Brenda L. Berkelaar and LaRae Tronstad
How people negotiate the work–life interface remains a popular topic for scholars and the public. Work–life research is a large body of interdisciplinary scholarship that considers how people experience, navigate, and negotiate different roles, commitments, and boundaries within and across life domains—often with the goal of improving individual, organizational, and social well-being and success. Spurred by demographic, social, economic, and technological changes, scholars take difference perspectives on overlapping research areas which include work–life balance, work–life conflict, work–family conflict, boundary management, work–life enrichment or facilitation, as well as positive or negative spillover. Key issues addressed include the implications of framing work–life as a dichotomy, drivers of work–life outcomes, how ideals shape work–life negotiations, how individuals negotiate everyday work–life challenges and opportunities, and the influence of evolving information and communication technologies on the work–life interface. Research from multiple disciplines highlights the demographic, economic, moral, cultural, and national factors that affect work–life practices, processes, policies, tactics, and outcomes. This multidisciplinary perspective provides relevant insights for generative research and resilient practice for individuals, groups, organizations, or societies.
For most of the 20th century, telecommunications was a matter of national governance and thus of peripheral interest to the European Union. Then from the mid- to late-1980s, the EU began to develop an intensified policy package for the telecommunications sector. Telecommunications has now grown to become one of the most prominent and extensive policy areas addressed by the EU. But what accounts for such a remarkable Europeanization of telecommunications governance? In polar contrast to its origins, telecommunications has become a key focus in neoliberal economics and policy in effecting sectoral change. This development went hand in hand with arguments around propounding the benefits of economic globalization, which sustained a move to internationalize the organization of telecommunications to the European level along neoliberal lines. However, notwithstanding the remarkable growth of the EU governance framework for telecommunications, there are nuances in the analysis of the constant resistance to the wholesale Europeanization of telecommunications policy that provide evidence of a residual tension between national- and EU-level interests. This tension has been evident in policy proposals, decision-making, and implementation at key junctures for more since the late 1980s The policy has played key roles at different times, in particular, on the national level, involving governmental, regulatory, and commercial actors. Telecommunications thus provides a classic illustration of the balance that needs to be struck in the development of communications policies in the EU between supranational and intergovernmental interests. Now part of a converging electronic communications sector, this feature of telecommunications governance is as prominent today as it was in the very early days of EU telecommunications policy development in the mid- to late-1980s.
Since the early 2000s, Digital Media Ethics (DME) has emerged as a relatively stable subdomain of applied ethics. DME seeks nothing less than to address the ethical issues evoked by computing technologies and digital media more broadly, such as cameras, mobile and smartphones, GPS navigation systems, biometric health monitoring devices, and, eventually, “the Internet of things,” as these have developed and diffused into more or less every corner of our lives in the (so-called) developed countries. DME can be characterized as demotic—of the people—in three important ways. One, in contrast with specialist domains such as Information and Computing Ethics (ICE), it is intended as an ethics for the rest of us—namely, all of us who use digital media technologies in our everyday lives. Two, these manifold contexts of use dramatically expand the range of ethical issues computing technologies evoke, well beyond the comparatively narrow circle of issues confronting professionals working in ICE. Three, while drawing on the expertise of philosophers and applied ethics, DME likewise relies on the ethical insights and sensibilities of additional communities, including (a), the multiple communities of those whose technical expertise comes into play in the design, development, and deployment of information and communication technology (ICT); and (b), the people and communities who use digital media in their everyday lives.
DME further employs both ancient ethical philosophies, such as virtue ethics, and modern frameworks of utilitarianism and deontology, as well as feminist ethics and ethics of care: DME may also take, for example, Confucian and Buddhist approaches, as well as norms and customs from relevant indigenous traditions where appropriate. The global distribution and interconnection of these devices means, finally, that DME must also take on board often profound differences between basic ethical norms, practices, and related assumptions as these shift from culture to culture. What counts as “privacy” or “pornography,” to begin with, varies widely—as do the more fundamental assumptions regarding the nature of the person that we take up as a moral agent and patient, rights-holder, and so on. Of first importance here is how far we emphasize the more individual vis-à-vis the more relational dimensions of selfhood—with the further complication that these emphases appear to be changing locally and globally.
Nonetheless, DME can now map out clear approaches to early concerns with privacy, copyright, and pornography that help establish a relatively stable and accepted set of ethical responses and practices. By comparison, violent content (e.g., in games) and violent behavior (cyber-bullying, hate speech) are less well resolved. Nonetheless, as with the somewhat more recent issues of online friendship and citizen journalism, an emerging body of literature and analysis points to initial guidelines and resolutions that may become relatively stable. Such resolutions must be pluralistic, allowing for diverse application and interpretations in different cultural settings, so as to preserve and foster cultural identity and difference.
Of course, still more recent issues and challenges are in the earliest stages of analysis and efforts at forging resolutions. Primary issues include “death online” (including suicide web-sites and online memorial sites, evoking questions of censorship, the right to be forgotten, and so on); “Big Data” issues such as pre-emptive policing and “ethical hacking” as counter-responses; and autonomous vehicles and robots, ranging from Lethal Autonomous Weapons to carebots and sexbots. Clearly, not every ethical issue will be quickly or easily resolved. But the emergence of relatively stable and widespread resolutions to the early challenges of privacy, copyright, and pornography, coupled with developing analyses and emerging resolutions vis-à-vis more recent topics, can ground cautious optimism that, in the long run, DME will be able to take up the ethical challenges of digital media in ways reasonably accessible and applicable for the rest of us.
Matthew W. Savage, Sarah E. Jones, Jenna E. Reno, and Shari Veil
University students, faculty, and staff are among those most vulnerable to cybersecurity risks due to their reliance on modern technologies, the nature of their online activities, and the open infrastructure of institutional networks. Furthermore, cyberbullying has emerged as a public health concern by the Centers for Disease Control and Prevention (CDC), which first warned of electronic aggression in 2008, or any type of harassment or bullying that occurs via email, chat, instant messaging, websites, blogs, or text messaging. Roberto and Eden emphasized the communicative nature of cyberbullying, defining it as the “deliberate and repeated misuse of communication technology by an individual or group to threaten or harm others” in 2010 (p. 201). In response to serious cybersecurity concerns and growing evidence of cyberbullying behavior, the national Stop.Think.Connect. (STC) campaign was developed to educate Americans on cybersecurity risks and equip citizens with tools for safe, respectful, and appropriate online behavior; however, it lacks targeted messaging for those on university campuses. Formative research is needed to ascertain the specific cybersecurity risks and challenges identified by those living and working on large university campuses. Research by Noar in 2006 demonstrates that formative evaluation leads to more successful campaigns. The process involves learning about target populations, discovering communicative determinants of behavior change, and testing message concepts. To that end, this case study is a first step in targeting STC campaign messages to university students, faculty, and staff. Specifically, we sought to identify the distinct cybersecurity needs faced by university students and personnel, their perceptions of the saliency of the problem, and potential motives for increasing their cybersecurity-enhancing behaviors. These activities are needed to implement the campaign on college campuses and to increase the likelihood of any future outcome evaluation efforts that yield evidence of campaign effectiveness. Currently, we are unaware of any outcome evaluation.
Focus group methodology was conducted to examine the target audiences’ knowledge, interests, needs, and attitudes regarding the management of cybersecurity threats. Additionally, practical recommendations for enhancing STC campaign implementation on university campuses were ascertained. Results emphasized key ways to improve the theoretical underpinnings of the campaign using the Integrated Behavioral Model (IBM). We identified how determinants of behavior change can be utilized to strengthen campaign messaging. Students displayed laissez-faire attitudes toward cybersecurity, while faculty and staff attitudes demonstrated a much higher level of concern. Social norms for personal cybersecurity action taking were notably low among students as well as faculty and staff. Students displayed limited personal agency in regards to enacting cybersecurity measures, while faculty and staff had greater knowledge of steps they could take, but little faith that these actions would be efficacious. Finally, thematic recommendations for implementing an effective cybersecurity campaign on a university campus were identified.
S. Anne Moorhead
Social media used for communication purposes within healthcare contexts is increasing and becoming more acceptable. The users of social media for healthcare communication include members of the general public, patients, health professionals, and health organizations. The uses of social media for healthcare communication are various and include providing health information on a range of conditions; providing answers to medical questions; facilitating dialogue between patients and between patients and health professionals; collecting data on patient experiences and opinions used for health intervention, health promotion, and health education; reducing stigma; and providing online consultations. With emerging advances over time, including new platforms and purposes, these uses will change and expand, increasing usability and thus providing more opportunities to use social media in connection to healthcare in the future. However, both patients and health professionals may require training to fully maximize the uses of using social media in healthcare.
Social media has numerous benefits for healthcare communication, including increased interactions with others; more available, shared, and tailored information; increased accessibility and widening access; and increased peer/social/emotional support. While there may be further benefits of using social media in healthcare, there are many limitations of social media for healthcare communication as well. The main reported limitations include a lack of reliability; quality concerns; and lack of confidentiality and privacy. From the available evidence, it is clear that maintaining patient privacy as well as the security and integrity of information shared are concerns when using social media.
As patients and members of the general public use social media widely, some may expect it in healthcare, thus it important for health professionals and organizations to manage expectations of social media in healthcare communication. This results in challenges ranging from encouraging staff to use social media to dealing with user problems and complaints. It is recommended that organizations embrace social media but have a specific purpose for each activity and platform while continually monitoring traffic. Regardless of the nature or size of the healthcare organization, it is time to adopt appropriate guidelines for the use of the social media in healthcare communication to address the challenges and the growing expectations of using social media, especially within healthcare contexts. The key message is that social media has the potential to supplement and complement but not replace other methods to improve communication and interaction among members of the general public, patients, health professionals, and healthcare organizations.
Questions related to identity have been central to discussions on online communication since the dawn of the Internet. One of the positions advocated by early Internet pioneers and scholars on computer-mediated communication was that online communication would differ from face-to-face communication in the way traditional markers of identity (such as gender, age, etc.) would be visible for interlocutors. It was theorized that these differences would manifest both as reduced social cues as well as greater control in the way we present ourselves to others. This position was linked to ideas about fluid identities and identity play inherent to post-modern thinking. Lately, the technological and societal developments related to online communication have promoted questions related to, for example, authenticity and traceability of identity.
In addition to the individual level, scholars have been interested in issues of social identity formation and identification in the context of online groups and communities. It has been shown, for example, how the apparent anonymity in initial interactions can lead to heightened identification/de-individuation on the group level. Another key question related to this one is the way group identity and identification with the group relates to intergroup contact in online settings. How do people perceive others’ identity, as well as their own, in such contact situations? To what extent is intergroup contact still intergroup contact, if the parties involved do not perceive it as such? As online communication continues to offer a key platform for contact between various types of social groups, questions of identity and identification remain at the forefront of scholarship into human communication behavior in technology-mediated settings.
Andrew M. Ledbetter
Owing to advances in communication technology, the human race now possesses more opportunities to interact with interpersonal partners than ever before. Particularly in recent decades, such technology has become increasingly faster, mobile, and powerful. Although tablets, smartphones, and social media are relatively new, the impetus behind their development is old, as throughout history humans have developed mechanisms for communicating ideas that transcend inherent temporal and spatial limitations of face-to-face communication. In the ancient past, humans developed writing and the alphabet to preserve knowledge across time, with the later development of the printing press further facilitating the mass distribution of written ideas. Later, the telegraph was arguably the first technology to separate communication from transportation, and the telephone enabled people at a distance to hear the warmth and intimacy of the human voice. The development of the Internet consolidates and advances these technologies by facilitating pictorial and video interactions, and the mobility provided by cell phones and other technologies makes the potential for communication with interpersonal partners nearly ubiquitous. As such, these technologies reconfigure perception of time and space, creating the sense of a smaller world where people can begin and manage interpersonal relationships across geographic distance.
These developments in communication technology influence interpersonal processes in at least four ways. First, they introduce media choice as a salient question in interpersonal relationships. As recently as the late 20th century, people faced relatively few options for communicating with interpersonal partners; by the early years of the 21st century, people possessed a sometimes bewildering array of channel choices. Moreover, these choices matter because of the relational messages they send; for example, choosing to end a romantic relationship over the phone may communicate more sensitivity than choosing to do so via text messaging, or publicly on social media. Second, communication technology affords new opportunities to begin relationships and, through structural features of the media, shape how those meetings occur. The online dating industry generates over $1 billion in profit, with most Americans agreeing it is a good way to meet romantic partners; friendships also form online around shared interests and through connections on social media. Third, communication technology alters the practices people use to maintain interpersonal relationships. In addition to placing traditional forms of relational maintenance in more public spaces, social media facilitates passive browsing as a strategy for keeping up with interpersonal partners. Moreover, mobile technology affords partners increased geographic and temporal flexibility when keeping contact with partners, yet simultaneously, it may produce feelings of over-connectedness that hamper the desire for personal autonomy. Fourth, communication technology makes interpersonal networks more visibly manifest and preserves their continuity over time. This may provide an ongoing convoy of social support and, through increased efficiency, augment the size and diversity of social networks.
Marla L. Moon
A visual impairment can affect cognitive, emotional, neurological, and physical development. Visual impairment impairs reading speed and comprehension, and is often mistaken for a learning disability. Learning is accomplished through complex and interrelated processes, one of which is vision. As a result, visual impairments limit the range of experiences and kinds of information to which one is exposed. A reliance on visual cues in health and risk messages intensifies these effects with regard to health information. The millions of children and adults who are affected by visual impairments worldwide thus require specific consideration regarding how best to make health information accessible for them. The reliance on caretakers to address the health information needs of those living with visual impairments violates their privacy and threatens their emotional well-being. Technological and modality advances that rely on touchscreens that lack tactile or auditory cues marginalize a broad segment of society that is in need of gateways to overcome barriers to accommodating visual impairment. In designing strategic health and risk messages, consideration should be given to this scope of possible limitation and its implications for access to and processing of health and risk information. Health and risk message designers should understand both the realities of challenges to accessing information for the visually impaired and strategies for addressing these realities and the scope of the issue worldwide and across the lifespan.
Helena Sofia Rodrigues and Manuel José Fonseca
In the context of epidemiology, an epidemic is defined as the spread of an infectious disease to a large number of people, in a given population, within a short period of time. When we refer to the marketing field, a message is viral when it is broadly sent and received by the target market through person-to-person transmission. This marketing communication strategy is currently assumed to be an evolution by word of mouth, with the influence of information technologies, and called Viral Marketing. This stated similarity between an epidemic and the viral marketing process is notable yet the critical factors to this communication strategy’s effectiveness remain largely unknown. A literature review specifying some techniques and examples to optimize the use of viral marketing is therefore useful.
Advantages and disadvantages exist to using social networks for the reproduction of viral information. It is very hard to predict whether a campaign becomes viral. However, there are some techniques to improve advertising/marketing communication, which viral campaigns have in common and can be used for producing a better communication campaign overall. It is believed that the mathematical models used in epidemiology could be a good way to model a marketing communication in a specific field. Indeed, an epidemiological model SIR (Susceptible-Infected-Recovered) helps to reveal the effects of a viral marketing strategy. A comparison between the disease parameters and the marketing application, as well as simulations using Matlab software explores the parallelism between a virus and the viral marketing approach.
Expressions of scientific uncertainty are normal features of scientific articles and professional presentations. Journal articles typically include research questions at the beginning, probabilistic accounts of findings in the middle, and new research questions at the end. These uncertainty claims are used to construct clear boundaries between uncertain and certain scientific knowledge. Interesting questions emerge, however, when scientific uncertainty is communicated in occasions for public science (e.g., newspaper accounts of science, scientific expertise in political deliberations, science in stakeholder claims directed to the public, and so forth). Scientific uncertainty is especially important in the communication of environmental and health risks where public action is expected despite uncertain knowledge. Public science contexts are made more complex by the presence of multiple actors such as citizen-scientists, journalists, stakeholders, social movement actors, politicians, and so on who perform important functions in the communication and interpretation of scientific information and bring in diverse norms and values.
A past assumption among researchers was that scientists would deemphasize or ignore uncertainties in these situations to better match their claims with a public perception of science as an objective, truth-building institution. However, more recent research indicates variability in the likelihood that scientists communicate uncertainties and in the public reception and use of uncertainty claims. Many scientists still believe that scientific uncertainty will be misunderstood by the public and misused by interest groups involved with an issue, while others recognize a need to clearly translate what is known and not known.
Much social science analysis of scientific uncertainty in public science views it as a socially constructed phenomenon, where it depends less upon a particular state of scientific research (what scientists are certain and uncertain of) and more upon contextual factors, the actors involved, and the meanings attached to scientific claims. Scientific uncertainty is often emergent in public science, both in the sense that the boundary between what is certain and uncertain can be managed and manipulated by powerful actors and in the sense that as scientific knowledge confronts diverse public norms, values, local knowledges, and interests new areas of uncertainty emerge. Scientific uncertainty may emerge as a consequence of social conflict rather than being its cause. In public science scientific uncertainty can be interpreted as a normal state of affairs and, in the long run, may not be that detrimental to solving societal problems if it opens up new avenues and pathways for thinking about solutions. Of course, the presence of scientific uncertainty can also be used to legitimate inaction.