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SCRIBAL PRACTICES AND APPROACHE S ... - Emanuel Tov

SCRIBAL PRACTICES AND APPROACHE S ... - Emanuel Tov

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Scribal Practices and Approaches Reflected in the Texts from the Judean Desert 99<br />

The regularity of the line-spacing depends on the nature of the ruling, which varies from<br />

document to document, and sometimes from sheet to sheet:<br />

• 1QIsa a : Differing line-levels are visible in some adjacent columns in the same sheet, e.g. col. XIII compared<br />

with XII and XIV.<br />

• 1QpHab: Irregular spacing is noticeable in the individual columns.<br />

• 4QpaleoExod m : ‘The vertical distance between the lines of script ranges from 0.65 cm to 1.0 cm. Fluctuation<br />

occurs both between columns and within columns. Contrast, for example, cols. IX and X, averaging 0.8–0.9 cm,<br />

with I and II, averaging 0.7–0.8 cm; and contrast within col. XVII the distance between lines 32–33, which measures<br />

1.0 cm, with that between lines 5–6 and 17–18, which measures only 0.7 cm.’ (Skehan–Ulrich–Sanderson, DJD IX,<br />

57).<br />

Such line-spacing was often guided by a grid-like device sometimes leaving unequal spaces<br />

between the lines.<br />

• 4QpsEzek c (4Q385b) 1 i–iii: The distance between lines 2 and 3 in all three adjacent columns is larger than<br />

that between the other lines.<br />

• 11QT a (11Q19): Three sheets containing cols. XLV–LX were ruled with the same grid, while two subsequent<br />

sheets (cols. LXI–LXVI) were ruled with a different one, leaving more space between the lines. Within each column<br />

and sheet, no fixed spaces were left between the lines. The ruling was performed for the sheet as a whole, so that the<br />

slight deviations always recur at the same place in each column within a sheet or in several sheets. Thus in cols.<br />

XLV–LX, the space between the second and third preserved lines is consistently slightly narrower than in the<br />

remainder of the column. For details, see Yadin, Temple Scroll (Hebrew) I.11–12.<br />

Many DJD editions record data regarding line-spacing (in cm); for an example, see vol. XV:<br />

4QIsa a 0.55–0.9<br />

4QIsa b 0.45–0.75<br />

4QIsa c 0.45–0.8<br />

4QIsa d 0.5–0.7<br />

4QIsa e 0.65–0.8<br />

4QIsa f 0.6–0.9<br />

4QJer c 0.6–1.5<br />

The distances in cm between the lines fluctuate as follows in other well-preserved<br />

compositions:<br />

1QpHab 0.5–0.9<br />

1QIsa b 0.4–0.7<br />

1QM 0.6–0.9<br />

1QH a 0.6–1.0<br />

1QapGen ar 0.6–0.8<br />

4QShirShabb d (4Q403) 0.3–0.5<br />

4QInstr a (4Q415) 0.5–0.8<br />

4QInstr b (4Q416) 0.5–0.8<br />

4QInstr c (4Q417) 0.5–0.8<br />

11QPs a 0.7–0.9<br />

11QapocrPs (11Q11) 0.5–0.9<br />

11QtgJob 0.5–1.1<br />

11QT a 0.6–1.0<br />

Exceedingly large spaces (4.0–4.25 cm) are found between the lines of 4QcryptB Unclassified<br />

Text (4Q363).<br />

y. Meg. 1.71d and b. Menah≥. 30a contain an instruction that the space between two inscribed<br />

lines should be identical to the height of an inscribed line, but this rule is rarely adhered to in the<br />

known Qumran texts. In principle, such a format can be observed only in documents written in<br />

large letters, such as 11QPs a and MasPs a (illustr. 5a) which almost conform to the rabbinic rule.<br />

In texts written in the paleo-Hebrew script it was relatively easy to adhere to the left border,<br />

since in these texts inscription was ceased at the end of a line and words were completed on the<br />

next line (i.e., split between lines). For example, in 11QpaleoLev a col. III, the following words are

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