The Illusions on Digital Citizenship: What We Know and What We Do?

Ali Geriş, Nesrin Özdener
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Data for this research were collected using Digital Citizenship Scale (Kocadağ, 2012) and the e-Citizen mobile application. A combination of quantitative and qualitative approaches was used in the data analysis. Results: According to the research findings, it was established that the participants did not have sufficient awareness of the concept of digital citizenship in the sub-dimensions of digital security, digital health, digital rights and responsibilities, digital law, digital etiquette, and digital commerce. The digital citizenship levels of the participants in these dimensions obtained from the scale were not consistent with their digital technology user behaviours and habits. Considering digital access, digital communication, and digital literacy sub-dimensions, it was concluded that pre-service teachers had sufficient knowledge. Another research finding shows that the responses of the participants to the scales should be questioned and emphasizes the importance of using different data collection methods. Discussion: It was specified that the average digital citizenship score of 74 information and communication technology teacher candidates participated in the study was found to be 262 and it was described as “Very Good.” These results corroborate with the findings of a great deal of the previous works that show that digital citizenship levels of individuals have increased in recent years. However, data obtained from user habits and behaviours did not support this situation. This inconsistency may be due to the participants not acting objectively during scale scoring. The reason for this is not clear, but we thought possible causes maybe that teacher candidates may not express their real thoughts, may not want to get low scores on Digital Citizenship Scale (DCs) or they may see themselves as adequate despite their deficiencies. This situation is one of the biggest limitations of self-report measures and it is named “Social Desirability Bias” in the literature. There are, however, other possible explanations. In the study, participants have filled the DCs first and then used the e-Citizen application. Information and communication technology teacher candidates have taken lower scores from User Habits and Behaviours Surveys (UHBs) in each of the sub-dimensions compared to DCs. According to these data, we can infer that the participants may be able to increase their knowledge about digital citizenship and see their deficiencies thanks to the e-Citizen mobile application. Limitations: It should not be forgotten that this study was limited by the validity and reliability of the digital citizenship scale, the efficiency of the mobile application, and the level of knowledge of the participant group and their objectivity in their answers. Conclusion: Overall, this study strengthens the idea that there are problems in the concept of digital citizenship and its sub-dimension. As a result of the research, although the digital citizenship levels of the participants were measured to be very good, it was determined that there are inconsistencies with their behaviours and habits during the use of digital technologies in six of the nine sub-dimensions (security, health, rights and responsibilities, law, etiquette, and commerce). In three sub-dimensions: digital communication, access, and literacy, the data were relatively consistent. 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Abstract

Abstract Introduction: The purpose of this paper is to examine the relationship between the digital citizenship levels of information and communication technology teacher candidates and their user behaviours and habits in the digital world. The experimental work presented here provides one of the first investigations into a deeper understanding of misconceptions, problems, and deficiencies in digital citizenship and its sub-dimensions. Also, the study offers some important insights to bring solutions to the problems encountered in teaching the concept to individuals. Methods: To reach the goal, a mixed-method approach was utilized. Participants of the study were 74 information and communication technology teacher candidates enrolling at a public university in Turkey. Data for this research were collected using Digital Citizenship Scale (Kocadağ, 2012) and the e-Citizen mobile application. A combination of quantitative and qualitative approaches was used in the data analysis. Results: According to the research findings, it was established that the participants did not have sufficient awareness of the concept of digital citizenship in the sub-dimensions of digital security, digital health, digital rights and responsibilities, digital law, digital etiquette, and digital commerce. The digital citizenship levels of the participants in these dimensions obtained from the scale were not consistent with their digital technology user behaviours and habits. Considering digital access, digital communication, and digital literacy sub-dimensions, it was concluded that pre-service teachers had sufficient knowledge. Another research finding shows that the responses of the participants to the scales should be questioned and emphasizes the importance of using different data collection methods. Discussion: It was specified that the average digital citizenship score of 74 information and communication technology teacher candidates participated in the study was found to be 262 and it was described as “Very Good.” These results corroborate with the findings of a great deal of the previous works that show that digital citizenship levels of individuals have increased in recent years. However, data obtained from user habits and behaviours did not support this situation. This inconsistency may be due to the participants not acting objectively during scale scoring. The reason for this is not clear, but we thought possible causes maybe that teacher candidates may not express their real thoughts, may not want to get low scores on Digital Citizenship Scale (DCs) or they may see themselves as adequate despite their deficiencies. This situation is one of the biggest limitations of self-report measures and it is named “Social Desirability Bias” in the literature. There are, however, other possible explanations. In the study, participants have filled the DCs first and then used the e-Citizen application. Information and communication technology teacher candidates have taken lower scores from User Habits and Behaviours Surveys (UHBs) in each of the sub-dimensions compared to DCs. According to these data, we can infer that the participants may be able to increase their knowledge about digital citizenship and see their deficiencies thanks to the e-Citizen mobile application. Limitations: It should not be forgotten that this study was limited by the validity and reliability of the digital citizenship scale, the efficiency of the mobile application, and the level of knowledge of the participant group and their objectivity in their answers. Conclusion: Overall, this study strengthens the idea that there are problems in the concept of digital citizenship and its sub-dimension. As a result of the research, although the digital citizenship levels of the participants were measured to be very good, it was determined that there are inconsistencies with their behaviours and habits during the use of digital technologies in six of the nine sub-dimensions (security, health, rights and responsibilities, law, etiquette, and commerce). In three sub-dimensions: digital communication, access, and literacy, the data were relatively consistent. At the end of the study, the possible causes of the digital citizenship misconception experienced by teacher candidates were discussed separately and suggestions were made for future studies.
数字公民的幻想:我们知道什么和我们做什么?
摘要:本文的目的是研究信息通信技术教师候选人的数字公民水平与其在数字世界中的用户行为和习惯之间的关系。本文提出的实验工作是对数字公民及其子维度的误解、问题和缺陷进行更深入理解的首批调查之一。此外,该研究还提供了一些重要的见解,以解决在向个人教授这一概念时遇到的问题。方法:为达到目的,采用混合方法。该研究的参与者是土耳其一所公立大学的74名信息和通信技术教师候选人。本研究的数据是使用数字公民量表(kocadaku, 2012)和e-Citizen移动应用程序收集的。在数据分析中采用了定量和定性相结合的方法。结果:根据研究结果,确定参与者在数字安全、数字健康、数字权利和责任、数字法律、数字礼仪和数字商务等子维度上对数字公民概念的认识不足。从量表中获得的参与者在这些维度上的数字公民水平与他们的数字技术用户行为和习惯不一致。综合考虑数字获取、数字交流和数字素养三个子维度,得出职前教师具备足够知识的结论。另一项研究发现表明,参与者对量表的反应应该受到质疑,并强调了使用不同数据收集方法的重要性。讨论:74名参与研究的信息和通信技术教师候选人的平均数字公民得分为262,被描述为“非常好”。这些结果与之前大量研究的发现相吻合,这些研究表明,近年来个人的数字公民水平有所提高。然而,从用户习惯和行为中获得的数据并不支持这种情况。这种不一致可能是由于参与者在量表评分时没有客观地行事。原因尚不清楚,但我们认为可能的原因可能是教师候选人可能没有表达他们的真实想法,可能不想在数字公民量表(DCs)中获得低分,或者他们可能认为自己虽然有不足,但仍然足够。这种情况是自我报告测量的最大限制之一,在文献中被称为“社会可取性偏差”。然而,还有其他可能的解释。在研究中,参与者先填写表格,然后使用电子公民申请。与DCs相比,信息和通信技术教师候选人在用户习惯和行为调查(UHBs)的每个子维度上都获得了较低的分数。根据这些数据,我们可以推断,由于e-Citizen移动应用程序,参与者可能能够增加他们对数字公民的认识,并看到他们的不足。局限性:不应忘记,本研究受到数字公民量表的有效性和可靠性、移动应用程序的效率、参与者群体的知识水平及其回答的客观性的限制。结论:总体而言,本研究强化了数字公民概念及其子维度存在问题的观点。研究的结果是,尽管参与者的数字公民水平被测量为非常好,但确定他们在使用数字技术期间的行为和习惯在九个子维度中的六个(安全、健康、权利和责任、法律、礼仪和商业)中存在不一致。在三个子维度:数字通信、访问和识字方面,数据相对一致。在研究的最后,分别讨论了教师候选人数字公民误解的可能原因,并对未来的研究提出了建议。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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