Stone Quarry 10
The quarry comprised a small, central courtyard (L2; 10 × 10 m, max. height 2.2 m; Fig. 4) surrounded by terraced walls. Within the quarry was filled with light-colored rendzina consisting of several fragments of stone ossuaries (Fig. 5), pottery sherds, a large amount of quarrying debris and a concentration of building stones. It seems that the building stones were damaged during their extraction or secondary dressing, and were discarded back into the quarry with the quarrying debris after it was no longer in use. The pottery sherds found in the fill were dated to the Iron Age IIB, and the Roman and Byzantine periods. Judging by stones whose quarrying was not completed and the imprints on the quarry’s floor, it is possible to estimate the dimensions of the stones produced there (average size 0.3 × 0.4 × 0.7 m). The dimensions of these stones, which largely fit the average size of ossuaries—the length dictated by the size of an adult’s long bones, and the width and height dictated by the size of the skull and pelvis (Rahmani 1994
:6)—as well as the proximity of the quarry to Jerusalem’s necropolis hint to the use of the stones produced at the quarry.
Southwest of the quarry was an irregular-shaped plastered installation (L20; 2.0 × 4.5 m). White plaster was applied to gravel and small fieldstones laid on the bedrock. No datable material was found when the installation was dismantled. A biconical leaden pellet (Fig. 6), which is a type of sling stone that was common in the Hellenistic period and continued to be in use during the Roman period, until the second century CE, was discovered near the installation. The latest evidence of the use of a biconical leaden pellet in Israel dates from the end of the first century CE and was found in Gamla (Stiebel 2013
The Courtyard. A large courtyard (L6; 10 × 13 m, max. height 5 m; Fig. 7) was hewn in front of Cave A. Its walls were coated with light brown plaster. The quarrying of the courtyard exposed a natural cavity (L11; Fig. 3: Sections 1–1, 4–4) to the north of the courtyard, which necessitated completing the courtyard’s northern wall with dressed-stone construction (W16; Fig. 8). A wall (W13) built of fieldstones and dressed stones in secondary use bonded with gray mortar was built inside Cavity 11. The floor of the cavity was paved with concrete (L12), evidence of its later use.
The bedrock on both sides of the entrance to the courtyard rises slightly and protrudes into the courtyard in L-shaped rock-cuttings (Fig. 10); these may have marked the entrance to the courtyard, considered an impure area. Quarrying marks on both sides of the courtyard attest to the production of building stones, which probably took place when the courtyard and Cave A were hewn. The courtyard floor was leveled with small fieldstones and tamped earth, remains of which were preserved near the walls (Fig. 9). A coin of Alexander Jannaeus (104–80/79 BCE, Jerusalem mint; IAA 158636) was discovered on the courtyard’s floor. While Burial Cave A was still in use, a second burial cave (E, below) was hewn into the southern wall of the courtyard.
Cave A. A threshold built of dressed stones (W17; Fig. 11) was set at the entrance to Cave A. A brief examination of the cave indicted that it had several loculi. Following the first use of the cave, the entrance was sealed with medium-sized fieldstones, without mortar. Approximately a meter of alluvium, containing pottery sherds from the Iron IIB, Roman, Byzantine and Mamluk periods accumulated in the courtyard, in front of the entrance to the cave. At some point, the sealed entrance was breached, and the opening to the cave was narrowed with small fieldstones and dressed stones in secondary use. It seems that during this phase, the cave served as a temporary dwelling or was used for agricultural activity.
Cave E. The cave consisted of an anteroom (L8; 2.2 × 4.0 m, max. height 2.3 m) treated with light brown plaster, similar to the plaster applied to the walls of Cave A. An alluvial accumulation in the courtyard near the cave yielded a concentration of large fieldstones and quarrying debris. This debris originated from the ceiling of the cave’s anteroom when it was damaged, probably due to later quarrying or when an access road to a nearby residential building was paved.
An opening (L30; 0.4 × 0.5 m, height 0.55 m; Fig. 12) enclosed with a frame (width 0.1 m, thickness 0.2 m), against which the roll-stone rested, was set in the southern wall of the anteroom. The opening led, down a step, into the burial chamber (L10; 2.4 × 3.0 m, max. height 2.4 m), which has a central standing pit (L29; 1.5 × 2.0 m, depth 0.4 m). Two loculi (L21, L22) were installed in the western wall of the chamber; L21 was incomplete. Three loculi (L23–L28; average dimensions: 0.5 × 0.7 × 1.9 m) were installed in each of the eastern and southern walls. On the walls of the room were charcoal sketches denoting the location of the loculi (Fig. 13), indicating that an additional loculus was meant to be hewn in the center of the western wall.
Human bones were scattered in the standing pit, and found in articulation inside the loculi. The bones belonged to several individuals representing a range of ages, indicating that this was a family burial cave. The cave yielded an intact cooking pot (B108; Fig. 17:3) and three ossuaries (B116–B118; Figs. 14, 15). Ossuary 116 is roughly carved and is unadorned; it has a flat lid, which was found broken. Ossuary 117 (0.3 × 0.4 × 0.7; Fig. 14) is similarly roughly carved and unadorned; it has four low legs and a flat lid. One side of the ossuary bore a shallow engraving and writing in charcoal of the name Shifra or Shofra, as well as a perforation (diam. 1 cm) its lower corner. The front of Ossuary 118 (0.20 × 0.30 × 0.35 m; Fig. 15) is colored with a pale red pigment and decorated with a shallow engraving of two metopes set within a zigzag frame. The metopes are separated by a palm tree, whose branches are drawn as zigzag lines shaped as an upward-open semi-circle. In the center of each metope is a six-petaled rosette; each petal is adorned with a zigzag pattern. Both rosettes are surrounded by two concentric circles separated by a zigzag pattern. The lid has a gabled cross-section.
Once the cave was no longer in use, the burial chamber was blocked, the anteroom was filled with quarrying chips almost to its ceiling and the opening was sealed with fieldstones (Fig. 16), as like the opening to Cave A.
Pottery sherds from several periods were discovered in the fills within the quarry and the courtyard leading to the burial caves: a bowl (Fig. 17:1) and a pinched lamp (Fig. 17:2) from the Iron Age IIB; a cooking pot (Fig. 17:3), jars (Fig. 17:4–6) and an amphora (Fig. 17:7) from the Early Roman period; bowls (Fig. 17:8, 9) and a krater (Fig. 17:10) from the Late Roman–Byzantine period; and a bowl decorated with a sgraffito design from the fourteenth–fifteenth centuries CE (Fig. 17:11).
Even though the caves were not excavated and were only partially documented, several conclusions can be drawn. The practice of interring the dead in loculi
first appears in Jerusalem during the Hellenistic period (second century BCE). However, the use of both loculi
and ossuaries within the same burial cavebegan later, and is dated to the first century BCE and first century CE (Kloner and Zissu 2003:32). The loculi
in Cave A suggest that its initial use was in the second century BCE, and that it continued to be in use until the first century CE. Perforations such as the one at the bottom of Ossuary 117 are found in ossuaries dating from the end of the Second Temple period, and attest to the strict observance of the rules regarding the impurity of the dead (Omer and Zissu 2008
:162–163). The charcoal markings showing the location of the loculi
on the walls of this cave indicate planning. The preservation of these markings, along with the unfinished plan of the cave, may reflect the short period of time during which it was in use. Thus, along with the co-use of loculi
and ossuaries in the same cave, suggest that Cave E should be dated to the second half of the first century CE. The openings of the caves were deliberately sealed, and much effort was invested to make it difficult to breach them. The act of sealing them may have been done because of an event that forced the owners of the cave to stop using it for a long time, such as the Great Revolt.
Without an excavation, it is impossible to determine if Quarry 10 preceded the Cave A or vice versa. However, it is apparent that neither one harmed the other, evidence that both were visible. Among the ceramic finds were later vessels, which may have originated from the eroding slope. The similar size of the quarried stones to those found in a nearby quarry, which was dated to the
first century CE (Yeger 2016), along with the
ossuary fragments, corroborate the dating of the quarry to the first century CE.