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Crucifixion Bone Fragment, 21 CE

Crucifixion Bone Fragment

Crucifixion Bone Fragment Close-Up

The heel bone of Yehohanan ben Hagkol, a Jewish resident of Jerusalem.

This heel bone punctured by an iron nail is the only tangible evidence for the practice of crucifixion to have been discovered in archaeological excavations. The bone was found inside an ossuary in a cave in north Jerusalem. It is inscribed with the name of the deceased—Yehohanan son of Hagkol—a young Jew in his twenties. The find indicates that his legs had been nailed to the sides of a cross, while his arms were apparently tied to the crossbeam. When his relatives took him down for burial, they were unable to detach his right foot from the wooden post, since the nail was bent; as a result, they removed part of the wooden cross along with the body.

Israel Museum, Cradle of Christianity- Treasures from the Holy Land. Book in conjunction to exhibition by the Israel Museum. Beachwood, Ohio- Maltz Museum of Jewish Heritage, 2006.

The Archaeological Evidence for Crucifixion

From ancient literary sources we know that tens of thousands of people were crucified in the Roman Empire. In Palestine alone, the figure ran into the thousands. Yet until 1968 not a single victim of this horrifying method of execution had been uncovered archaeologically.

In that year I excavated the only victim of crucifixion ever discovered. He was a Jew, of a good family, who may have been convicted of a political crime. He lived in Jerusalem shortly after the turn of the era and sometime before the Roman destruction of Jerusalem in 70 A.D.

In the period following the Six Day War-when the Old City and East Jerusalem were newly under Israeli jurisdiction-a great deal of construction was undertaken. Accidental archaeological discoveries by construction crews were frequent. When that occurred, either my colleagues at the Israel Department of Antiquities and Museums or I would be called in; part of our job was to investigate these chance discoveries.

In late 1968, the then director of the department, Dr. Avraham Biran, asked me to check some tombs that had been found northeast of Jerusalem in an area called Giv’at ha-Mivtar. A crew from the Ministry of Housing had accidentally broken into some burial chambers and discovered the tombs. After we looked at the tombs, it was decided that I would excavate four of them.
The tombs were part of a huge Jewish cemetery of the Second Temple period (second century B.C. to 70 A.D.), extending from Mt. Scopus in the east to the Sanhedriya tombs in the northwest. Like most of the tombs of this period, the tomb I will focus on here was a cave-like cutting into the soft limestone that abounds in Jerusalem. The tomb consisted of two rooms or chambers, each with burial niches.

This particular tomb (which we call Tomb No. 1) was a typical Jewish tomb, just like many others found in Jerusalem. On the outside, in front of the entrance to the tomb, was a forecourt (which, unfortunately, had been badly damaged). The entrance itself was blocked by a stone slab and led to a large, carved-out chamber, nearly 10 feet square. On three sides of the chamber were stone benches, intentionally left by the carver of the chamber. The fourth wall contained two openings leading down to another, lower chamber (Chamber B on the plan) that was similar in design to the first but had no benches. When we found Chamber B, its entrance was still blocked with a large stone slab.

Each of the two chambers contained burial niches that scholars call loculi (singular, loculus), about 5 to 6 feet long and 1 to 1.5 feet wide. In Chamber A, there were four loculi and in Chamber B, eight-two on each side. In Chamber B the two loculi carved into the wall adjacent to Chamber A were cut under the floor of Chamber A.

Some of the loculi were sealed by stone slabs; others were blocked by small undressed stones that had been covered with plaster. In Chamber B, in the floor by the entrance to Chamber A, a child’s bones had been buried in a small pit. The pit was covered by a flat stone slab, similar to the ossuary lids I shall describe later.

Ossuary of Yehohanan son of Hagakol

Nine of the 12 loculi in the two tomb chambers contained skeletons, usually only one skeleton to a loculus. However, three of the loculi (Loculi 5, 7 and 9) contained ossuaries. Ossuaries are small boxes (about 16 to 28 inches long, 12 to 20 inches wide and 10 to 16 inches high) used for the secondary burial of bones. During this period, it was customary to collect the bones of the deceased after the body had been buried for almost a year and the flesh had decomposed. The bones were then reinterred in an ossuary. The practice of collecting bones in ossuaries had a religious significance that was probably connected with a belief in the resurrection of the dead. But this custom was also a practical measure; it allowed a tomb to be used for a prolonged period. As new burials became necessary, the bones of earlier burials were removed and placed in an ossuary. Reburial in an ossuary was, however, a privilege for the few; not every Jewish family could afford them. Most families reburied the bones of their dead in pits. The use of stone ossuaries probably began during the Herodian dynasty (which began in 37 B.C.) and ended in the second half of the second century A.D.

Thousands of ossuaries have been found in cemeteries around Jerusalem. Most, like the ones we found, are carved from soft local limestone. The workmanship varies. Some that we found in the tomb have a smooth finish over all their surfaces, including the lids. Others, especially the larger ossuaries, are cruder; the surfaces were left unsmoothed and the marks of the cutting tools are clearly visible.

The ossuaries are variously decorated with incised lines, rosettes and sometimes inscriptions. Ossuary lids are of three types- gabled, flat and convex. We found all three types in our tomb. Often, ossuaries bear scratch marks at one end, extending onto the edge of the lid. These marks served to show how the lid was to be fitted onto the ossuary.

Of the eight ossuaries we found in this tomb, three were in situ in loculi in Chamber B; the other five were discovered in Chamber B in the middle of the floor.

We also found a considerable quantity of pottery in the tombs. Because all the pottery was easily identifiable, we were able to date the tomb quite accurately. The entire assemblage can be dated with certainty between the late Hellenistic period (end of the second century B.C., about 180 B.C) to the Roman destruction of the Second Temple (in 70 A.D.). However, the bulk of the pottery dates to the period following the rise of the Herodian dynasty in 37 B.C. The assemblage included so-called spindle bottles (probably used for aromatic balsam), globular juglets (for oil), oil lamps and even some cooking pots.

The skeletal finds indicate that two generations were buried in this tomb. No doubt this was the tomb of a family of some wealth and perhaps even prominence. The eight ossuaries contained the bones of 17 different people. Each ossuary contained the bones of one to five people. The ossuaries were usually filled to the brim with bones, male and female, adult and child, interred together. One ossuary also held a bouquet of withered flowers.

As we shall see from the inscriptions, at least one member of this family participated in the building of Herod’s temple. But despite the wealth and achievement of its members, this family was probably not a happy one. As osteological examination showed that five of the 17 people whose bones were collected in the ossuaries died before reaching the age of seven. By age 37, 75 percent had died. Only two of the 17 lived to be more than 50. One child died of starvation, and one woman was killed when struck on the head by a mace.

And one man in this family had been crucified. He was between 24 and 28 years old, according to our osteologists.

Strange though it may seem, when I excavated the bones of this crucified man, I did not know how he had died. Only when the contents of Ossuary No.4 from Chamber B of Tomb No.1 were sent for osteological analysis was it discovered that it contained one three- or four-year-old child and a crucified man-a nail held his heel bones together. The nail was about 7 inches (17-18 cm) long.
Before examining the osteological evidence, I should say a little about crucifixion. Many people erroneously assume that crucifixion was a Roman invention. In fact, Assyrians, Phoenicians and Persians all practiced crucifixion during the first millennium B.C. Crucifixion was introduced in the west from these eastern cultures; it was used only rarely on the Greek mainland, but Greeks in Sicily and southern Italy used it more frequently, probably as a result of their closer con¬tact with Phoenicians and Carthaginians.

Crucified Man

During the Hellenistic period, crucifixion became more popular among the Hellenized population of the east. After Alexander died in 323 B.C., crucifixion was frequently employed both by the Seleucids (the rulers of the Syrian half of Alexander’s kingdom) and by the Ptolemies (the rulers of the Egyptian half).

Among the Jews crucifixion was anathema. (See Deuteronomy 21-22-23- “If a man is guilty of a capital offense and is put to death, and you impale him on a stake, you must not let his corpse remain on the stake overnight, but you must bury him the same day. For an impaled body is an affront to God- you shall not defile the land that the Lord your God is giving you to possess.”)
The traditional method of execution among Jews was stoning. Nevertheless, crucifixion was occasionally employed by Jewish tyrants during the Hasmonean period. Alexander Jannaeus crucified 800 Jews on a single day in 88 B.C.

At the end of the first century B.C., the Romans adopted crucifixion as an official punishment for non-Romans for certain legally limited transgressions. Initially, it was employed not as a method of execution, but only as a punishment. Moreover, only slaves convicted of certain crimes were punished by crucifixion. Outing this early period, a wooden beam, known as a furca or patibulum was placed on the slave’s neck and bound to his arms. The slave was then required to march through the neighborhood proclaiming his offense. This march was intended as expiation and humiliation. Later, the slave was also stripped and scourged, increasing both the punishment and humiliation. Still later, instead of walking with his arms tied to the wooden beam, the slave was tied to a vertical stake.

Because the main purpose of this practice was to punish, humiliate and frighten disobedient slaves, the practice did not necessarily result in death. Only in later times, probably in the first century B.C., did crucifixion evolve into a method of execution for those convicted of certain crimes.
Initially, crucifixion was known as the punishment of slaves. Later, it was used to punish foreign captives, rebels and fugitives, especially during times of war and rebellion. Captured enemies and rebels were crucified en masse. Accounts of the suppression of the revolt of Spartacus in 71 B.C. tell how the Roman army lined the road from Capua to Rome with 6,000 crucified rebels and 6,000 crosses. After King Herod’s death triggered a minor rebellion in Judea in 7 A.D., Quintilius Varus, the Roman Legate of Syria, crucified 2,000 Jews in Jerusalem. During Titus’s siege of Jerusalem in 70 A.D., Roman troops crucified as many as 500 Jews a day for several months.

In times of war and rebellion, when hundreds and even thou¬sands of people were crucified within a short period, little if any attention was paid to the way crucifixion was carried out. Crosses were haphazardly constructed, and executioners were impressed from the ranks of Roman legionaries.
In peacetime, crucifixions were carried out according to certain rules, by special persons authorized by the Roman courts. Crucifixions took place at specific locations, for example, in particular fields in Rome and on the Golgotha in Jerusalem. Outside of Italy, the Roman procurators alone possessed authority to impose the death penalty. Thus, when a local provincial court prescribed the death penalty, the consent of the Roman procurator had to be obtained to carry out the sentence.

Once a defendant was found guilty and was condemned to be crucified, the execution was supervised by an official known as the Carnifix Serarum. From the tribunal hall, the victim was taken outside, stripped, bound to a column and scourged. The scourging was done with either a stick or a flagellum, a Roman instrument with a short handle to which several long, thick thongs had been attached. On the ends of the leather thongs were lead or bone tips. Although the number of strokes imposed was not fixed, care was taken not to kill the victim. Following the beating, the horizontal beam was placed upon the condemned man’s shoulders, and he began the long, grueling march to the execution site, usually outside the city walls. A soldier at the head of the procession carried the titulus, an inscription written on wood, which stated the defendant’s name and the crime for which he had been condemned. Later, this titulus was fastened to the victim’s cross. When the procession arrived at the execution site, a vertical stake was fixed into the ground. Sometimes the victim was attached to the cross only with ropes. In such a case, the patibulum or cross beam, to which the victim’s arms were already bound, was simply affixed to the vertical beam; the victim’s feet were then bound to the stake with a few turns of the rope.

If the victim was attached by nails, he was laid on the ground, with his shoulders on the crossbeam, which was then raised and fixed on top of the vertical beam. The victim’s feet were then nailed down against this vertical stake.

Without any supplementary body support, the victim would die from muscular spasms and asphyxia in a very short time, certainly within two or three hours. Shortly after being raised on the cross, breathing would become difficult; to get his breath, the victim would attempt to draw himself up on his arms. Initially he would be able to hold himself up for 30 to 60 seconds, but this movement would quickly become increasingly difficult. As he became weaker, the victim would be unable to pull himself up and death would ensue within a few hours.

In order to prolong the agony, Roman executioners devised two instruments that would keep the victim alive on the cross for extended periods of time. One, known as a sedile, was a small seat attached to the front of the cross, about halfway down. This device provided some sup¬port for the victim’s body and may explain the phrase used by the Romans, “to sit on the cross.” Both Irenaeus and Justin Martyr describe the cross of Jesus as having five extremities rather than four; the fifth was probably the sedile. To increase the victim’s suffering, the sedile was pointed, thus inflicting horrible pain. The second device added to the cross was the suppedaneum, or foot support. It was less painful than the sedile, but it also prolonged the victim’s agony. Ancient historians record many cases in which the victim stayed alive on the cross for two or three or more days with the use of a suppedaneum. The church father Origen writes of having seen a crucified man who survived the whole night and the following day. Josephus refers to a case in which three crucified Jews survived on the cross for three days. During the mass crucifixions following the repression of the revolt of Spartacus in Rome, some of the crucified rebels talked to the soldiers for three days.

Using this historical background and the archaeological evidence, it is possible to reconstruct the crucifixion of the man whose bones I excavated at Giv’at ha-Mivtar.

The most dramatic evidence that this young man was crucified was the nail which penetrated his heel bones. But for this nail, we might never have discovered that the young man had died in this way. The nail was preserved only because it hit a hard knot when it was pounded into the olive wood upright of the cross. The olive wood knot was so hard that, as the blows on the nail became heavier, the end of the nail bent and curled. We found a bit of the olive wood (between 1 and 2 cm) on the tip of the nail. This wood had probably been forced out of the knot where the curled nail hooked into it.

When it came time for the dead victim to be removed from the cross, the executioners could not pull out this nail, bent as it was within the cross. The only way to remove the body was to take an ax or hatchet and amputate the feet. Thereafter, the feet, the nail and a plaque of wood that had been fastened between the head of the nail and the feet remained attached to one another as we found them in Ossuary No. 4. Under the head of the nail, the osteological investigators found the remains of this wooden plaque, made of either acacia or pistacia wood. The wood attached to the curled end of the nail that had penetrated the upright of the cross was, by contrast, olive wood.
At first the investigators thought that the bony material penetrated by the nail was only the right heel bone (calcaneum). This assumption initially led them to a mistaken conclusion regarding the victim’s position on the cross. Further investigation disclosed, however, that the nail had penetrated both heel bones. The left ankle bone (sustentaculum tali) was found still attached to the bone mass adjacent to the right ankle bone, which was itself attached to the right heel bone. When first discovered, the two heel bones appeared to be two formless, unequal bony bulges surrounding an iron nail, coated by a thick calcareous crust. But painstaking investigation gradually disclosed the makeup of the bony mass.

A word about the conditions under which the bones in the ossuaries were studied might be appropriate here. The medical team that studied the bones was given only four weeks to conduct their examination before the bones were reburied in a modern ceremony. Certain long-term preservation procedures were therefore impossible, and this precluded certain kinds of measurements and comparative studies. In the case of the crucified man, however, the investigators were given an additional period of time to study the materials, and it was during this period that the detailed conditions described here were discovered.

When removed from the tomb chamber, each of the eight ossuaries was one-third filled with a syrupy fluid. Strangely enough, the considerable moisture in the ossuaries resulted in a peculiar kind of preservation of the packed bones. The bones immersed in the fluid at the bottom of the ossuaries were coated with a limy sediment. As a result, the nailed heel bones were preserved in relatively good condition. Nevertheless, the overall condition of the bones must be described as fragile.

Before they were studied, the bones were first dehydrated and then impregnated with a preservative. Only then could they be measured and photographed.

Despite these limiting conditions, a detailed and very human picture of the crucified man gradually emerged. At 5 feet 6 inches (167 cm) tall, this young man in his mid- to late-twenties stood at about the mean height for Mediterranean people of the time. His limb bones were fine, slender, graceful and harmonious. The muscles that had been attached to his limb bones were lean, pointing to moderate muscular activity, both in childhood and after maturity. Apparently he never engaged in heavy physical labor. We can tell that he had never been seriously injured before his crucifixion, because investigators found no pathological deformations or any traumatic bony lesions. His bones indicated no marks of any disease or nutritional deficiency.

The young man’s face, however, was unusual. He had a cleft right palate-a congenital anomaly which was also associated with the con¬genital absence of the right upper canine tooth and the deformed position of several other teeth. In addition, his facial skeleton was asymmetric, slanting slightly from the one side to the other (plagiocephalic). The eye sockets were at slightly different heights, as were the nasal apertures. There were differences between the left and right branches of the lower jaw bone, and the forehead was more flattened on the right side than on the left. Some of these asymmetries have a direct association with the cleft palate.

The majority of modern medical scholars ascribe a cleft palate (and some associated asymmetries of the face) not to a genetic factor bur to a critical change in the manner of life of a pregnant woman in the first two or three weeks of pregnancy. This critical change has frequently been identified as an unexpected deterioration in the woman’s diet, in association with psychological stress. Statistically, this malformation occurs more frequently in chronically undernourished and underprivileged families than in the well situated. But some catastrophe could cause sudden stress in the life of a well-to-do woman as well.

Other asymmetries of the facial skeleton may be attributable to disturbances in the final period of pregnancy or difficulties in delivery. Thus, our medical experts conjectured two prenatal crises in the life of this crucified man- one in the first few weeks of his mother’s preg¬nancy and the other a difficult birth.

To help determine the appearance of the face, the team of anatomical experts took 38 anthropological measurements, and determined four cranial indices. The general shape of the facial skeleton, including the forehead, was five-sided. Excluding the forehead, the face was triangular, tapering below eye level. The nasal bones were large, curved, tight in the upper region and coarse in the lower part. The man’s nose was curved and his chin robust, altogether a mild-featured facial skeleton.

Despite the prenatal anomalies, the man’s face must have been quite pleasant, although some might say that it must have been a bit wild. His defects were doubtless almost imperceptible, hidden by his hair, beard and moustache. His body was proportionate, agreeable and graceful, particularly in motion.

What his life was like, we cannot know. But he seems to have come from a comfortable, if not well-to-do family. One of the ossuaries (not the one containing the crucified man) was inscribed in Aramaic on the side- “Simon, builder of the Temple.” Apparently at least one member of the family participated in Herod’s lavish rebuilding of the Temple on Jerusalem’s Temple Mount. Simon may well have been a master mason or an engineer. Another ossuary was inscribed “Yehonathan the potter.”

We may conjecture that during this turbulent period of history, our man was sentenced to crucifixion for some political crime. His remains reveal the horrible manner he died.
From the way in which the bones were attached, we can infer the man’s position on the cross. The two heel bones were attached on the adjacent inside (medial) surfaces. The nail went through the right heel bone and then the left. Since the same nail went through both heels, the legs were together, not apart, on the cross.

A study of the two heel bones and the nail that penetrated them at an oblique angle pointed downward and sideways indicates that the feet of the victim were not fastened tightly to the cross. The evidence further suggests that the sedile supported only the man’s left buttock. This seat both prevented the collapse of the man’s body and prolonged his agony.

Given this position on the cross and given the way in which the heel bones were attached to the cross, it seems likely that the knees were bent, or semiflexed, as in the drawing. This position of the legs was dramatically confirmed by a study of the long bones below the knees, the tibia, or shinbone, and the fibula behind it.

Only the tibia of the crucified man’s right leg was available for study. The bone had been brutally fractured into large, sharp slivers. This fracture was clearly produced by a single, strong blow. The left calf bones were lying across the sharp edge of the wooden cross, and the percussion from the blow on the right calf bones passed into the left calf bones, producing a harsh and severing blow to them as well. The left calf bones broke in a straight, sharp-toothed line on the edge of the cross, a line characteristic of a fresh bone fracture. This fracture resulted from the pressure on both sides of the bone-on one side from the direct blow on the right leg and on the other from the resistance of the edge of the cross.

The angle of the fracture indicates that the bones formed an angle of 60 degrees to 65 degrees as they crossed the upright of the cross. This proves that the legs were semiflexed. When we add this evidence to that of the nail and the way in which the heel bones were attached to the cross, we must conclude that the victim’s body was forced into a difficult and unnatural position.
The arm bones of the victim reveal the manner in which they were attached to the horizontal bar of the cross. A small scratch was observed on one bone (the radius) of the right forearm, just above the wrist. The scratch was produced by the compression, friction and gliding of an object on the fresh bone. This scratch is the osteological evidence of the penetration of the nail between the two bones of the forearm, the radius and the ulna.

Christian iconography usually shows the nails piercing the palms of Jesus’ hands. Nailing the palms of the hands is impossible, however, because the weight of the slumping body would have torn the palms in a very short time. The victim would have fallen from the cross while still alive. As the evidence from our crucified man demonstrates, the nails were driven into the victim’s arms, just above the wrists, because this part of the arm is sufficiently strong to hold the weight of a slack body.

The position of the crucified body may then be described as follows- The feet were almost parallel, held by the same nail at the heels, with the legs adjacent; the knees were doubled, the right one overlapping the left; the trunk was contorted and seated on a sedile; the upper limbs were stretched out, each stabbed by a nail in the forearm.

The victim’s broken legs not only provided crucial evidence for the position on the cross, but they also provide evidence for a Palestinian variation of Roman crucifixion-at least as applied to Jews. Normally, the Romans left the crucified person undisturbed to die slowly of sheer physical exhaustion leading to asphyxia. However, Jewish tradition required burial on the day of execution. Therefore, in Palestine the executioner would break the legs of the crucified person in order to hasten his death and thus permit burial before nightfall. This practice, described in the Gospels in reference to the two thieves who were crucified with Jesus (John 32-19), has now been archaeologically confirmed. Since the victim we excavated was a Jew, we may conclude that the executioners broke his legs on purpose in order to accelerate his death and allow his family to bury him before nightfall in accordance with Jewish custom.

We do not know the crime of which our victim was accused. Given the prominence and wealth of the family, it is unlikely that he was a common thief More likely, he was crucified for political crimes or seditious activities directed against the Roman authorities. Apparently, this Jewish family had two or three sons active in the political, religious and social life of Jerusalem at the end of the Second Temple period. One (Simon) was active in the reconstruction of the Temple. Another (Yehonathan) was a potter. The third son may have been active in anti-Roman political activities, for which he was crucified.

There’s something else we know about this victim. We know his name. Scratched on the side of the ossuary containing his bones were the words “Yehohanan, the son of Hagakol.”

Vassilios Tzaferis. “The Archaeological Evidence for Crucifixion.” In Hershel Shanks (ed.). Jesus- The Last Day, Biblical Archaeological Society, 2003. pp. 91-107.

 

New Analysis of the Crucified Man

The preceding chapter dealt with the only remains of a crucified man to be recovered from antiquity. Vassilios Tzaferis, the author of the essay and the excavator of the crucified man, based much of his analysis of the victim’s position on the cross and other aspects of the method of crucifixion on the work of a medical team, headed by Nico Haas, from the Hebrew University’s Hadassah Medical School. In an article in the Israel Exploration Journal, however, Joseph Zias, an anthropologist with the Israel Department of Antiquities, and Eliezer Sekeles, of the Hadassah Medical School, question many of Haas’s conclusions concerning the bones of the crucified man. The questions Zias and Sekeles raise affect many of the conclusions about the man’s position during crucifixion.

According to Haas, the nail in the crucified man penetrated both his right and left heel bones, piercing the right heel bone (calcaneum) first, then the left. Haas found a fragment of bone attached to the right heel that he thought was part of the left heel bone (sustentaculum tali). If Haas’s analysis is correct, the two heels must have been penetrated by the same nail, and the victim’s legs must have been in a closed position.

But according to the new analysis of the bones just published in the Israel Exploration Journal, Haas incorrectly identified the bone fragment attached to the right heel bone. “The shape and structure of this bony fragment is of a long bone; it cannot therefore be the left [heel bone],” say the most recent investigators. Their conclusions are confirmed by X-rays, which reveal the varying density, structure and direction of the bones.

Haas incorrectly assumed that the nail was 7 inches (17-18 cm) long. In fact the total length of the nail from head to tip is only 4.5 inches (11.5 cm). A wooden plaque less than an inch thick (2 cm) had been punctured by the nail before it passed through the right heel bone. After exiting from the bone, the nail penetrated the cross itself and then bent, probably because it hit a knot. As the new investigators observe, given the length of the nail, “There simply was not enough room for both heel bones and a two centimeter wooden plaque to have been pierced by the nail and affixed to the vertical shaft of the cross … The nail was sufficient for affixing only one heel bone to the cross.”
In short, only the right heel bone was penetrated-laterally, or sidewise-by the nail. Accordingly, the victim’s position on the cross must have been different from that portrayed by Haas.

The new investigators also dispute Haas’s conclusion that a scratch on the bone of the right forearm (radius) of the victim, just above the wrist, represents the penetration of a nail between the two bones of the forearm. According to Zias and Sekeles, such scratches and indentations are commonly found on ancient skeletal material, including on the right leg bone (fibula) of this man. Such scratches and indentations have nothing to do with crucifixion.

How then was the crucified man attached to the cross? As the new investigators observe-

The literary sources for the Roman period contain numerous descriptions of crucifixion but few exact details as to how the condemned were affixed to the cross. Unfortunately, the direct physical evidence here is also limited to one right calcaneum (heel bone) pierced by an 11.5 cm iron nail with traces of wood at both ends.

According to the literary sources, those condemned to crucifix¬ion never carried the complete cross, despite the common belief to the contrary and despite the many modern reenactments of Jesus’ walk to Golgotha. Instead, only the crossbar was carried, while the upright was set in a permanent place, where it was used for subsequent executions. As the first-century Jewish historian Josephus noted, wood was so scarce in Jerusalem during the first century A.D. that the Romans were forced to travel 10 miles from Jerusalem to secure timber for their siege machinery.
Zias and Sekeles write-

One can reasonably assume that the scarcity of wood may have been expressed in the economics of crucifixion in that the crossbar as well as the upright would be used repeatedly. Thus the lack of traumatic injury to the forearm and metacarpals of the hand seems to suggest that the arms of the condemned were tied rather than nailed to the cross. There is ample literary and artistic evidence for the use of ropes rather than nails to secure the condemned to the cross.

According to Zias and Sekeles, the victim’s legs straddled the vertical shaft of the cross, one leg on either side, with the nails penetrating the heel bones. The plaque or plate under the head of the nail, they say, was intended to secure the nail and prevent the condemned man from pulling his feet free.

As Haas correctly suggested, the nail probably hit a knot which bent the nail. However Zias and Sekeles offer a different reconstruction of the removal of the dead man from the cross-

Once the body was removed from the cross, albeit with some difficulty in removing the right leg, the condemned man’s family would now find it impossible to remove the bent nail without completely destroying the heel bone. This reluctance to inflict further damage to the heel led [to his burial with the nail still in his bone, and this in turn led] to the eventual discovery of the crucifixion.

Whether the victim’s arms were tied, rather than nailed to the cross is irrelevant to the manner of his dying, as Zias and Sekeles point out-

Death by crucifixion was the result of the manner in which the condemned hung from the cross and not the traumatic injury caused by nailing. Hanging from the cross resulted in a painful process of asphyxiation, in which the two sets of muscles used for breathing, the intercostal [chest] muscles and the diaphragm, became progressively weakened. In time, the condemned man expired, due to the inability to continue breathing properly.

Hershel Shanks. Jesus- The Last Day. Biblical Archaeological Society, 2003. pp. 109-113.

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