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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 77<br />

The idea of arranging the inscribed text in columns of more or less uniform dimension was<br />

reflected already in cuneiform clay tablets, where the text was subdivided by horizontal and<br />

vertical lines, and in ancient Egyptian papyrus scrolls. The great majority of Judean Desert texts<br />

were likewise arranged in writing blocks that cover the greater part of the surface, leaving margins<br />

on all sides of the inscribed surface. The rationale of these margins was to enable the orderly<br />

arrangement of the writing blocks in geometric shapes, even when the edges of the leather were<br />

not straight. The margins also enabled the handling of the scroll without touching the inscribed<br />

area. For this purpose the margins at the bottom were usually larger than those at the top.<br />

Columns<br />

The inscribed surface was usually, and always in the case of literary compositions, organized in<br />

the form of a column (tld in Lachish ostracon 4 3–4 and Jer 36:23 [seliv" in the LXX] 130 or πd in<br />

rabbinic literature, e.g. y. Meg. 1.71c), and in texts consisting of more than one, these columns<br />

always follow one another horizontally. In one document, 4QIncantation (4Q444; illustr. 10), 10<br />

three tiny fragments of leather (each with four lines of inscription) followed each other vertically,<br />

one atop the other. Each group of four lines constituted a single column, stitched to the next<br />

column under the writing block. In the case of 4QApocryphal Psalm and Prayer (4Q448; illustr.<br />

11), 11 the different column arrangement probably derived from the adhesion of a reinforcement tab<br />

which necessitated a large margin at the beginning of the scroll (col. I). See ch. 5b.<br />

There is a positive correlation between the height and width of columns: the higher the<br />

column, the wider the lines, and the longer the scroll.<br />

While it is in order to measure the width of columns according to the number of letters or<br />

letter-spaces (that is, a space occupied by either a letter or a blank space between words) for<br />

purposes of reconstruction, for an overall understanding of the scroll it is more useful to calculate<br />

according to the column width. Since individual sheets contained columns of varying width, one<br />

should always be careful when attempting to link a certain column-width with a specific scroll.<br />

The column sizes differ in accordance with the number of columns per sheet, the<br />

measurements of the sheets (§ d), and the conventions developed by the scroll manufacturers.<br />

The different parameters of the columns pertain to their width and height as well as to the size of<br />

the top, bottom, and intercolumnar margins.<br />

In some Qumran scrolls, the height and width of columns are fairly consistent, while in most<br />

scrolls these parameters vary from sheet to sheet as well as within each sheet, in accordance with<br />

the size of sheets. Thus, the width of some columns in 1QM and 4QLam differs by as much as<br />

fifty percent from other columns in the same scrolls. Considerable differences among the widths<br />

of columns are visible in 11QTa (11Q19) and 8H≥evXIIgr, while even larger differences are<br />

evident in 1QIsaa (cf. col. XLIX [16.3 cm] with LII [8.8 cm]) in the same section written by<br />

scribe B, 1QS (cf. I [9.7 cm] and II [11.5 cm] with other columns measuring 16, 18 and 19 cm)<br />

and 4QLam (col. III is almost twice as wide as cols. I and II). The width of the columns of<br />

4QSama differs noticeably from one column to the next, ranging from 8.5 cm in col. III to 13.5 cm<br />

(reconstructed for frgs. 164–165). At the same time, a certain regularity in column size is<br />

noticeable. In many cases, the available space in a sheet was evenly divided between the columns,<br />

but the differing sizes of sheets often did not always permit such uniformity. Columns that are<br />

unusually wide or narrow are generally found at the beginning or end of sheets.<br />

The average column-width in 1QM is 15.0 cm, 13.0 cm in 1QHa , and 9.5–15.5 cm in 1QS.<br />

130 According to J. P. Hyatt, “The Writing of an Old Testament Book,” BA 6 (1943) 71–80 (74); repr. with additions in G.<br />

E. Wright and D. N. Freedman, The Biblical Archaeologist Reader (Garden City, N.Y. 1961) 22–31, this term is based<br />

on the wooden tablets used for writing in an earlier period (26). Many parallels for this terminology from the ancient<br />

Near East were listed by R. Lansing Hicks (see p. 31). According to H. Eshel, “Two Epigraphic Notes,” Zeitschrift für<br />

Althebraistik 13 (2000) 181–7 (especially 185–7), the term occurs also in Prov 8:34.

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