 32 seconds (SD= 312 sec)
◦the mean number of searches performed by the students was 13.03 (SD=10.8)
◦the mean number of Web sites they visited during the Web search was 22.6 (SD=16.8)
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Results 2/5 No Variables 1 2 3 4 5 6
1
Search engine self-efficacy
-.093 .135 .093 -.202* .002
2 Time on task
-.282** -.323** .425** -.118
3
Confidence for the result’s accuracy
.908** -.634** .292**
4Perceived satisfaction
-.711** .327**
5Perceived task difficulty
-.239*
6
Assessment of task performance
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Table 1: Spearman correlations between representative participants’ variables
Correlation is significant at the 0.05 level (*) or at the 0.01 level (**).
Results 3/5Students were separated in three groups
based on reported self-efficacy in Internet search engines, reported to the questionnaire: A. students who seem to consider
themselves as moderately capable users (22.4%)
B. who consider themselves as capable users (46.9%)
C. as very capable users of search engines (30.61%).
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Results 4/5Moderately
capable users (N=22)
Capable users (N=46)
Very capable users (N=30)
Overall(N=98)
Use of multiple keywords
68.18% 67.39% 73.33% 69.39%
Natural language
9.09% 6.52% 6.67% 7.14%
Natural language in quotation marks
4.55% 2.17% 3.33% 3.06%
Use of Boolean operators AND, OR, NOT
4.55% 0.00% 3.33% 2.04%
Use of the exact question as given in the task description
13.64% 23.91% 13.33% 18.37%
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Table 2: Student’s information searching strategies
Participants
Searching Strategies
Results 5/5 Students seem to commit errors and have
misconceptions while employing information searching strategies◦ they used the same keywords in more than one
search attempt◦ they did not attempt to use a Boolean operator
other than “AND”, which often was erroneously typed
◦ they also have misconceptions about the way the search engines work students (18.37%) seem to believe that search
engines are capable of interpreting the semantics of the queries they formulate
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Conclusions 1/2
No correlation between participants' search engine self efficacy and task performance was revealed
Student’s self efficacy and satisfaction are related with their expressed task performance
The strategies used to execute a search were: a combination of multiple keywords, use of logical operators, use of natural language, use of natural language in quotations marks and use of the exact question given in the task description
No significant differences in the information search strategies used by the students according to their reported search engine self efficacy on using were shown
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Conclusions 2/2The strategy mostly used by the students
while attempting to find the required information was the use of multiple keywords
The participants seem to lack knowledge of how to use search engines while seeking specific information◦ limited use of logical operators and other
logical expressions by the students◦ errors in the expression the Boolean
operators◦ difficulties when choosing keywords and
phrases there is a need to the design of effective
didactical situations (Walraven et al., 2008).
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Implications
Further research goals are:The identification of patterns formulation
queries in search engines used by the students
The derivation of appropriate instructional design schemes ◦ proper learning activities should
contain suitable cognitive conflicts and should be presented through students’ everyday information needs in order to contribute to the deeper
acquiring of relevant competenciesWORKSHOP IFIP'2010 18
References Fournier, H. and Loiselle, J. (2009) Les strategies de
recherche et de traitement de l’information des futurs enseignants dans des environnements informatiques. International Journal of Technologies in Higher Education, 6, 18−−29.
Holscher, C. and Strube, G. (2000) Web search behavior of Internet experts and newbies. Computer Networks, 33, 337−−346.
Jenkins, C., Corritore, C. L. and Wiedenbeck, S. (2003) Patterns of information seeking on the web: A qualitative study of domain expertise and web expertise. IT and Society, 1, 64−−89. Marchionini, G. (2003) Information Seeking in Electronic Environments. Cambridge University Press, New York.
Walraven, A., Brand-Gruwel, S. and Boshuizen, H. P. A. (2008) Information problem-solving: A review of problems students encounter and instructional solutions. Computers in Human Behavior, 24, 623−−648.
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Thank you for your attention!
Marioleni Parissis, [email protected] Nikolaos Tselios, [email protected] Vassilis Komis, [email protected]
University of Patras, ICT in Education
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