service

Experimental School

Pattern ID: 
837
Pattern number within this pattern set: 
89
Douglas Schuler
Public Sphere Project (CPSR)
Steve Schapp
United for a Fair Economy
Thad Curtz
The Evergreen State College
Version: 
2
Problem: 

Schools can become institutionalized and non-responsive to the real needs of their students, the community or, even society at large. Schools with static and immutable assumptions and values are unlikely to meet society's changing needs. This is particularly unfortunate at a time when the need for public problem-solving is the most acute. If schools aren't innovative and if people don't seriously think about how education can play new roles in new ways, it's unlikely that the society will be innovative in cultural, technical, scientific, or civic thought or action. Schools also tend to assist privileged subsets of society. Typically, older people can't attend school, nor can poor people, working people, or rural people. Many colleges and universities (at least in the US) are more becoming commercially-oriented, thus promoting economic aggrandizement of individuals and corporations while ignoring the common good.

Context: 

Any situation where education or some type of "schooling" is necessary. This pattern has almost universal coverage because learning is a universal phenomenon. Humans are built for learning!

Discussion: 

For this pattern we can define an experimental school as a school that broadly attempts to accomplish certain aims (such as social and environmental amelioration) while adopting experimentation as an abiding and guiding orientation. This implies that the school is not perfect and it affirms that the school will at least try to adapt to changing societal circumstances and needs (while maintaining its values). Moreover, it will work towards its goals through a thoughtful experimentation that involves careful and ongoing evaluation of the approaches that the school is trying.

School according to John Dewey should be an experiment in collective action and it should break down walls between academia and practical work. Although this pattern is quite broad (and actually contains several patterns in their own right), several themes or trajectories stand out that support Dewey's contentions whether the student is ten years old or eighty, or whether the student is classically educated or illiterate. Adopting an "experimental" orientation reflects a belief in meliorism — that things can improve through directed effort — and an acknowledgement that nothing is perfect; the need for adjustment is an unavoidable and normal fact of life. Beyond that, the general orientation is compassionate engagement and integration with the world. In a general but non-dogmatic way, an Experimental School would be concerned with the common good, it would stress solidarity and activism. It would be much more permeable — the boundaries between the institution, between teacher and student, between theory and practice and between the academic disciplines themselves and the disciplines and the other systems of knowing that people have devised, would all be less distinct and more forgiving. Additionally there would be more variety as to when and where the educational setting would be and who was eligible to take part. Costs would be as low as possible to encourage everybody to attend. Education is not just for some small segment of the population who are destined for power, prestige and money. The following table, admittedly over-generalized, highlights some of the ways in which a "modern" university can be contrasted with an Experimental School.


  University Model Experimental School
Site Centralized, stationary, and formal Various locations, movable, informal
Student body Elite, all same age Open to anybody, life-long learning; mixed classes
Assessment Defined by faculty, etc. consists of tests, grades Self assessed by student as well as by faculty member through oral and written narrative evaluation.
Curriculum University-directed, discipline-based, disciplines kept separate Student-directed, inquiry-based, discipline boundaries blurred and broached
Role of teacher / role of student Authoritative / receptive ("empty vessel") Teachers and students are both co-learners
Costs Expensive for middle and lower income people Free
Instruction mode Lecture Peripatetic, seminar, group work
Credential granting Often the most important reason for attending Doesn't necessarily grant credentials. Learning is primary.
Focus On the individual On the group or community
Goals Learning facts, getting degree Learning how to learn, thinking across the curriculum
Faculty Credentialed with PhD Knowledge, skill, values, commitment, and values are as important as credentials
When 2 semesters or 3 quarters per year; no summer with established beginning and end dates for unit of time, Weekdays, 9:00 to 5:00 Weekdays, evenings, anytime
Theory and practice Kept separate ("practice is for trade schools") Integrated

Walter Parker believes that "Idiocy is the scourge of our time and place" (2004). Idiocy was defined by the ancient Greeks to mean the state of being "concerned myopically with private things and unmindful of common things." Idiots are like "rudderless ships" that are not grounded in either the local or the global community. Unable to see beyond their parochial interests, they're likely to do damage to themselves and to the communities in which they live. In his consideration of how idiots come about their idiocy, Parker asks whether our public "schools marshal their human and material resources to produce idiots or citizens? Does the school curriculum, both by commission and omission, cultivate private vices or public virtues?"

Parker proposes several important remedies: "First, increase the variety and frequency of interaction among students who are culturally, linguistically, and racially different from one another. Second, orchestrate these contacts so that competent public talk—deliberation about common problems—is fostered. In schools, this is talk about two kinds of problems: social and academic. Social problems arise inevitably from the friction of interaction itself (Dewey’s “problems of living together”), and academic problems are at the core of each subject area. Third, clarify the distinction between deliberation and blather and between open (inclusive) and closed (exclusive) deliberation. In other words, expect, teach, and model competent, inclusive deliberation."

It's also important for students to take some responsibility (and interest) in their own education early. People with these attitudes and capabilities can undertake their own ongoing education (even in the absence of schools and teachers) and work with others to get them involved. One of the best ways to do this and to help install the sense that the student is part of the process is self-assessment of learning at all levels.

If the point of evaluating students' work were only to rank them, or to give faculty a lever for encouraging their efforts, or even to describe the strengths and weaknesses of what they had produced, then it would seem clear that teachers should do it by themselves. The deepest reasons, however, for asking students to formally assess their own work pertain to the students' development over the long run. For one thing, the student may have learned some things which are relevant to learning which the teachers don't know about. If students have learned how to write a paper without agonizing over the first paragraph for hours, or pay a new kind of attention to the clouds when they go for a walk, or think about the late Roman Republic when they read the papers, these changes may say more about their education in literature or physics or history than their essays or exams do, yet be invisible to the teachers.

The practice of self-assessment is a central way for students to acquire the reflective habits of mind which are essential to their ongoing capacities to do good work, and to progressively improve their work over time. Growth in intelligence, or thinking, is precisely growth in the capacity for ongoing reflective self-assessment. This point is the center of Dewey's analysis of the difference between mere activity and educational experience in Democracy and Education (1916): "Thinking …is the intentional endeavor to discover specific connections between something which we do and the consequences which result, so that the two become continuous."

But formal education is considered complete at a certain age. Does this mean that people who have missed this one chance or who are otherwise interested in additional education are simply out of luck? Popular education, developed in the 1960s and ’70s by the Brazilian educator Paulo Freire helps to answer that question positively. Popular education is a non-traditional method of education that strives for the empowerment of adults through democratically structured cooperative study and action. It's carried out within a political vision that sees women and men at the community and grassroots level as the primary agents for social change. It aims to enable ordinary people to define their own struggles and critically examine and learn from the lessons of past struggles and from concrete everyday situations in the present. It is a deeply democratic process, equipping communities to name and create their vision of the future for which they struggle.

The popular education process begins by critically reflecting on, sharing, and articulating with a group or community what is known from lived experience. It continues with analysis and critical reflection upon reality aimed at enabling people to discover solutions to their own problems and set in motion concrete actions for the transformation of that reality. In Freire'’s model, the teacher becomes a facilitator, the traditional class becomes a cultural circle, the emphasis shifts from lecture to problem-posing strategies, and the content, previously removed from the learners’ experience, becomes relevant to the group.

Popular education has always had an intimate connection to organizing for social change. In the early 1960s, Freire, began his work in this area by using the principles of dialogue and critical consciousness-raising—fundamental to popular education—to teach literacy to peasants struggling for land reform in Brazil. Freire argued that action was the source of knowledge, not the reverse, and that education, to be transformative, involved a process of dialogue based on action and reflection on action.

Although starting a new — or supporting an existing — Experimental School might be the best use of this pattern, the concepts of an Experimental School can be useful to anybody who is establishing new programs in a traditional school or involved in virtually any way in the education of themselves or anybody they know. The key concepts are respect for learning, reflection, and a faith in the importance of reasoning and, especially, reasoning together.

Solution: 

Integrate the ideas from this pattern into educational settings that exist or can exist. We can think about how we think and we can learn about how we learn.

Verbiage for pattern card: 

Schools with unchanging assumptions can't meet society's changing needs. This is unfortunate now when the need for public problem-solving is most acute. An Experimental School attempts to accomplish positive aims while adopting experimentation as a guiding orientation. The key concepts are respect for learning, reflection, and faith in the importance of reasoning and, especially, reasoning together.

Pattern status: 
Released
Pattern annotations: 

Users' IT Quality Network

Pattern ID: 
591
Pattern number within this pattern set: 
80
Aake Walldius
CID/NADA/KTH
Yngve Sundblad
CID/NADA/KTH
Version: 
2
Problem: 

Competitive software suppliers need demanding customers who can articulate sophisticated user requirements for the software they use in their daily work. However, it takes people from different professions to articulate requirements that serve both the employees, the (co)owners, and the customers of tomorrow. If the contact between the end-users and the people who purchase their software is too loose, then the purchasing personnel only get their information from the dominant software suppliers of today.

Context: 

The competition between suppliers of communication services is different from that between suppliers of physical goods, since what the former deliver is not just a platform for communication, but the access to service providers and to other users who have already invested in that platform. Other economic forces tend to further decrease competition in the software market. This makes it even more important to support the articulation of end-user quality demands.

Discussion: 

Examples
TCO Development, www.tcodevelopment.com
Krav Organic Labeling, www.krav.se
Users' Award, www.usersaward.com

An example of an emerging Users' IT quality network is the UsersAward network which was initiated in 1997 by a group of trade union activists and researchers who wanted to address the problem of expensive and centralistic workplace IT systems. Many such planning and control systems had become a bureaucratic hindrance for both employees and employers in Swedish firms. In 2002, the project, which by then engaged a consortium of researchers from four universities, had developed a quality certification method and demonstrated its viability by certifying two software packages in Sweden.

The Users' Award network is open for employees who want to take part in efforts to raise the quality of software for use in the workplace. The network arranges User Conferences where Exemplary software is showcased and discussed. It initiates periodic User surveys to gain hard facts about user preferences and user satisfaction with the major software services in the marketplace. A yearly Users' IT Prize contest has been held since the year 2000. Since 2002 the User Certified 2002 certificat has been issued to software suppliers who have passed the certification process developed by the research consortium which is an important part of the network. See image below.

Forces
The former software design manager at Apple, HP, and UNext sums up his design philosophy in the epigraph of his book Things that make us Smart [2]: "People Propose, Science Studies, Technology Conforms." This is a sharp criticism of what Norman claims to be the dominant division of roles today, that industry proposes, science studies, and consumers conform. The critique is elaborated in the book The Invisible Computer where Norman argues that 1) the typical computer user the last ten years has been a person with substantial technical expertise, 2) that, due to the fast dissemination of IT services, the typical user in the coming years will be a person without technical expertise, 3) that this will force a fundamental reorientation upon the hardware and software industries, bringing policies of user orientation to the fore.

Donald Normans analysis has been one of the inspirations for the UsersAward initiative. In the quote above, Norman identifies three social institutions as key actors in the overall process of innovation. We want to point out a fourth crucial actor, "the media", or three divisions of it to be more exact. Thus, the following social forces interact in complex ways to support the articulation of problems and solutions, an ongoing articulation process that could be further institutionalised in User-driven software labelling, (as it already has been for computer hardware):

- User groups complain about recurrent software problems and point out alternatives,
- popular media inform the general public about complaints and alternative solutions,
- research groups study the complaints and invent solutions,
- trade press scrutinise the research results,
- national media comment the research results,
- user oriented software suppliers implement proposed solutions,
- regulators and standards organisations confirm principles behind the solutions.

Dependencies
From APL (1):
Network of learning, University as marketplace.

From this proposed language:
IT quality survey (101), Users IT quality centre (102),
IT research consortium (103), Users' IT prize contest (382),
IT quality conference (383),
Users' IT quality certification (384)

Solution: 

Support initiatives in workshops, offices, schools and universities to articulate user requirements for the software you work with. Take part by formulating concrete demands that enhance the quality of the software you use in your group. Make it fit the decentralized teamwork organisations of tomorrow. If a Users' IT quality centre already exist in your region, support it by participating in its many activities. If it does not exist, take part in forming one.

Verbiage for pattern card: 

Competitive software suppliers need demanding customers who can articulate sophisticated user requirements for the software they use in their daily work. Economic forces make it very important to support the articulation of end-user quality demands through initiatives in workshops, offices, schools and universities. If a Users' Information Technology Quality Network already exists in your region, support it by participating. If it does not exist, take part in forming one.

Pattern status: 
Released

Mobile ICT Learning Facilities

Pattern ID: 
485
Pattern number within this pattern set: 
77
Grant Hearn
University of the Western Cape
Version: 
2
Problem: 

In many countries, the lack of access to technology and Information and Communication Technology in particular, is an acute problem of both resources and location. Solutions must focus on making scarce resources cover as much ground as possible.

Context: 

Placing fixed computer facilities in communities with government or donor funding limits the benefits to the particular communities in question.

Discussion: 

One solution that has long been available in the sphere of basic literacy is the mobile library, whereby suitable motor vehicles carry libraries on wheels to those unable to otherwise access them. This makes good use of financial resources and allows a scarce and important asset to be brought to where it is most needed and reused continually.

The provision of similar traveling computer laboratories, the drivers of which are trained computer literacy educators, could play a similar role in bringing the ICT “mountain” to the disempowered. Self-contained units with their own power generation ability will grant ICT access to many people in remote locations or simply living in communities which are too poor to support such access in other ways. Encouraging community participation in the program will help to ensure that those in the community who could most benefit by the program will be helped first. The goals of such a program would be to:

  • Bring scarce and economically empowering assets to communities desperately in need of them or otherwise simply lacking in access to these assets by virtue of their remote location
  • Contribute to reducing the geographic and economic isolation of many communities
  • Begin to bring the wider world to communities who wish to gain knowledge of it and interact with it.
  • Contribute to the knowledge and skills of those joining the exodus from rural to urban areas in an attempt to provide survival strategies that move away from begging, menial labor and crime

In South Africa a similar initiative which focuses on bringing science and technology to disadvantaged communities is already in place. A bus called the Discovery Mobile travels to communities and gives young people the opportunity to interact with a wide range of exhibits inside the bus.

Solution: 

By working together with government, donors and communities, mobile computer laboratory facilities can be established to begin to answer the needs of many communities for exposure to and training in the use of information and communication technologies.

Verbiage for pattern card: 

In many countries, the lack of access to Information and Communication Technology is an acute problem. Just as the mobile library brings books to those who lack access, traveling computer laboratories with computer literacy educators as drivers can play similar roles. In South Africa, the Discovery Mobile bus travels to communities and gives people the opportunity to interact with science and technology exhibits.

Pattern status: 
Released

Open Access Scholarly Publishing

Pattern ID: 
880
Pattern number within this pattern set: 
76
John Thomas
IBM Research Hawthorne
Version: 
2
Problem: 

The cost of journals and books has risen to the point where libraries, let alone individual scholars, can barely afford them. This is not because the payments to authors have risen dramatically. Far from it. Nor have publishing costs skyrocketed. Instead, there has been a dramatic consolidation in the publishing industry along with skyrocketing profits, far faster than, for instance, the general rises in the cost of living. In addition, with the consolidation in the retail bookstores as well as publishers, the publishes concentrate their efforts disproportionately on textbooks that will have large markets. Moreover, even if publishing profits were driven to zero, there would still be many people in the world who would not be able to gain access to important scientific and scholarly information in the form of paper books and journals.

Context: 

There are many scholars, scientists, and teachers in a wide variety of fields. Only a very small percentage gain a significant amount of income from the publication of their scholarly works. In fact, in many cases, authors have to pay page charges to have their work published. Publishing companies make a lot of money. Yet, people who could gain greatly from the knowledge in books and articles cannot afford them. Not only do most scholars receive little, no, or negative income for publishing their work; the amount of work that they are expected to do has increased, Not too many years ago, authors sent in a paper manuscript and the publishing companies were responsible for typesetting and copy editing. Today, most publishers require computer-readable files completely formatted and expect the author to carefully check for typos, grammatical errors, word usage, etc.. In other words, the author now does much of the work that publishers used to do, but all the resultant reduction in costs have been added to the profits of publisher rather than to any benefits to the authors.

Discussion: 

Probably the best introduction to the important concepts in Open Access (OA) Scholarly Publishing can be found at Peter Suber's website:
http://www.earlham.edu/~peters/fos/overview.htm
Among other important points, he debunks some important myths about OA. OA is not cost-free, for instance, although clearly, it can be less expensive than traditional use of a paper publishing company. Even if not completely cost-free, it can still be free to the readers. There are a number of different models of funding. In some cases, the authors pay a small fee; in others, institutions pay; in still others (e.g., NSF), granting agencies make OA a condition of acceptance. It is also pointed out that there is no necessary relationship between quality and whether something is paper published. OA journals support peer-review, high standards and editing (at least) as easily as paper media. OA archives typically permit researchers to post non-reviewed white papers, drafts, etc. OA projects do well to use the OAI metadata standards so that others may search works seamlessly across organizational boundaries.

Perhaps the best-known current example of open access scholarly publishing is the cooperative project known as the "Wikipedia" but there are many others. MIT is making all its course material available online; MERLOT is a cooperative project across many universities in the United States to share course materials. There are similar projects in Europe and Canada.

One example illustrating some of these concepts is the Global Text Project. THE GLOBAL TEXT PROJECT - Engaging many for the benefit of many more. While even individuals and libraries in the United States find it difficult to afford books and journals, these items in many in the developed world are completely beyond reach. In many countries, the price for the textbooks equivalent to the requirements for a single year of undergraduate college is higher than the median gross net income. The Global Text Project website (http://globaltext.org) states their goal as the provision of a library of 1000 free electronic textbooks for the developing world. These would comprise all the texts needed for undergraduates in every major. Many of the participants have experience with creating a free textbook about XML. The next two planned projects are for texts on management and on Information Technology.

The project seems feasible. Most scholars in the developed world are relatively wealthy compared with the developing world. Contributing to the education of other parts of the world can ultimately help developing countries lower disease rates and improve economic conditions, lower the probability of civil war, corruption and starvation. In turn, this increases the chances for more education in a virtuous cycle. In addition, contributing to such projects offers scholars the opportunity for enhancing their reputation and getting valuable feedback from other colleagues.

There are some advantages to print media. It is nice to be able to "own" an actual book or journal and annotate it. In some ways, the distinctive covers and form factors of books can serve as a helpful retrieval cue to the material inside in a way that websites typically do not. However, having books and journals online also has distinct advantages over and above the tremendous difference in costs. On line books allows one to search for keywords, put related passages on the screen side by side, apply automatic summarization techniques, run software to check spelling, grammar, difficulty level and easily reformat. On line books can also contain hyperlinks to other scholarly (or non-scholarly) work and websites.

There are other significant advantages to Open Source Publishing. Because the overall price is so much less (less cost and less concern with profit) publishing in a multitude of languages becomes feasible. In addition, for the same reason, a much wider variety of materials may be published. By way of contrast, textbook publishers tend to focus their efforts on books for very popular and required courses.

While this discussion has focused so far on the benefits of open source scholarly publishing to potential readers and society generally and has argued that there is little financial disincentive for most scholarly authors, a study by Antelman (2004) indicates that they may actually be substantial benfeits to authors as well. In her study of citations for articles in four fields (philosophy, political science, electrical engineering and mathematics) she found in each case a highly significant difference in favor of open source articles.

Solution: 

Provide ways (e.g., via Wikis) for scholars to jointly create and improve scholarly materials, have them peer-reviewed and disseminated to those who can learn and critique the information without always engaging the additional costs and gate-keeping properties of traditional paper publishers.

Verbiage for pattern card: 

Due to industry consolidation and skyrocketing profits, the cost of journals and books has become outrageous. But even without profits, many people would still not be able to gain access to needed information. We need to create and improve online materials that are freely available and avoid the costs and gate-keeping of traditional publishers.

Pattern status: 
Released

Accessibility of Online Information

Pattern ID: 
502
Pattern number within this pattern set: 
75
Robert Luke
University of Toronto
Version: 
2
Problem: 

There are many digital divides -- those based on economics, gender, race, class, and ability. We can understand these divides by dividing them into two main categories -- accessibility to, and accessibility of information and communication technologies (ICTs). Accessibility to ICTs means having access to the technologies that connect one to the network society. Accessibility of ICTs means that these technologies of access are accessible to those with disabilities. But what does it mean to provide accessible ICTs and online environments?

Context: 

"For people without disabilities, technology makes things convenient, whereas for people with disabilities, it makes things possible . . . [this] fact brings with it an enormous responsibility because the reverse is also true. Inaccessible technology can make things absolutely impossible for disabled people, a prospect we must avoid."

Judith Heumann, Assistant Secretary of the Office of Special Education and Rehabilitative Services, U.S. Department of Education. Keynote address to Microsoft employees and experts on disabilities and technology, Redmond, Washington, February 19, 1998

Discussion: 

Just as buildings are built with accessibility factored into their architecture from the ground up, so too must WWW and Internet architecture factor in accessibility initiatives from the outset to ensure equitable access to online resources. Accessibility standards such as the World Wide Web Consortium’s Web Accessibility Initiative (W3C WAI) Guidelines offer developers guidelines for designing inclusive information infrastructures.

The WAI guidelines provide a blueprint for ensuring that ICTs used to access them are accessible to all. They are meant to prevent digital divides from growing disproportionately to the continued use of new technologies. By taking into account accessibility considerations, people with physical and/or learning disabilities are encouraged to become producers of information, and not just passive consumers. This is an important point, and a distinction worth making. It is one thing to ensure that ICTs and online media are rendered accessible for those using assistive devices (screen readers, special keyboards, mouse devices). It is another thing entirely to ensure that people with disabilities can actively participate in creating content for the online world. A key factor of accessibility is ensuring that those with disabilities can access both the information produced for and in the electronic world, and equally as important, can also access and use the tools needed to produce this content.

Here we can return to our accessibility to and ofdistinction. Accessibility of means making electronic information accessible according to the W3C’s WAI guidelines. Accessibility to ICTs means making the tools required to produce electronic content accessible also. These two taken together means ensuring that all people, regardless of ability, can participate equally in the production of the network society, in the information produced and broadcast via communication technologies. Creating knowledge from this information is what defines the network society. To our accessibility bifurcation we must add the ability to assess, to decode, and to use information, central components of what we can call digital literacy. Ensuring this knowledge benefits from all voices ensures that this network society is inclusive, representational, and reflective of the society at large.

Have You Unplugged Your Mouse Today?

What exactly does it mean to make Web content accessible? A review of accessibility issues by various disability groups will enable us to understand the barriers faced by a significant proportion of the population. It is useful to remember that the percentage of people with either a physical or learning disability that may impair access is around 20+% (54 million people in the US alone) (Waddell, 1999), and grows significantly according to age group.

How Many People Have Disabilities (US)?

Age Group Proportion of People with Disabilities
0 -- 21 10%
22 -- 44 14.9%
45 -- 54 24.5%
55 -- 64 36.3%
65 -- 79 47.3%
80+ 71.5%

Visual and hearing impairments are among the disabilities associated with ageing. U.S. Census Bureau (Qtd. in “Accessibility in Web Design” )

Disabilities that may impair access include visual, hearing, mobility, and cognitive impairments. To give you an idea of what barriers these users face, here is a list of some difficulties by disability group:

Vision --include blind and low vision people who use screen readers to access electronic information. Items that may be inaccessible or cause difficulty for vision impaired people include:
· Some Java elements
· Browse buttons
· Poorly labeled form elements
· Inconsistencies in layout
· Inconsistencies in language
· Surprise popup windows
· Multiple frames and nested tables
· Other problems included the illogical display of steps required for task completion, and confusing and ambiguous use of terminology

Hearing -- hearing impaired people need closed captioning for audio so this information will not be lost to the hearing impaired.

Mobility -- people with mobility impairments may use screen readers, laser and infrared head mouse devices, special keyboards and other products to access online and electronic information. They face problems similar to those encountered by the visually impaired.

Cognitive and Language/ Learning Disabilities -- people with these kinds of special needs use a variety of access devices to help improve access and cognition. Difficulty with language usage, the manner in which text and links are encoded, and the use of colors, fonts, sounds, graphics, all may have an adverse impact on LD people. Other issues include:
· Inconsistencies in layout and language
· Absence of alternative formats (no redundant display of information)
· Difficulty with multi-step activities
· Confusing terminology (e.g. "click here")
· Complexities in page/site payout and lack of clear and consistent instructions or other navigational aids.

Other factors affecting all disabled users include:
· Lack of experience with Internet/WWW technologies
· Lack of experience with assistive and adaptive technologies
· Operating system, software conflicts and difficulties
· Sites and technologies that do not support alternative access devices and strategies

Solution: 

Solution:

Following the W3C WAI guidelines is one way to ensure that all online information is accessible to persons with disabilities or to those who rely on adaptive and assistive technologies. Voluntary compliance on the part of all online providers will help the evolving standards of the WWW keep pace with the population. However, it is imperative to seek ways to encourage the accessible design of web materials from their first iteration. Inclusive design practices must take an active role in directing the development of accessible technology.

Equally as important is the need to educate all users and developers of ICTs on accessibility. This includes focusing on the ways in which the network society -- the culture in which ICTs are embedded -- can best respond to the needs of all people. This means looking at the social contexts in which technology sits, and examining the broader issues of access and living in a culture increasingly dominated by various mediating technologies. It means focusing less on individual accommodations and more on providing inclusive network infrastructures from the ground up. We need to develop a cultural or environmental approach to providing accessible ICTs and online environments. By building in “electronic curbcuts” from the ground up, online media and ICTs offer an inclusive opportunity for all people to participate in digital information exchange. Accessibility affects us all: Some of us directly; all of us indirectly.

Verbiage for pattern card: 

Digital "divides" are based on economics, gender, race, class, ability, or other factors. We can view these divides in two ways — accessibility to, and accessibility of, information and communication technologies. Accessibility means being able to connect to the network society. It also means that these technologies are accessible to those with disabilities. We must find ways to design for accessibility at the onset. Accessibility affects us all: Some of us directly; all of us indirectly.

Pattern status: 
Released
Information about introductory graphic: 
Wikimedia Commons

Positive Health Information

Pattern ID: 
746
Pattern number within this pattern set: 
74
Jenny Epstein
Version: 
2
Problem: 

Health information in the developed world exists in vast quantities, not only for the general public but also for health professionals. Much of this information depicts good health in terms of vigilance against the failings of our own bodies. This serves to create dependency on a high tech, commodity health system.

Context: 

The style of language and the content of information are very important in how information makes people perceive the world. Authors in many fields have noted patterns of communication that create distrust and enforce dependency by emphasizing danger from external, uncontrollable forces. If people have a sense of helplessness in the face of this threat, they do not act upon their own feelings and perceptions.

Discussion: 

Negative language has the effect of emphasizing threats, magnifying fears, and creating dependency. Reminding people of their mortality tends to make them hold more closely to traditional culture (Pyszczynski, Solomon, & Greenberg, 2003); this has implications for mental health, and can also be used to influence mass opinion and behavior. A recent example is the US administration’s use of language to create fear and mistrust among the public by creating the specter of a constant external threat (Brooks, 2003).

Much health information, especially advertising from hospital corporations and pharmaceutical companies, uses this technique. A paternalistic (doctor knows best) and commodity-driven medical system produces an endless stream of information that encourages the perception that natural processes, such as growing older or pregnancy, are fraught with danger. This inhibits the spread of health information that is not based on the treatments that this system has to offer.

Language may not only be negative; it can also be empty (Brooks, 2003); complex issues are broken down into broad statements with little meaning. In health care information, this pattern of communication places the cause of ill health on the individual. The complexity of individuals’ relationships to the world they live in and the effects on individual health of pollution, poverty, and unhealthy social norms and values are ignored. People come to construe healthy behavior in terms of dependency on a medical industry that constantly invents not only new cures, but new diseases for the cures it already possesses (Blech, 2006).

Empty language is like empty calories. It tastes good and you can eat a lot of it, but you don’t obtain much benefit. A great deal of health information tempts us to feel that we are well-informed. We are bombarded by advertising and public health campaigns that do little more than create mistrust of the inherent healthy processes we possess. To reduce complex health issues to taking a pill ignores people’s emotional needs and the complex connection between body and mind; instead it emphasizes the negative aspects of their health.

The use of estrogen replacement in post-menopausal women illustrates this. Estrogen replacement was pushed on women as a way if combating the “problems” of growing old such as osteoporosis, heart disease, memory loss and drying skin. The unspoken message was that there was something wrong with growing old that taking medication could correct it. Preventative approaches, that emphasized a lifetime of healthy behaviors and the inherent correctness of aging, were ignored.

In pattern 47, Health Center, Alexander et al. (1977) describe a medical system that emphasizes sickness over health. By contrast, they show the Pioneer Health Center in Peckham, an experiment from the 1930s, as an example of medical care that focuses on health instead of sickness. In the same manner, health information must distinguish between healing and medicine. We need to hear messages of what is right with us and what needs to be done to stay in touch with the inherent health of our bodies.

Many alternative health practices, such as yoga, polarity treatment, or acupuncture focus on the inherent healthiness of the body. In these practices, the underlying concept is on healing, the natural process by which the body repairs itself. The rise of alternatives to conventional medicine reflects, in part, the lack of substance people feel from the information they receive after a visit to a doctor. Health-related discussion forums, that include both lay and professional perspectives but avoid the disease-mongering (Marshall & Aldhous, 2006) influence of industry funding, offer a way to make sense of information from various health related sources without falling victim to negative language and information; people put information into the context of everyday life and validate positive perceptions of themselves. This type of information has substance to it, not only because it is active rather than passive; it has the positive effect of engaging people in independent, creative thinking.

Solution: 

Health information should emphasize the idea that people are inherently healthy. It must inspire trust in the body’s ability to heal itself, once a healthy path has been taken. Where information of this kind is insufficient, either create it or supplant it with participant-controlled interactive forums.

Verbiage for pattern card: 

Health information in the developed world often depicts health in terms of vigilance against external, uncontrollable forces. This fosters distrust and dependency on a high-tech, commodity health system. Positive Health Information is built on the fact that people are inherently healthy. It inspires trust in the body's ability to heal itself, once a healthy path has been taken.

Pattern status: 
Released

E-Consultation as Mediation

Pattern ID: 
475
Pattern number within this pattern set: 
70
David Newman
Queen's University Belfast
Version: 
2
Problem: 

How can we improve public consultation between citizens and their public servants? How can we facilitate the participation of groups who currently don't take part, and use their input to find policy consensus?

Context: 
  1. Formal public consultations initiated by government agencies.
  2. Informal communications between representatives (MPs, councillors, ...) and their constituents.
  3. Community and voluntary organisations attempting to consult their members and clients to determine their response to a policy initiative or government consultation.
  4. Media or community sponsored discussions on a local issue.
  5. Mediation between anatogonistic communities who have conflicting interests.

Note that the pattern applies most strictly to the final context, where a government body is mediating between competing interests (e.g. in a planning inquiry). It is one of a number of patterns that can be followed in the other situations.

Discussion: 

Current public consultation is deficient in a number of ways. Few people have the time or language skills to respond in writing to 20-page consultation documents. It is mainly professionals with a financial interest who do so. Rarely are public meetings attended by more than a few local retired people. The language of the documents is often obscure and couched in public sector jargon. The questions asked are the ones the officials feel safe asking, not the ones local communities would ask. The style is not one that engages the interest of anyone who is not a committed activist, let alone young people.

This has become very clear in places, such as devolved regions of the UK, where public consultation has suddenly grown very fast. In Northern Ireland, equality legislation forced 120 public authorities to consult on how they were planning to measure the equality impact (gender, race, religion, age, class) of each of their policies over the next 5 years. This led to 120 long documents being sent to the same 80-120 voluntary organizations, with 8 weeks to reply. Their choice was to ignore them (whereupon the officials could continue to do what they had done before) or to spend every day drafting replies, with very little time to talk to the people who would be directly affected.

Contrast this with experimental use of ICTs in public consultations in the Netherlands, the use of Internet chat to hold discussions between young people in East Belfast (the only neutral venue at the time) on human rights, and research into on-line mediation support systems in Germany (for planning disputes).

Can we design an appropriate use of software to support electronic public consultation that improves both its effectiveness in reaching different people, and its efficiency in controlling information overload and consultation fatique?

Consider consultation as an inter-organizational learning process. Knowledge is transfered between citizens and government, as they learn from each other. In particular, the policy makers need to better understand the needs, life experiences, and preferences of different actors in civil society (sometimes called stakeholders). In doing that, they act as both apprentices, learning from citizens, and mediators, managing disputes between different groups of citizens.

When there are strong disagreements between different groups, a mediation or negotiation model is appropriate, based on what we understand about dispute resolution in communities that have been affected by conflict. This can be used to build a pattern of the process, and identify technologies to support different stages in that process.

Solution: 

Considering public consultation as a series of mediation and negotiation processes, it should be possible to participatively design software that supports these human processes, in the stages identified in the table below.The technologies that can be used at different stages are described in more detail in a guide to e-consultation.

Verbiage for pattern card: 

In good public consultations knowledge is transferred between citizens and government as they learn from each other. E-Consultation can be seen as a Mediation process which is run in stages. At the beginning issues and needs can be collected from stories in forums and social media. Policymakers need to better understand people's needs, life experiences, and preferences in order to participatively design solutions to social problems.

Pattern status: 
Released

Equal Access to Justice

Pattern ID: 
806
Pattern number within this pattern set: 
69
Donald J Horowitz
Wash State Access to Justice Tech Principles Comm
Version: 
2
Problem: 

The fundamental principle of full and equal access to the justice system, particularly for those who suffer disparate barriers or are otherwise vulnerable, faces new opportunities and challenges from the advances in information and communication technologies, which can provide increased pathways for quality access but can also perpetuate or exacerbate existing barriers or even create new ones.

Context: 

This pattern is based upon a trailblazing effort by the Washington State Access to Justice Board, an agency of the Supreme Court, to define principles and develop implementation strategies, means and methods, for ensuring that technological capabilities and advances are effectively incorporated throughout the state justice system in ways consistent with the fundamental principle that all persons should have equal access to justice. A recent legal needs survey had revealed that 87% of all low income people in the state who had civil legal problems were unable to secure legal help, and that residents of rural counties had substantially less access to technology-based resources than their urban counterparts. Therefore the overriding intent of the effort was to develop, implement and institutionalize principles within all justice system agencies to increase access to justice system information, resources and services for all, and especially those who most need it.

Discussion: 

Currently, technology is creating opportunities for people to use their home or nearby library branch or community center to find out about, initiate or respond to court or other law related needs, obligations or requirements, communicate and exchange documents with their legal service provider or others in or associated with the legal system less expensively, using less time and effort, without having to travel to a central city, and with less time away from work or other necessary resources. This can be especially important for the elderly, persons with disabilities, persons with limited financial means, and those who can’t afford to miss time from work for reasons of financial need or jeopardizing their employment. Similarly, a person with limited mobility or hearing may be able to get information electronically about his or her rights as a tenant; a victim of domestic violence can learn on the Internet what she can do and in fact be able to start the legal process of protecting herself. The courts and other parts of the justice system can operate more productively and less expensively, making court and legal records and information more readily available, and receive filings, fees, documents and information, all electronically.

However, the means of using these very possibilities also create the risk of worsening old barriers or erecting new barriers to access, causing greater disparities. While the opportunities described above seem positive, these innovations assume access to a computer, reasonable proficiency at using them and their necessary software programs, reading capability, fluency in English and sufficient phone or cable and electricity availability and capacity at affordable cost to support sufficient connections and streams of information and interactivity. Without all of that, those who have the tools and means, the proficiency and the necessary infrastructure available get further ahead, and those without fall further behind in having the justice system work for them. The lack of equality gets greater, not less.

On December 4, 2004, the Washington State Supreme Court became the first court in the United States, perhaps the world, to formally adopt by Court Order, a set of authoritative principles to guide the use of technology in its justice system. The stated purpose was to ensure that the planning, design, development, implementation and use of new technologies and the management of existing technologies by the justice system and associated organizations protects and advances the fundamental right of equal access to justice. Over a three-and-a-half year period, the Washington State Access to Justice Board drew on the input and involvement of a diverse group of approximately 200 people and organizations from a variety of disciplines and backgrounds to develop formal Access to Justice Technology Principles to serve as the practical operating norm for justice system organizations and entities throughout the state.

The Access to Justice Technology Principles broadly define access to justice as the meaningful opportunity to: (1) assert a claim or defense and to create, enforce, modify, or discharge a legal obligation in any forum; (2) acquire the procedural or other information necessary to improve the likelihood of a just result; (3) participate in the conduct of proceedings as a witness or juror; and (4) acquire information about the activities of courts or other dispute resolution bodies. Access to justice, moreover, must include timeliness, affordability and transparency.

Briefly paraphrased, the six Access to Justice Technology Principles are:

1. Requirement of access to justice: Introduction of technology or changes in the use of technology must not reduce access or participation and, whenever possible, shall advance such access and participation;

2. Technology and just results: The justice system shall use and advance technology to achieve the objective of a just process by impartial and well-informed decision makers and reject, minimize, or modify any use that reduces the likelihood of achieving that objective;

3. Openness and privacy: Technology should be designed to meet the dual responsibilities of the justice system of being open to the public and protecting personal privacy;

4. Assuring a neutral forum: All appropriate means shall be used to ensure the existence of neutral, accessible, and transparent forums which are compatible with new technologies

5. Maximizing public awareness and use: The justice system should promote ongoing public knowledge and understanding of the tools afforded by technology to access justice

6. Best practices: Those governed by these principles shall utilize “best practices” procedures or standards to guide the use of technology so as to protect and enhance access to justice and promote equality of access and fairness.

A broad-based interdisciplinary implementation strategy group then developed a set of practical strategies and initiatives to transform the principles from the words of a court-ordered statement of vision into a pervasive operational reality through the state justice system. Once the principles are truly institutionalized in justice organizations, then, as a matter of ordinary routine, the design for every new technology project would incorporate accessibility and usability and increase transparency of and information about the justice system for all users, especially those who are or may be excluded or underserved as well as those experiencing any barrier to accessing justice system services. Essential actions include: (1) Development and maintenance of a Web-based Resource Bank; (2) Initial and ongoing communication to and training for justice system and associated agencies about the ATJ Technology Principles and available resources for implementation; (3) Demonstration projects; (4) Public awareness and usable information. Additional requirements address policy-level governance and guidance as well as ensuring the continuing relevance, effectiveness and use of the Principles over time.

Solution: 

A great deal has been said and written about what has come to be called “The Digital Divide,” both domestically and internationally. Respect for and use of the rule of law is an essential way to move to a less divided, more equitable society and world. Accessible quality justice for all individuals and groups is a recognized worldwide value that crosses cultural as well as geographic lines. Meaningful access to justice can and does empower people to be part of creating their own just societies. This effort is the first such undertaking, and can provide a useful example that can be adapted and used not only in other places, but in other sectors of basic public need, such as access to health care, access to food, access to safety, and other essentials.

Verbiage for pattern card: 

The principle of full and equal access to the justice system faces opportunities and challenges from new technologies. While technology can provide new pathways it can also exacerbate existing barriers or create new ones. Technology can allow people to use their home, library, or community center to find out about, initiate or respond to law related requirements, and communicate and exchange documents less expensively, using less time and effort.

Pattern status: 
Released

Privacy

Pattern ID: 
589
Pattern number within this pattern set: 
65
Douglas Schuler
Public Sphere Project (CPSR)
Version: 
2
Problem: 

Everybody has information, activities, thoughts and events from their lives that they'd rather keep to themselves. Unfortunately for them, corporate marketeers, government security forces and criminals, both amateur and professional, are working hard to uncover and exploit these secrets. While it's clear that some information of this sort needs to be uncovered for the common good (news of an impending terrorist attack, for example), this need is sometimes invoked as a pretext for trampling on privacy protections. Without adequate safeguards, dictators and other authoritarians (including many in putatively democratic societies) spy on critics of their regimes, an activity that can result in harassment or even torture or death of the critics in many places around the world.

Context: 

Legitimate governments, civil society, and concerned individuals must work together to prevent the all-too-common privacy abuses where the powerful prey upon the less powerful. In what the Kinks call "the wonderful world of technology" the basic ingredients including massive amounts of personal information in digital form, ubiquitous communication networks and inexpensive and miniscule surveillance devices, coupled with the social equation of eager snoops and unsuspecting dupes, has helped create an explosion of privacy abuses and the potential for untold others. The fact that human identities themselves are now routinely "stolen" reveals the severity of the threat and how much "progress" is being made in the advancement of privacy abuse.

Discussion: 

In 1763, the noted English Parliamentarian William Pitt in his "Speech on the Excise Tax" declared that "The poorest man may in his cottage bid defiance to all the force of the Crown. It may be frail; its roof may shake; the wind may blow through it; the storms may enter; the rain may enter – but the King of England cannot enter; all his forces dare not cross the threshold of the ruined tenement."

Now nearly 250 years after Pitt's speech modern day rulers use technology to easily enter the tenements, both ruined and intact, of millions of people without a warrant or the problems associated with actual physical entrance. In the campaign to re-elect Arnold Schwarzenegger to the governor's office in California, according to Michael Blood (2006), "The Schwarzenegger campaign has stockpiled millions of names, phone numbers and addresses with consumer preferences, voting histories and other demographic information." Then, based on assumptions about consumer preferences (a Democrat, for example, is more likely to drive a hybrid vehicle, while a Republican is more likely to drive a pickup truck or Cadillac), they employed "microtargeting" to carefully craft messages to appeal to the people they believe they now understand based on their interpretation of the data. According to Blood, "The idea is an outgrowth of techniques that businesses have long used to find new customers. ... Few people might realize how much information is publicly available, for a price, about their lifestyles. Companies collect and sell consumer information they buy from credit card companies, airlines and retailers of every stripe."

Why is technology so crucial — and so threatening right now? The quick answer is plenty of product and buyers. The laundry list of new technology is growing daily and institutions are not afraid to (ab)use it. Some, if not most, of the technology is plagued by problems that are either "built-in" (or otherwise inherent or inevitable) to the technology and/or subject to misuse. "Face recognition" software, at least currently, falls into the first category. John Graham, for example, of the Giraffe Project, faced a problem in the second category when his name showed up on the U.S. "No fly list" for no discernible reason. After several letters to the government he finally received word that his "identity has been verified," meaning, presumably that yes he is the "John Graham" in question. Currently his name has not been removed from the list, whether this is attributable to incompetence, work overload, or basic mean-spiritedness is not easily determined.

According to Privacy International,

"Privacy is a fundamental human right. It underpins human dignity and other values such as freedom of association and freedom of speech. It has become one of the most important human rights of the modern age.

Privacy is recognized around the world in diverse regions and cultures. It is protected in the Universal Declaration of Human Rights, the International Covenant on Civil and Political Rights, and in many other international and regional human rights treaties. Nearly every country in the world includes a right of privacy in its constitution. At a minimum, these provisions include rights of inviolability of the home and secrecy of communications. Most recently written constitutions include specific rights to access and control one's personal information. In many of the countries where privacy is not explicitly recognized in the constitution, the courts have found that right in other provisions. In many countries, international agreements that recognize privacy rights such as the International Covenant on Civil and Political Rights or the European Convention on Human Rights have been adopted into law."

The organization also points out that "The recognition of privacy is deeply rooted in history. There is recognition of privacy in the Qur'an and in the sayings of Mohammed. The Bible has numerous references to privacy. Jewish law has long recognized the concept of being free from being watched. There were also protections in classical Greece and ancient China.

Although privacy is seen as a fundamental and universal right, it's not easily to define. For one thing, it does depend to some degree on culture and context. New communication technology as well as new surveillance technology has shown also that privacy — and the threats to it — also change over time. Generally speaking, "privacy protection is frequently seen as a way of drawing the line at how far society can intrude into a person's affairs" (Privacy International, ____). United States Supreme Court Justice Louis Brandeis explained privacy simply as the individual's "right to be left alone."

Privacy can be divided into the following separate but related concepts (Privacy International, 2006):

Information privacy, which involves the establishment of rules governing the collection and handling of personal data such as credit information, and medical and government records. It is also known as "data protection";
Bodily privacy, which concerns the protection of people's physical selves against invasive procedures such as genetic tests, drug testing and cavity searches;
Privacy of communications, which covers the security and privacy of mail, telephones, e-mail and other forms of communication; and
Territorial privacy, which concerns the setting of limits on intrusion into the domestic and other environments such as the workplace or public space. This includes searches, video surveillance and ID checks.

Each of the types of privacy concept mentioned above has a variety of ways in which the privacy can be abused or invaded. What can be done to stop or slow down these abuses? You can spy on some of the people all of the time and all of the people some of the time. You can't spy on all of the people all of the time… yet.

The ultimate aim is self-restraint where government and other groups and institutions that have a propensity o invade privacy stop doing it. Whether apocryphal or not, there was a feeling that "Gentlemen don't read other people's mail." Although it's not always obvious, there are always (presumably) limits to what people or institutions do that are either self-imposed by habit or by fear of retribution or other penalties.

Unfortunately it's not the case that people should just trust governments or businesses or other people or institutions who might feel obliged to invade your privacy. What can individuals do to protect their rights? And what can individuals do to get out from problems where privacy has already been invaded? As individuals and as members of organizations (like the American Civil Liberties Union, Electronic Privacy Information Center, and Privacy Rights International) who stand up for privacy rights we must anticipate abuses, monitor powerful (and otherwise snoopy), develop policy, negotiate and engage with authorities (law enforcement, legislators), redress abuses. There are many ways in which people can — and should — take personal initiative. These include encrypting e-mail, shredding, protecting yourself from identity theft; and, generally, falling for scams. Initiating lawsuits against the government and corporations for breaches in privacy can be an effective tool of the citizenry in behalf of privacy although ideally it would be much preferred if these institutions could be counted on to police themselves adequately.

The idea that "an innocent person has nothing to fear" is an illusion. Worse, it shows a lack of knowledge that is almost breathtaking. If privacy is the "right to be left alone" then different people will have draw different boundary lines — but everybody will draw one. On the other side of that boundary are institutions and people who will cross that line if they are emboldened to do so. There are also of course times when government or police are legitimately obligated to cross that line, but they will need to do so in a manner that is legitimate for the times. There is never a time when there is no line. Thus privacy is important to everybody in the world. It is also an important policy to consider for groups of people as well. When, for example, would it be necessary to forcefully bring a small group that existed communally for centuries into a cash economy. When is it ethically acceptable to bring the "word of god" (one of them at least) to people of another religion? When does one bomb a country to bring the benefits of democracy to it?

We'd like to think that people would not have to resort to extraordinary measures to protect themselves from privacy intrusion and invasion After all, in the "best of all possible worlds" people wouldn't bother about privacy. Fortunately we don't live in the best of all possible worlds. There is ample evidence in fact that the assault on privacy has only just begun. There are a number of problems that are simply "waiting to happen" Google, for example, owns an immense amount of information about virtually everybody who has ever searched for anything online. While it may be true that, as their mission statement states, they'll "do no evil," how can we be sure about the company in five or ten years time. And just as spammers keep finding way to send electronic dreck, the unethical collection of personal information may be done by new types of spybots, which could be part of e-blackmail rackets, possibly in conjunction with faked digital evidence. Although some people have less reason to fear government, business or criminal impinging on their privacy we all face problems, real and potential of abuse. For that reason privacy rights are often strongly associated with human rights, for example. Privacy is not just an issue for dissidents or political activists.

Solution: 

We are all living in an era when new technology and security concerns — both genuine and feigned — raise tremendous threats to privacy. The threat is real and the struggle against it must be equally as strong. Be cognizant of the critical importance of privacy and work conscientiously on all fronts to protect privacy rights. Public education is important in this area as are public campaigns against privacy invaders.

Verbiage for pattern card: 

Everybody has information, activities, thoughts, and events that they'd rather keep private. But marketeers, security forces, and criminals are uncovering and exploiting these secrets, leading, sometimes to harassment or even torture or death. We need to be aware of the importance of Privacy and work to protect privacy rights and resist privacy invaders.

Pattern status: 
Released
Information about introductory graphic: 
John Thomas

Community Currencies

Pattern ID: 
789
Pattern number within this pattern set: 
63
Burl Humana
Gilson Schwartz
Version: 
2
Problem: 

People have always traded or bartered with each other, using different tools and materials to represent and store value in various kinds of transactions; trade, investment, consumption, production, marriage, kinship, sacrifice. In complex, urban and global capitalist societies, money expands the potential for growth and accumulation, while also creating new forms of wealth and power concentration, regulated by central banks and other supervisory authorities at national and international levels. Community Currencies or “complementary currencies” offer a solution for local markets deprived or unserved by global or national currencies.

Context: 

Thomas Greco states three basic ways in which conventional money malfunctions: there is never enough of it, it is misallocated at its source so that it goes to those who already have lots of it, and it systematically pumps wealth from the poor to the rich. The symptoms of a "polluted" money supply are too familiar: inflation, unemployment, bankruptcies, foreclosures, increasing indebtedness, homelessness, and a widening gap between the rich and the poor. However, the ultimate resource of the community, the productivity, skills, and creativity of its members, is not limited by lack of money. (Meeker-Lowry, 1995)

Discussion: 

According to Michael Linton, "Money is really just an immaterial measure, like an inch, or a gallon, a pound, or degree. While there is certainly a limit on real resources -- only so many tons of wheat, only so many feet of material, only so many hours in the day -- there need never be a shortage of measure. (No, you can’t use any inches today, there aren’t any around, they are all being used somewhere else.) Yet this is precisely the situation in which we persist regarding money. Money is, for the most part, merely a symbol, accepted to be valuable generally throughout the society that uses it. Why should we ever be short of symbols to keep account of how we serve one another?" (Meeker-Lowry, 1995)

"The proper kind of money used in the right circumstances is a liberating tool that can allow the fuller expression of human creativity. Money has not lived up to its potential as a liberator because it has been perverted by the monopolization of its creation and by politically manipulating its distribution -- available to the favored few and scarce for everyone else."2 Creating community currencies may foster exchanges among people that need it most.

Conventional money is strictly regulated by central authorities at a federal level. Its regulated scarcity is a major source of powerful economic policy (i.e..raising interest rates to curb inflation) that plays on the rules of capitalist competition. Community currencies, on the other hand, are designed to counterweight scarcity by promoting exchanges founded on cooperation or collaboration. The emergence of new information and communication technologies has promoted numerous local projects that use “open source money” or “collaborative money”. Both “conventional” money and “community” currencies, however, rest on the same foundation, that is, confidence in the agreed on rules of production and supply of monetary and financial instruments (credits, loans, time sharing, etc.). Both are “conventions” designed and operated by living human communities.

Community currencies may also be qualitative rather than quantitative, so that the “purchasing power” of the currency takes advantage of specific ranges of skills and resources (child and social health care, environmental campaigns or edutainment projects), unlike the conventional economy which values certain skills and devalues or ignores others as effects of blind market forces. The move toward “community” currency is motivated by the desire to bridge the gap between what we earn and what we need to survive financially.

Local currencies are seen as a community-building tool. Communities may range from solidarity economies in slums and vulnerable social areas, to game players, to collectors or charity donors; spread throughout the entire world as digital networks promote new forms of community life. Community currencies not only prove a commitment to community building and to supporting what’s local but also may function as a path towards a greater experiential understanding of the role of economics and money in our daily lives. Any community can, in principle, design currencies backed by something, tangible or intangible, that the community agrees has collective value.

Hundreds of community currency models are at work these days. These are a few of the community currency reference sites - Bernard Lietaer,
http://en.wikipedia.org/wiki/Bernard_Lietaer; Resources for Community Currency Activists, http://www.communitycurrency.org/resources.html; Luca Fantacci, "Complementary Currencies: a Prospect on Money from a Retrospect on Premodern Practices", http://akira.arts.kuleuven.be/meijifin/node/52; Social Trade Organisation, http://www.strohalm.net/en/site.php; Open Money, http://www.thetransitioner.org/wiki/tiki-index.phppage=Open+Money+home+page.

ITHACA HOURS, where everyone’s honest hour of labor has the same dignity and LETS, Local Exchange Trading Systems are examples of such models. These two community currency models illustrate new forms of social and communicative practices that have a real impact on living structures at a local level.

The ITHACA HOURS system was created in 1991 by Paul Glover, a community economist and ecological designer. With ITHACA HOURS, each HOUR is equivalent to $10.00 because that’s the approximate average hourly wage in Tompkins County, Ithaca, New York. Participants are able to use HOURS for rent, plumbing, carpentry, car repair, chiropractic, food (two large locally-owned grocery stores as well as farmer’s market vendors accept them), firewood, childcare, and numerous other goods and services. Some movie theaters accept HOURS as well as bowling alleys and the local Ben & Jerry’s. (Meeker-Lowry, 1995)

The LETS model was created on Vancouver Island, British Columbia, Canada, as a self contained network in which members buy and sell services to other members and are paid in the LETS currency. Every member has an individual account which records their debit or credit. Members do not "owe" the person or business providing the service, instead their debt is to the LETS system, and their debt is thus socialized.( James DeFilippus, 2004)

"Currencies are powerful carriers of feedback information, and potent triggers of adjustments, but on their own terms. (Jacobs, 1984) “A national currency registers, above all, consolidated information on a nation’s international trade." (Jacobs, 1984) National dollars tend to flow out of local communities where they are needed the most to those who already control large pools of wealth like banks and corporations. Community currency is also a tool that can help revitalize local economies by encouraging wealth to stay within a community rather than flowing out. It provides valuable information about the community’s balance of trade and collective values. (Meeker-Lowry, 1995)

People who are time-rich and cash poor can be socially and economically productive without necessarily using only national or international, centrally regulated money. If community currencies can also be used in conjunctions with national currency their use does not have to become an all or nothing proposition, thus leading to the notion of “complementary” currencies.

Local currencies empower their members to improve their circumstances and environment while protecting the general community from the negative influences of other capital flows. This gives the community more control over investments and allows the poor to become emancipated beings in the economic choices and conditions that affect their daily lives. Local currency systems offer the opportunity of transforming labor power or working time into local purchasing power. (Meeker-Lowry, 1995)

Solution: 

There are unique challenges in implementing a community currency system, both technical and political. Shared values and multiplayer commitment by community members are needed to build a sustainable currency. Adequate management at the local level may involve monetary policy issues similar to those experienced at national or international spheres. The community may be local, but also involve participants from distant places acting towards a common goal that can be social, educational and cultural. If successful, a community currency system can leverage local projects in economically depressed areas of the map and put them on the road to a hopeful and fruitful future.

Verbiage for pattern card: 

People have always traded with each other, using various ways to represent and store value. In complex capitalist societies, money encourages growth, accumulation, and new forms of wealth and power concentration. Community Currencies can offer a solution for local markets deprived of or unserved by national financial policy. If successful, it can promote local projects and put them on the road to a hopeful and fruitful future.

Pattern status: 
Released
Information about introductory graphic: 
http://www.samarasproject.net/images/hours.jpg -- permission sought
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