Comentary # 2: Hypertext as the Remediation of Print

In the Chapter “Writing as a Technology” Bolter argues that our technical relationship to the writing space takes place between readers and writers. Literacy is the realization that language can have both a visual and an aural dimension as the words emitted by some one can be recorded and shown to others who are not present at the time of recording (Bolter, 2002, p. 16). Technical and cultural dimensions of writing constitute text as a technology because it depends on the purposes of each culture and on the material properties of the techniques and devices that are used.

In the evolution of text today we are facing the change between print and electronic writing (hypertext). According to Bolter, hypertext is changing attitudes towards writing. The Web is changing so fast that it is difficult to predict its future impact (Smith & Ward, 2000). Other dimensions and other spaces are taking place within communication. These new forms constitute a challenge for Western identity and self-representation (Smith & Ward, 2000, p. 106). Within this transformation, we are experiencing remediation understood as a “process of cultural competition between or among technologies” (Bolter, 2002, p. 25).

Throughout history, innovations in text technologies have provoked the remediation of reading and writing. Currently we are facing the remediation of print, which includes the free interaction and combination of digital media and words. Over the 20th century print has entered in competition and combination of images, video and TV. Electronic text is more interactive and flexible than print, in words of Bolter, is hypertextual (Bolter, 2002, p. 26). According to Puntambekar (et. al., 2004) visual components of text, such as concept maps (which are intended to represent meaningful relationships between concepts) and networks, offer learning opportunities of reading and writing. These new technologies of text allow accentuating relevant characteristics of representation and making higher-order relations.

In the chapter “The Breakout of the Visual”, Bolter arugues that digital text has carried out revealing transformations in vocabulary and grammar. Hypertext has brought a redefinition of the way in which we communicate, specially regarding to organization and design of text. According to Bolter (2002), a webpage can be a scattering of alphabetic signs among visual components that addresses the writer and reader without references of speech. Graphical User Interface (GUI) constitutes such a text and integrates visual components to redefine both how text is organized and designed. The ways in which we present content, and the tools that we use for this purpose (.e.g. PreziAnimotoGlogster), also redefine both how text is organized and designed.

Bolter argues that printing has placed the word effectively in control of the image. Before print medieval society had developed a sophisticated iconography that served in the place of words for a largely illiterate audience. However, the literate population of Middle Ages was quite smaller than the current literate population. Today, hypertext has redefined the relationship between words and images. Image is a complementary element of text. The visual component has entered in our lives by the electronic writing space. In hypertext media designers and authors redefine the balance between word and image. The latter constitutes the remediation of print: a space in which images can break free of the constraint of words and tell their own stories (Bolter, 2000, p. 58).

In the article “Gains and losses: New forms of texts, knowledge, and learning”, Gunther Kress (2005) argues that practices of writing and reading are transforming. New forms of representation leads us to more new forms of communication: “canonical forms of representation have come into question; the dominant modes of representation of speech and writing are being pushed to the margins of representation and replaced at the centre by the mode of image and by others” (Kress, 2005, p. 17). New practices of reading and writing are emerging from the engagement of text with image and/or depiction. Within this engagement the reader designs the meaning from materials made available on the screen, on the new kinds of pages.

Kress discuss about the possible gains and losses when moving from representation through writing to representation through image. According to Kress (2005) we are experiencing realignment in culturally valued modes. Writing is being displaced by image in many instances of communication where previously it had dominated. We are experiencing a revolution of the modes of representation and of the media of dissemination. There have been changes in the way in which pages were organized and how they were designed. With the electronic text, the new organizing principle of this new page is the shape of the life-worlds of potential visitors that find information (Kress, 2005). Speech and writing tell the world, as they are, above all, modes founded on words in order. Images show the world, as they are modes founded on depictions. Words rely on conventional acceptance and are always general and vague.

The three articles/chapters discussed in this comentary speak of an evolution of technology from print to digital text (hypertext). Both Bolter and Kress argue that transformation has brought new forms of representation, which has been expressed in an explosion of visual elements within text. Moreover, Bolter argues that it is a process of remediation of print, consisting of an interaction between text and visual components as complementary elements of the act of reading and writing. The new form of text that comes up from this interaction (hypertext) is an intensification of print as the reader become conscious of the form or medium itself and of his/her interaction with it (Bolter, p. 43). It provides a new strategy, which involves interactivity and the unification of text and graphics for achieving an authentic experience for the reader. It is a remediation of print, as it offers different uses for texts and takes different forms (e.g. eBooks, electronic encyclopedia, electronic journals, electronic libraries, etc.). Will hypertext lead to the disappearance of print? Bolter suggest that both print and hypertext need each other in a sense of competence. Print finds necessary to compete against digital technologies in order to maintain their readers. On the other hand, print is becoming “hypermediated”, although it still seems more natural and simple than digital text is.

 

References

Bolter, J.D. (2002). Writing Space. Computers, Hypertext, and the Remediation of Print. New York: Routledge.

Kress, G (2005). Gains and losses: New forms of texts, knowledge, and learning. Computers and Composition,22, 5-22. Retreived October 20, 2011 from http://www.sciencedirect.com/science/article/pii/S8755461504000660

Puntambeka, S. Stylianou, A, & Hübscher, R (2004). Improving navigation and learning in hypertext environments with navigable concept maps. Human Computer. 18 (4), 325-372. Retrieved November 4, 2011 from http://dl.acm.org/citation.cfm?id=1466543.1466546&preflayout=flat#prox

 

 

 

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Commentary 2: Response to Vannevar Bush’s “As We May Think”

Published in 1945, but originally written in 1939, Vannevar Bush’s article, “As We May Think”, is a fantastical description of an imaginary information machine called the “Memex” (Buckland, 1992) (Bush, 1945).  Bush argued that existing methods of transmitting and reviewing the results of research were totally inadequate and that if a record was to be useful to science is must be continuously extended, stored, and above all consulted.  The Memex was designed as a self contained desk, storing information through photographic technology, displayed on screens and also by utilizing associative trails to connect concepts, similar to how the brain works (Bush, 1945). So was Bush’s vision really such a thing of fantasy?  His intent was that the Memex should operate “as we may think” as opposed to how other conventional inadequate information indexes worked.  The machine itself, never caught on, but the concepts behind it offer a unique perspective on the development of information storage and retrieval systems.

Today, the dominant way in which information is retrieved is via the world wide web.  How do today’s methods, then, compare with Bush’s vision for the future, represented in his Memex machine?  The first distinction to be drawn in an examination of Bush’s vision, was the aforementioned reliance on microfilm which, at that time, was necessitated by a lack of any technology for digital mass storage (Buckland, 1992).  The reliance on microfilm as a storage medium meant that there was no possibility for networked information between Memex machines.  This was likely the greatest limitation of the machine, and an interesting point to consider when contemplating Bush’s vision of the future as being profoundly progressive.  It marks an interesting dichotomy between his forward thinking and inability to look beyond conventional storage methods.  By having each Memex user restricted to the information contained within their own machine, a state of isolation is created which does not foster an environment where information can be easily disseminated and build upon.  Indeed, Bush’s reliance on experts as sources of Memex information, as opposed to a network of users themselves also represents a manifested contrast resulting from this isolation.  It can be argued that one of the strengths of information found online today is that it comes as a result of dissenting opinions and contrasting perspectives.  The democratization of information has made the culmination of everyone’s experience and knowledge vastly more important than that of a single ‘expert’.  The flip side, however, is that the requirement of readers to be critically receptive of what they are reading has become more vital than ever.  Because anyone can author a webpage, the currency and validity of that source should be viewed with the utmost scrutiny.

One of the defining features of the Memex was what Bush described as ‘trails’ – a newly conceived method of connecting different streams of thought or topics together which could be recorded and recalled at a later date (Bush, 1945).  However, again, in the absence of networking there lies a notable limitation in the utility of trails.  Memex libraries were replicated and stored locally for each user, and trails were constructed independently, to be shared only by hand.  The ability to share trails through a network would have greatly expanded it usefulness.  In addition to only having locally saved trails, Memex machines were further limited by their inability to refine searching using multiple search parameters and filters.  This is a defining feature of web browsing today.

Trails, however, were not without their own merit.  Because each user could custom tailer their own trails, this activity could be innately personal.  It has been proposed that the concept of the trail was the forerunner of the modern hyperlink.  The personal nature of the trail, however, would appear to be a feature which is not matched by the hyperlink.  Hyperlinks are established by those who create webpages and are typically un-editable by those who read the pages.  This utility can be worked in other ways though, such as through bookmarking.

One of the main arguments Bush had in forwarding his idea of a Memex machine was that at the time of his writing there was a proliferation in the availability of easily manufactured, reproducible and interchangeable parts, thus making the assembly and cost of machines routinely easier (Bush, 1945).  The historical cost and inability to repair easily machines of the past was posited as one of the main reasons that collection and organization of information in a device such as them Memex has previously been impossible.  While we do, indeed, have now a comparably inexpensive capacity to manufacture identical parts for computerized machinery, there exists now also what is now termed a ‘digital divide’ between cultures which have easy access to affordable technology and those which do not.  This would be a factor Bush would not have had to consider in his proposal.  So while the cost has certainly dropped, and the ability to manufacture on a grand scale has grown, the available to all areas of the globe and all class of people is not uniform.

There is no doubt that Bush was a visionary.  His Memex machine did, indeed, represent a prelude to the invention of information networks, complete with digitized trails now known as hyperlinks.  Bush’s vision, however, lacked several key innovations present in today’s information workstations, including searchable, digital content and rapid information sharing on a network.  As highlighted by Caspi et al (2004), Bush “discounted the promise of digital information and of rapid information sharing by network. As such, Bush fell victim to a common flaw of technologists, to overestimate the impact of a technology in the near term and greatly underestimate its impact in the long term” (Caspi et al, 2004).  Hindsight is always 20/20.  Bush’s vision of a future where unprecedented information storage and retrieval was possible, while flawed, is still examined today because it was such a unique and profound perspective for his time.

 

References

Bolter, Jay David. (2001). Writing Space: Computers, Hypertext, and the remediation of print. Mahwah, New Jersey: Lawrence Erlbaum Associates

Buckland, M. K. (1992), Emanuel Goldberg, electronic document retrieval, and Vannevar Bush’s Memex. Journal of the American Society for Information Science, 43: 284–294.

Bush, V. (1945). As We May Think. The Atlantic Monthly, 176(1), 101-108. Retrieved November 8, 2011, from http://www.theatlantic.com/doc/194507/bush

Caspi, E., Shankar A.J., & Wang, J. As We May Think, Vannevar Bush.  Course notes for CS294-6: Reading The Classics by Christos Papadimitriou, University of California, Berkeley, Fall 2004.

 

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From Scroll to Codex

I laughed such a deep belly laugh that my sides hurt when it was finished. That was my reaction to the video Medieval Help Desk (Medieval Help Desk, 2007). The similarities between the monk helping his colleague and my job helping colleagues integrate technology into their teaching were undeniable. The encouragement, the patience, the modelling and the scaffolding of learning are all strategies that I use in my practice. Once I finished laughing, I began to reflect on the video and think about the real life transition between the scroll and codex.

I never really thought of that transition as a change in technology. I was born after both the scroll and codex were already old technology. As Prensky in his article Digital Natives, Digital immigrant states, “Kids born into any new culture learn the new language easily, and forcefully resist using the old” (Prensky, 2001). I grew up using mass printed books and never thought there was anything else. I never had to master reading a scroll or a codex. But the more I reflected the more I came to the realization that the change in technology from scroll to codex was a significant change in the way that humans interact with text.

I then began to ask questions. What really is a scroll? What are the characteristics that constitute a scroll? How was it made? How did the scroll change over time? What is a codex? What are the characteristics that constitute a codex? How are they made? How did the codex change over time? What event precipitated the change in technology from scroll to codex? How long did the two technologies exist simultaneously? Was it a short transition of a few years or was it a long transition over centuries? I set out to find the answers.

What is a scroll?

In its simplest form a scroll is a roll of materials used for writing. Although we associate the word scroll with roll, the original is actually derived from the verb scrow and its meaning to write down or inscribe (Agarwal-Hollands & Andrews, 2001).

What are the characteristics of a scroll?

The materials used for scrolls varied from culture to culture throughout the millennia. They included materials such as papyrus, parchment, paper, birch bark, palm leaves and fabric.  Evidence of the earliest scrolls is found in the ancient cultures of China, Japan and Egypt. The scrolls in China and Japan were made from silk fabric and Egyptian scrolls were made from papyrus. Greek and Roman scrolls used parchment in addition to papyrus (Vega, 2011b; Argawal-Hollands & Andrews, 2001).

Many scrolls were wound around rods of bronze, ivory or wood and frequently the rods were decorated at both ends with knobs or ornaments. These rods and knobs were meant to protect the scroll and make them easier to handle (Vega, 2011b). Other accessories contributed to the safe keeping of scrolls. There is evidence that to keep scrolls safe they were sometimes stored horizontally on shelving or in pigeonholes on shelves. Some were stored in upright book-boxes or capsa. There is also evidence that valuable scrolls could be wrapped in a protective sleeve of parchment tied with thongs or placed in a chest (Grout, 2011).

The writing on the scroll again varies from culture to culture. Egyptians used narrow columns of text for horizontal scrolling. Hebrew and Arabic scrolls were read from right to left. In Japan and China the text was written in vertical columns from the top right to the bottom (Argawal-Hollands & Andrews, 2001).

How did the scroll change over time?

The earliest Egyptian, Roman and Greek scrolls were made from papyrus. Papyrus was made from a tall reed like plant that grew exclusively in the swamps of the Nile River. After removing the hard rind, the reed was cut into long strips. These strips were then pressed together into sheets and then pasted together to form scrolls (Vega, 2011b).

Over time parchment scrolls replaced papyrus scrolls. Parchment was made from cleaned, scraped and prepared skins of calves, goats, or sheep (Vega, 2011a). As Roberts and Skeat assert, ”parchment had the advantage over papyrus (in) that it could be manufactured virtually anywhere” (p. 8) However, this change took centuries to complete. (Roberts & Skeat, 1983, p.10)

What is a codex?

The codex can be defined as, “a collection of sheets of any material, folded double and fastened together at the back or spine, and usually protected by covers.” (Roberts & Skeat, p. 1)

What are the characteristics of a codex?

The original materials used for codices were papyrus and parchment. Roberts and Skeat suggest that the papyrus codex and the parchment codex developed at the same time (Roberts & Skeat, 1982, p.29). As discussed earlier, parchment replaced papyrus over a period of hundreds of years. The gigantic scale of the manufacture and distribution of papyrus from Egypt made its replacement a formidable undertaking. (Roberts & Skeat, 1983, p.10)

The physical layout of the codex is directly related to the earlier wooden writing tablet (Roberts & Skeat, 1983, p. 1). The wooden writing tablet was two or more pieces of wood covered in wax and was held together with a clasp or cords threaded through pierced holes (Roberts & Skeat, 1983, p.11). The Greeks and Romans would use an instrument called a stylus to write on the wax tablets. The stylus would have a sharp pointed end for writing and a flat rounded end for smoothing the wax (Vega, 2011a).

A significant characteristic of the codex is that it could be opened at any page due to the bound pages. The reader would be free from winding and rewinding. (Ellenbogen, 2011)

How did the codex change over time?

The codex form of the fourth century of the Common Era remained unaltered for more than a thousand years until the developments of paper and movable type (Roberts and Skeats, 1983, p.76).

However, the priests and monks of the Christian Church developed the skills of writing and bookmaking during that millennium. They separated the words with spaces and developed a system of punctuation to make reading easier. They also developed the use of illustrations, framed decorative borders and decorated initial letters (Ellenbogen, 2011; Vega, 2011a).

How long did the two technologies exist simultaneously?

The two technologies, the scroll and the codex, existed simultaneously over the first five centuries of the Common Era. The scroll was the dominant technology for the first and second centuries. It was not until the third century that the scroll and codex achieved parity. By the sixth century the codex was the dominant technology. (Roberts and Skeat, 1983) “This was no sudden revolution but a slow, irreversible drift from one form to the other which required several centuries for completion.” (Roberts & Skeat, p. 67)

What events or event precipitated the change in technology from scroll to codex?

Roberts and Skeat explore this topic in their book The Birth of the Codex and they discuss and discount multiple hypotheses, “the questions why this change took place when it did, in what circles the codex was first used, and why it eventually supplanted the roll, are more complex and uncertain.” (Roberts & Skeat, p. 1)

One reason scholars suggest that codex overtook the roll is due to economy. Roberts and Skeat discount this idea by suggesting that, “if economy was such a decisive factor, one would expect to find some traces of other attempts to make economical use of the writing material; but such traces are conspicuous in their absence.”(p. 46)

Another reason scholars suggest the codex overtook the roll is due to compactness. Roberts and Skeat assert that this is a “serious and valid argument” (p.47).

Roberts and Skeat discuss a hypothesis for the adoption of the codex. This hypothesis is that Christians wanted to differentiate Christian texts from both Jewish and pagan writings. (p.57)

Finally, Roberts and Skeat do offer two further ideas for consideration. The first idea is that the capacity of the codex is superior to that of the scroll (p.76). This sentiment is echoed by Bolter, “A codex could hold several times as much text as a roll” (p. 78).  The second idea is that the superior construction of the codex, the binding, made it less susceptible to damage (Roberts & Skeat, 1983, p.76). However, they do state that these are only speculations.

Conclusion

This investigation has been an exciting adventure. There were two significant learning moments. The first was my familiarity with the vocabulary of the scroll and codex. This familiarity comes from the subjugation of the vocabulary by today’s technologies. The second was the moment I realized how my interactions with the type of text influence my consciousness. Ong asserts that, “writing has transformed human consciousness” (p.77). I would extend Ong’s statement to include that the type of text technologies for writing we are exposed to transforms our consciousness. An ancient Egyptian’s consciousness is affected and limited by the technologies of their era just as my consciousness is affected and limited by the technologies of today.

References

Agarwal-Hollands, U. & Andrews, R. (2001) From scroll… to codex… and back again. Education, Communication & Information.1(1), 59-73. doi:10.1080/14636310120048056

Bolter, J. (2001) Writing space: Computers, hypertext and the remediation of print. 2nd Edition Routledge: New York

Ellenbogen, R. (2011) Book. World Book Advanced, World Book, 2011. Web. 27 Oct. 2011.

Grout, J. (2011). Scroll and codex. Encyclopaedia Romana. Retrieved from http://penelope.uchicago.edu/~grout/encyclopaedia_romana/scroll/scrollcodex.html

Medieval Help Desk (2007). Retrieved from http://youtu.be/pQHX-SjgQvQ

Ong, W. (1982) Orality and literacy. Routledge: London

Prensky, M. (2001) Digital natives, digital immigrants. Retrieved from http://www.marcprensky.com/writing/

Roberts, C & Skeat, T. (1983) The birth of the codex. Oxford University Press: London

Vega, R. (2011a) Manuscript. World Book Advanced, World Book, 2011. Web. 27 Oct. 2011.

Vega, R. (2011b) Scroll. World Book Advanced, World Book, 2011. Web. 27 Oct. 2011.

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Opaque and Overhead Projector Technologies

For this assignment, I worked to study and contrast opaque and overhead projector technologies in the history of education.

I also experimented with developing a hypertext version of my paper. You can explore my assignment 3 online space here!

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Codex Manuscript to Codex Print

Introduction

In the middle of the 15th century an obscure German goldsmith named Johannes Gutenberg invented a movable type printing press in the city of Mainz. Thereafter, the new printing industry quickly spread across Europe and made possible the mass production of identical copies of books leading to a standardization of publications that was unknown in the age of manuscripts.
The printing press has been associated with a number of social, political and religious transformations in the 16th and 17th centuries: mass literacy the rise of nationalism, the Protestant Reformation to name three. Yet, as Elizabeth Eisenstein (1979) observed, unlike other disruptive technologies, the printing press did not create a radically new product (in appearance the printed text is similar to a manuscript), only a vastly different means of production. In this sense, it triggered an “unacknowledged revolution” with a number of more subtle consequences that have often been overlooked.
In this paper, I will argue that an important effect of the transition to print culture was the gradual increase in the authority of printed text in western thought, and that this enhanced authority can be seen in a number of areas such the rise of Protestantism and the Scientific Revolution.
As well, the shift from scribal culture (based on codex manuscripts) to print culture (based on codex print) further diminished the residue of orality, which was still prominent in scribal culture.
Importantly, while the invention of the printing press remains the critical element in the transition to the age of print culture, it must also be noted that neither the scribal nor the print culture were static, and that a number of features often associated with print culture had begun to develop in the late stages of the middle ages and continued long after the invention of the printing press. In this paper, I will also examine some of the social explanations of the transition to print culture.

Background

The codex manuscript was itself a radical technology, offering a number of improvements (more compact, two-sided, capacity for indexing, etc) over the scroll, which was the dominant medium for the written word until the 4th century A.D when the codex surpassed it in general popularity (Clement, 1997). Amazingly, although the size and quality of materials have changed, the basic design of the codex has remained virtually unchanged until the present day.
Since there was no means of mechanized production, each manuscript was hand copied and unique, and although the technology, materials (such as the use of paper) and processes involved in the reproduction of books improved in the centuries prior to the printing press, corruption of content was an inevitable consequence of the process (Eisenstein, 1980).
Throughout most of the Middle Ages, manuscript production largely took place in monasteries, which began to develop increasingly sophisticated copying processes housed in scriptoriums. Although universities (and also lay scribes) copied manuscripts in order to meet the growing demand, it was principally the efforts of monastic scribes that sustained the book trade until the 11th and 12th centuries. (Clement, 1997).

Characteristics of Scribal Culture

The literate and semi-literate societies of Europe in the Middle Ages maintained significant remnants of orality as script remediated oral transmission. As Walter Ong (1982) noted, the written word served largely to “recycle knowledge back into the oral world” (p.117). Written words lacked the authority of spoken words; for example, in England, the final approval of financial records was done aurally (i.e. an audit) even in the 12th century (Ong, 1982). Literary compositions and manuscripts were intended to be read aloud, even when the reader was alone, and the presentation of written material reflected this as no word division or modern punctuation appeared until after the 8th century (Clement, 1997).
However, scribal culture did evolve throughout Europe prior to the invention of the printing press, in some senses creating conditions that supported the development of print culture. For example, the practice of silent reading began to emerge in the 12th century, and gradually the structure and content of written work grew more complex as writers adapted to the greater capacity of the silent reader (Clement, 1997). Also, as noted earlier, while monasteries did maintain book production throughout most of the Middle Ages, the industry had already begun to expand outside the monasteries and universities by the 12th century long before the mechanization of print.

The Social Impact of the Printing Press

The impact of the printing press was almost immediate. Johannes Gutenberg invented it in around 1450; by the end of the 15th century presses had been established in most of the large centres of Europe with manuscripts reproduction focusing on disciplines like law, medicine, and religion, and significantly, in a number of vernacular languages (Innis, 1950). The vastly improved speed and accurate reproducibility of book production played a key role not just in the distribution of Martin Luther’s 95 Theses in 1517 but also in the continued expansion of the Protestant Reformation and nationalistic ideas in the following decades (Eisenstein, 1979). Literacy levels improved, due in part to the greater accessibility of books in vernacular languages but also to the protestant emphasis on scripture reading, which increased the demand for printed material (Eisenstein, 1979).
Characteristics of Print Culture
Although the social transformations initiated, or at least supported, by the mass production capacity of the printing press are well documented, the changes to human thought and understanding brought about by the print culture are often overshadowed. There is no obvious difference between the meaning expressed in a written or in a printed text. However, over time, the distinct qualities of print began to emerge, and remnants of orality (the authority of the spoken word, use of mnemonic aids, rhetorical prose, etc) that were still highly present in scribal culture diminished. The printed word preserved and codified thought (and behavior) in a way that script and oral transmission could not, leading to the increased authority of text, internalized by “silent and solitary readers” (Eisenstein, 1979, p. 429). Print had the capacity to distance the human from knowledge and present abstract ideas more than script (and much more than orality) (Ong, 1982).
The authoritative nature of print is demonstrated through the spread of Protestantism, which Eisenstein (1979) calls a “book religion” (p. 422) where scripture, now accessible to the masses often in their native languages, gained authority over tradition and spiritual knowledge mediated by the priesthood. While this can be attributed in part to the weakening power base of church elites (aided by mass literacy) the “literal fundamentalism” (Eisenstein, 1979, p. 439) of Protestantism would have been inconceivable in an age when the spoken word was authoritative.
The authority of print affected the sciences as well, which benefited from the increased reliability and accuracy of copied text and data where scientific knowledge, instead of being degraded through repeated reproduction, could be trusted and subsequently build upon, not just creating knowledge but creating public and durable knowledge that could be shared and critiqued (Eisenstein, 1979).

Remediation of Script

The remediation of a communication technology occurs when a new medium replaces the old, and “borrows and reorganizes the characteristics of … the older medium and reforms its cultural space” (Bolter, 2001, p. 23). The process may not be immediate and residue of the older medium may in fact linger for centuries. Print remediated script by offering improved means of production, if not improved quality (initially at least), and as such there was not a dramatic transition. However, the reforming or refashioning of cultural space did occur over time though as the “typographical fixity” (Eisenstein, 1979, p. 113) of print solidified the authority of text.

Conclusion

Modern post-print societies take for granted many of the characteristics associated with print culture and it is difficult to imagine a time when the written word deferred to the spoken word as the final authority, or that written content was intended to be spoken aloud, not read silently. Nor can we easily imagine that until the invention of the printing press, people could not rely on the accurate reproduction of written content. These developments occurred during the age of print culture as print remediated elements of script. The transition was not dramatic because, as Bolter (2001) observed, the printed book provided the same visual space as the written manuscript, but nevertheless, print altered the way people came to understand text.
As well, by increasing the accuracy and trustworthiness of text, print served to further the transition away from oralily that scribal culture began but could not complete as it still maintained many remnants of oral culture.
In closing, it is worth noting again the importance of avoiding a strict technological deterministic explanation for the rise of print culture, in spite of the obvious significance of the invention of the printing press itself. As illustrated in this paper, scribal culture did evolve during the Middle Ages and the reciprocal interplay between social forces and technology leading to the age of print should not be ignored.

References

Bolter, J.D. (2001). Writing space: Computers, hypertext, and the remediation of print. Mahwah, NJ:
Lawrence Erlbaum
Clement, R. W. (1997). Medieval and renaissance book production-manuscript books. Retrieved from http://www.the-orb.net/encyclop/culture/books/medbook1.html
Eisenstein, E.L. (1979). The Printing press as an agent of change: Communication and cultural transformations in early-modern Europe. New York, NY: Cambridge University Press
Eisenstein, E.L. (1980). The Emergence of print culture in the west. Journal of Communication, 30(1), 99-106.
Innis, H.A. (1950). Empire and communication. Toronto: Dundurn Press
Ong, W. (1982). Orality and literacy: The technologizing of the world. London: Routledge.

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The Impact of Paperbacks on Western Culture

The sentiment, “Literacy is a luxury; fiction is a necessity” (Chesterton, p. 1) is perhaps key to our understanding of why the rise of the paperback novel has had such a significant impact on reading habits in our culture. Storytelling, as we know from studying its history in Orality and Literacy (Ong, 1982), is an integral component of the human experience. Literacy, until relatively recent history, has been a pleasure enjoyed mainly by the aristocracy.

With the advent of the Gutenburg press, which coincided with the Reformation and Counter Reformation in France, literacy became more widespread in Europe. It has been argued that these movements began the democratization of literacy. Yet this democratization happened largely along class lines and corresponded with the growth of the market economy (Kaestler, p. 25). At the same time, industrialization and child labour practices served to depress any rise of literacy rates, particularly in Britain. Immigration of uneducated workers together with population expansion outstripped the capacity of schools and other social agencies (Kaestler, p. 26). Education reforms beginning in the early 19th century resulted in a growing number of people who were able to read and write. Books, however, were very expensive and the average person could not afford to buy these highly ornate, beautifully bound books that were destined to be passed down through the generations.

It is difficult to place exactly when the first paperback novel was published. There were a few false starts, in both Europe and America. Frederick Melcher, an American publisher, distinguished between “best sellers” (which were not the literary best but what people liked best) and “literary classics” which were important to succeeding generations of readers (Quay, p. 205). That both types of books were produced reflects the interests of the reading public and therefore reflects the cultural backdrop to publishing practices in America and Europe. Thus the upper classes were aligned with “literature” or the contemplation of “ideas,” a “highbrow” activity, while the lower classes were associated with “low brow” action fiction and, more often than not, mysteries, which were looked down upon by those in the upper classes.

There were arguably three stages to the paperback revolution. The first stage took place prior to the 19th century and developed out of the high cost of postage for hardback books sent by American publishers to readers who were behind the ever-expanding frontier. “Brother Jonathon” books, published in the United States, consisted of 24-48 pages in newspaper format and were sent out one chapter at a time. Other publishers wanted in on the action resulting in fierce competition between publishers. Costs had to be lowered to be competitive, which resulted in books becoming smaller and looking more like the traditional hard cover book. There was a large outcry by mainstream publishers as these installments became wildly popular and mainstream publishers appealed to Congress to outlaw these paperback novels. Congress responded by raising the postal rates so that the publishers of paperbacks could not survive. This ended the first chapter of the paperback revolution.

The second stage can be characterized as the meeting between the industrial revolution and public education in the late 1800s. Education reform resulted in a greater demand for reading material. Mail order sales were also becoming more reliable while better papermaking technologies caused the price of paper to plummet. Big mainstream publishers still tended to shy away from committing their “literature” to the paperback format. But railway travel generated a huge demand for throw-away literature. In America, Chicago became the center for publishers issuing “railroad literature” which were mainly cheap romances, joke books and crime stories, as well as almanacs and road maps. The 1860s, heralded the dime novels, and the penny-dreadfuls, which were fast paced stories often based on frontier adventures. The authors were often “foreign,” which meant that the publishers didn’t have to pay royalties. The dime novels declined as the competition mounted. The traditional publishing houses also started to publish paperbound books as “extras” for ten cents and full-length novels in a magazine format, to avoid paying royalties to foreign authors. Congress put an end to this form of publishing by passing an international copyright law requiring publishers to pay royalties. Again, publishers of these novels were put out of business.

It is the third stage of the paperback revolution that is of key interest as far as the growth of acceptance of paperbacks on our society. It took place during the 1930s, which saw the crash of the stock markets with the resulting “Great Depression” and the rise of the Third Reich in Germany. Publishers were feeling the pinch and sales dropped significantly. These events formed the backdrop for the birth of Penguin books under the aegis of Allen Lane, an entrepreneur with vision, and the corresponding growth of the Pocket Book publishing company under the leadership of Kurt Enoch, a successful German publisher who fled to the USA with the rise of the Nazi regime.

It is arguable that this third paperback revolution is where reading became truly democratized. Allen Lane, the publisher of Bodley Head, a London publishing house, was worrying about how to keep his business afloat. It was while travelling between his home and London that he had his “eureka” moment. He was looking for some reading material for his trip home. All he could find was junky pulp fiction or magazines. He thought how wonderful it would be to have quality fiction available at train stations. He took a great gamble and financed the launch of Penguin books. These books carried the Penguin logo and were bound in simple covers.

The key difference between the Penguins and earlier versions of paperbacks is that the paperbacks were reprints of successfully published hardback books. Not only did he publish “classics” in paperback, he made them available outside the venue of the traditional bookstore, in train stations and department stores. His first ten titles were wildly popular. In 1937, Penguin expanded and added the Pelican book, an imprint for non-fiction. During WWII, soldiers were able to easily carry Penguins and Pelicans in their coat pockets as they went to war. In 1938, Penguin was launched in the United States, as were Pocket Book titles. Then in 1940, the Puffin imprint was developed for children’s literature.

Certainly, Penguin books were far more accessible than the traditional hard cover book. Not only were they sold in a variety of locations from bookstores to department stores to railway stations, they made it possible for people with a lower income to have access to the great works of literature. While reading material may still be characterized as “high brow” and “low brow,” these distinctions are no longer necessarily tied to the “class” of the reader. Rather, it is tied to the interests, the education and intelligence of the reader. Therefore, this last phase of the paperback revolution served to democratize reading beyond the boundaries of class and be truly available to those in all walks of life.

Paperback novels are a form of remediation because they connect new technology or a new concept with an old idea. The old idea is that of the codex book, but now in the form of a paperback. Paperbacks are here to stay. In 1960 paperback sales surpassed hardcover sales for the first time. Now, paperbacks are sold through book clubs, including Scholastic, making cheaper literature available to students and schools. The impact of the paperback on our society cannot be under-estimated. Literacy is no longer a luxury; and storytelling, that is such an important part of the human experience, has made the shift from a purely oral culture to print, accessible to most people rather than merely to the elite classes of society.

References

Chesterton, G. (1999). A defence of penny dreadfuls. Retrieved October 24, 2011, from http://www.gkc.org.uk/gkc/books/penny-dreadfuls.html

French, W. (1964). The first year of the paperback revolution. College English, 25(4), 255-256, 257, 258, 259, 260. Retrieved from http://www.jstor.org/stable/373571

Hyde Park Books. Paperback books. Retrieved October 27, 2011, from http://paperbarn.www1.50megs.com/Paperbacks/

Kaestle, C. (1985). The history of literacy and the history of readers. Review of Research in Education, 12, 11– 53. Retrieved from http:www.jstor.org/stable/1167145

Morpurgo, H. (2008). Lady chatterley’s defendant – allen lane and the paperback revolution. Retrieved October 24, 2011, from http://www.threemonkeysonline.com/als/allen_lane_lady_chatterley.html

Ogle, M. (2003). The paperback revolution. Retrieved October 24, 2011, 2011, from http://www.crcstudio.org/paperbacks/

Ong, W. (2002). Orality and literacy. Routlege, Taylor & Francis Group. New York, U.S.A.

Penguin Books. About penguin: Company history. Retrieved October 24, 2011, from http://www.penguin.co.uk/static/cs/uk/0/aboutus/aboutpenguin_companyhistory.html

Quay, S. (Ed.). (2009). Cultural history of reading, volume 2 american literature (1st ed.). Westport, CT, U.S.A.: Greenwood Press.

Stanford University Project Team. Dime novels and penny dreadfuls. Retrieved October 25, 2011, from http://www-sul.stanford.edu/depts/dp/pennies/home.html

Trubek, A. (2010). How the paperback novel changed popular literature. Retrieved October 24, 2011, from http://www.smithsonian.com

Walsh, J. (2005, Friday, 29th April). Paperback revolution. The Independent, pp. Arts & Entertainment.

Watling, G. (Ed.). (2009). Cultural history of reading (1st ed.). Westport, CT, U.S.A.: Greenwood Press.

Wikipedia. (2011). History of education in england. Retrieved October 27, 2011, from http://en.wikipedia.org/wiki/History_of_education_in_England

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Invention of Blackboard and Chalk

School Room

Introduction

Blackboard and chalk have become symbols of traditional teacher-centred classroom, unwillingness to change and technological inferiority of schools. There is a story comparing teacher and surgeon who lived two hundred years ago. If they would come from the past, the surgeon wouldn’t recognize operating room at all, while teacher would just pick up a chalk and continue to write on a blackboard. Although blackboard and chalk’s simplicity looks completely outdated in the age of ubiquitous information technology, it was a central instructional tool for about two hundred years and it is hard to imagine classroom without a blackboard, or a whiteboard as a more advanced version of it, hanging on the frontal wall.

Invention of blackboard

Slate board

In the early 1800s students used small pieces of slate with a wooden frame to write on them with another piece of slate because the schools could not afford paper. Teachers conveyed their lessons through verbal instruction and walked around the classroom and wrote information on the students’ slate. (Who is the inventor of the chalkboard?, n.d.)

Invention of blackboard is widely attributed to James Pillans, headmaster of the Old High School of Edinburgh, Scotland. James Pillans wanted to make his geography lessons visible to all students at the same time so he took the slate boards from the students and put them together on the wall thus creating a primitive blackboard. This idea was transferred to the United States by Mr. George Baron who taught math at West Point Military Academy. The usage of blackboard spread all over America by the 1850s (Why is the blackboard green?, n.d.).

The earliest blackboards were made of slate, they were marked with another piece of slate and rags were used for erasing. Gradually, the small pieces of slate were replaced by softer limestone chalk that was easier to write with and to clean. Pieces of rag were replaced by chalkboard erasers since they better absorbed the chalk dust. (Who is the inventor of the chalkboard?, n.d.)

Socioeconomic context

Although invention of blackboard can be attributed to a genius of one man, it is also a product and a factor of a specific socio-economic and cultural context.

One of the common characteristics of America and Europe at the time blackboard was invented and diffused was rapid expansion in the overall population. Clack and Neely (2005) states that from 1690 the American population had doubled every twenty five years until, in 1775, it rose to more than 2.5 million. According to Gillard (2011), British population rose from seven million in 1751 to fourteen million in 1821 and finally to twenty-six million in 1871. This rapid expansion was accompanied with increase in the proportion of urban population and children (Gillard, 2011).

Steam trains 118

Europe and America in this period experienced many dramatic changes including industrial and social revolutions (e.g. French Revolution in 1789), birth of new nations (e.g. the United States of America in 1776), democratisation, rapid technological progress, secularized civic politics, etc.

Gillard (2011) suggests that these huge social, political and economic changes uncovered the inadequacy of England’s educational provision. Numerous reports brought up the deficiencies and required more and better schools. For example, one report including 12,000 parishes in 1816, found that 3,500 had no school, 3,000 had endowed schools, and 5,500 had unendowed schools, both of varying quality.

To close the gaps, various types of school were established in England to provide some basic education to the masses as stated by Gillard (2011). He reports that number of schools and school attendance was rising from about 58% in 1816 to about 83% in 1835, although the average period of time of school attendance was just one year. Martin (1994) argues that civil authorities in 19th century regarded schools as a means for better integrating citizens into society. For example, Gaffield (n.d.) argues that in the years after the Conquest of 1759-60, the British authorities, that were concerned about the strong French Canadian presence in the colony, tried to establish schools outside the control of religious authorities.

Impact of blackboard usage in classrooms

Remediation
Invention and implementation of blackboard represents remediation as defined by Bolter (2011) – a newer technology taking place of older technology but keeping some characteristics of older technology while reorganizing and improving other characteristics. Blackboard imitates slate board in its rectangular shape, material – slate, and functionality – writing and erasing. The main physical differences in comparison with slate boards are blackboard’s size and position – blackboards were much bigger than slate boards and they were hung on the wall while slate boards were held by individuals in their hands. Bigger size enabled much more text to be written on it, as well as visibility to all students in classroom. Chalk that replaced piece of slate for writing enabled easier and faster writing and cleaning.

Transition from oral to written
Lecture by dr. William ButosImplementation of blackboards meant transition from exclusive oral lectures to lectures enriched with strong visual elements – words, drawings or other visual elements. Transition from hearing-dominance to sight-dominance that started with invention of print (Ong, 1999), as a dominant technology, took place in schools with blackboards, as secondary technology addressing the needs that cannot be easily met by dominant technology (Bolter, 2011), only more than three hundred years later.

However, writing on blackboards has both characteristics of oral and written communication. The ephemeral nature of words written on blackboards that can be easily erased make them similar to oral expression. Before spread of notebooks and textbooks in schools, memorization and repetition were predominant teaching methods as suggested by DeWaard (2011). Verbal memorization and repetition were central to verbal learning in oral cultures even though Ong (1999) argues that these processes were quite different in oral than in writing cultures. Additionally, text on blackboard was accompanying a lecture or demonstration for a specific audience similar to performances of oral poets. On the other hand, text written on blackboard has qualities of literacy – it is abstract and isolated from the natural context (Ong, 1999).

Further impact on teaching and learning
The simple act of putting slate boards on wall has caused a substantial change in teaching and education in general. Thanks to blackboard, teachers did not have to waste time approaching each student to write problems and lessons on their slates. Instead, teachers could stand in front of the whole class to teach thus saving precious time (Who is the inventor of the chalkboard?, n.d.). Lecturing to the whole class with use of blackboard made teaching more efficient and standardized. Thanks to its affordances – possibility to easy and quickly write or draw on its huge surface, which is visible to relatively big audience, blackboard enabled efficient instruction necessary for universal state- or local government-supported education.

Redefining cultural values
Bolter (2011) states that remediation is always an attempt to redefine key cultural values.

In opposition with decentralized varying education before blackboard, in 19th-century America and Europe it was important to educate huge mass of learners in an efficient and standardized way and blackboard was an ideal tool for that. In America, thanks to developed railway system, the blackboards were delivered in most remote areas and mere look at the classroom layout with blackboard in frontal position was enough to recognize the centralized effort of the government to provide universal education.

The other cultural value redefined by blackboard is group vs. individual instruction. While education at home, which was widely spread before introduction of public schools, might provide more individualised approach, public schools offering frontal instruction aided with blackboard represented unified group instruction.

As described by Bumstead (1841), implementation of blackboards in schools did not go without resistance. At that time blackboards were not present in many schools and many teachers could not use them adequately. The resistance against blackboard as a new technology was partially resistance against changes of cultural values that use of blackboards brought about.

Further Advances of Blackboard Technology

A mathematics lecture at Helsinki University of TechnologyIn order to overcome limitations of blackboard such as lack of space, need of constant cleaning and hazard of chalk dust, new advanced boards have been developed such as double or quadruple blackboards, revolving boards, whiteboards and interactive whiteboards; but they have not entirely replaced old blackboard.

Blackboard in the digital age

Brown and Race (2002) state that even today most lecture halls still have blackboards or whiteboards while for some subjects blackboards remain favoured tools, such as maths, science and engineering, taking advantage of students being able to watch teachers write out derivations and proofs.

Blackboard with question mark written on it.Advocates of blackboards, like Ressler (2004), emphasize its simplicity and reliability. Ressler, Welch and Meyer (2004) argue that blackboard is a powerful tool for interactive classroom instruction, rather than a barrier to interactivity thus opposing to critics who often use offensive phrase for instruction aided with blackboard – chalk and talk.

Although many schools have been switching to whiteboards and interactive whiteboards, often called ‘blackboard of the 21st century’, old-fashioned blackboard will still have its place in classrooms because it is cheap, easy to use and reliable, at least until school remains as we know it.

 

References

Bolter, J. D. (2011). Writing space: Computers, hypertext, and the remediation of print [2nd edition]. New York and London: Routledge.

Brown, S. & Race, P. (2002). Lecturing: A practical guide. Taylor & Francis. Retrieved 27 October 2011, from http://lib.myilibrary.com.ezproxy.library.ubc.ca?ID=7415

Bumstead, J. F. (1841). The black board in the primary school. Boston: Perkins & Marvin. Retrieved from http://www.archive.org/details/blackboardinprim00bums

Clack, G. & Neely, M. S. (2005). Outline of U.S. history. Retrieved from http://www.america.gov/publications/books/history-outline.html

DeWaard, H. (2011). Rote to note – From slate to personal notebook. Retrieved from https://blogs.ubc.ca/textology/rote-to-note-from-slate-to-personal-notebook/

Gaffield, C. (n.d.). Education, history of. In The Canadian Encyclopedia. Retrieved from http://www.thecanadianencyclopedia.com/

Gillard, D. (2011). Education in England: a brief history. Retrieved from www.educationengland.org.uk/history

Martin, H. J. (1994). History and power of writing. Chicago and London: The University of Chicago Press.

Ong, W. J. (1999). Orality and literacy. London and New York: Routledge.

Ressler, S. J. (2004). Whither the chalkboard? Case for a low-tech tool in a high-tech world. Journal of Professional Issues in Engineering Education and Practice 130 (2). Retrieved from http://ascelibrary.org/epo/resource/1/jpepe3/v130/i2/p71_s1?isAuthorized=no

Ressler, S. J., Welch, R. W. & Meyer, K. F. (2004). Organizing and delivering classroom instruction. Journal of Professional Issues in Engineering Education and Practice 130 (3). Retrieved from http://ascelibrary.org/epo/resource/1/jpepe3/v130/i3/p153_s1?isAuthorized=no

Who is the inventor of the chalkboard? (n.d.). In Your Dictionary. Retrieved from http://answers.yourdictionary.com/technology/inventions/who-is-the-inventor-of-the-chalkboard.html

Why is the blackboard green? (n.d.). In Your Dictionary. Retrieved from http://answers.yourdictionary.com/technology/inventions/why-is-the-blackboard-green.html

Images

Shenk, R. (2008). School Room [Photograph], Retrieved October 30, 2011, from http://www.flickr.com/photos/rcsj/2915797223/

Dudley, A. (2010). Slate board [Photograph], Retrieved October 30, 2011, from http://www.flickr.com/photos/sparetomato/4959642305/

Chisholm, P. (2005). Steam trains 118 [Photograph], Retrieved October 30, 2011, from http://www.flickr.com/photos/chisholm/6554030/

Tungsten. (2005). Math lecture at TKK [Photograph], Retrieved October 30, 2011, from http://en.wikipedia.org/wiki/File:Math_lecture_at_TKK.JPG

Wulff-Woesten, F. (2008). Tafel 1 [Photograph], Retrieved October 30, 2011, from http://www.flickr.com/photos/e2/2437002318/

 

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The Invention of the Telegraph

“I’ll put a girdle round about the earth in forty minutes.”                                      (Midsummer Night’s Dream, ii. 2.)

The dream of traversing the globe, thereby compressing space and time was a concept that fascinated the imaginations of the Renaissance and was captured by Shakespeare’s character Puck in Midsummer Night’s Dream.  Electricity, as discovered through the work of Franklin, Newton and others brought this reality closer, but it wasn’t until the early 19th century that the possibility of a global communication network became more possible.  In Europe, the invention of the telegraph by Wheatstone and Cooke, and simultaneously, Morse in America brought about an information transmission revolution that would break down time and space, provide a new layer to literacy and communication, extend the spaces of writing and shrink the Victorian world into a more manageable global network.

Since traditional communication was hampered by distance, conquering that distance was the key to increase the speed of communications.  The telegraph was designed to send information as alterations in electrical signals and its inventors Cooke and Wheatstone in Europe and Morse in America produced the first working telegraph in 1836. (Willmore 2002)  The social impact of this technology and new space of text brought a sense of immediacy to Victorian society.  According to Morus (2002), the telegraph made their world smaller and more manageable, as well as increasing their faith in progress and the power of science.  The human mind coupled with the power of science was able to take the power of lightning, harness it and utilize it to enable instantaneous communication.


Space and Time Compression

The impact of the invention is evident in its rapid expansion across the globe.  By 1866 North America and Europe were connected, followed by India in 1870, Japan, China and Australia in 1871, the Caribbean in 1872, followed by South America in 1874 and across Africa between 1879 -1886.  (MacMahon, 2002)   The Imperial forces behind this expansion reveal a global strategic reach to impact international trade and an extended military reach, with British and American engineers driving deeply into their spheres of influences and colonies and connecting them.  MacMahon (2002) writes that by 1895, there was over 300 000 km of undersea cables, and over 1 million km of lines of cable across the land masses, sending approximately 15000 messages daily, of which the British controlled 70% of the global capacity.  So influential was this new form of communication that the telegraph became the first industrial monopoly in the United States in the form of the Western Union Telegraph Company. (du Boff, 1984)  Its impact on society was enormous, since journalists, businessmen and railway engineers began to utilize it on a large scale for the spread of information about everything from news, to market prices to the position of trains.  Yet its ability to compress time and space and create a global community, along with its impact on text spaces across the literate world was perhaps the most important result of the invention of the telegraph.

With a potential to unite humanity across space and time, the telegraph had the potential to distribute knowledge evenly and instantly across the earth.  Instantaneous communication became a possibility as telegraphic webs spread across all regions of the world, and people could know what was happening in distant cities at a particular moment (Otis, 2002) .  The telegraph altered the sense of time and space and distance became less meaningful as people were able to communicate instantaneously.  Even Morse, the American inventor of the telegraph, boasted in 1883 that “space [is] annihilated.”(Otis, 2002,  p.121) Electricity, a mysterious force of nature, was now subservient to human intelligence, and like a global nervous system, it enabled the spread of information from a central point across the world.  The very notion of time and space must have been completely transformed.  Richard du Boff (1984), in his studies of the telegraph, relates how a journalist in 1867 found the telegraph system to be invaluable, since it would “…bring all civilized nations into instantaneous communication with each other.” (du Boff, p.571)  And at the base of this communication was the notion of standardized time.

Beginning in Britain, Greenwich time was transmitted directly to the centres of government, and soon Greenwich became the centre of all time in the British Empire’s network of clocks (Morus, 2000) .  Thus a universal grid was set up based on Greenwich standard time, and the telegraph became a prerequisite for not only scheduling trains, communications and intelligence across the empire but perhaps also a prerequisite for everyday life.  This technology brought about a change to the very essence of communication and existence through the concept of unmatched speed of communication.  The importance of speed then, more than ever before, came to the forefront of technological development in communication, a theoretical framework that is still influential today, as seen in the work of Virilio (Bartram, 2004) .  Telegraphy severed the bond between transportation and communication, since news no longer had to travel by boat or carriage, and was able to converge time and space bringing countries and continents together profoundly impacting economies, government, the military, intelligence, news and the spaces of writing.  Text now existed in immediacy, which thereby impacted the perspective of self in time and space, as well as its power and influence.

In the essence of immediacy there is a remediation of community, a compression of space and time and a transformed sense of self in the world.  The telegraph went far beyond the boundaries of orality, as outlined by Walter Ong (2002).  In chapter 3 of his seminal work Orality and Literacy (2002), Ong outlines the characteristics of an oral culture.  The impact of the telegraph on these characteristics is profound, since it took communication and expression to a completely new level, subordinating expression, making information more analytical, less redundant, more abstract as well as globally situational.  The message was no longer participatory and empathetic, but delivered from every corner of the earth from a central location, similar in the way the brain delivers a message across the nervous system.  With instantaneous communication through the telegraph, the progressive internalization and privatization of text now reached a new level in the 19th Century. (Ong, 2002) The body of the British Empire, with its cables, like a nervous system, spread across the world sending information in electrical signals, and this concept became a popular metaphor in Victorian England. (Morus, 2000)  The Victorians’ perception of their own bodies thus became more abstract in that they not only changed the ways in which they perceive communication, but also their own minds and physical presence in the world. Marshall Machluan wrote that “visual man creates an environment that is strongly fragmented, individualistic, explicit, logical, specialized and detached”(MacDougall, 2011).  With the advent of instantaneous global communication, this abstracted view of the world and an individual’s role within it came to the fore and enabled a new writing space – one that was global, outside of oneself and interconnected with all parts of the world.  Ong (2002) writes that technology, if properly internalized, should enhance life since it can “enrich the human psyche, enlarge the human spirit and intensify its interior life.”(Ong, 2002, p.82)  The telegraph certainly enriched the view of the world and must have caused an intensification of internal awareness of self within a global culture.  Yet what went even farther was the concept of a universal language of telegraphy invented by Morse.

 A New System of Symbols

Bolter (2001) writes that each technology of writing involves different materials and different employment of methods of utilization of those materials, all of which are significant.  The Morse code enabled a new system of signs to represent human language that could easily be transmitted across the wires of the global telegraph system and could be understood across the languages, but was still based upon the English alphabet.  The Morse code, a feat of human ingenuity, required transcribing natural language into another symbol system that was representative of the English alphabet (Lucky, 2000).  This is a remediation of text on a completely new level, since it represented the alphabet, which was already a representation of natural language, in a form that was readable by a machine.  The abstract nature of compressing language into a compact form that could be transmitted by electrical signals provided even greater speeds of communication.  Once learned, the Morse code could be deciphered by the sound of its transmission and the sight of its dots and dashes, thereby incorporating the oral aspects of ear and eye into the communication.  The telegraph required operators to be able to decode and translate the English alphabet, which was a cultural skill built around the context of literacy, immediacy and a global community.  Ong (2002) points out that print provided a sense of closure with its fixed point of view and fixed tone, which showed the distance between the writer and reader. The telegraph enabled a secondary orality (Ong, 2002) which provided a global audience for a message originating electronically from one point to move to another in an instantaneous transmission across the spaces of the earth. This technology of instant communication transformed geography from regional or national to a truly global network.

The new globalism created through the telegraph networks is a remediation of print, with the print technology becoming the agent of change and creating cultural competition between technologies.(Bolter, 2001)  The Imperial drive of the British Empire to connect its far flung colonies closely to its information centres was enhanced through the telegraph, which altered the means of production and exchange of information on a global scale (du Boff, 1984), and gave rise to a global media system.  It also enabled the possibility for cultural imperialism, since the Morse code was based on the English alphabet, could be controlled by a government and could be used for spreading information directly and quickly from the centres of the Empire.   Bolter writes that electronic writing is always involved in material culture and economics of a time and space, within the intimate technical and cultural relations of writing (2001) .  The impact of the telegraph on the economy, spread of information, imperial connection and surveillance, news and time on the new global space of text is profound.

The invention of the telegraph transformed the Victorian world of the 19th Century.  Communication transformed from its direct links to the transportation of the time, such as ship or carriage, into a symbol-based code system based on electrical impulse.  This transition to instantaneous information transfer based on the central time of Greenwich and transmitted on a global network of cabling created the first truly global community, and became the basis upon which we have built our modern internet.  Electricity, which was seen as a mysterious force of nature as personified by Puck in Shakespeare’s Midsummer Night’s Dream, was harnessed by science and the human intellect to interconnect humanity.  The perception of self in the world combined with a new technological anthropomorphism applied to global telegraphic cabling expanded the spaces of writing and reality.

With the Morse code, remediation of print was applied to a new level of secondary orality, in that a new symbol system was created to be applied on a global scale, based on the English alphabet.  This symbol system required a new level of training for telegraph operators and those in the military or government services, so that they would be able to read, hear and translate Morse code back into English or their own language.  The technology of text reached a new nexus with the telegraph, in that human language was applied to a machine through a new symbol system, and instantaneous communication was achieved.  Telegraph stations became centres for hypertext connections, which enabled the boundaries to text, time and space to be eliminated and for a global, interconnected world to be realized.  Corporate, government and Imperial forces combined to spread a “girdle” of cables around the entire earth, each spreading its own agenda, but impacting the societies of the world by providing instant communication in a short number of years.  With the elimination of the barriers of time and space, as well as the need for communication to be based on traditional transportation methods, the telegraph provided a new world view, a transformation of the view of self and a textual space that spread far beyond the boundaries of the printed word into a new global communication system based on electricity.  The invention of the telegraph not only transformed communication, it also set the foundations for a global networked society based on Informational Capitalism (Castells, 2004), wherein distance and time were becoming irrelevant and a global one-time system (Virilio, 1995) was beginning to be established, based on the Greenwich mean time.  Writing and the space of printed text thus moved from print to a symbol system in an abstract space of signs (Bolter, 2001), transforming perspective, communication, sense of time and place as well as all aspects of society.

 

References

Bartram, Rob (2004). Visuality, Dromology and Time Compression : Paul Virilio’s New     Ocularcentrism. Time Society  13: 285. DOI: 10.1177/0961463X04044577

Bolter, J. D. (2000). Writing space: Computers, hypertext, and the remediation of print. Mahwah, N.J: Lawrence Erlbaum Associates.

Castells, M. (2004). Informationalism, Networks, And The Network Society: A Theoretical Blueprint. In Castells, M. (Ed.), The Network Society: A Cross-Cultural Perspective. Northampton, MA: Edward Elgar.

du Boff , Richard B.(1984) The Telegraph in Nineteenth-Century America: Technology and Monopoly. Comparative Studies in Society and History , Vol. 26, No. 4 (Oct., 1984), pp. 571-586 .

Kroker, Arthur and Marilouise (1995). Speed and Information: Cyberspace Alarm! Ctheory.net.  Retrieved from  http://www.ctheory.net/articles.aspx?id=72

Lucky, R. (2000). The Quickening of Science Communication. Science, 289(5477), 259. Retrieved from EBSCOhost.

MacDougall, R. C. (2011). Podcasting and Political Life. American Behavioral Scientist, 55(6), 714-732. doi:10.1177/0002764211406083

McMahon, P. (2002). Early Electrical Communications Technology and Structural Change in the International Political Economy—The Cases of Telegraphy and Radio. Prometheus, 20(4), 379-390. doi:10.1080/0810902021000023363

Morus, I. (2000). The nervous system of Britain : space, time and the electric telegraph in the Victorian age. British Journal for the History of Science, 33(4), 455-475. Retrieved from EBSCOhost.

Ong, W. J. (2002). Orality and literacy: The technologizing of the word. New York: Routledge.

Otis, L. (2002). The Metaphoric Circuit: Organic and Technological Communication in the Nineteenth Century. Journal of the History of Ideas, 63(1), 105.

Willmore, L. (2002). Government policies towards information and communication technologies: a historical perspective. Journal of Information Science, 28(2), 89.

 

Read this essay in Morse Code 

based on web translation by: http://www.onlineconversion.com/morse_code.htm

 

Appendix A – Comparison of Telegraph and Internet Lines

Links to telegraph lines and internet lines

 

 

 

 

Appendix B – Videos for Further Viewing

Who Invented the Morse Code – from the History Channel

Transatlantic Cable

 

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The Dictionary & Education

My dictionaries & thesauriWhat classroom would be complete without a dictionary?  Even hundreds of years ago, this may have seemed impossible.  The dictionary has always been an educational tool for enquiring minds.  People use them to learn languages, check spellings, look up meanings, find the right word to convey precise meaning, find synonyms to enhance a keyword search, preserve dying languages, and record or standardize a national language.  The dictionary in all its forms is indispensable to and inseparable from education.

Language Learning Tool

In 1845, excavations at Nineveh brought to light the library of Ashurbanipal, the 7th century BC King of Assyria (Hirst, 2011).  Among the library’s treasures are bilingual Sumarian-Akkadian wordlists written in cuneiform on clay tablets.  Learning the languages of your neighbours (or future conquests as in Ashurbanipal’s case) can be useful.  Ashurbanipal’s library is an amazing triumph for human literacy and a stunning product of ruthless empire building.  The collection was amassed partially through forcefully acquiring literary works as the spoils of war (Wikipedia, 2011b).  However, if Ashurbanipal had not been educated to read cuneiform, he may not have built his library.  The loss to our current knowledge of Mesopotamian history would have been significant.

The importance of learning languages in order to further one’s education is evident throughout history.  Many early English dictionaries were bilingual with Latin or Greek so that scholars could learn to appreciate the classical works written in these languages (Sobala, 2001).  Some dictionaries were dedicated exclusively to the words used by specific classical writers such as Homer or Cicero (Considine, 2008).  In the margins and between the lines of manuscripts of the Latin classics as well as Christian works, scholars wrote annotations about the meanings and usage of words among other things (Sobala, 2001, Weijers, 1989).  These became known as glosses.  Eventually, these glosses were copied to separate manuscripts whence they could be used to elucidate other works.

Repositories of Knowledge

Dictionaries document how the human view of knowledge of the world has changed over time.  Most early dictionaries were ordered according to a hierarchy of knowledge about the world (Helgason, 2010, Hüllen, 1999).  Through this hierarchy of God’s creation, we have a window onto the theory of the world held at the time.  The topical arrangement of dictionaries is also perhaps indicative of the oral tradition of classical and medieval mnemonic methods of learning.  The division of words by subject facilitated teaching and learning.  Dictionaries were used as textbooks from which students were obliged to study or even memorize long passages verbatim.  Happily, modern teachers have many more efficient and effective methods available to help their students learn about the world.  These days, teachers teach students how to use the dictionary as a reference tool (Leaney, 2007).  However, it is unfortunate in my opinion, that its fascinating history is not commonly taught or known.

By the 18th century, alphabetical arrangement became the norm reflecting the popular notion that knowledge is limitless and that the known world can and should be systematically categorized (Helgason, 2010). It could not be bounded by a Christian-based hierarchical knowledge structure.  When Samuel Johnson’s A Dictionary of the English Language was published in 1755, alphabetization formed part of the definition of a dictionary.  Perhaps the earliest alphabetized dictionary can be found as part of a grammatical treatise, Summa grammaticalis quae vocatur Catholicon, or Catholicon written by John Balbi in 1286 (Weijers, 1989).  Unlike Johnson, for whom alphabetization to the last letter of a word was common, Balbi was obliged to explain the process in detail.  Prior to Balbi’s work, alphabetization generally only applied to the first three letters of a word at most.

Cultural Context

Language is inextricably linked to culture.  Therefore, dictionaries have the power to reflect and capture some aspects of the culture to which they belong (Hüllen, 1999).  Samuel Johnson wanted to educate his readers on more than the meanings of words and as a result, included some lengthy quotations.  For us, these quotations reveal the political and religious views of his time (Rivero, 2009). 

Some authors sought to preserve endangered languages and by extension, cultures, through writing dictionaries (Considine, 2008).  For example, Robert Estienne and his son, Henri, wrote dictionaries with this purpose in mind for Latin (Latinae Linguae Thesaurus,1532) and Greek (Thesaurus Graecae Linguae, 1572).  Henri’s Greek dictionary was considered the leading authority for classical Greek translation until the 19th century.   Both of these dictionaries developed into online editions (Bayerische Akademie Der Wissenschaften, 2006; University of California, 2009).  My colleague, Doug Connery, writes in his ETEC 540 blog about a repository of words for Canada’s aboriginal languages called First Voices, which has been created for the purpose of preserving those traditionally oral languages.

National Language Authority

At first blush, the dictionary seems an unlikely emblem around which a nation could find its unique identity but this is indeed the case in several countries (Helgason, 2010; Hüllen, 1999).  Jakob and Wilhelm Grimm were raised in a culture awash in a national identity crisis (Paradiz, 2009).  Socially fractured Germany enviously looked on while France and England enjoyed the benefits of national pride.  The philosophy of Romanticism popular in Europe at the time elevated the simple life of the commoner to a higher moral plane.  The Grimm Brothers’ collection of fairy tales was a reaction to the need to develop a national identity which reflected the knowledge of the common people.  In 1854, they published one of the first German language dictionaries with the noble aim of making the national language available to everyone (Christmann, 2001; Echoworld, 2003).  After 150 years, Germany’s national “treasure” is available to the world on the internet.

In true American capitalistic form, Noah Webster published An American Dictionary of the English Language in 1828 as a money-making venture (Landau, 2005).  His ambition was to standardize American English and establish his dictionary as a nationally recognized American English language authority.  It is Webster we can thank for American spellings like color and center.  The implications of his spelling reforms can be felt the world over whenever someone uses the default Microsoft Word spellchecker installed on their computer.

Today, the Oxford English Dictionary is considered the most comprehensive and reliable authority on the English language.  Published in sections beginning in 1884, it took nearly 50 years to finish (Oxford English Dictionary, 2011; Wikipedia, 2011a).  Like all dictionaries, revisions add words and remove others in an effort to better reflect the living language.  Inevitably, there are controversies around which words should be included in the latest revisions (Fatsis, 2011).

Final Words

In this modern age of digital accessibility, I am unlikely to buy another paper bound dictionary to add to my collection of eight.  How well will students of tomorrow need to understand alphabetization if they can look words up on the internet without it?  Will the Oxford English Dictionary ever include American spellings because they have crept into the everyday vernacular outside America?  The internet does not signal the death of lexicography by any means.  The evolving nature of language guarantees its survival well into the future.

View a fun video on the history of the English dictionary:
[youtube=https://www.youtube.com/watch?v=c7W7UgFxri8]
(The Age of the Dictionary)

 References

Bayerische Akademie Der Wissenschaften. (2006).  Thesaurus Linguae Latinae.  Retrieved from http://www.thesaurus.badw.de/english/index.htm

Christmann, R. (2001). Books into bytes: Jacob and Wilhelm Grimm’s deutsches worterbuch on CD-ROM and on the internet. Literary and Linguistic Computing, 16(2), 121-133. doi:10.1093/llc/16.2.121

Considine, J. (2008).  Dictionaries in early modern Europe:  Lexicography and the making of heritage.  New York:  Cambridge University Press.

Echoworld.  (2003).  Brothers Grimm dictionary goes online.  Retrieved from http://www.echoworld.com/B03/B0311/B0311Grimm.htm

Fatsis, S. (2011).  Word freakout:  The latest brouhaha over changes to the Scrabble dictionary.  Retrieved from http://www.slate.com/articles/technology/gaming/2011/05/word_freakout.html

Helgason, J. (2010).  Why ABC matters: Lexicography and literary history.  Culture Unbound:  Journal of Current Cultural Research, 2 515-527.  Doi: 10.3384/cu.2000.1525.10230515

Hirst, K. K. (2011). Library of Ashurbanipal: 2600 year old Mesopotamian library. Retrieved from http://archaeology.about.com/od/lterms/qt/ashurbanipal.htm

Hüllen, W. (1999). English dictionaries, 800-1700: The topical tradition.  Oxford: Clarendon Press.  Retrieved from http://www.questia.com/PM.qst?a=o&d=74423182

Landau, S. I. (2005).  Johnson’s influence on Webster and Worcester in early American lexicography.  International Journal of Lexicography, 18(2), 217-229.

Leaney, C. (2007).  Dictionary Activities. Cambridge: Cambridge University Press.

Oxford English Dictionary. (2011).  History of the OED.  Retrieved from http://www.oed.com/public/oedhistory

Paradiz, V. (2009).  Clever maids: The secret history of the Grimm fairy tales.  New York: Basic Books.

Rivero, A. J. (2009).  Celebrating Johnson’s dictionary.  The Eighteenth Century. 49(3), 265-272.  doi: 10.1353/ecy.0.0021

Sobala, J. (2001). Early history of the dictionary in England. Retrieved from http://homes.chass.utoronto.ca/~cpercy/courses/6361Sobala.htm

University of California.  (2009).  Thesaurus Linguae Graecae. Retrieved from http://www.tlg.uci.edu/about/history.php

Weijers, O. (1989). Lexicography in the middle ages.  Viator, 20(1), 139-154.

Wikipedia. (2011a).  Dictionary.  Retrieved from http://en.wikipedia.org/wiki/Dictionary#cite_note-8

Wikipedia.  (2011b). Library of Ashurbanipal. Retrieved from http://en.wikipedia.org/wiki/Library_of_Ashurbanipal

 

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The Origins of Silent Reading and Punctuation

The shift from oral to silent reading and the addition of punctuation influenced reading, writing and education in profound ways.

Please find our joint research project on this blog!

Lynette Manton and Leonora Zefi

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Print to Audio/Audio-Visual (pre-digital)

The advent of the audio-visual technology system (AVTS) was introduced into a predominantly print society near the turn of the 20th century and had a profound historical, social and educational impact on the way we communicated. Bolter (2001, pp. 23-26) sees advancement of medium or communication technology as remediation. The remediation of print technology affected the way we communicated in society in terms of its social-political, economic and educational effects, not for the purpose of replacement or eradication of it. Before examining the effects AVTS had on society in the aforementioned ways, an examination of the history of AVTS will allow some vital background.

History of AVTS (National Library of Australia, 2011)

The phonograph was the first machine for recording and reproducing audio, which came into use about 120 years ago. Cinematography was the first method of recording and reproducing images in movement and this came into use approximately 100 years ago. Methods of both audio (sound) and audio-visual (sight and sound) were constantly improved during the first half of the twentieth century as a period of rapid change and improvement in the technology of sound recording and reproduction began shortly after the end of the Second World War. Movie pictures intended to be shown as images only (“silent movies”) with music often being played as an accompaniment during the screening. “Talking pictures” were introduced in the 1920s with images being recorded on a cinecamera using 35mm film and sound being recorded on a separate machine. The finished moving picture had the recorded sound added to it in photographic form in a strip along one side of the film. Within a period of less the 50 years, AVTS changed our society from a predominantly print society to an electronic mass media. Mchuhan (1967) noted that AVTS constituted a shift away from the cultural conditioning of print with its epochal features and the use of satellite broadcasting system which made the globalized flow of information possible. This new media allowed information to be transmitted faster, farther and broader than any print network could achieve. This revolution of information distribution equalled the significance of the development of the print society which according to Briggs and Burke (2005, p. 13) dates it origins back to approximately the year 1450 when the first printing press was invented by Johann Gutenberg. The printing press technology brought about a dramatic change in our communications with its epochal features that hadn’t been previously seen in western cultures until the development of AVTS. Like the print society that preceded it, the AVTS society involved more and more people and expanded the boundaries of cultural, political and economic domains.

AVTS’s ability to transmit both sound and images simultaneously was also a historical and significant development. Ong (1982, p. 32) described that oral sound exists in a dynamic flow of communication and cannot be stopped for its existence but visual images can. The simultaneous features offer by AVTS meant that sound was no longer fleeting but could remain for an extended period of time, an ability that was not prevalent in an oral culture.

AVTS Effects 

With its ability to convey information over a large distance spanning the entire globe affected the social-political, economic and education spectrums.

For social-political use, campaigning and propaganda was now available on a national level; televised speeches such as Hitler’s “Address to the Reichstag” or Roosevelt’s “Pearl Harbour Address to Nation” reached entire nations from north to south, east to west, coast to coast. These speeches galvanized nations with not only the text being spoken by the orators but rather the actions and emotions of the individual could be displayed for the audience; something that would not be as prevalent in a print or an oral society. On 26 September 1960, 70 million U.S. viewers tuned in to watch Senator John Kennedy of Massachusetts and Vice President Richard Nixon in the first-ever televised presidential debate. Some historians have concluded that in this close presidential race, the election was won by Kennedy because of this new format. ” The first televised debates in the 1960 Kennedy-Nixon campaign were viewed as important, maybe even decisive, in Kennedy’s victory being that Kennedy’s success has often been attributed to his impressive appearance on television” (Kraus, 1988).

Economically, national corporations now had the advantage over smaller local entrepreneurs in advertising their goods and services. Postman notes that the average American will have seen close to 2 million television commercials by the age of sixty-five (Postman, 1982, p.8). Due to the high cost of advertising on television and a higher cost for advertisements on the most popular programs, the corporation now has an economic advantage over the local vendor in terms of its advertisement power due to the advent of AVTS. So companies were growing and growing throughout this period whilst the entrepreneur was either getting bought out by larger firms or closing altogether.

Academically the use of visual aids is not a new concept for educators. Plato himself took care to set the scenery of his dialogues, and he used concrete words and concrete comparisons (for example, the cave) as foundations for his most abstract ideas. In France, the Très riches heures du duc de Berry brings out the importance which ‘illustration’ can take in a work which would have otherwise sunk into oblivion. Xylographic images preceded the printing press by three-quarters of a century and the first illustrated book by nearly a century (Lestage, 1959). The AVTS advancement in the classroom revealed that early studies by educators tended to show that student achievement from classroom television was as successful as from traditional face-to-face instruction. A study by Parsons (1957) showed only borderline differences in achievement, and Lapore and Wilson (1958) offered research showing that learning by television compared favourably with conventional instruction. So not only was AVTS being used in the classroom as an aid, it was also being experimented as an alternative delivery system. As well in education, animated images combined with instructional sound conveyed a meaning of information that allowed students to go beyond the language barrier. Furthermore, printed materials do not offer the dynamic visual representation that AVTS offers. The AVTS allowed students to see and record dynamic images of events or phenomenon that previously were hard, if not impossible, for them to see or realize using print media.

AVTS technology was significant technological invention in the 20th century. It revolutionized society in several ways and it is still predominant in the 21st century. It didn’t necessarily eradicate the print society but complimented it to allow people to have a more dynamic representation of information. Where will this lead us in the upcoming century? Only time will tell.

References

Bolter, J.D. (2001). Writing Space: Computer, hypertext, and the remediation of Print [2nd edition]. Mahwah, NJ:

Briggs, A. & Bruke, P. (2005). A Social History of the Media: From Gutenberg to the Internet. Cambridge (MA): Policy Press.

Kraus, S. Televised Presidential Debates and Public Policy. Hillsdale, New Jersey: Erlbaum, 1988.

LePore, A.R., and Wilson, J.D. (1958). Instructional television research project number two. An experimental study of college instruction using broadcast television. San Francisco: San Francisco State College. (ERIC Document Reproduction Service No. EM 000 523).

Lestage, A.. (November 1959). UNESCO Chronicle. In THE USE OF AUDIO-VISUAL AIDS IN EDUCATION . Retrieved October 28, 2011, from http://www.unesco.org/education/nfsunesco/pdf/LESTAG_E.PDF.

McLuhan, M. (1972). The Gutenberg galaxy: The making of typographic man. Toronto: University of Toronto Press

Ong, W. J. (1982). Orality and literacy: The technologizing of the word. London: Methuen.

Parsons, T.S. (1957). A comparison of instruction by kinescope, correspondence study and customary classroom procedures. Journal of Educational Psychology, 48, 27–4

Postman, N. (1992). Technopoly: The Surrender of Culture to Technology. New York: Knoph.

Waters, J. (May 6, 2004). Guidelines for Audio and Audio-visual Recording in the South Pacific. In National Library of Australia. Retrieved October 25, 2011, from http://www.nla.gov.au/oh/waters1a.html.

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Rote to Note – From Slate to Notebook

image of slate and notebook

Rote to Note

The shift in tools and technologies from personal slate to personal notebook resulted in changes in thinking, teaching and learning. This research paper investigated the tools, technologies, contexts and impacts of this shift from ROTE to NOTE.

To view the research paper, connect to this blog:

https://blogs.ubc.ca/textology/rote-to-note-from-slate-to-personal-notebook/

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The Printing Press and the Bible

I chose to create a website to display my findings on the effects the printing press and the printed Bible had on society.

Please view my site here or copy and paste the following link into your web browser.

The Printing Press and the Bible

https://sites.google.com/site/printingpressandthebible/home

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From Oral Tradition to the Printing Press in Jamaica

From Oral Tradition to the Printing Press in Jamaica: Shaping Literacy and Education

 

Introduction

The United Nations Educational, Scientific and Cultural Organization (UNESCO) defines literacy as the “ability to identify, understand, interpret, create, communicate, compute and use printed and written materials associated with varying contexts. Literacy involves a continuum of learning in enabling individuals to achieve their goals, to develop their knowledge and potential, and to participate fully in their community and wider society.” In order for any society to meet the above requirements, members must be empowered and exposed to the supporting tools and contexts. This paper seeks to shed light on how education and literacy were impacted with the advent of the printing press in Jamaica.

Context: Before the Printing Press

Jamaica was colonized by the Spanish, who were later defeated and booted off the island by the English in 1655. As the English settled, they began setting up large sugar plantations but never had the manpower to facilitate cultivation. To solve this problem, the indigenous people; the Tainos, were enslaved and later died out because of the hard work and European diseases. This led the English to seek replacements and they headed to West Africa where they imported great numbers of black Africans. As a result, there was a strong presence of Africans and Europeans on the island; with the former treated as the minority group even though they outnumbered the latter.

With a high level of marginalization and neglect, it was up to the Africans to maintain the spirit of community through the way they know best; oral conversations. Therefore, oral tradition or story telling were used to reflect the culture, history and identity of the population. It should be noted that in Jamaica, the concept of learning about culture through written communication was historically foreign (Beecher, 2010). Therefore, storytelling exercises were used to get cultural aspects across to various generations. A character classified as Anancy; which is the spider-god from the Ashanti tribe in Africa was popular among these settings. This wasn’t incidental as most of the slaves were from that tribe and region. Anancy was a trickster who was always trying to outsmart the other animal-gods (Senior, 2003). So popular were these stories that they have made their way into the books of many story-writers and poets literature for students at all level of the education sector.

The Transition: Change on the horizon

Even though some members of the oral community were skeptical about making the total crossover to print, quite a number of them were cognizant that both orality and the growth of literacy out of orality are necessary for the evolution of consciousness (Ong, 2002). The latter notion was to be realized with the advent of the printing press. Printing began in Jamaica in 1718 where the weekly Jamaica Courant was used to spread colonization in the British colonies. Even though this was seen as an advancement, it never resonated with the oppressed as this newspaper was being used to suppress their rights and not to advance their literacy skills. At this particular time printing was seen as of great use and benefit for public intelligence, advertisements and many other things (Cave, 1975, p. 12). In addition, The Courant contained information common to many English colonial newspapers: prices of goods, slave auctions, and shipping news as well as advertisements. Any form of information of interest to the plantation owners and the merchants, the main audience, was deemed worthy of print (Cameron, 2000). This changed the landscape of communication to a great extent as plantation owners were now able to form a community among themselves and would be able to keep abreast of interests unique to them. However, this notion catered to the elite even though it was made to look as if the entire public was involved. The mass of the population was not permitted to attend school and they were also forced to abandon the language they know (Patois) and speak that of the elite (English). As a result, they were not given the basics of literacy and were clueless to what was happening around them. Even though this was inhumane, it created an opening for the launching of literacy on a wide scale across the island. The presence of print could never stay hidden for any long period as soon after there was an influx of printed materials as newspapers accumulated with the passage of time. There was now an obvious connection being made among reading, writing and orality. It was was now obvious that whatever could be said could be written and that written work could be read. Despite the integration of printing at that particular time, it was done in a way to retard progress toward mass literacy. The focus was not to uplift the society and get them educated; rather it was more of a method employed to exhibit control and apply pressure to existing and future slaves. Even though the situation was sad and unfortunate, it was obvious why they were doing it. Keeping the slaves uneducated and illiterate was ideal in getting them to be deprived of information and develop self-consciousness. Also, their cultures and human rights were being trampled upon leading them to refashion their culture. This resulted in them staying quiet even though they existed in what could be termed an oral culture.

Time for real change

 

 

 

 

The deCardova brothers

As the 1830’s dawned, the Jamaican newspaper continue to evolve with the launching of the Daily Gleaner by the deCardova brothers (Cameron, 2000). At this stage, slaves were now more accomplished and exposed to books and print even though they were not designed for them. Established at an integral time when the slaves were about to be emancipated, a real door was now being opened to satisfy the literacy appetite of the oppressed. Unlike its predecessor, the Daily Gleaner moved from being an advertising sheet and was used to publicize foods for sale. In addition, it was now on sale in rural and urban areas where all parties involved would have equal chance to source information. This shift in print revolutionized the way literacy was now seen and absorbed. With this change, the Gleaner was now seen as a family newspaper devoted literature, morality, arts, science and amusements (Cameron, 2000). This new development affected the social fabric and structure of the society. Civilians were now able to develop a sense of pride, consciousness and identity as they get a taste of what morality entails and how they can go about strengthening their self-esteem. In addition, they were also able to confront print and make the connection with their oral speech. This led to a shift in cultural practices, beliefs and behaviour in general. As a result, political and religious institutions started to pay keen attention to this liberation of literacy. They were now cognizant of the fact that with literacy, persons mindset will be changed and will affect how they view the world. These institutions therefore never had the tight grip they once had on the population and their days of indoctrination was now limited and diminishing at a rapid pace. Persons were now able to make their personal decisions and critically analyze situations as a result of the now frequent interactions with various forms of print. Also, they were able to rise to top positions in politics and religions; hence bridging that wide gap of marginalization and discrimination.

 

Front page of the first Gleaner published on September 13, 1834.

As the printing industry establishes itself, the education sector was now being impacted. The company was now public and they were now involved in charitable causes, and in book publishing, having started to print the “Gleaner Geography and History of Jamaica” in the1920s for use in schools islandwide (Cameron, 2000). This action basically revolutionized the education sector as there was now a direct connection between the printing press and the schools. Through this initiative, the transition was being made from the foundation to get students to get a better understanding of the country’s culture and history. This changed education practices on the island ever since as for the first time on the island, teachers were free to use materials that weren’t controlled by the elite. There was a sense of freedom in instructions and pupils now had control over their own learning. This later enabled them to be more aware of who they were as persons and later got the chance to appreciate their freedom by looking at what their fore-parents went through. Literacy at this phase never only represented reading and writing; but catered to understanding, interpreting, creating, communicating, self-awareness, the ability to think critically, and proper decision making.

Harbour Street in Kingston, Jamaica 1844, a decade after the Gleaner began.

 

Of equal importance, the Gleaner widened its scope in the schools by launching the publication of a school newspaper called the “Children’s Own” in 1950. This was significant as it clearly facilitated reading and writing on a scale that wasn’t seen before. Here students were given the chance to express themselves using a source that was unique to them. Through this medium, they developed as writers and editors and were able function as fully rounded students in the classroom. They finally recognized that what could be said could be written and that written work could be read. In addition, there was now an awareness that reading was a representation of the text in oral form. Even though print was becoming dominant, oral tradition never died as many of the poems, songs and stories that are told to children have not been translated into books or other forms of written media but have been passed on through oral traditions such as storytelling, poetry-reading and drama (Beecher, 2010). Orality was now being transferred to print and the voices of the once voiceless were now at high pitch. There was now a space for the integration of orality and literacy. From such integration, orality-literacy dynamics enter integrally into the modern evolution of consciousness toward both greater interior and greater openness (Ong, 2000). Classrooms were now rich in print and schools started turning out great numbers of successful individuals who later elevated to leadership positions on the island and impacted its growth and development significantly. Also they were able to achieve their goals, develop their knowledge and potential, and participate fully in their community and wider society (UNESCO, 2004).

References

Beecher, M. B. (2010). Oral traditions: A view from Jamaica. Retrieved October 24, 2011 from http://www.tigweb.org/youth-media/panorama/article.html?ContentID=29709&start=

Cameron, L. D. (2000). The Story of the Gleaner ­ Memoirs and Reminiscences. Kingston: The Gleaner Company Ltd.,

Cave, R. (1975). Printing comes to Jamaica. The Jamaica Journal, 9, (2), 11-17,

Ong, W,. (2002). Orality and literacy: The technologizing of the word. London: Methuen.

Tanna, L. (2009). Tales and Oral Histories: J’can folk tales at their best. Kingston: The Daily Gleaner Company Limited.

The Plurality of Literacy and its implications for Policies and Programs. UNESCO Education Sector Position Paper: 13. 2004. Retrieved October 25 2011 from http://unesdoc.unesco.org/images/0013/001362/136246e.pdf

Richards, J. (1969). Early Jamaican printing. The Jamaica Journal, 3, (4), 7-11, http://www.sephardim.org/ jamaica/1700/laguna.html

Senior, O.(2003). The Encyclopedia of the Jamaican Heritage. Kingston:Twin Guinep Publishers,

Sherlock, P., Bennett, H. (1998). The Story of the Jamaican people. Kingston: Ian Randle Publishers.

 


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Pen and Paper

 A Brief History of the Pen and Paper

Image 1: Beeswax wax-coated tablet

Writing with pen and paper can be traced back to Greece where writers used a stylus made of metal, bone or ivory (Bellis, 2011). These were used on beeswax wax-coated tablets made of wood. Writing was engraved into the wax and erasing involved using the spatula-like end of the stylus to carve and remove sections of writing.  Erasing the entire tablet for reuse meant heating it to a certain temperature and smoothing the wax surface.  The expressions ‘wiping the slate clean’ and ‘a clean slate’ date back to this ancient process (Bellis, 2011).

While there are earlier examples of writing with a stylus, such as the Chinese oracle bone script dating back more than 1000 years BC, the wax tablet bears the closest resemblance to writing with pen and paper (Bellis, 2011).  Sumerians also used similar tablets.  However, these were made of clay and required heating to maintain the writing’s permanency.

Ink used for the purpose of writing dates back to 18th century China with ingredients that included a combination of plant, animal and mineral material. Around the 4th century BC, India Ink was developed in China (called India Ink because of the origin of the materials used) with a combination of tar, resin and burnt bones (Lindblad, 1996).  Writers used the ink with a wet brush.  Using similar technology, Chinese writers also used ink-sticks which were solid until ground in a small amount of water.  Ink sticks allowed writers to adjust the thickness of their writing.

Image 2: Natural Quill Pens

Brought about in around 700 AD, the quill pen was used for well over 1000 years before new writing technologies were introduced.  The highest quality quills came from left wing feathers of live birds (Conner, 2005).   They only lasted about a week and required constant sharpening with a pen knife.

It was not until the early part of the 19th century that pens begin to evolve into a manufactured commodity (Conner, 2005).  The inexpensive and readily available steel dip point developed at this time would fit into a holder and could be dipped into an inkwell.  The point’s holds and folds would pool the ink for writing.  Quills often stained writers’ hands and clothes which prompted the introduction of the fountain pen – a writing implement that contained an internal reservoir that would release ink as a writer wrote.  Mass production of fountain pens began in the 1880s and since that time, pens have seen steady improvement.

Image 4: Fountain Pens

Image 3: Assortment of unusual vintage steel dip pen points

 

Image 5: The Tip of a Ballpoint Pen

The ballpoint pen went through a series of failed prototypes before becoming the most ubiquitous writing instrument in the world.  First invented in 1888 by a leather maker called John J. Loud, it was not sufficiently improved and officially patented until 1938 by Laszlo Biro (Conner, 2005).  A tiny ball within a socket at the tip of the pen rotates as the pen moves thereby picking up ink and leaving ink on a surface as the pen moves. The fact that they are cheap, readily available and disposable has made them the most popular writing implement to date (Conner, 2005).

 

Image 6: Light Papyrus Paper

At nearly the same time that ink became more widely used, paper was introduced.  Prior to paper, papyrus and parchment were commonly used writing surfaces.  Papyrus was made from the cyperus plant where strips were cut, dampened and pressed together with the plant’s glue-like sap and first appeared in ancient Egypt (Bellis, 2011). Parchment, on the other hand, was made from treated and stretched animal skin and became commonly used by the 5th century BC.  Paper was developed in China and while its exact origins are not known, the first recorded papermaking process dates back to 105AD.  The process involved soaking and beating plant fibres, then straining them through a sieve to dry within a wooden frame (Bellis, 2011).

 

Image 7: 19th Century Paper Mill

Water-powered paper mills became the next main source of paper around the 1300s using recycled textiles.  The mass production of paper began in the early 19th century with the advent of the steam powered paper mill.  These mills used fibres from wood pulp to produce massive rolls of paper.  The paper mill made it possible to produce sheets of paper at 30 feet wide at a rate of 60 feet per minute (Robert C. William Paper Museum, 2006).  The same period of time saw the advent of the steam powered printing press and the mass production of pencils and fountain pens.  These innovations in conjunction with wood based paper making created a cultural and economic shift among industrialized nations that had tremendous implications for education and literacy.

The Impact of the Pen and Paper on Education and Literacy

Image 8: Faces of the Industrial Revolution

It was with the development of the steel dip point and the fountain pen that we see an expansion of education and literacy worldwide.  This has been especially true of the Western world and I believe there is a direct link between the mass production of pens and paper to literacy and the rise of compulsory education (the last of which I will discuss further below).  The Age of Enlightenment that took place in the 18th century was an intellectual movement that sought to advance knowledge (especially the sciences) and establish a system of ethics, and aesthetics (Foster, 2008).  It was this movement – spread rapidly by the use of pens and paper – that helped bring about the application of scientific knowledge and the subsequent industrial revolution in Europe.  Pens and paper were massively expanded during the Industrial Revolution.  It was also during this period that the number of educated people (especially in Europe) rose further.  The mass production of pens and paper made them less expensive and more readily available.  As a result, the tradition of the Age of Enlightenment continued with the spread of ideas and modern views. The development of pens and paper enabled this to take place with greater ease and speed, thus increasing the number of educated people dramatically (Daunton, 1995).

The mass production of pens and paper has lead to a number of innovations that we could quite simply not live without today.  Up until the digital age, the use pens or other witting implements was a daily occurrence. Furthermore, what would we do without toilet paper, tissues, money, cheques, clothing, boxes, cups, newspapers, magazines, notebooks and of course, books!  Had we still been using papyrus and parchment, would we have seen the massive cultural, economic, political and educational changes over the past few centuries?  This is a difficult question to answer but it is worth exploring.

Image 9: Old Book

Books have played an impressive and key role in the dissemination of knowledge.  The relative ease with which paper was mass produced in the 19th century – coupled with the advent of print technologies such as the steam powered printing press, monotype and linotype – lead to the mass production of books.  Books soon became far less expensive than handwritten manuscripts making them more readily available to all walks of society (Daunton, 1995).

It is during this time that we begin to see the development of compulsory education and mass schooling.  Many cultural, political and economic factors lead to this trend in education and are too broad to go into any kind of detail here.  The main reason, at least for Canada, was the need to educate a rising generation of citizens, especially the ever increasing immigrant population (The Canadian Encyclopedia, 2011).

Image 10: Adult Literacy Rate, 2009

 

Most of my discussion here has been about the role of the pen and paper and their implications on literacy and education in industrialized, developed nations.  As I bring this discussion to a close, I think it is important to note the implications of these technologies on the developing world, for which literature and research is lacking.  UNESCO’s (2008) statistics indicate that literacy rates are lowest among many of the world’s poorest nations (namely in sub-Saharan Africa).  The production of pens and paper is highly resource and labour intensive.  A country that cannot afford to produce or buy pens and books to educate and improve the literacy of their population quite simply go without.  And this trend shows little sign of changing: “Whilst there have been substantial gains in East Asia and especially China, the Arab States, Bangladesh and Sub-Saharan Africa are lagging behind” (UNESCO, 2008).

References

Adult Literacy Rate [Image]. (2009). Retrieved October 23, 2011 from: http://www.uis.unesco.org/FactSheets/Documents/FS16-2011-Literacy-EN.pdf

Ament, P.  (2006). The Ballpoint Pen: The Great Idea Finder.  Retrieved from http://www.ideafinder.com/history/inventions/ballpen.htm

Ayiter, E. (2011). The History of Visual Communication.  Retrieved from http://www.citrinitas.com/history_of_viscom/press.html

Assortment of unusual vintage steel dip pen points with typical wooden holder [Photograph]. (2005).  Retrieved October 23, 2011 from: http://www.rickconner.net/penspotters/history.html

Bellis, M. (2011). A Brief History of Writing Instruments.  Retrieved from http://inventors.about.com/library/weekly/aa100197.htm.

Conner, R. C. (2005).  Penspotters: A History of the pen.  Retrieved from http://www.rickconner.net/penspotters/history.html

Daunton, M. J. (1995).  Progress and Poverty: An Economic and Social History of Britain 1700-1850.  Oxford University Press.  Retrieved from http://www.questia.com/PM.qst?a=o&d=100599398

Duke, J. A. (1983). Handbook of Energy Crops: Cyperis Papyrus.  Purdue University. Retrieved from http://www.hort.purdue.edu/newcrop/duke_energy/Cyperus_papyrus.html

Frost, M.  (2008). The Age Of Enlightenment.  Retrieved from http://www.martinfrost.ws/htmlfiles/enlightenment_age.html.

Light Papyrus Paper [Photograph]. (2011).  Retrieved October 23, 2011 from: http://www.kingtutshop.com/Sheets/PSheets.htm

Lindblad, C. G. (1996). The Index Page of Claes G. Lndblad: Some Typical Ink Sticks.  Retrieved from http://www.algonet.se/~claesg/index.htm.

Natural Quill Pens [Photograph]. (2005).  Retrieved October 23, 2011 from: http://www.rickconner.net/penspotters/history.html

Robert C. William Paper Museum (2006). Papermaking.  Georgia Tech.  Retrieved from http://www.ipst.gatech.edu/amp/index.html.

The Canadian Encyclopedia (2011). The History of Education. Retrieved from http://www.thecanadianencyclopedia.com/index.cfm?PgNm=TCE&Params=A1ARTA0002538

UNESCO (2008).  International Literacy Statistics: A Review Of Concepts, Methodology And Current Data.  Retrieved from http://unesdoc.unesco.org/images/0016/001628/162808e.pdf

[Untitled photograph of a 19th Century Paper Mill]. Retrieved October 23, 2011 from: http://www.plymouth.edu/museum-of-the-white-mountains/exhibitions/beyond-brown-paper/.

[Untitled photograph of a ballpoint pen tip]. Retrieved October 23, 2011 from: http://blog.aurorahistoryboutique.com/on-the-ball-history-of-the-ballpoint-pen/

[Untitled photograph of a beeswax tablet]. Retrieved October 23, 2011 from: http://www.sodahead.com/united-states/what-is-a-tablet-anyway/blog-233041/

[Untitled photograph of fountain pens]. Retrieved October 23, 2011 from: http://www.ecotarget.com/self-improvement/parker-fountain-pens-add-a-class-to-your-writing

[Untitled photograph of the Industrial Revolution]. Retrieved October 23, 2011 from: http://www.google.ca/imgres?imgurl=http://theformofmoney.blogharbor.com/IndustrialRevolutionWorkers.jpg&imgrefurl=http://theformofmoney.blogharbor.com/blog/.

[Untitled photograph of an old book]. Retrieved October 23, 2011 from: http://diceofdoom.com/blog/2010/09/how-to-care-for-your-roleplaying-books/

Wisconcin Paper Council (2004). The Invention of Paper.  Retrieved from http://www.wipapercouncil.org/invention.htm

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Radio to Television

Introduction

Radio and television, which often have been used for its entertainment value has had a great impact in society.  Their communicative value is quite substantial and both in their unique way have influenced people in a variety of ways.  They have influenced people’s views and thoughts on social and political issues and they have affected oral and literacy skills.  As they both provide a unique communicative medium, they both have been used in education in successful and not so successful endeavors.  In this essay, I will examine the impact of radio and television, their uses in education and how they have influenced literacy and orality.

Development of radio:

The development of radio shifted people from reading the news to experiencing the news.  They could hear presidents speak and they could experience events such as Lindburgh landing in Paris or the D-Day invasion.  This form of media communicated to the masses in a very unique and experiential way.  With the ability of this new media to communicate to the masses, there was a flood of people who sought to get on to the radio to influence people in one way or the other (Lewis, 1992).

As the radio provided information to a broad spectrum of people quickly and efficiently, it was soon attributed to changing public opinion and certain voting results.  The radio also provided music, drama and other cultural activities to people who may not have previously had access to such shows.  In addition, similar to the internet, incorrect information was sometimes broadcasted.  Another issue with radio was that it was often controlled by powerful external sources and so the information broadcasted was often censored or restricted in some way.  Furthermore, there were often issues with establishing radio stations at the time which provided an impediment to its spread (Tyler, 1935).  

Radio’s use in education

The radio also appealed to educators as they believed that it would revolutionize how they taught people (Reiser, 2001).  As radio had the capacity to provide immediate and universal means of communication, it was thought that there was great potential to change the educational landscape (Tyler, 1935). Tyler(1935) stated that as the printing press had the ability to multiply written materials, radio had the capacity to multiply oral communication.  Applications of radio in education included music hours and school broadcasts, with the schools running and producing the shows themselves (Tyler, 1935).  

As radio was a profit venture, educators often struggled to gain access to it.  The allocation of broadcasting time for advertisements often impeded the radio’s use in education.  Broadcasters often only allowed radio time to be used for educational purposes if that time did not affect advertisement times and their bottom line (Tyler, 1935). 

 

Radio’s effect on writing and oral speech

The way that the information was presented in radio is also very different than in other media.  As radio is meant to be listened to, the text needed to be presented not only in a logical way, but it also needed to be represented with some repetitiveness, which gives cohesion to the text.  Also another unique quality of radio is that it can’t be scrolled back or searched through like print media (Bearne, 2003).

Radio had an interesting influence of writing.  The shows on radio often conveyed a caliber of writing that the listeners sometimes aspired too.  For instance, after listening to “The Orson Wells Theatre” listeners often compared their work to Orson Wells.  In addition, although the media of radio is an oral experience, it also encouraged people to write.  For instance, after hearing shows such as Orphan Annie, listeners were sometimes moved to write letters to radio stations to obtain decoder rings (Brandt, 1995).

Radio personalities also influenced how the radio listeners spoke.  Listeners often believed that the radio personalities conveyed a high standard of speech should be aspired to.  By hearing the dialogue/monologue on the radio, the listeners would modify or correct their own speech to better match the radio personality’s (Brandt, 1995). 

Development of television

The introduction of the television has greatly impacted society.  Much like radio, television also allowed the masses to experience events simultaneously as they happened.  One such example is the Moon Landing.

Since the 1950s there has been an upward trend of television use in households and its introduction has influenced how people spend their leisure time (Comstock, 1978).  In the earlier years when television was not accessible to every house, families often got together to watch television (Brandt, 1995).  Unlike radio, newspapers and cinema newsreels, television had the power to provide a more direct experience of current events (Mandelbaum, 1982).

Through documentaries, news reports and storylines, television is thought to have influenced certain changes in society by bringing social issues, such as teen suicide, incest, domestic violence, racial tensions and gay/lesbian issues into everyone’s living room for discussion. 

 An example of television’s influence to change is with the Vietnam War.  Although television may not have directly been the cause for the stop of the Vietnam War, it is thought to be an indirect influence.  While there was already opposition to the war, television did influence how the opposition to the war was expressed.  Television became a communication medium that connected people from other parts of the country who believed theVietnam was wrong and also helped to give them a venue to show their feelings on the subject (Mandelbaum, 1982). 

While it is true that television does influence society, there are arguments that it detrimentally affects people.  In his book “Amusing Ourselves to Death”, Neil Postman states that the oral, literate and television cultures all process and prioritize information differently.  He states that television viewing weakens rational inquiry and that it is a very passive activity, whereas reading is interactive and requires higher reasoning.  He states that much of the programming on television is selected due to ratings and that there is not intellectual involvement or discussion with what is presented.  He also states that it is only through the written word that complexity and honesty of a subject can properly be communicated (Wikipedia, 2011).

Television’s use in education

There was an increase in the use of television in instruction in the 1950s.  This was particularly due to the availability of funding from the Ford foundation and the allocation of educational channels by the Federal Communications commission.  These actions allowed schools to experiment with the usage of instructional television.  In certain cases, curriculum was presented via instructional television and in others certain subjects were taught using instructional television.  However, these experiments fell out of favour in the 1960s as the television wasn’t used appropriately in presenting the educational material.  While some blame the termination of funding for these types of projects, other reasons also include the added expense of bringing televisions into the classroom and lack of teacher buy in (Reiser, 2001).   

With the advance of time and the prevalence of television in the home, the educational benefits of television started to wane.  After years of study it was suggested that the more children watched television the lower the reading achievement.  Although many of these studies claim that television affects reading achievement in a negative way, there have been no clear reasons as to why this may be.  Many studies do suggest that children watching too much television displace their reading time.  A contributing factor to students not having enough time to read out of school may also include the other activities that they may be involved in (Neuman, 1988, Ritchie et al., 1987).

Television is also sometimes used in classrooms in discuss social issues.  Many times television episodes of “Degrassi” have been used in classrooms to talk about issues affecting teenagers.  The shows act as a jumping off point to stimulate relevant classroom discussions.  Television is also used in the classroom to help with writing skills.  Some educators have used documentaries and news reports, to improve essay writing.  They use the structure of these programs to provide a basis in how essays should be organized (Kortner, 1988).

Conclusions

Television and radio is an experiential medium that can work to give its listeners and watchers a unified experience.  Unlike print media, which is first experienced by a writer and then translated and conveyed to their readers, television and radio can allow people to experience a situation as it happens.  There is no translation by an intermediary; the viewers and listeners experience the situation and then make their own conclusion. The interesting part was how their introductions indirectly influenced society and learning.  Both of these mediums allowed people to connect in ways that print media did not allow.  Despite the unifying experiences of radio and television, television is thought to have a detrimental effect on the reading and studying time of children.  In addition, the programming selected in both of these mediums often call attention to the usefulness of their educational value.

References:

abcNews (2011, September 26).  ‘Sesame street’ encourages kids in engineering [Video clip].  Retrieved from:  https://www.youtube.com/watch?v=uOX-PbtnBnk

beanz2u. (February 20, 2006).  First moon landing 1969 [Video clip].  Retrieved from:  https://www.youtube.com/watch?v=RMINSD7MmT4

Bearne, E.  (2003).  Rethinking literacy: communication, representation and text.  Literacy. 37(3). 98-103.

Brandt, D.  (1995). Accumulating Literacy:  Writing and Learning to Write in the Twentieth Century.  College English.  57(6), 649-668.

charmcitygavin.  (2009). Sesame Street [Image file].  Retrieved from:  http://www.fotopedia.com/items/flickr-96723132

Comstock, G. (1978).  The Impact of Television on American Institutions.  Journal of Communication.  28(1), 12-28.

egoistorm. (2009, June 5).  Neil Postman – Amusing ourselves to death [Forward] [Video clip].  Retrieved from:  https://www.youtube.com/watch?v=fMZejVltDDs

glen6666.  (2007, December 29).  tv IS history (We didn’t start the fire) [Video clip].  Retrieved from:  https://www.youtube.com/watch?v=2b-oGXbzXko  

Hark (2011).  Day of infamy [Audio Clip].  Retrieved from:  http://www.hark.com/clips/cxjntxvjzv-day-of-infamy

Karaokeduncan (2009, April 20).  Degrassi the next generation trailer [Video clip].  Retrieved from:  https://www.youtube.com/watch?v=znox2ocEi8Q

Kortner, N. (1988).  Using film, video, and TV in the classroom.  Retrieved from:  http://www.ericdigests.org/pre-929/film.htm

Lewis, T. (1992).  “A Godlike Presence”: The impact of radio on the 1920s and 1930s.  OAH Magazine of History. 6(4), 26-33.

MadMax2k2.  (2007, November 23).  Vietnamwar – HueCity1968 [Video clip].  Retrieved from:  https://www.youtube.com/watch?v=vDy0Z3HSkTE

Mandelbaum, M. (1982).  The television war. Daedalus 111(4), 157-169

MrXltbjb. (2010, October 23).  1940’s RADIO HOUR.m4v [Video file].  Retrieved from:  https://www.youtube.com/watch?v=UMwiMWw8kb0

Neuman, S. (1988).  The displacement effect: assessing the relation between television viewing and reading performance.  Reading Research Quarterly. 23(4), 414-440.

Reiser, R. (2001).   Part I: A history of instructional media.  Educational Technology Research and Development. 49(1), 53-64.

Ritchie, D., Price, V., & Roberts, D. F. (1987).  Television, reading, and reading achievement.  Communication Research.  14(3), 292-315.

shapochika. (2010, January 27).  Little Orphan Annie Radio Broadcast 1/2 [Video file].  Retrieved from:  https://www.youtube.com/watch?v=HYYAwSYyRy4

shoggothsean. (2009, February 16).  Dark adventure radio theatre: at the Mountains of Madness [Video file].  Retrieved from:  https://www.youtube.com/watch?v=HCXiCS0f1gg

Spirit of St. Louis 2 Project (n.d).  Charles Lindbergh’s arrival in Paris audio clip
[Audio clip].  Retrieved from:  http://www.charleslindbergh.com/movies/1927.wav

TallulahDahling. (2009, July 12).  Orson Wells’ “Dracula” {1} 1938 radio broadcast [Video file].  Retrieved from:  https://www.youtube.com/watch?v=QyF4LGgzZxA

Tyler, T. (1935).  Radio and education.  The Phi Delta Kappan.  17(4), 115-117.

VinylToVideo (2010, May 2).  January 19, 1946 Met Opera “Madama Butterfly” Act 1 (Part 1) [Video file].  Retrieved from https://www.youtube.com/watch?v=2P8Eu5m-cIQ

Wasp9.  (2011, July 23).  1940’s radio ad-Aunt Jermima breakfast [Video file].  Retrieved from:  https://www.youtube.com/watch?v=gVVeO3u2RfQ

Widener, J.F. (2009).  George Hicks and the network coverage of the pool broadcast of D-Day [Audio clip].  Retrieved from: http://www.otr.com/ra/news/1944-06-07%20George%20Hicks%20Reports%20From%20USS%20Ancon.mp3

Widener, J.F. (2011).  Edward R. Murrow – Army/McCarthy hearings – March 9, 1954[Audio clip].  Retrieved from: http://www.otr.com/ra/mccarthy.mp3

Wikipedia (2011).  Amusing ourselves to death.  Retrieved from http://en.wikipedia.org/wiki/Amusing_Ourselves_to_Death

 

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From Handwriting to Typewriting

“It is probable that longhand will persist-at least until
inventions have made the typewriter as easy to carry
as a pen or pencil and within financial reach of all.”

Alice E. Benbow, 1925
(as cited in Templin, 1960, p. 164)

Introduction

The earliest script by a human hand dates from 4000 BC (Ong, 1982). Typewriting machines were not in use in any significant numbers until the 1880s.  By the 1890s every business had at least one (KUHF-FM & Lienhard, 2000).  During those 6000 years or so, a multitude of media and tools were invented to record human messages for a wide variety of purposes.   For example, papyrus rolls were improved and transformed into the codex; expensive handwritten books became cheaper and more plentiful with printed books.  Jay David Bolter (2001) characterizes each major historical shift in writing media as remediation.  In this paper, I will examine how typewriting remediated hand written communication.

Invention and Cultural Impact

The historical record regarding the invention of the typewriter is populated by many attempts to build a typing machine (Acocella, 2007).  As many as thirty significant attempts were made including one of the earliest in 1829 with a machine called ‘Burt’s typographer’ (Hoke, 1979).   It was not until 1867 that the seed of the modern typewriter was built by Christopher Lathan Sholes. Over the next six years, he improved his machine with the help of others including Charles Glidden (Rehr, 1996). There were several improvements made to his design and, coinciding with the appearance of competing type writing machines in the early 1880s, the typewriter as a business machine gained wide acceptance and became a commercially successful product by the late 1880s (KUHF-FM & Lienhard, 2000; Hoke, 1979).

Public Domian Image - Source: http://commons.wikimedia.org/wiki/File:Sholes_1873.jpg

Sholes & Glidden Type-Writer, manufactured by Remington & Sons between 1874 and 1878. About 5000 were made.

Once the typewriter had evolved into a reliable and relatively easy to use machine, it became clear that it offered some obvious advantages over handwritten communication.  By the end of the 1880s, the reliability of the typewriter as a business device was realized.  Detailed histories do exist of these developments (e.g., Monaco, 1998).  It should be noted that for most of the twentieth century, typewriters were used as the dominant tool to create formal messages in almost all western societies.  For example, in the foreign affairs office of the United States, the typewriter “replaced the longstanding tradition of handwritten pen-and-ink communications … improved the legibility of documents and speeded their preparation” (Mattox, n.d., para. 4).

New technologies are often criticized.  Among other objections to early typewritten documents (e.g., blurriness) perhaps the most salient is the social implication of a typed document.  As the remediation of handwritten communication progressed towards typewritten communication, many people viewed the typed page as impersonal, discourteous and a violation of privacy (Mattox, n.d.).  Usually, clerks typed the handwritten documents that were created by the author, thus introducing a third party privy to the content of the message.  Additionally, the receipt of a typewritten document was sometimes taken personally, the insult arising from the implication that he or she could not read handwritten script.  The etiquette question regarding handwritten versus typewritten communication became a hotly debated issue appearing in magazine articles and letters to newspaper editors around the year 1900 (Mattox, n.d.).   Arguments were made that emphasized the gains and losses of this new text technology; O’Donnell (1998) has emphasized that this pattern of losses and gains is almost always apparent in the adoption of new text technologies.

The other culturally significant effect of the widespread adoption of the typewriter, at least in the United States, is that women entered the business workforce as typists in significant numbers (Lubar & Kendrick, n.d.).  Hoke (1979) emphasizes early in his discourse, however, that while the typewriter was the key element that led to rapid social change regarding the feminization of the business workplace, it was not the only factor.  For example, female employees were commonly paid less than males.  Add to that fact that a competent typist could type 30 words per minute faster than normal handwriting; the need for typists rapidly increased and caused a surge in female clerical staff.  A detailed study of the social changes brought on by the typewriter and the influx of women into the workforce is beyond the scope of this paper but Hoke’s research is an astounding case study worthy of more attention.

In terms of gains and losses, the following table summarizes those that arose during this remediation:

Handwriting Typewriting Source(s)
Illegible Legible
(Hoke, 1979), (Mattox, n.d.)
Slow to produce Fast to produce
(Hoke, 1979), (Mattox, n.d.)
Personal Impersonal
(Mattox, n.d.), (KUHF-FM & Lienhard, 2000)
Private Not private
(Mattox, n.d.)

However, none of these aspects address the impact of these technologies on cognitive processes underlying their use.  What are the implications of typing ideas into a typewriting versus handwriting them?  What was the effect on reading, writing and education?

Handwriting to typewriting: Reading, writing, and education

One might guess that writing by hand and typing on a machine activate different areas of the brain. And, if this is the case, is there an impact on learning that can be directly tied to these differences?  Furthermore, should educators preferentially be selecting one the other for better quality learning?  Recent research by Anne Mangen and Jean-Luc Velay (2010) makes it clear that different parts of the brain are activated in each of these modes and that there are other differences worthy of note.

Handwriting is primarily a unimanual (one hand used) process whereas typewriting is a bimanual (two hands used) process.   The implication for educators is connected to the fact that the left-hemisphere of the brain is responsible for linguistic processes.  If typing involves both hands in the creation of texts, then interhemisperic activity is assumed to be taking place.

The second difference outlined by Mangen and Velay lies in the fact that when writing by hand, one is focused spatially at the exactly point where the letters are formed on the page.  When typing, the attention of the author is split between the ‘motor space’ of the keyboard, where the manual work of touching the right letters takes places, and the ‘visual space’ which, in this case, is the paper where a letter appears after each key press.  The implication for educators is how relevant exactly is this disconnect between the motor and visual spaces to learning.

The third difference outlined is that, in handwriting, each letter formed has a specific and unique spatial movement that matches the shape of the letter; these are learned at the early stages of literacy development.   In typing, the locations of letters on the keyboard is spatially mapped in the brain and the letters appear preformed, not drawn, on paper when keys are hit.  The implication for educators is determining how significant a connection there is between the cognitions underlying a written text and the tools used to create the written text.

Mangen and Velay also point out specific experiments conducted with pre-readers that suggest that letter identification accuracy rates are higher when the child has learned letters through handwriting rather than through typing.   It would seem that brain areas that are stimulated with a motor movement that closes matches the physical shape of the letter results in better recognition at a later time when compared to a seeing the letter instantly formed visually after tapping a key.

Finally, there is ample introspective anecdotal evidence provided writers that emphasize that there is a personal connection between handwriting, composition, and thinking.  This is especially true for writers whom Daniel Chandler (2009) calls discoverers (i.e., writers who use writing as a way of discovering what they want to say).  For example, consider the following comment: “Rebecca West reported that she used a pencil ‘When anything important has to be written… I think your hand concentrates for you.’ She also emphasized the importance of kinaesthetic memory: ‘My memory is certainly in my hands. I can remember things only if I have a pencil and I can write with it and I can play with it’ (Plimpton, 1985).” (Chandler, 2009, para. 26). Clearly, there is much more going on here than merely placing small dark squiggles on a piece of paper.

Is handwriting dying?

Public Domain Image - Source: http://commons.wikimedia.org/wiki/File:Underwoodfive.jpg

Underwood Touch-Master 5 (early 1960s)

In December 1960, Elaine Templin conducted a study to answer the question: should teachers continue to teach handwriting in elementary schools?  She specifically pitted the then ubiquitous typewriter against handwriting and wondered if students would need handwriting in their adult life.

The bulk of her study was a detailed survey of the use of handwriting in various adult occupations and roles.  Due to the continued heavy use of handwriting in most occupations that she observed, she concluded that children should continue to be taught handwriting in the classroom: “Since elementary-school teachers cannot foresee the adult handwriting needs of each pupil, it seems essential that they encourage high standards and imbue each pupil with a respect for, and a pride in, attractive and legible handwriting” (Templin, 1960, p. 164).

This study is an intriguing analogue to the current debates (e.g., Bennett, Maton, & Kervin, 2008) regarding what Prensky (2001) terms ‘digital natives’ and the questions around the continued use of so-called ‘legacy content’, that is, content and educational methods that are pre-digital age.  What makes this study even more fascinating is the inclusion of this quote near the end of her study:  “It is probable that longhand will persist-at least until inventions have made the typewriter as easy to carry as a pen or pencil and within financial reach of all” (Alice E. Benbow, 1925, as cited in Templin, 1960, p.164).

Conclusions

It is clear that the introduction of the typewriter into society in the late 1800s, and its later widespread use during most of the twentieth century, engendered discussions and tensions regarding changing text technologies, many of which have modern analogues.  Vigorously debated issues, such as the effect of the typewriter on the practice of handwriting, have been resurrected in current questions about mobile digital technology, hypertext, and the learning needs of current students (digital natives).  Additionally, educators must continue to examine how changes in the tools used in creating texts affects the thinking processes used to create them.

References

Acocella, J. (2007, April 9). The Typing Life: How writers used to write. The New Yorker.  Retrieved from http://www.newyorker.com/arts/critics/books/2007/04/09/070409crbo_books_acocella

Bennett, S., Maton, K. and Kervin, L. (2008). The ‘digital natives’ debate: A critical review of the evidence. British Journal of Educational Technology, 39: 775-786. doi: 10.1111/j.1467-8535.2007.00793.x

Bolter, J (2001). Writing Space. Computers, Hypertext and the Remediation of Print. New York: Routledge.

Chandler, D. (2009). The phenomenology of writing by hand [online version]. Intelligent Tutoring Media, 3,2-3. Retrieved from http://users.aber.ac.uk/dgc/phenom.html

Haas, C. (1996). Writing technology: studies on the materiality of literacy [Online version]. Mahwah, N.J.: L. Erlbaum Associates. Retrieved from http://books.google.com/books?hl=en&lr=&id=NdVOQbFDBnwC&oi=fnd&pg=PR9&dq=Haas,+C.+(1996).+Writing+technology+:+studies+on+the+materiality+of+literacy&ots=yj0EkWHegK&sig=AggtrTQW_dEnEOwSngyqumkeQqc#v=onepage&q&f=false

Hoke, D. (1979). The Woman and the Typewriter: A Case Study in Technological Innovation and Social Change [Online version]. Business and Economic History, 2d ser., 8,76-88. Retrieved from http://www.h-net.org/~business/bhcweb/publications/BEHprint/v008/p0076-p0088.pdf

KUHF-FM (Producer) & Lienhard, J. H. (Writer). (2000). The Engines of Our Ingenuity: No. 1532: TYPEWRITERS [Radio broadcast]. Retrieved from http://www.uh.edu/engines/epi1532.htm

Ong, J. O. (1982). Orality and Literacy. New York: Routledge.

O’Donnell, J. (1998). Avatars of the Word: From Papyrus to Cyberspace. Cambridge: Harvard University Press.

Lubar, S. & Kendrick, K. (n.d.) Artifacts reflect changes: Looking at Artifacts, Thinking about History [web page]. Smithsonian National Museum of American History. Retrieved from http://objectofhistory.org/guide/changes/

Mangen, A. & Velay J.L. (2010). Digitizing Literacy: Reflections on the Haptics of Writing. Journal of Advances in Haptics, 385-401.

Mattox, H. E. (n.d.) Technology and Foreign Affairs: The Case of the Typewriter http://www.unc.edu/depts/diplomat/AD_Issues/amdipl_5/mattox_type.html

Monaco, C. (1998). The Difficult Birth of the Typewriter. Invention & Technology Magazine Spring/Summer 1988 Volume 4, Issue 1. Retrieved on October 17th, 2006, from: http://www.americanheritage.com/articles/magazine/it/1988/1/1988_1_10.shtml

Prensky, M. (2001). Digital Natives, Digital Immigrants Part 1.  On the Horizon, 9:5,1-6.

Rehr, D. (1996). The first typewriter [web page]. Retrieved from http://home.earthlink.net/~dcrehr/firsttw.html

 

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The Impact of Radio: Past and Present

 

Brief History of the Invention of Radio

The concept that audio could be transmitted without wires came to reality in 1888 when German physicist Heinrich Hertz discovered radio waves; electromagnetic waves that have the capacity to transmit music, speech, pictures and other data invisibly through the air (Bellis). His further discovery was a breakthrough, that waves could be transmitted and detected over long distances, which certainly peaked the interest of Italian, Guglielmo Marconi.  Marconi subsequently set up aerials on opposite sides of his garden and in 1894 he was able to receive signals over a distance of 100 metres. In 1895, he increased this distance to 1 km (Elon University/Pew Internet Project), and in 1897 he transmitted a signal over the Bristol Channel. Finallly, in1901 he sent a signal from England to Newfoundland, a distance of 3360km. Marconi received the Nobel Prize in 1909 for his landmark discoveries (Luxorion).

Guglielmo Marconi (1874-1937), Italian physicist and radio pioneer (PRODOS, 2010)

Marconi’s last demonstration, the transmission of a transatlantic signal, was responsible for launching the commercial use of radio.  In 1897 he patented wireless telegraphy, established the Wireless Telegraph and Signal Company and opened the world’s first radio factory a year later. With the ability to transmit over water, ships were equipped with radio and huge commercial stations were set up to handle intercontinental messages that ultimately saved many lives at sea; the most famous being the story of the Titanic. Many lives were saved due to the transmission of the distress signal (Parker).

Effects on United States Culture

From the early 1920’s until television took over in the 1950’s was an era considered to be the “Golden Age of Radio” in the United States. During this period, it is estimated that nearly 80% of the US population owned a radio and people regularly tuned in to listen to their favorite music, variety programs and sporting events  (Elon University/Pew Internet Project). Business and social structures were adapting to the new medium: universities offered radio-based distance education, churches broadcasted their services and newspapers created tie-ins with radio broadcasts. The nation was drawn together by radio as people listened to news, entertainment and advertisements (The Jazz Age: The American 1920’s). While radio was busy entertaining the masses in the United States, Canada began to feel as though it was being swallowed up by the culture of its southern neighbor, since it did not have it’s own broadcasting agency.

Effects on Canadian Culture

The proliferation of broadcasting in the US was also flooding the Canadian market, and there was a stark realization that Canada “the True North Strong and Free” was about to be smothered in American culture. Canada is a vast country of which a large percentage is made up of rural communities, an ideal market geography for radio. This emphasizes the importance of Canadian programming as it helps define and understand what it is to be Canadian. As a result, the Canadian Radio Broadcasting Commission (CRBC) was created in 1932, which eventually evolved into the CBC/Radio-Canada of today (CBC Radio Canada).

The CBC is made up of both a French and English sector and is the only broadcaster to deliver a schedule that reflects Canada’s bilingual culture and values. Currently CBC/Radio Canada stations must ensure that at least 50% of their popular music selections broadcast each week are strictly Canadian content (CRTC). In fact CBC Radio airs 99% of Canadian content over its broadcast day, and 100% during its prime time. Radio-Canada’s Canadian content is a full 100% (CBC Radio Canada).

However, in Canada today, listening to public radio broadcasts is down overall and the demographics are interesting. While Canadians listened to their radios for 18.3 hours a week in 2007 (down from 20.5 in 1999), teenagers only listened in for 7.2 hours a week. They represent the lowest frequency rate for all groups. CBC/Radio-Canada was the first choice among senior Canadians, capturing about one-quarter of their listening time. It was also the first choice among university graduates (30.0%), Canadians in professional occupations (23.4%) and skilled sales people (32.3%) (Statistics Canada, 2008). It is not certain as to whether or not listening to podcasts (stored audio files) of recorded shows was considered in the statistics as radio listening.

Effects of Radio during struggle and conflict: War in Europe

Radio communication became a key lifeline of information for the masses in the years of World War II (1939 -1945). It is perhaps the single most vital instrument, which significantly impacted and benefited members of society. As communication before this time was a very slow process, the radio made conveying information to the masses quick and easy, and relatively recent in time. It is fair to say that World War II demonstrated the value of radio as the primary mode of communication of up to the minute news and events. Listeners around the world sat transfixed in front of their radio sets, as reporters, including reports by Winston Churchill and Adolph Hitler, broadcast vivid reports of battles, victories, and defeats. (Elon University/Pew Internet Project). Since radio signals could be intercepted it also meant that encryptions were of great value, sine this was also the mode of transmission of orders, however through private lines.

Adolphe Hitler http://www.jewishvirtuallibrary.org/jsource/Holocaust/hitler.html

Winston Churchill http://www.winstonchurchill-quotes.com/sayings/quotations/page/4/

 

 

 

 

 

 

 

 

Effects on Survival in North Africa

When North Americans think of radio it is from an entertainment and news perspective, now increasingly in the format of audio files such as .wav or .mp3. For some North Africans, entertainment takes a backseat to safety as the reliance on this dated technology can be a matter of life and death. In 2003, a group of three young filmmakers from Southern California travelled to Africa in search of a story. What they found was a tragedy that both disgusted and inspired them: the reality of Uganda’s Child Soldiers.

The LRA (Lord’s Resistance Army) is a militant group, which began in Uganda under the power of Joseph Kony (Invisible Children) and has now impacted the Democratic Republic of Congo, Eastern Central African Republic, and Southern Sudan. For 25 years the LRA had moved throughout the rural countryside killing, raping, mutilating, and abducting children. Most abductions occur at night causing the children to flee into towns to sleep where they are more protected. In the first four months of 2011, the LRA carried out at least 120 attacks, killing 81 civilians and abducting 193, many of them children (Human Rights Watch, 2011).

Rural villages were always caught off-guard by attacks and did not have a way of alerting each other of the presence of the LRA so they could heed warnings and move to safer areas. The Invisible Children organization has installed radio towers in many of the remote jungle villages. This enables the villages to connect with each other and report sightings of the LRA and other important events. Since setting these up, there have been fewer attacks and villagers have been able to move to safety prior to an advance by the LRA. The addition of the computer in the modern day world allows all activity to be tracked and monitored, however, without it the villages would still have warnings from the basic radio (Invisible Children).

LRA Crisis Tracker: Tracks LRA events through radio communication

The LRA Crisis Tracker can be seen in real time here.

Radio Towers: Setup and Operation

LRA Crisis Tracker Introduction from INVISIBLE CHILDREN on Vimeo.

The impact of radio technology of the lives of these people is astounding and a great example of how newer, in some cases is not always better. The reliability and durability of the radio signal fits the purpose.

Radio and Education

Within broadcasting there are public and private radio stations and they both uphold different values. The public service station is about broadcasts serving the community with quality material while the bottom line of the private stations is making money, thus they focus on getting as many listeners as possible. It is not by chance then, that it is the public radio stations, which have invested time and money in providing educational programs for schools.

In Canada, the CBC has a website for teachers which is aimed at an older audience of grades 6-12.  Divided into topic headings they provide a carefully selected combination of radio and/or television archives complete with assignments, assessment rubrics and web quests: all provided free of charge (CBC Radio Canada).

On the other side of the Atlantic, BBC radio has also developed a program but this time it is aimed at primary school education. With an array of podcasts, downloadable .mp3 files and radio the transmission of audio is moving into the classroom with a major impact. However, the time-frame during which a TV show can be watched is cause of frustration since certain programming is subject to viewing rights restrictions (BBC ).

No longer are broadcasts limited to a geographical area. Schools from all over the world can use the materials from either CBC or BBC with the only disadvantage being that the information might not be applicable to their country or situation.

Worldwide, there is evidence that radio has been used successfully in the past to provide educational services to rural, poor populations and the benefits found through radio instruction can be substantial. The potential to reach large numbers or underserved people and efficiently convey information, make radio a powerful medium for delivering content.

The Future of Radio

Canadians are immersed in digital media and their national public broadcaster is right there with them. Today, CBC/Radio-Canada is available where and when audiences want their content. Radio has had an immense impact on communication from the moment the first transmission took place. It is a vital technology that has stood the test of time and has been able to successfully weave its way into the fast moving world of society’s pace and new technologies. Radio’s original live broadcasts, entertainment and one-way communication have been important to society from the beginning. Whether it be Sirius radio, mp3 recordings, or podcasts it is apparent that people of all ages will continue to value the spoken, faceless world of radio.

References

BBC . (n.d.). BBC . Retrieved September 29, 2011, from School Radio: http://www.bbc.co.uk/schoolradio

Bellis, M. (n.d.). The Invention of Radio. (The New York Times Company) Retrieved October 11, 2011, from About.com: http://inventors.about.com/od/rstartinventions/a/radio.htm?p=1

CBC Radio Canada. (n.d.). Retrieved October 20, 2011, from CBC Radio Canada: http://www.cbc.radio-canada.ca/about/Canadian_content.shtml

CRTC. (n.d.). Canadian content requirements for music on Canadian radio. Retrieved October 10, 2011, from Canadian Radio-television and Telecommunications Commission: http://www.crtc.gc.ca/eng/cancon/r_cdn.htm

Elon University/Pew Internet Project. (n.d.). Back 150 Timeline. Retrieved October 9, 2011, from Imagining the Internet: A History and Forecast.

Human Rights Watch. (2011, May 23). US/Central Africa: Protect Civilians From LRA Abuses. Retrieved October 12, 2011, from Human Rights Watch: http://www.hrw.org/news/2011/05/23/uscentral-africa-protect-civilians-lra-abuses

Invisible Children. (n.d.). Retrieved from Invisible Children: http://www.invisiblechildren.com/our-story

Luxorion. (n.d.). The History of Amateur Radio. Retrieved September 28, 2011, from Astrosurf.com: http://astrosurf.com/luxorion/qsl-ham-history3.htm

Parker, B. (n.d.). History of Radio. Retrieved October 12, 2011, from Local History: http://www.localhistory.scit.wlv.ac.uk/Museum/Engineering/Electronics/history/radiohistory.htm

PRODOS. (2010, July 23). Empire of The Air: The Men Who Made Radio. Retrieved October 6, 2011, from PRODOS Film Study Group: http://instantworlddomination.com/uncategorized/empire-of-the-air-the-men-who-made-radio/

Statistics Canada. (2008, September 18). The Daily: Radio Listening. Retrieved October 22, 2011, from Statistcs Canada: http://www.statcan.gc.ca/daily-quotidien/080918/dq080918d-eng.htm

The Jazz Age: The American 1920’s. (n.d.). Retrieved 10 14, 2011, from Digital History: http://www.digitalhistory.uh.edu/database/article_display_printable.cfm?HHID=455

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The Socio, Cultural and Psychological Effects of the Telephone

     In an increasingly globally connected world one could argue that no other technological advancement had had such an effect on the ‘shrinking world’, at its inception, as the creation of the telephone.  The ability to cast one’s voice across great distances transformed the the way in which people communicate with one another.  Indeed, the word ‘telephone‘ itself is derived from the Greek words ‘tele‘ for far and ‘phone‘ for sound or voice (Wikipedia, 2011a).  Who exactly invented the telephone in the 1870s was once a hotly contested debate, but it is generally accepted today that Alexander Graham Bell is responsible for its creation, and it was he who was first awarded a patent for it in 1876 (Carlson & Gorman, 1990).  Perhaps one of the greatest indicators of the extent to which the telephone has has become a ubiquitous feature of global culture is that the word ‘telephone’ itself has been adapted into most languages the world over.  We know that the telephone connected people, but what was the transformative effect it had over how people communicate with one and other?  One anecdote about the origins of the word ‘hello’ suggests the extent to which most people may not even be aware the telephone has effected our discourse.  It is written that Hungarian inventor Tivadar Puskas shouted “Hallom!”, or “I hear you”, into the phone for the first time in telephone conversation in 1877 in reply to the voice of another person.  And thus the expression “hello” was introduced to the English language (Wikipedia, 2011b).

Prior to the telephone, communication over great distances was conducted either through the telegraph or letter mail networks such as the Pony Express.  The transition from asynchronous written communication and coded symbols to synchronous oral communication would have many profound effects on every aspect of life.  While the mechanical and logistical effects of the telephone usage became quickly evident in areas such as business and politics, the impending socio-psychological effects were less clear.  These social effects can be distinguished into to categories defined by those who viewed the introduction of the telephone with either optimism or pessimism.

Historian Herbert Casson wrote in 1910 that “with the use of the telephone has come a new habit of mind.  The slow and sluggish mood has been sloughed off… life has become more tense, alert, vivid.  The brain has been relieved of the suspense of waiting for an answer… it receives its reply at once and is set free to consider other matters” (Kern, 2003).  An optimist would likely be inclined to view the use of the telephone from this beneficial perspective.  Not only were people now alert and vivid, they could also be more productive, easily communicating with whom they needed at a time of their choosing.  People living in rural settings were now more easily able to overcome their isolation by simply picking up the phone.  This advantage was also was also held by women who were able to connect more easily with social circles they previously may have been isolated from (Fischer, 1994).  Men, in turn, were able to court women over the phone; some even proposed marriage (Kern, 2003). Liberties were taken with operators that men would never think of taking in person.  The personal nature of face to face interactions were immediately removed.  Moreover, the telephone essentially made it possible for a person to be in two paces at once, responding in an instant to the thoughts and feelings of another over great distance (Kern, 2003). Pessimists, however, had a long laundry list of reasons as to why the telephone was a great harbinger of sociocultural diminishment.  The telephone was the first electric medium to enter the home and unsettle customary ways of dividing the private person and family from the more public setting of the community (Fischer, 1994).

This intrusion was similarly mirrored in the hotel rooms of major cities where a telephone in each room was viewed by some as another invasion of one’s privacy.  Interestingly, yet another argument against the telephone was not against the intrusion into private life but as a cause of increasing reclusion into privatism.  Some blamed the telephone for people’s general withdrawal into seclusion as the need to engage in public spaces in order to communicate became less important (Fischer, 1994).

Psychologically speaking, pessimists pictured the recipient of a call as first suspended in waiting and then disturbed by the intrusion. Indeed, waiting for the telephone to ring became a symbol of loneliness and helplessness (Kern, 2003).  Waiting for the telephone to ring is more tormenting than waiting for a letter, because it may happen at any time, while the letter either does or does not arrive in the daily mail.  One may thus prepare for a letter in a way that is impossible to prepare for a telephone call (Kern, 2003).  The benefits to the caller in terms immediacy and result are juxtaposed against the heightened anxiety and intrusiveness of the call to receiver who is compelled to stop whatever he is doing and answer.  The receiver is forced into a passive role as the caller can prepare for the conversation in a way the receiver cannot (Kern, 2003).

Clearly there was a cost – benefit analysis to be made in the use of the telephone.  Another example of the interesting dichotomy of its use can be found in an anecdote from French novelist Marcel Proust who wrote in a 1902 letter on both the closeness and separation he felt in his first telephone experience with his mother immediately following the death of her parents.  He wrote, ““suddenly her poor shattered voice came to me through the telephone stricken for all time, a voice quite other than the one I had always known, all cracked and broken; and in the wounded, bleeding fragments that came to me through the receiver I had for the first time the dreadful sensation of all things inside her that were forever shattered” (Kern, 2003).  Telephone conversations clearly can connect people over great distances, but as this story illustrates, they offer little comparison to face to face interaction, and can even exacerbate feelings of distance.

The socio, cultural and psychological reservations some may have had to the use of the telephone did nothing to slow its expansion.  Indeed, technological progress is mechanical and relentless.  In 1891 the first underwater telephone cable was laid between England and France.  In Britain 600,000 telephones were in operation by 1912 and in Germany and America there was even faster growth with 1.3 million and 10 million telephones in use, respectively, prior to World War I (Kern, 2003). The proliferation, expansion and development of telephone networks around the world precipitated a number of other technological advancements in information communication technologies.  Digital telephony, IP telephony, data transmission through telex, fax and dial up internet are all as a result of the invention of the telephone.  Clearly it has had a transformative effect on the way in which people communicate with each other, both in the the mechanically and socially.

It is interesting to ponder the oral nature of telephone communication, as its principal precursor, the letter, was based on written literacy.  In a sense humankind has taken a full circle from principally oral communication, to written, and back to oral.  The development of the internet, built upon an oral telephone network, appears to have briefly returned us to the supremacy of the written word.  The internet, however, with its potential for video conferencing and VOIP has diversified the ways in which we may utilize a single medium with multiple literacies.  The implications for education in this field are no less exciting with students and educators around the world exchanging ideas and learning from each other – all of this being precipitated by the telephone.  Walter Ong (1982) has astutely described how writing, as a form of communication, altered human consciousness.  From this argument we can extrapolate that the way in which we communicate is vitally important to the formation of our consciousness.  The invention of the telephone was a watershed moment in our collective consciousness.  It forever altered the way we interact socially, and was the forerunner of many of our most important communication technologies we enjoy today.

 

References

Bolter, Jay David. (2001). Writing space: Computers, hypertext, and the remediation of print [2nd edition]. Mahwah, NJ: Lawrence Erlbaum.

Carlson, W.B. & Gorman, Michael E. (1990) Interpreting Invention as a Cognitive Process: The Case of Alexander Graham Bell, Thomas Edison, and the Telephone.  Science and Technology Human Values. 15: 131

Fischer, Claude S. (1994). American Calling: A Social History of the Telephone to 1940.  University of California Press.

Kern, Stephen.  (2003).  The Culture of Time and Space, 1880 – 1918: with a new preface.  Harvard University Press.

Martin, Michele.  (1991).  “Hello Central?”: Gender, Technology, and Culture in the Formation of Telephone Systems.  McGill-Queen’s Press.

Ong, Walter. (1982.) Orality and Literacy: The Technologizing of the Word. London: Methuen.

Wikipedia, (2011a) Telephone. Retrieved from http://en.wikipedia.org/wiki/Telephone  Accessed October 29, 2011.

Wikipedia, (2011b). Invention of the Telephone.  Retrieved from http://en.wikipedia.org/wiki/Invention_of_the_telephone  Accessed October 29, 2011

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Icon to Symbol: A Change in Homo sapiens

            Over 100,000 years ago, Home sapiens were an iconic culture (Barham, 2002). For this paper, an iconic culture is one that uses conventional interpretations for images. For example, a picture of the sun can only represent the sun, and a statue of a man can only represent the man in the statue. Due to a change in social and cognitive development of human beings, the need for a symbolic culture grew and allowed for modern language to develop (Rossano, 2010). Those cognitive and social changes will be looked at to get an idea of why symbols developed and why language evolved as it did.

            Neanderthals’ social development took a much different path than Homo sapiens’ (Rossano, 2010) and these social differences were large factors in Homo sapiens dominance and eventual symbolic development. Both male and female Neanderthals were typically the same physical stature as each other where as male Homo sapiens were typically physically larger than females. Since hunting was the most important aspect for survival, naturally the strongest individuals were the hunters. Hunting was dangerous, and as such, male and female Neanderthals were responsible for it. Male Homo sapiens were strictly responsible for their societies hunting based on their physical size and therefore females were able to create a home environment where they could safely interact with each other and raise their children. According to Rossano, this interaction was integral in the development of symbols and language. They were now able to hold their babies more often and were safe to interact with them in ways that Neanderthals were not.

Bar-Yosef (2002) suggests that the more complex social life of Homo sapiens led to their development of symbols, and language, while the Neanderthals were not able to. The biggest reason being that the extra interaction Homo sapiens women had with their infants, allowed the infants’ brains to develop more. Symbol creation is hard for a fully developed, adult brain to conceive of because of the relationships a fully developed brain has made with icons (Elman, 1993). However, the immature brain of a child can make symbolic connections easier because they do not have the hindrance of knowing that symbols do not exactly represent what they are symbolizing.  For example, it is easier for a child to accept that the image of a plant sprouting of the ground represents life if they have never seen a plant sprouting out of the ground before. Whereas a developed adult brain would have a harder time making that connection because a sprouting plant to them represents a sprouting plant. The extra socialization that infants were being introduced to allowed for more advanced brain development and a propensity to fathom symbols.

With this understanding, it can be said that birth of symbols came from a new, safer social structure where infants and children could interact with adults like no other children had before. This interaction allowed their brains to develop faster which, in turn, allowed for the creation of symbols, and language. Language and writing are obviously important social aspects in our lives, but a social culture appears to have been equally important in language’s and writing’s development.

The use of symbols drastically changed the way humans think, but in order for symbols to become common use, humans had to drastically change their way of thinking. Because of this, symbols did not develop overnight. Humans developed indexical signs after iconic ones, but before symbolic ones (Peirce, 1931). An indexical sign does not exactly signify what they are indicating like an icon does, but there is a very close connection. For example, smoke would be an indexical signal for fire. While it is not fire itself, you would have had to have seen fire in order to make the connection between smoke and fire. Symbolic signs have no connection to the object they are representing. The letters ‘f-i-r-e’ represent fire to us, but only because we have accepted that they do.

Indexical signs are a not as complicated as symbolic ones. However, the thought process for understanding them is similar. It might be necessary to understand icons first before understanding indexes, and then understand indexes before understanding symbols (Peirce, 1931; Nelson, 1973). Reading symbols is hierarchical then. In order for a symbolic culture to emerge from an iconic one there had to be increased social interaction first of all, and then an increased capacity to comprehend a complex symbolic communication system. The increased social interaction just happened to be the catalyst for this increased capacity.

Understanding how we developed as a species gives a glimpse as to how we developed a symbol based communication system. Humans are a social species. Language and writing allow us to be social, but our need to be social is what created a need for language and writing in the first place. Transportation has allowed us to travel hundreds or thousands of kilometres from people that we care about and communicate with. Our desire to be social, as demonstrated by Homo sapiens, has created ways to continue to communicate with each other over those long distances. Telegraph, radio, telephone, and now internet are all ways of using language to communicate with each other. This social desire today, and therefore language, can be traced back to early humans emerging social culture.

References

Barham, L. (2002). Systemic pigment use in the Middle Pleistocene of south-central Africa. Current Anthropology 43. 181-190. Retrieved from: http://www.jstor.org/stable/10.1086/ca.2002.43.issue-1

Bar-Yosef, O. (2002). The Upper Palaeolithic revolution. Annual Review of Anthropology 31. 363-393. doi: 10.1146

Elman, J. (1993). Learning and development in neural networks: the importance of starting small. Cognition 48.: 71-99. doi: 10.1016/0010-0277(93)90058-4

Nelson, K. (1973). Structure and strategy in learning to talk. Monographs of the Society for Research in Child Development 38. Chicago: University of Chicago Press for the Society for Research in Child Development

Peirce, C.S. (1978). The collected papers of Charles Sanders Peirce, vol. 2. C. Hartshorne, P. Weiss, and A. W. Burks, eds. Cambridge, MA: Harvard University Press.

Rossano, M. J. (2010). Making Friends, Making Tools, and Making Symbols. Current Anthropology, 51(1). 89-98. doi: 10.1086/650481

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