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Were such an infrastructure available, scholars would not be the only beneficiaries: everyone online couldexplore connections within a cultural record that is now scattered across libraries, archives, museums, galleries, and privatecollections around the world, under varying conditions of stability and accessibility. A better understanding of ourselves, our world,and our past would result, as well as a richer framework for learning and scholarship.

In spite of high-profile efforts such as Google Book Search,

most of the human record has not yet been digitized, nor is it likely tobe for some time to come. For the humanities and social sciences, then, an effective cyberinfrastructure will have to support thecomputer-assisted use of both physical and digital resources, and it will have to enable communication and collaboration using arange of digital surrogates for physical artifacts; in fact, it will have to embody an understanding of the continuity betweendigital and physical, rather than promoting the notion that the two are distinct from or opposed to one another. A cyberinfrastructurefor humanities and social sciences must encourage interactions between the expert and the amateur, the creative artist and thescholar, the teacher and the student. It is not just the collection of data—digital or otherwise—that matters: at least as important isthe activity that goes on around it, contributes to it, and eventually integrates with it.

Creating such an infrastructure is a grand challenge for the humanities and social sciences, and indeed forthe academy, the nation, and the world, because a digitized cultural heritage is not limited by or contained withindisciplinary boundaries, individual institutions, or national borders. The resources that make up our cultural record are oftenfound far from the site of their creation and use, carried off as spoils of war, relocated to museum exhibitions or storage, orhidden away in private collections. We now have an opportunity to create an integrated digital representation of the cultural record,connecting its disparate parts and making the resulting whole more available to one and all, over the network.

Creating this integrated, networked cultural record will require intensive collaboration among scholars as wellas cooperation with librarians, curators, and archivists; the involvement of experts in the sciences, law, business, andentertainment; and active participation from and endorsement by the general public. Enabling anything like seamless access to thecultural record will require developing tools to navigate among vast catalogs of born-digital and digitized materials, as well asthe records of physical materials: it will also require addressing daunting problems in digital preservation, copyright, and economicsustainability. The return on this investment will be a humanities and socialscience cyberinfrastructure that will allow new questions to be asked, new patterns and relations to be discerned,and deep structures in language, society, and culture to be exposed and explored.

Librarians, curators, archivists, and the private sector are already joining forces with the objective ofcreating universal access to knowledge anywhere and everywhere. The Open Content Alliance has shown that commercial, nonprofit, anduniversity content creators can cooperate in powerful ways to increase open access to cultural resources. Google has as itsstated mission “to organize the world's information and make it universally accessible and useful”—albeit not on open-access terms.From a technical perspective, Google Book Search has shown that we can digitize collections of millions of books, although it needs tobe acknowledged that even those millions of books constitute only a tiny fraction of the cultural record that exists in archives,museums of all types, and rare book collections as well as, of course, in music, visual arts, maps, photography, movies, radio,television, video games, and other forms of new media.

Librarians speak increasingly today of building the “global digital library,” while museum curators talkof “heading toward a kind of digital global museum”; archivists have been experimenting with virtual finding aids that provideunified online access to records that are physically dispersed.

See Deanna Marcum, “The Sum of the Parts: Turning Digital Library Initiatives into a Great Whole,”: keynoteaddress to the Joint Conference on Digital Libraries, Denver, Colorado (8 June 2005); and Ben Williams, lead librarian at theField Museum, quoted in James Gorman, “In Virtual Museums, An Archive of the World,” New York Times, 12 Jan. 2003.
Yet the digital medium is compelling and effective not just because itintegrates materials otherwise divided in space and time, but also because it integrates these various genres in ways that make itpossible to extend study relatively seamlessly across them. Every day, these nontextual materials proliferate faster than does text,and every day, they grow in importance to fields throughout the humanities and social sciences. Our communications environmentalready includes not just text but still and moving images, audio files, and social interactivity forums, making it imperative thatthe humanities and social sciences be included in the process of designing cyberinfrastructure.

As the Internet becomes home to more of our cultural heritage, the issues of access, management, andpreservation become ever more critical. In their study “How Much Information,” Peter Lyman and Hal R. Varian have tracked thesteadily increasing amounts of information produced each year, in all media. In 2003, analyzing chiefly 2002 data, they estimatedproduction of 300 terabytes (TB) of print, 25TB of movies, 375,000TB of digital photography, 987TB of radio, 8,000TB oftelevision, 58TB of audio CDs—and their estimates do not include software (such as video games) or materials originally produced forthe Web, or more ephemeral forms of digital information such as phone calls or instant messaging.

Peter Lyman, and Hal R. Varian, "How Much Information" (2003) (External Link) .
A Wall Street Journal article in late 2005 described the effort thatthe National Archives and Records Administration is making to manage the digital output of the federal government: from PresidentGeorge W. Bush’s administration, the expected volume of e-mail alone is estimated to be more than 100 million messages.
Anne Marie Squeo, “Oh, Has Uncle Sam Got Mail: As Digital Documents Pile Up, The National Archives Worriesabout Technical Obsolescence.” Wall Street Journal, 29 Dec. 2005.

The challenge is indeed grand in scale; hence, now is the time for ambitious thinking about what advances ininformation technology and communications networks have to offer the humanities and social sciences, and, in turn, and how suchadvances can ultimately serve the public.

Questions & Answers

what is microbiology
Agebe Reply
What is a cell
Odelana Reply
what is cell
Mohammed
how does Neisseria cause meningitis
Nyibol Reply
what is microbiologist
Muhammad Reply
what is errata
Muhammad
is the branch of biology that deals with the study of microorganisms.
Ntefuni Reply
What is microbiology
Mercy Reply
studies of microbes
Louisiaste
when we takee the specimen which lumbar,spin,
Ziyad Reply
How bacteria create energy to survive?
Muhamad Reply
Bacteria doesn't produce energy they are dependent upon their substrate in case of lack of nutrients they are able to make spores which helps them to sustain in harsh environments
_Adnan
But not all bacteria make spores, l mean Eukaryotic cells have Mitochondria which acts as powerhouse for them, since bacteria don't have it, what is the substitution for it?
Muhamad
they make spores
Louisiaste
what is sporadic nd endemic, epidemic
Aminu Reply
the significance of food webs for disease transmission
Abreham
food webs brings about an infection as an individual depends on number of diseased foods or carriers dully.
Mark
explain assimilatory nitrate reduction
Esinniobiwa Reply
Assimilatory nitrate reduction is a process that occurs in some microorganisms, such as bacteria and archaea, in which nitrate (NO3-) is reduced to nitrite (NO2-), and then further reduced to ammonia (NH3).
Elkana
This process is called assimilatory nitrate reduction because the nitrogen that is produced is incorporated in the cells of microorganisms where it can be used in the synthesis of amino acids and other nitrogen products
Elkana
Examples of thermophilic organisms
Shu Reply
Give Examples of thermophilic organisms
Shu
advantages of normal Flora to the host
Micheal Reply
Prevent foreign microbes to the host
Abubakar
they provide healthier benefits to their hosts
ayesha
They are friends to host only when Host immune system is strong and become enemies when the host immune system is weakened . very bad relationship!
Mark
what is cell
faisal Reply
cell is the smallest unit of life
Fauziya
cell is the smallest unit of life
Akanni
ok
Innocent
cell is the structural and functional unit of life
Hasan
is the fundamental units of Life
Musa
what are emergency diseases
Micheal Reply
There are nothing like emergency disease but there are some common medical emergency which can occur simultaneously like Bleeding,heart attack,Breathing difficulties,severe pain heart stock.Hope you will get my point .Have a nice day ❣️
_Adnan
define infection ,prevention and control
Innocent
I think infection prevention and control is the avoidance of all things we do that gives out break of infections and promotion of health practices that promote life
Lubega
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_Adnan
en français
Adama
which site have a normal flora
ESTHER Reply
Many sites of the body have it Skin Nasal cavity Oral cavity Gastro intestinal tract
Safaa
skin
Asiina
skin,Oral,Nasal,GIt
Sadik
How can Commensal can Bacteria change into pathogen?
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How can Commensal Bacteria change into pathogen?
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all
Tesfaye
by fussion
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what are the advantages of normal Flora to the host
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what are the ways of control and prevention of nosocomial infection in the hospital
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Source:  OpenStax, "our cultural commonwealth" the report of the american council of learned societies commission on cyberinfrastructure for the humanities and social sciences. OpenStax CNX. Dec 15, 2006 Download for free at http://cnx.org/content/col10391/1.2
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