<?oxygen RNGSchema="http://www.tei-c.org/cms/system/modules/org.tei.www/_common/schemas/teilite.rnc" type="compact"?>
<TEI xmlns="http://www.tei-c.org/ns/1.0">
   <teiHeader>
      <fileDesc>
         <titleStmt>
            <title>Electronic Textual Editing: 
	Epigraphy [Anne Mahoney, Perseus Project &amp; Stoa Consortium
Tufts University
 ]</title>
         </titleStmt>
         <publicationStmt>
            <availability>
               <p>Licensed under <ptr target="http://creativecommons.org/licenses/by-sa/2.0/uk/"/>
               </p>
            </availability>
         </publicationStmt>
         <sourceDesc>
            <p>No source: this is an original work</p>
         </sourceDesc>
      </fileDesc>
       <revisionDesc>
           <change when="2007-10-31"><date>31 October 2007</date>
               <label>Chris Ruotolo</label> Converted to P5 for new website
           </change>
       </revisionDesc>
   </teiHeader>
   <text>

      <body>
      
         <div n="1" type="section">
        
            <head>Epigraphy in print</head>
        
            <p>Epigraphy is the study of texts that are inscribed onto
        durable materials, typically (though not always) stone.  These
        texts include honorary and memorial inscriptions (on statue
        bases or gravestones), laws and decrees, and even graffiti.
        Although stone does not rot or burn, it can be broken or worn,
        and inscribed stones were often re-used as building materials.
        As a result, many inscriptions are fragmentary texts.
</p>
        
            ...
      
         </div>
      
         <div n="2" type="section">
        
            <head>Digitization projects</head>
        
            <p>Over the last few years, several of the major epigraphic
        corpora have begun digitization projects.  The epigraphic
        community also hopes to create a unified database of
        information about all known Greek and Latin inscriptions.  A
        digitized corpus of inscriptions can include several different
        representations of the inscriptions:

<list type="simple">
                  <item>photographs of inscriptions;</item>
                  <item>photographs of <soCalled>squeezes</soCalled> of inscriptions, which are casts of the stone made in a flexible material like paper or latex;</item>
                  <item>diplomatic transcriptions;</item>
                  <item>edited texts;</item>
                  <item>translations;</item>
                  <item>commentaries.</item>
               </list>

Many projects also find it convenient to store meta-data about the inscriptions in a database, to facilitate searching.  The most useful meta-data fields include the date of the inscription, its language, the types of letter forms in use in it, where it was found, what material it is on, and its size.
</p>
        
            ...
      
         </div>
      
         <div n="3" type="section">
        
            <head>EpiDoc:  a TEI DTD for epigraphy</head>
        
            <p>The EpiDoc initiative, under the leadership of Tom Elliott
        of the Ancient World Mapping Center, University of North
        Carolina, is working out ways to encode epigraphic data with
        the TEI.  EpiDoc's basic assumption is that <q>Ancient
        epigraphic texts ought to be widely available in digital form
        for sharing and use in a variety of environments for a variety
        of scholarly and educational purposes. Individuals,
        organizations and projects require digital epigraphic texts
        for personal or internal use as well; if standard tools and
        formats were available, such needs would be more easily
        met</q> (EpiDoc Collaborative).  The obvious standard for
        sharing and presenting texts is XML.  Rather than writing a
        DTD for epigraphy from scratch, moreover, the EpiDoc group
        uses the TEI <q>because TEI has already addressed many of the
        taxonomic and semantic challenges faced by epigraphers,
        because the TEI-using community can provide a wide range of
        best-practice examples and guiding expertise, and because
        existing tooling built around TEI could easily lead to early,
        effective presentation and use of TEI-encoded epigraphic
        texts.</q>

            </p>
        
            ...
      
         </div>
      
         <div n="4" type="section">
        
            <head>Conclusion</head>
        
            <p>The epigraphic community has a long-established practice of...</p>
        
            <p>The EpiDoc guidelines are emerging as one standard for...</p>
      
         </div>

  
      </body>
   </text>
</TEI>