HISTORY OF ROMAN JUDAEA: Following the exile of King Herod Archelaus in 6 A.D., Judaea was annexed to the Roman province of Syria. Between then and the outbreak of the first Judaean Revolt in 66 A.D., a series of fourteen Procurators (Governors) ruled over Judaea from the magnificent harbor city built by Herod I at Caesarea. The first of these governors imposed a census of Jews so as to levy heavy taxes. Many of the later Governors of Judaea were increasingly and especially cruel, including Pontius Pilate, Antonius Felix, Albinus, and the last (before the revolt), Gessius Florus. The final insult was when in 66 A.D., Gessius Florus demanded that Jerusalem's Temple pay him a large amount of money for his own personal use. In protest the Jews quit making daily sacrifices to the reigning Roman Emperor (Nero), and the insult amounted to a declaration of war.
Several different factions of Jews were able to band together long enough to rout the Roman garrisons stationed in and around Jerusalem. In response, the Romans massacred innocent Jews elsewhere throughout the Empire. In Ceasarea 20,000 Jews were put to death in the space of an hour. In Damascus, Syria, the Roman garrison there executed 10,000 Jews. Rome's 12th Legion was dispatched from Syria to put down the revolt, but the Jewish rebels were able to repel these troops. Roman Emperor Nero then dispatched his greatest general against the Jewish rebels, Vespasian, leader of Rome's armies to victories in Britain and Germany, and gave him command of some of Rome's most elite forces.
Vespasian first encircled the Jewish forces around Galilee, which fell within a few months. By the middle of 68 A.D., Vespasian's troops had crushed the revolt throughout all of Palestine, with the exception of Jerusalem and the zealot fortress of Massada. Vespasian was forced to return to Rome upon the death of Nero, and the resulting civil wars which rocked Italy. Vespasian was declared Emperor by his troops, as well as the troops in Alexandria and in the Danube region. Fighting his way into Rome, Vespasian vanquished the army of his rival Lucius Vitellius, and within a year he victoriously claimed his throne in Rome.
Upon his arrival in Rome, Vespasian dispatched his son in his stead to finish off the Jewish rebels. The city of Jerusalem was sacked and the Temple destroyed. An estimated 1,100,000 Jews died in the war, and the golden Menorah and the other holy implements of the temple were taken to Rome as booty and eventually lost to history. Some historians believe that the mountain fortress of Massada, near the Dead Sea, held off the Roman Legions for another three years. The era was of enormous consequence not only for those of the Jewish faith, but for all of Christianity, and the coinage leading up to the Revolt as well as the coinage struck by the rebels during the revolt are of tremendous significance.
HISTORY OF BRONZE: Bronze is the name given to a wide range of alloys of copper, typically mixed in ancient times with zinc, tin, lead, or arsenic. The discovery of bronze enabled people to create metal objects which were better than previously possible. Tools, weapons, armor, and building materials made of bronze were harder and more durable than their stone and copper predecessors from the “Chalcolithic” (the “Copper Age”), i.e., about 7000-3500 B.C., and the Neolithic (“New Stone Age”), i.e. about 12000 to 7000 B.C.). Of particular significance were bronze agricultural implements, tools for cutting stone, and weapons. Culturally significant was bronze statuary, particularly that of the Romans and Greeks. The ancient Greeks and Romans had a long history of making statuary in bronze. Literally thousands of images of gods and heroes, victorious athletes, statesmen, and philosophers filled temples and sanctuaries, and stood in the public areas of major cities. In fact, the Statue of Zeus at Olympia and the Colossus of Rhodes are two of the Seven Wonders of the Ancient World.
Initially bronze was made out of copper and arsenic. It was only later that tin was used, becoming (except in ancient Egypt) the sole type of bronze in the late 3rd millennium B.C. Tin-alloyed bronze was superior to arsenic-alloyed bronze in that the alloying process itself could more easily be controlled, the alloy was stronger and easier to cast, and unlike arsenic, tin is not toxic. Toxicity was a major factor in the production of arsenic bronze. Repeated exposure to arsenic fumes ultimately led to nerve damage in the limbs. Evidence of the long agony of Bronze Age metalsmiths came down to the ancient Greeks and Romans in the form of legend, as the Greek and Roman gods of metalsmiths, Greek Hephaestus and Roman Vulcan, were both lame. In practice historical bronze alloys are highly variable in composition, as most metalworkers probably used whatever scrap was to hand. In one instance of ancient bronze from Britain, analysis showed the bronze to contain a mixture of copper, zinc, tin, lead, nickel, iron, antimony, arsenic, and silver.
Other advantages of bronze over iron include that bronze better resists corrosion, particularly seawater corrosion; bronze resists metal fatigue better than iron; and bronze is a better heat conductor (and thus is better suited for cooking vessels). However ancient bronze, unless conserved properly, is susceptible to “bronze disease”, wherein hydrochloric or hydrosulfuric acid is formed due to impurities (cuprous chloride or sulfur) found within the ancient bronze. Traditionally archaeology has maintained that the earliest bronze was produced by the Maikop, a proto-Indo-European, proto-Celtic culture of Caucasus prehistory around 3500 B.C. Recent evidence however suggests that the smelting of bronze might be as much as several thousand years older (bronze artifacts dating from about 4500 B.C. have been unearthed in Thailand).
Shortly after the emergence of bronze technology in the Caucasus region, bronze technology emerged in ancient Mesopotamia (Sumer), Egypt, the Indus Valley Civilization of Northern India, the Aegean, the Caspian Steppes (Ukraine), the Southern Russia/Central Mongolia Region (the Altai Mountains), the Levant (Eastern Mediterranean), Anatolia (Turkey) and the Iranian Plateau. By the late third millennium B.C. many Western European Bronze Age Cultures had emerged. Some of the more notable were the Celtic cultures of Middle Europe stretching from Hungary to Poland and Germany, including the Urnfield, Lusatian, and (Iron Age Transitional) Hallstatt Cultures. The Shang in ancient China also developed a significant Bronze Age culture, noted for large bronze burial urns. The ancient Chinese were the first to cast bronze (using the “lost wax” technique) about 2200 B.C. Prior to that time all bronze items were forged. Though weapons and utilitarian items were produced in great numbers, the production of bronze in ancient China was especially noteworthy for ornamented ritualistic/religious vessels (urns, wine vessels, water pots, food containers, and musical instruments), many of immense size.
Britain’s Bronze Age cultures included the Beaker, Wessex, Deverl, and Rimbury. Copper and tin ores are rarely found together, so the production of bronze has always involved trade. Cornwall was one of the most significant sources of tin not only for Britain, but exported throughout the Mediterranean. Other significant suppliers of tine were the Taurus Mountains of Anatolia (Turkey), as well as Spain. Enormous amounts of copper was produced from the Great Orme mine in North Wales, the island of Cyprus, the European Alps, and from the Sinai Peninsula and other nearby sites in the Levant. Though much of the raw minerals may have come from Britain, Spain, Anatolia, and the Sinai, it was the Aegean world which controlled the trade in bronze. The great seafaring Minoan Empire (about 2700 to 1450 B.C.) appears to have controlled, coordinated, and defended the trade.
Tin and charcoal were imported into Cyprus, where locally mined copper was mined and alloyed with the tin from Britain. Indicative of the seafaring trade in the Eastern Mediterranean, a shipwreck from about 1300 B.C. off the Turkish coast revealed a ship carrying a ton of copper ingots, several dozen small tin ingots, new bronze tools, scrap metal, and a blacksmith's forge and tools (along with luxury trade goods from Africa). It appears that the Bronze Age collapsed with the fall of Minoan Empire, to be replaced by a Dark Age and the eventual rise of the Iron Age Myceneans (on mainland Greece). Evidence suggests that the precipitating event might have been the eruption of Thera (Santorini) and the ensuing tsunami, which was only about 40 miles north of Crete, the capital of the Minoan empire.
Some archaeologists argue that it was Santorini itself which was the capitol city of the Minoan World. However where Crete or Santorini, it is known that the bread-basket of the Minoan trading empire, the area north of the Black Sea lost population, and thereafter many Minoan colony/client-states lost large populations to extreme famines or pestilence. Inasmuch as the Minoans were the principals of the tin/copper shipping network throughout the Mediterranean, the Bronze Age trade network is believed to have failed. The end of the Bronze Age and the rise of the Iron Age is normally associated with the disturbances created by large population disruptions in the 12th century B.C. The end of the Bronze Age saw the emergence of new technologies and civilizations which included the large-scale production of iron (and limited scale production of steel).
Although iron was in many respects much inferior to bronze (and steel was inefficiently produced in very limited quantities), iron had the advantage that it could be produced using local resources during the dark ages that followed the Minoan collapse, and was very inexpensive when compared to the cost of producing bronze. Bronze was still a superior metal, resisting both corrosion and metal fatigue better than iron. And bronze was still used during the Iron Age, but for many purposes the weaker iron was sufficiently strong to serve in its place. As an example, Roman officers were equipped with bronze swords while foot soldiers had to make do with iron blades.
Pliny the Elder, the famous first century Roman historian and naturalist, wrote about the reuse of scrap bronze and copper in Roman foundries, noting that the metals were recast as armor, weapons or articles for personal use, such as bronze mirrors. The melting and recasting foundries were located at the Italian port city of Brindisi. Located on the Adriatic coast, Brindisi was the terminus of the great Appian Way, the Roman road constructed to facilitate trade and military access throughout the Italian part of the Roman Empire. The city was the gateway for Roman penetration into the eastern parts of her empire (Greece, the Eastern Mediterranean, the Black Sea Region, the Danubian Provinces, and eventually Mesopotamia).
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