TAA i.3.25.7

Page number
7
Caption
Note for scientific publication on the second sepulchral shrine
Creator
Date of creation
c. 1923-1939
Material
Ink
Paper
Measurements
22.9 x 17.6 cm (h x w)
Notes

Report on the second sepulchral shrine, page 1. Boodle is also mentioned on this page.

writing on paper
Transcription

                          THE THIRD SHRINE             NO. 237.

                                          .  .  .  .  .  .  .  .  .  .  .

 

          This third outer shrine completely enclosed the second 

shrine. It is constructed of wood, and its external and 

internal surfaces are entirely coated with gesso overlaid

with a layer of thin sheet gold, laid on as gold leaf.

 

          Specimens of wood from two of the tongues fixed to the 

lower edge of the crowning members, for insertion into cor-

responding mortises in the upper edge of the under-structure 

of this shrine, were examined by Mr L.A. Boodle. He identi-

fied one to be oak, poo/<s>sibly Quercus cerris, Linn. (Turkey 

oak), which could have come from Asia Minor or North Syria; 

the other to be Christ’s-Thorn wood – Zizyphus Spina-Christi,

Willd., common in Egypt to-day. The fibre of the boards 

resembles that of the wood employed for the first innermost 

shrine, which undoubtedly is cedar, and probably Cedrus

Libani, Berrelier, from the Lebanon or Asia Minor (cf. First 

Shrine, p. ; Boodle’s report, pp. ).

 

          Although this shrine is of larger dimensions than the 

second shrine of this series, its method of construction 

and structural form is the same.

 

          The following are its dimensions given in ‘mean measurement’:-
Dimension at base – 383 X 252 cents.
        “         at abutment of cornice – 376.7 X 247 cents.
        “         at extreme edge of cornice – 403.2 X 275 cents.
Height from ground to highest point of roof – 225 cents.
        “  to top of cornice – 200 cents.
        “  to abutment of cornice – 175 cents.
Opening of doorway – 139 cents. high; 192 cents. wide.
The batter of its walls – i.e. receding slope from ground 

upwards – 16.8 mills. per one metre vertical.