An inscription is writing on an object, not text alone

Epigraphy studies writing on durable materials such as stone and metal. An inscription includes its wording, letter forms, line layout, surface damage, material, and find context. The University of Oxford’s Centre for the Study of Ancient Documents (CSAD) explains that the Anne Jeffery archive on Poinikastas preserves observations, bibliographies, transcriptions, drawings, and photographs together. Drawings can show three-dimensional placement and surface context, supplementing short catalogue descriptions. CSAD’s Poinikastas archive

If a damaged stroke is silently completed as the most plausible letter, later interpretation can become anchored to that guess. Separate what is visible from what is damaged or editorially restored, and identify where a reading comes from in the photograph or drawing. A phrase that names an event or person should not, by itself, be expanded into a claim about an entire society.

Four stages from observation to interpretation

First, record the object identifier, material, dimensions, present location, and known discovery or movement history. Next, preserve a straight-on image, raking-light views where appropriate, and a scaled drawing. Do not add chalk, ink, or pressure to a surface when access or conservation rules prohibit it. Record the imaging method and light angle so another researcher can evaluate the reading.

Then prepare a diplomatic transcription that preserves line breaks and spacing. Mark legible letters and damaged areas; indicate supplied letters using the convention of the edition. Finally, keep translation, dating, identification of people, and historical interpretation separate from the transcription. Attach evidence and alternative readings to each interpretive step.

CSAD’s FAIR Epigraphy project describes why digital epigraphic records should be findable, accessible, interoperable, and reusable, and discusses shared vocabularies and formats such as EpiDoc TEI XML. A useful digital record links more than plain text: it connects an object identifier, images, reading and translation, and provenance information. CSAD’s FAIR Epigraphy project

A short reading example

Imagine that the final letter of a name on a stone tablet is chipped. The visible strokes could fit two different letters. The transcription should preserve the readable part and mark the damaged section. Even if context makes one historical person seem likely, state “final letter uncertain; restoration A is proposed” rather than silently printing the completed name as fact. A second copy of the inscription or another local text could later change the reading. This approach makes it less likely that an early guess will be repeated as established evidence.

Field and data checklist

  • 1. Record object ID, material, dimensions, collection location, and known find history.
  • 2. Preserve images and drawings that show surface context, with imaging conditions.
  • 3. Distinguish visible letters, gaps, supplied letters, and uncertainty in the transcription.
  • 4. Separate transcription, translation, dating, and historical interpretation; link evidence to each claim.
  • 5. For digital publication, connect identifiers, images, readings, and sources in a reusable structure.

Confidence in epigraphy does not come from a forceful translation. It comes from records that let other researchers revisit the object and image, follow each reading step, and disagree with the historical interpretation when needed.

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