|Africa, Near East (c. 3300–1200 BC)|
|Late Bronze Age collapse|
|Indian subcontinent (c. 3300–1200 BC)|
|Europe (c. 3200–600 BC)|
Aegean (Cycladic, Minoan, Mycenaean), Caucasus, Catacomb culture, Srubnaya culture, Bell Beaker culture, Apennine culture, Terramare culture, Unetice culture, Tumulus culture, Urnfield culture, Proto-Villanovan culture, Hallstatt culture, Canegrate culture, Golasecca culture,Atlantic Bronze Age, Bronze Age Britain, Nordic Bronze Age
|Eurasia and Siberia (c. 2700–700 BC)|
|Poltavka culture, Abashevo culture, Sintashta culture, Andronovo culture, Mezhovskaya culture, Cherkaskul culture|
|East Asia (c. 3100–300 BC)|
|Erlitou, Erligang, Gojoseon, Jomon, Majiayao, Mumun, Qijia, Siwa, Wucheng, Xindian, Yueshi, Xia dynasty, Shang dynasty, Sanxingdui, Zhou dynasty|
|History of technology|
The Bronze Age is a historic period, approximately 3300 BCE to 1200 BCE, that was characterized by the use of bronze, in some areas proto-writing, and other early features of urban civilization. The Bronze Age is the second principal period of the three-age Stone-Bronze-Iron system, as proposed in modern times by Christian Jürgensen Thomsen, for classifying and studying ancient societies and history.
An ancient civilization is deemed to be part of the Bronze Age because it either produced bronze by smelting its own copper and alloying it with tin, arsenic, or other metals, or traded other items for bronze from production areas elsewhere. Bronze was harder and more durable than other metals available at the time, allowing Bronze Age civilizations to gain a technological advantage.
While terrestrial iron is naturally abundant, its high melting point of 1,538 °C (2,800 °F) placed it out of reach of common use until the end of the second millennium BCE. Tin's low melting point of 231.9 °C (449.4 °F) and copper's relatively moderate melting point of 1,085 °C (1,985 °F) placed them within the capabilities of the Neolithic pottery kilns, which date back to 6,000 BC and were able to produce temperatures greater than 900 °C (1,650 °F). Copper/tin ores are rare, since there were no tin bronzes in Western Asia before trading in bronze began in the 3rd millennium BCE. Worldwide, the Bronze Age generally followed the Neolithic period, with the Chalcolithic serving as a transition.
Bronze Age cultures differed in their development of the first writing. According to archaeological evidence, cultures in Mesopotamia (cuneiform script) and Egypt (hieroglyphs) developed the earliest practical writing systems.
The overall period is characterized by the widespread use of bronze, though the place and time of the introduction and development of bronze technology were not universally synchronous. Human-made tin bronze technology requires set production techniques. Tin must be mined (mainly as the tin ore cassiterite) and smelted separately, then added to hot copper to make bronze alloy. The Bronze Age was a time of extensive use of metals and of developing trade networks (See Tin sources and trade in ancient times). A 2013 report suggests that the earliest tin-alloy bronze dates to the mid-5th millennium BCE in a Vinča culture site in Pločnik (Serbia), although this culture is not conventionally considered part of the Bronze Age. The dating of the foil has been disputed.
Western Asia and the Near East were the first regions to enter the Bronze Age, which began with the rise of the Mesopotamian civilization of Sumer in the mid-4th millennium BCE. Cultures in the ancient Near East (often called one of "the cradles of civilization") practiced intensive year-round agriculture, developed writing systems, invented the potter's wheel, created centralized governments (usually in form of hereditary monarchies), written law codes, city-states and nation-states and empires, embarked on advanced architectural projects, introduced social stratification, economic and civil administration, slavery, and practiced organized warfare, medicine and religion. Societies in the region laid the foundations for astronomy, mathematics and astrology.
- Dates are approximate, consult particular article for details
The Bronze Age in the Near East can be conveniently divided into Early, Middle and Late periods. The dates and phases below are solely applicable to the Near East and thus not applicable universally.
The Hittite Empire was established in Hattusa in northern Anatolia from the 18th century BCE. In the 14th century BCE the Hittite Kingdom was at its height, encompassing central Anatolia, southwestern Syria as far as Ugarit, and upper Mesopotamia. After 1180 BCE, amid general turmoil in the Levant conjectured to have been associated with the sudden arrival of the Sea Peoples, the kingdom disintegrated into several independent "Neo-Hittite" city-states, some of which survived until as late as the 8th century BCE.
Arzawa in Western Anatolia during the second half of the second millennium BCE likely extended along southern Anatolia in a belt that reaches from near the Turkish Lakes Region to the Aegean coast. Arzawa was the western neighbor—sometimes a rival and sometimes a vassal—of the Middle and New Hittite Kingdoms.
The Assuwa league was a confederation of states in western Anatolia that was defeated by the Hittites under an earlier Tudhaliya I, around 1400 BCE. Arzawa has been associated with the much more obscure Assuwa generally located to its north. It probably bordered it, and may even be an alternative term for it (at least during some periods).
Early Bronze dynasties
In Ancient Egypt, the Bronze Age begins in the Protodynastic period, c. 3150 BCE. The archaic Early Bronze Age of Egypt, known as the Early Dynastic Period of Egypt, immediately follows the unification of Lower and Upper Egypt, c. 3100 BCE. It is generally taken to include the First and Second Dynasties, lasting from the Protodynastic Period of Egypt until about 2686 BCE, or the beginning of the Old Kingdom. With the First Dynasty, the capital moved from Abydos to Memphis with a unified Egypt ruled by an Egyptian god-king. Abydos remained the major holy land in the south. The hallmarks of ancient Egyptian civilization, such as art, architecture and many aspects of religion, took shape during the Early Dynastic Period. Memphis in the Early Bronze Age was the largest city of the time. The Old Kingdom of the regional Bronze Age is the name given to the period in the 3rd millennium BCE when Egypt attained its first continuous peak of civilization in complexity and achievement – the first of three "Kingdom" periods, which mark the high points of civilization in the lower Nile Valley (the others being Middle Kingdom and the New Kingdom).
The First Intermediate Period of Egypt, often described as a "dark period" in ancient Egyptian history, spanned about 100 years after the end of the Old Kingdom from about 2181 to 2055 BCE. Very little monumental evidence survives from this period, especially from the early part of it. The First Intermediate Period was a dynamic time when the rule of Egypt was roughly divided between two competing for power bases: Heracleopolis in Lower Egypt and Thebes in Upper Egypt. These two kingdoms would eventually come into conflict, with the Theban kings conquering the north, resulting in the reunification of Egypt under a single ruler during the second part of the 11th Dynasty.
The Bronze Age in Nubia started as early as 2300 BCE. Copper smelting was introduced by Egyptians to the Nubian city of Meroë, in modern-day Sudan, around 2600 BCE. A furnace for bronze casting has been found in Kerma that is dated to 2300–1900 BCE.
Middle Bronze dynasties
The Middle Kingdom of Egypt lasted from 2055 to 1650 BCE. During this period, the Osiris funerary cult rose to dominate Egyptian popular religion. The period comprises two phases: the 11th Dynasty, which ruled from Thebes and the 12th and 13th Dynasties centered on el-Lisht. The unified kingdom was previously considered to comprise the 11th and 12th Dynasties, but historians now at least partially consider the 13th Dynasty to belong to the Middle Kingdom.
During the Second Intermediate Period, Ancient Egypt fell into disarray for a second time, between the end of the Middle Kingdom and the start of the New Kingdom. It is best known for the Hyksos, whose reign comprised the 15th and 16th dynasties. The Hyksos first appeared in Egypt during the 11th Dynasty, began their climb to power in the 13th Dynasty, and emerged from the Second Intermediate Period in control of Avaris and the Delta. By the 15th Dynasty, they ruled lower Egypt, and they were expelled at the end of the 17th Dynasty.
Late Bronze dynasties
The New Kingdom of Egypt, also referred to as the Egyptian Empire, lasted from the 16th to the 11th century BCE. The New Kingdom followed the Second Intermediate Period and was succeeded by the Third Intermediate Period. It was Egypt's most prosperous time and marked the peak of Egypt's power. The later New Kingdom, i.e. the 19th and 20th Dynasties (1292–1069 BCE), is also known as the Ramesside period, after the eleven pharaohs that took the name of Ramesses.
Elam was a pre-Iranian ancient civilization located to the east of Mesopotamia. In the Old Elamite period (Middle Bronze Age), Elam consisted of kingdoms on the Iranian Plateau, centered in Anshan, and from the mid-2nd millennium BCE, it was centered in Susa in the Khuzestan lowlands. Its culture played a crucial role in the Gutian Empire and especially during the Iranian Achaemenid dynasty that succeeded it.
The Oxus civilization was a Bronze Age Central Asian culture dated to c. 2300–1700 BCE and centered on the upper Amu Darya (Oxus). In the Early Bronze Age, the culture of the Kopet Dag oases and Altyndepe developed a proto-urban society. This corresponds to level IV at Namazga-Tepe. Altyndepe was a major center even then. Pottery was wheel-turned. Grapes were grown. The height of this urban development was reached in the Middle Bronze Age c. 2300 BCE, corresponding to level V at Namazga-Depe. This Bronze Age culture is called the Bactria–Margiana Archaeological Complex (BMAC).
The Kulli culture, similar to those of the Indus Valley Civilisation, was located in southern Balochistan (Gedrosia) c. 2500–2000 BCE. Agriculture was the economic base of these people. At several places, dams were found, providing evidence for a highly developed water management system.
In modern scholarship, the chronology of the Bronze Age Levant is divided into Early/Proto Syrian; corresponding to the Early Bronze. Old Syrian; corresponding to the Middle Bronze. Middle Syrian; corresponding to the Late Bronze. The term Neo-Syria is used to designate the early Iron Age.
The old Syrian period was dominated by the Eblaite first kingdom, Nagar and the Mariote second kingdom. The Akkadians conquered large areas of the Levant and were followed by the Amorite kingdoms, c. 2000–1600 BCE, which arose in Mari, Yamhad, Qatna, Assyria. From the 15th century BCE onward, the term Amurru is usually applied to the region extending north of Canaan as far as Kadesh on the Orontes River.
The earliest-known Ugaritic contact with Egypt (and the first exact dating of Ugaritic civilization) comes from a carnelian bead identified with the Middle Kingdom pharaoh Senusret I, 1971–1926 BCE. A stela and a statuette from the Egyptian pharaohs Senusret III and Amenemhet III have also been found. However, it is unclear at what time these monuments got to Ugarit. In the Amarna letters, messages from Ugarit c. 1350 BCE written by Ammittamru I, Niqmaddu II, and his queen, were discovered. From the 16th to the 13th century BCE, Ugarit remained in constant touch with Egypt and Cyprus (named Alashiya).
The Mitanni was a loosely organized state in northern Syria and south-east Anatolia from c. 1500–1300 BCE. Founded by an Indo-Aryan ruling class that governed a predominantly Hurrian population, Mitanni came to be a regional power after the Hittite destruction of Kassite Babylon created a power vacuum in Mesopotamia. At its beginning, Mitanni's major rival was Egypt under the Thutmosids. However, with the ascent of the Hittite empire, Mitanni and Egypt allied to protect their mutual interests from the threat of Hittite domination. At the height of its power, during the 14th century BCE, it had outposts centered on its capital, Washukanni, which archaeologists have located on the headwaters of the Khabur River. Eventually, Mitanni succumbed to Hittite, and later Assyrian attacks, and was reduced to a province of the Middle Assyrian Empire.
The Israelites were an ancient Semitic-speaking people of the Ancient Near East who inhabited part of Canaan during the tribal and monarchic periods (15th to 6th centuries BCE), and lived in the region in smaller numbers after the fall of the monarchy. The name "Israel" first appears c. 1209 BCE, at the end of the Late Bronze Age and the very beginning of the Iron Age, on the Merneptah Stele raised by the Egyptian pharaoh Merneptah.
The Aramaeans were a Northwest Semitic semi-nomadic and pastoralist people who originated in what is now modern Syria (Biblical Aram) during the Late Bronze Age and the early Iron Age. Large groups migrated to Mesopotamia, where they intermingled with the native Akkadian (Assyrian and Babylonian) population. The Aramaeans never had a unified empire; they were divided into independent kingdoms all across the Near East. After the Bronze Age collapse, their political influence was confined to many Syro-Hittite states, which were entirely absorbed into the Neo-Assyrian Empire by the 8th century BCE.
The Mesopotamian Bronze Age began about 3500 BCE and ended with the Kassite period (c. 1500 BCE – c. 1155 BCE). The usual tripartite division into an Early, Middle and Late Bronze Age is not used. Instead, a division primarily based on art-historical and historical characteristics is more common.
The cities of the Ancient Near East housed several tens of thousands of people. Ur, Kish, Isin, Larsa and Nippur in the Middle Bronze Age and Babylon, Calah and Assur in the Late Bronze Age similarly had large populations. The Akkadian Empire (2335–2154] BCE) became the dominant power in the region, and after its fall the Sumerians enjoyed a renaissance with the Neo-Sumerian Empire. Assyria was extant from as early as the 25th century BCE, and became a regional power with the Old Assyrian Empire (c. 2025–1750 BCE). The earliest mention of Babylon (then a small administrative town) appears on a tablet from the reign of Sargon of Akkad in the 23rd century BCE. The Amorite dynasty established the city-state of Babylon in the 19th century BCE. Over 100 years later, it briefly took over the other city-states and formed the short-lived First Babylonian Empire during what is also called the Old Babylonian Period. Akkad, Assyria, and Babylonia all used the written East Semitic Akkadian language for official use and as a spoken language. By that time, the Sumerian language was no longer spoken, but was still in religious use in Assyria and Babylonia, and would remain so until the 1st century CE. The Akkadian and Sumerian traditions played a major role in later Assyrian and Babylonian culture, even though Babylonia (unlike the more militarily powerful Assyria) itself was founded by non-native Amorites and often ruled by other non-indigenous peoples, such as Kassites, Aramaeans and Chaldeans, as well as its Assyrian neighbors.
Bactria–Margiana Archaeological Complex
The Bactria–Margiana Archaeological Complex (BMAC), also known as the Oxus civilization, was a Bronze Age civilization in Central Asia, dated to c. 2400–1600 BCE, located in present-day northern Afghanistan, eastern Turkmenistan, southern Uzbekistan and western Tajikistan, centred on the upper Amu Darya (Oxus River). Its sites were discovered and named by the Soviet archaeologist Viktor Sarianidi (1976). Bactria was the Greek name for the area of Bactra (modern Balkh), in what is now northern Afghanistan, and Margiana was the Greek name for the Persian satrapy of Marguš, the capital of which was Merv, in modern-day southeastern Turkmenistan.
According to recent studies  the BMAC was not a primary contributor to later South-Asian genetics.
The Altai Mountains in what is now southern Russia and central Mongolia have been identified as the point of origin of a cultural enigma termed the Seima-Turbino Phenomenon. It is conjectured that changes in climate in this region around 2000 BCE and the ensuing ecological, economic and political changes triggered a rapid and massive migration westward into northeast Europe, eastward into China and southward into Vietnam and Thailand  across a frontier of some 4,000 miles. This migration took place in just five to six generations and led to peoples from Finland in the west to Thailand in the east employing the same metal working technology and, in some areas, horse breeding and riding. It is further conjectured that the same migrations spread the Uralic group of languages across Europe and Asia: some 39 languages of this group are still extant, including Hungarian, Finnish and Estonian. However, recent genetic testings of sites in south Siberia and Kazakhstan (Andronovo horizon) would rather support a spreading of the bronze technology via Indo-European migrations eastwards, as this technology was well known for quite a while in western regions.
The term "Bronze Age" has been transferred to the archaeology of China from that of Western Eurasia, and there is no consensus or universally used convention delimiting the "Bronze Age" in the context of Chinese prehistory.
By convention, the "Early Bronze Age" in China is sometimes taken as equivalent to the "Shang dynasty" period of Chinese prehistory (16th to 11th centuries BCE), and the "Later Bronze Age" as equivalent to the "Zhou dynasty" period (11th to 3rd centuries BCE, from the 5th century, also dubbed "Iron Age"), although there is an argument to be made that the "Bronze Age" proper never ended in China, as there is no recognizable transition to an "Iron Age". Significantly, together with the jade art that precedes it, bronze was seen as a "fine" material for ritual art when compared with iron or stone, stone artifacts only becoming popular for tombs during the Han on probable Indian influence (replacing wooden temple in that instance).
Bronze metallurgy in China originated in what is referred to as the Erlitou (Wade–Giles: Erh-li-t'ou) period, which some historians argue places it within the range of dates controlled by the Shang dynasty. Others believe the Erlitou sites belong to the preceding Xia (Wade–Giles: Hsia) dynasty. The U.S. National Gallery of Art defines the Chinese Bronze Age as the "period between about 2000 BCE and 771 BCE", a period that begins with the Erlitou culture and ends abruptly with the disintegration of Western Zhou rule.
While it is by far more likely that bronze work developed inside China separately from outside influence, the discovery of Europoid mummies in Xinjiang suggests a possible route of transmission from the West beginning in the early second millennium BCE. This is, however, still just speculation since there is a lack of direct evidence. A few human mummies alone cannot provide sufficient explanation of metallurgy transmission. Furthermore, the oldest bronze objects found in China so far were discovered at the Majiayao site in Gansu rather than at Xinjiang
The Shang dynasty (also known as the Yin dynasty) of the Yellow River Valley rose to power after the Xia dynasty around 1600 BCE. While some direct information about the Shang dynasty comes from Shang-era inscriptions on bronze artifacts, most comes from oracle bones—turtle shells, cattle scapulae, or other bones—which bear glyphs that form the first significant corpus of recorded Chinese characters.
Iron has been found from the Zhou dynasty, but its use was minimal. Chinese literature dating to the 6th century BCE attests knowledge of iron smelting, yet bronze continues to occupy the seat of significance in the archaeological and historical record for some time after this. Historian W.C. White argues that iron did not supplant bronze "at any period before the end of the Zhou dynasty (256 BC)" and that bronze vessels make up the majority of metal vessels through the Later Han period, or to 221 BC [sic?].
The Chinese bronze artifacts generally are either utilitarian, like spear points or adze heads, or "ritual bronzes", which are more elaborate versions in precious materials of everyday vessels, as well as tools and weapons. Examples are the numerous large sacrificial tripods known as dings in Chinese; there are many other distinct shapes. Surviving identified Chinese ritual bronzes tend to be highly decorated, often with the taotie motif, which involves highly stylized animal faces. These appear in three main motif types: those of demons, of symbolic animals, and abstract symbols. Many large bronzes also bear cast inscriptions that are the great bulk of the surviving body of early Chinese writing and have helped historians and archaeologists piece together the history of China, especially during the Zhou dynasty (1046–256 BCE).
The bronzes of the Western Zhou dynasty document large portions of history not found in the extant texts that were often composed by persons of varying rank and possibly even social class. Further, the medium of cast bronze lends the record they preserve a permanence not enjoyed by manuscripts. These inscriptions can commonly be subdivided into four parts: a reference to the date and place, the naming of the event commemorated, the list of gifts given to the artisan in exchange for the bronze, and a dedication. The relative points of reference these vessels provide have enabled historians to place most of the vessels within a certain time frame of the Western Zhou period, allowing them to trace the evolution of the vessels and the events they record.
|Korean Bronze Age|
The beginning of the Bronze Age on the peninsula is around 1000–800 BCE. Although the Korean Bronze Age culture derives from the Liaoning and Manchuria, it exhibits unique typology and styles, especially in ritual objects.
The Mumun pottery period is named after the Korean name for undecorated or plain cooking and storage vessels that form a large part of the pottery assemblage over the entire length of the period, but especially 850–550 BCE. The Mumun period is known for the origins of intensive agriculture and complex societies in both the Korean Peninsula and the Japanese Archipelago.
The Middle Mumun pottery period culture of the southern Korean Peninsula gradually adopted bronze production (c. 700–600? BCE) after a period when Liaoning-style bronze daggers and other bronze artifacts were exchanged as far as the interior part of the Southern Peninsula (c. 900–700 BCE). The bronze daggers lent prestige and authority to the personages who wielded and were buried with them in high-status megalithic burials at south-coastal centers such as the Igeum-dong site. Bronze was an important element in ceremonies and as for mortuary offerings until 100.
|Japanese Bronze Age|
The Japanese archipelago saw the introduction of bronze during the beginning of the Early Yayoi period (≈300 BCE), which saw the introduction of metalworking and agricultural practices brought in by settlers arriving from the continent. Bronze and iron smelting techniques spread to the Japanese archipelago through contact with other ancient East Asian civilizations, particularly immigration and trade from the Korean peninsula and ancient mainland China. Iron was mainly used for agricultural and other tools, whereas ritual and ceremonial artifacts were mainly made of bronze.
- Dates are approximate, consult particular article for details
The Bronze Age on the Indian subcontinent began around 3300 BCE with the beginning of the Indus Valley civilization. Inhabitants of the Indus Valley, the Harappans, developed new techniques in metallurgy and produced copper, bronze, lead and tin. The Late Harappan culture, which dates from 1900 to 1400 BCE, overlapped the transition from the Bronze Age to the Iron Age; thus it is difficult to date this transition accurately. It has been claimed that a 6,000-year-old copper amulet manufactured in Mehrgarh in the shape of wheel spoke is the earliest example of lost wax casting in the world.
The civilization's cities were noted for their urban planning, baked brick houses, elaborate drainage systems, water supply systems, clusters of large non-residential buildings, and new techniques in handicraft (carnelian products, seal carving) and metallurgy (copper, bronze, lead, and tin). The large cities of Mohenjo-daro and Harappa very likely grew to contain between 30,000 and 60,000 individuals, and the civilization itself during its florescence may have contained between one and five million individuals.
In Ban Chiang, Thailand, (Southeast Asia) bronze artifacts have been discovered dating to 2100 BCE. However, according to the radiocarbon dating on the human and pig bones in Ban Chiang, some scholars propose that the initial Bronze Age in Ban Chiang was in late 2nd millennium. In Nyaunggan, Burma, bronze tools have been excavated along with ceramics and stone artifacts. Dating is still currently broad (3500–500 BCE). Ban Non Wat, excavated by Charles Higham, was a rich site with over 640 graves excavated that gleaned many complex bronze items that may have had social value connected to them.
Ban Chiang, however, is the most thoroughly documented site while having the clearest evidence of metallurgy when it comes to Southeast Asia. With a rough date range of late 3rd millennium BCE to the first millennium CE, this site alone has various artifacts such as burial pottery (dating from 2100 to 1700 BCE), fragments of Bronze, copper-base bangles, and much more. What's interesting about this site, however, is not just the old age of the artifacts but that this technology suggested on-site casting from the very beginning. The on-site casting supports the theory that Bronze was first introduced in Southeast Asia as fully developed which therefore shows that Bronze was innovated from a different country. Some scholars believe that the copper-based metallurgy was disseminated from northwest and central China via south and southwest areas such as Guangdong province and Yunnan province and finally into southeast Asia around 1000 BCE. Archaeology also suggests that Bronze Age metallurgy may not have been as significant a catalyst in social stratification and warfare in Southeast Asia as in other regions, social distribution shifting away from chiefdom-states to a heterarchical network. Data analyses of sites such as Ban Lum Khao, Ban Na Di, Non-Nok Tha, Khok Phanom Di, and Nong Nor have consistently led researchers to conclude that there was no entrenched hierarchy.
Dating back to the Neolithic Age, the first bronze drum, called the Dong Son drum, were uncovered in and around the Red River Delta regions of Northern Vietnam and Southern China. These relate to the prehistoric Dong Son Culture of Vietnam.
Archaeological research in Northern Vietnam indicates an increase in rates of infectious disease following the advent of metallurgy; skeletal fragments in sites dating to the early and mid-Bronze Age evidence a greater proportion of lesions than in sites of earlier periods. There are a few possible implications of this. One is the increased contact with bacterial and/or fungal pathogens due to increased population density and land clearing/cultivation. The other one is decreased levels of immunocompetence in the Metal age due to changes in the diet caused by agriculture. The last is that there may have been an emergence of infectious disease in the Da But the period that evolved into a more virulent form in the metal period.
A few examples of named Bronze Age cultures in Europe in roughly relative order.
- Dates are approximate, consult particular article for details
- The chosen cultures overlapped in time and the indicated periods do not fully correspond to their estimated extents.
A study in the journal Antiquity published in 2013 reported the discovery of a tin bronze foil from the Pločnik archaeological site securely dated to c. 4650 BCE as well as 14 other artifacts from Serbia and Bulgaria dated to before 4000 BCE has shown that early tin bronze was more common than previously thought, and developed independently in Europe 1500 years before the first tin bronze alloys in the Near East. The production of complex tin bronzes lasted for c. 500 years in the Balkans. The authors reported that evidence for the production of such complex bronzes disappears at the end of the 5th millennium coinciding with the "collapse of large cultural complexes in north-eastern Bulgaria and Thrace in the late fifth millennium BCE". Tin bronzes using cassiterite tin would be reintroduced to the area again some 1500 years later.
The Aegean Bronze Age began around 3200 BCE, when civilizations first established a far-ranging trade network. This network imported tin and charcoal to Cyprus, where copper was mined and alloyed with the tin to produce bronze. Bronze objects were then exported far and wide and supported the trade. Isotopic analysis of tin in some Mediterranean bronze artifacts suggests that they may have originated from Great Britain.
Knowledge of navigation was well developed at this time and reached a peak of skill not exceeded (except perhaps by Polynesian sailors) until 1730 when the invention of the chronometer enabled the precise determination of longitude.
The Minoan civilization based in Knossos on the island of Crete appears to have coordinated and defended its Bronze Age trade. Ancient empires valued luxury goods in contrast to staple foods, leading to famine.
Bronze Age collapse theories have described aspects of the end of the Bronze Age in this region. At the end of the Bronze Age in the Aegean region, the Mycenaean administration of the regional trade empire followed the decline of Minoan primacy. Several Minoan client states lost much of their population to famine and/or pestilence. This would indicate that the trade network may have failed, preventing the trade that would previously have relieved such famines and prevented illness caused by malnutrition. It is also known that in this era the breadbasket of the Minoan empire, the area north of the Black Sea, also suddenly lost much of its population, and thus probably some capacity to cultivate crops. Drought and famine in Anatolia may have also led to the Aegean collapse by disrupting trade networks, and therefore preventing the Aegean from accessing bronze and luxury goods.
The Aegean collapse has been attributed to the exhaustion of the Cypriot forests causing the end of the bronze trade. These forests are known to have existed into later times, and experiments have shown that charcoal production on the scale necessary for the bronze production of the late Bronze Age would have exhausted them in less than fifty years.
The Aegean collapse has also been attributed to the fact that as iron tools became more common, the main justification for the tin trade ended, and that trade network ceased to function as it did formerly. The colonies of the Minoan empire then suffered drought, famine, war, or some combination of those three, and had no access to the distant resources of an empire by which they could easily recover.
The Thera eruption occurred c. 1600 BCE, 110 km (68 mi) north of Crete. Speculation includes that a tsunami from Thera (more commonly known today as Santorini) destroyed Cretan cities. A tsunami may have destroyed the Cretan navy in its home harbor, which then lost crucial naval battles; so that in the LMIB/LMII event (c. 1450 BCE) the cities of Crete burned and the Mycenaean civilization took over Knossos. If the eruption occurred in the late 17th century BCE (as most chronologists now think) then its immediate effects belong to the Middle to Late Bronze Age transition, and not to the end of the Late Bronze Age, but it could have triggered the instability that led to the collapse first of Knossos and then of Bronze Age society overall. One such theory highlights the role of Cretan expertise in administering the empire, post—Thera. If this expertise was concentrated in Crete, then the Mycenaeans may have made political and commercial mistakes in administering the Cretan empire.
Archaeological findings, including some on the island of Thera, suggest that the center of the Minoan civilization at the time of the eruption was actually on Thera rather than on Crete. According to this theory, the catastrophic loss of the political, administrative and economic center due to the eruption, as well as the damage wrought by the tsunami to the coastal towns and villages of Crete precipitated the decline of the Minoans. A weakened political entity with a reduced economic and military capability and fabled riches would have then been more vulnerable to conquest. Indeed, the Santorini eruption is usually dated to c. 1630 BCE, while the Mycenaean Greeks first enter the historical record a few decades later, c. 1600 BCE. The later Mycenaean assaults on Crete (c. 1450 BCE) and Troy (c. 1250 BCE) would have been a continuation of the steady encroachment of the Greeks upon the weakened Minoan world.
In Central Europe, the early Bronze Age Unetice culture (1800–1600 BCE) includes numerous smaller groups like the Straubing, Adlerberg and Hatvan cultures. Some very rich burials, such as the one located at Leubingen with grave gifts crafted from gold, point to an increase of social stratification already present in the Unetice culture. All in all, cemeteries of this period are rare and of small size. The Unetice culture is followed by the middle Bronze Age (1600–1200 BCE) Tumulus culture, which is characterised by inhumation burials in tumuli (barrows). In the eastern Hungarian Körös tributaries, the early Bronze Age first saw the introduction of the Mako culture, followed by the Otomani and Gyulavarsand cultures.
The late Bronze Age Urnfield culture (1300–700 BCE) is characterized by cremation burials. It includes the Lusatian culture in eastern Germany and Poland (1300–500 BCE) that continues into the Iron Age. The Central European Bronze Age is followed by the Iron Age Hallstatt culture (700–450 BCE).
Important sites include:
The Bronze Age in Central Europe has been described in the chronological schema of German prehistorian Paul Reinecke. He described Bronze A1 (Bz A1) period (2300–2000 BCE: triangular daggers, flat axes, stone wrist-guards, flint arrowheads) and Bronze A2 (Bz A2) period (1950–1700 BCE: daggers with metal hilt, flanged axes, halberds, pins with perforated spherical heads, solid bracelets) and phases Hallstatt A and B (Ha A and B).
The Apennine culture (also called Italian Bronze Age) is a technology complex of central and southern Italy spanning the Chalcolithic and Bronze Age proper. The Camuni were an ancient people of uncertain origin (according to Pliny the Elder, they were Euganei; according to Strabo, they were Rhaetians) who lived in Val Camonica—in what is now northern Lombardy—during the Iron Age, although human groups of hunters, shepherds and farmers are known to have lived in the area since the Neolithic.
Located in Sardinia and Corsica, the Nuragic civilization lasted from the early Bronze Age (18th century BCE) to the 2nd century CE, when the islands were already Romanized. They take their name from the characteristic Nuragic towers, which evolved from the pre-existing megalithic culture, which built dolmens and menhirs. The nuraghe towers are unanimously considered the best-preserved and largest megalithic remains in Europe. Their effective use is still debated: some scholars considered them as monumental tombs, others as Houses of the Giants, other as fortresses, ovens for metal fusion, prisons or, finally, temples for a solar cult. Around the end of the 3rd millennium BCE, Sardinia exported towards Sicily a Culture that built small dolmens, trilithic or polygonal shaped, that served as tombs as it has been ascertained in the Sicilian dolmen of “Cava dei Servi”. From this region, they reached Malta island and other countries of Mediterranean basin.
The Terramare was an early Indo-European civilization in the area of what is now Pianura Padana (northern Italy) before the arrival of the Celts and in other parts of Europe. They lived in square villages of wooden stilt houses. These villages were built on land, but generally near a stream, with roads that crossed each other at right angles. The whole complex denoted the nature of a fortified settlement. Terramare was widespread in the Pianura Padana (especially along the Panaro river, between Modena and Bologna) and in the rest of Europe. The civilization developed in the Middle and Late Bronze Age, between the 17th and the 13th centuries BCE.
The Castellieri culture developed in Istria during the Middle Bronze Age. It lasted for more than a millennium, from the 15th century BCE until the Roman conquest in the 3rd century BCE. It takes its name from the fortified boroughs (Castellieri, Friulian: cjastelir) that characterized the culture.
The Canegrate culture developed from the mid-Bronze Age (13th century BCE) until the Iron Age in the Pianura Padana, in what are now western Lombardy, eastern Piedmont and Ticino. It takes its name from the township of Canegrate where, in the 20th century, some fifty tombs with ceramics and metal objects were found. The Canegrate culture migrated from the northwest part of the Alps and descended to Pianura Padana from the Swiss Alps passes and the Ticino.
The Golasecca culture developed starting from the late Bronze Age in the Po plain. It takes its name from Golasecca, a locality next to the Ticino where, in the early 19th century, abbot Giovanni Battista Giani excavated its first findings (some fifty tombs with ceramics and metal objects). Remains of the Golasecca culture span an area of c. 20,000 square kilometers south to the Alps, between the Po, Sesia and Serio rivers, dating from the 9th to the 4th century BCE.
Atlantic Bronze Age
The Atlantic Bronze Age is a cultural complex of the period of approximately 1300–700 BCE that includes different cultures in Portugal, Andalusia, Galicia, and the British Isles. It is marked by economic and cultural exchange. Commercial contacts extend to Denmark and the Mediterranean. The Atlantic Bronze Age was defined by many distinct regional centers of metal production, unified by a regular maritime exchange of some of their products.
In Great Britain, the Bronze Age is considered to have been the period from around 2100 to 750 BCE. Migration brought new people to the islands from the continent. Recent tooth enamel isotope research on bodies found in early Bronze Age graves around Stonehenge indicates that at least some of the migrants came from the area of modern Switzerland. Another example site is Must Farm, near Whittlesey, which has recently been host to the most complete Bronze Age wheel ever to be found. The Beaker culture displayed different behaviors from the earlier Neolithic people, and cultural change was significant. Integration is thought to have been peaceful, as many of the early henge sites were seemingly adopted by the newcomers. The rich Wessex culture developed in southern Britain at this time. Additionally, the climate was deteriorating; where once the weather was warm and dry it became much wetter as the Bronze Age continued, forcing the population away from easily defended sites in the hills and into the fertile valleys. Large livestock farms developed in the lowlands and appear to have contributed to economic growth and inspired increasing forest clearances. The Deverel-Rimbury culture began to emerge in the second half of the Middle Bronze Age ( c. 1400–1100 BCE) to exploit these conditions. Devon and Cornwall were major sources of tin for much of western Europe and copper was extracted from sites such as the Great Orme mine in northern Wales. Social groups appear to have been tribal but with growing complexity and hierarchies becoming apparent.
The burial of the dead (which, until this period, had usually been communal) became more individual. For example, whereas in the Neolithic a large chambered cairn or long barrow housed the dead, Early Bronze Age people buried their dead in individual barrows (also commonly known and marked on modern British Ordnance Survey maps as tumuli), or sometimes in cists covered with cairns.
The greatest quantities of bronze objects in England were discovered in East Cambridgeshire, where the most important finds were recovered in Isleham (more than 6500 pieces). Alloying of copper with zinc or tin to make brass or bronze was practiced soon after the discovery of copper itself. One copper mine at Great Orme in North Wales, extended to a depth of 70 meters. At Alderley Edge in Cheshire, carbon dates have established mining at around 2280 to 1890 BCE (at 95% probability). The earliest identified metalworking site (Sigwells, Somerset) is much later, dated by Globular Urn style pottery to approximately the 12th century BCE. The identifiable sherds from over 500 mould fragments included a perfect fit of the hilt of a sword in the Wilburton style held in Somerset County Museum.
The Bronze Age in Ireland commenced around 2000 BCE when copper was alloyed with tin and used to manufacture Ballybeg type flat axes and associated metalwork. The preceding period is known as the Copper Age and is characterised by the production of flat axes, daggers, halberds and awls in copper. The period is divided into three phases: Early Bronze Age (2000–1500 BCE), Middle Bronze Age (1500–1200 BCE), and Late Bronze Age (1200–c. 500 BCE). Ireland is also known for a relatively large number of Early Bronze Age burials.
One of the characteristic types of artifact of the Early Bronze Age in Ireland is the flat axe. There are five main types of flat axes: Lough Ravel (c. 2200 BCE), Ballybeg (c. 2000 BCE), Killaha (c. 2000 BCE), Ballyvalley (c. 2000–1600 BCE), Derryniggin (c. 1600 BCE), and a number of metal ingots in the shape of axes.
The Bronze Age in Northern Europe spans the entire 2nd millennium BCE (Unetice culture, Urnfield culture, Tumulus culture, Terramare culture, Lusatian culture) lasting until c. 600 BCE. The Northern Bronze Age was both a period and a Bronze Age culture in Scandinavian pre-history, c. 1700–500 BCE, with sites that reached as far east as Estonia. Succeeding the Late Neolithic culture, its ethnic and linguistic affinities are unknown in the absence of written sources. It is followed by the Pre-Roman Iron Age.
Even though Northern European Bronze Age cultures were relatively late, and came into existence via trade, sites present rich and well-preserved objects made of wool, wood and imported Central European bronze and gold. Many rock carvings depict ships, and the large stone burial monuments known as stone ships suggest that shipping played an important role. Thousands of rock carvings depict ships, most probably representing sewn plank built canoes for warfare, fishing, and trade. These may have a history as far back as the neolithic period and continue into the Pre-Roman Iron Age, as shown by the Hjortspring boat. There are many mounds and rock carving sites from the period. Numerous artifacts of bronze and gold are found. No written language existed in the Nordic countries during the Bronze Age. The rock carvings have been dated through comparison with depicted artifacts.
Arsenical bronze artifacts of the Maykop culture in the North Caucasus have been dated around the 4th millennium BCE. This innovation resulted in the circulation of arsenical bronze technology over southern and eastern Europe.
The Yamnaya culture is a Late Copper Age/Early Bronze Age culture of the Southern Bug/Dniester/Ural region (the Pontic steppe), dating to the 36th–23rd centuries BCE. The name also appears in English as Pit-Grave Culture or Ochre-Grave Culture. The Catacomb culture, c. 2800–2200 BCE, comprises several related Early Bronze Age cultures occupying what is presently Russia and Ukraine. The Srubnaya culture was a Late Bronze Age (18th–12th centuries BCE) culture. It is a successor to the Yamnaya and the Poltavka culture.
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Iron and copper smelting appeared around the same time in most parts of Africa. As such, most African civilizations outside of Egypt did not experience a distinct Bronze Age. Evidence for iron smelting appears earlier or at the same time as copper smelting in Nigeria c. 900–800 BCE, Rwanda and Burundi c. 700–500 BCE and Tanzania c. 300 BCE.
There is a longstanding debate about whether the development of both copper and iron metallurgy were independently developed in sub-Saharan Africa or were introduced from the outside across the Sahara Desert from North Africa or the Indian Ocean. Evidence for theories of independent development and outside introduction are scarce and subject to active scholarly debate. Scholars have suggested that both the relative dearth of archeological research in sub-Saharan Africa as well as long-standing prejudices have limited or biased our understanding of pre-historic metallurgy on the continent. One scholar characterized the state of historical knowledge as such: "To say that the history of metallurgy in sub-Saharan Africa is complicated is perhaps an understatement."
Copper smelting took place in West Africa prior to the appearance of iron smelting in the region. Evidence for copper smelting furnaces was found near Agadez, Niger that has been dated as early as 2200 BCE. However, evidence for copper production in this region before 1000 BCE is debated. Evidence of copper mining and smelting has been found at Akjoujt, Mauretania that suggests small scale production c. 800}} to 400 BCE.
The Moche civilization of South America independently discovered and developed bronze smelting. Bronze technology was developed further by the Incas and used widely both for utilitarian objects and sculpture. A later appearance of limited bronze smelting in West Mexico suggests either contact of that region with Andean cultures or separate discovery of the technology. The Calchaquí people of Northwest Argentina had bronze technology.
Trade and industry played a major role in the development of the ancient Bronze Age civilizations. With artifacts of the Indus Valley Civilization being found in ancient Mesopotamia and Egypt, it is clear that these civilizations were not only in touch with each other but also trading with each other. Early long-distance trade was limited almost exclusively to luxury goods like spices, textiles and precious metals. Not only did this make cities with ample amounts of these products extremely rich but also led to an intermingling of cultures for the first time in history.
Trade routes were not only over land but also over water. The first and most extensive trade routes were over rivers such as the Nile, the Tigris and the Euphrates which led to growth of cities on the banks of these rivers. The domestication of camels at a later time also helped encourage the use of trade routes over land, linking the Indus Valley with the Mediterranean. This further led to towns sprouting up in numbers anywhere and everywhere there was a pit-stop or caravan-to-ship port.
- James E. McClellan III; Harold Dorn (2006). Science and Technology in World History: An Introduction. JHU Press. ISBN 978-0-8018-8360-6. p. 21.
- Bronze was independently discovered in the Maykop culture of the North Caucasus as early as the mid-4th millennium BCE, which makes them the producers of the oldest-known bronze. However, the Maykop culture only had arsenical bronze. Other regions developed bronze and its associated technology at different periods.
- Radivojevic, M; Rehren, T; Kuzmanovic-Cvetkovic, J; Jovanovic, M; Northover, JP (2013). "Tainted ores and the rise of tin bronzes in Eurasia, c.6500 years ago". Antiquity. 87 (338): 1030–1045. doi:10.1017/S0003598X0004984X.
- Sljivar, D.; Boric, D.; et al. (2014). "Context is everything: comments on Radivojevic et al. (2013)". Antiquity. 88 (342): 1310–1315. doi:10.1017/s0003598x00115480.
- Radivojevic, M.; Rehren, Th.; Kuzmanovic-Cvetkovic, J.; Jovanovic, M. (2014). "Context is everything indeed: a response to Sljivar and Boric". Antiquity. 88 (342): 1315–1319. doi:10.1017/s0003598x00115492.
- The Near East period dates and phases are unrelated to the bronze chronology of other regions of the world.
- Piotr Bienkowski, Alan Ralph Millard (editors). Dictionary of the ancient Near East. p. 60.
- Amélie Kuhr. The Ancient Near East, c. 3000–330 BC. p. 9.
- Killebrew, Ann E. (2013), "The Philistines and Other "Sea Peoples" in Text and Archaeology", Society of Biblical Literature Archaeology and biblical studies, Society of Biblical Lit, 15, p. 2, ISBN 978-1-58983-721-8, archived from the original on 3 September 2015, retrieved 20 June 2015. Quote: "First coined in 1881 by the French Egyptologist G. Maspero (1896), the somewhat misleading term "Sea Peoples" encompasses the ethnonyms Lukka, Sherden, Shekelesh, Teresh, Eqwesh, Denyen, Sikil / Tjekker, Weshesh, and Peleset (Philistines). [Footnote: The modern term "Sea Peoples" refers to peoples that appear in several New Kingdom Egyptian texts as originating from "islands" (tables 1–2; Adams and Cohen, this volume; see, e.g., Drews 1993, 57 for a summary). The use of quotation marks in association with the term "Sea Peoples" in our title is intended to draw attention to the problematic nature of this commonly used term. It is noteworthy that the designation "of the sea" appears only concerning the Sherden, Shekelesh, and Eqwesh. Subsequently, this term was applied somewhat indiscriminately to several additional ethnonyms, including the Philistines, who are portrayed in their earliest appearance as invaders from the north during the reigns of Merenptah and Ramesses Ill (see, e.g., Sandars 1978; Redford 1992, 243, n. 14; for a recent review of the primary and secondary literature, see Woudhuizen 2006). Henceforth the term Sea Peoples will appear without quotation marks.]"
- The End of the Bronze Age: Changes in Warfare and the Catastrophe Ca. 1200 B.C., Robert Drews, pp. 48–61 Quote: "The thesis that a great "migration of the Sea Peoples" occurred ca. 1200 B.C. is supposedly based on Egyptian inscriptions, one from the reign of Merneptah and another from the reign of Ramesses III. Yet in the inscriptions themselves, such a migration nowhere appears. After reviewing what the Egyptian texts have to say about 'the sea peoples', one Egyptologist (Wolfgang Helck) recently remarked that although some things are unclear, "eins ist aber sicher: Nach den agyptischen Texten Haben wir es Nicht mit einer 'Volkerwanderung' zu tun." Thus the migration hypothesis is based not on the inscriptions themselves but their interpretation."
- Karin Sowada and Peter Grave. Egypt in the Eastern Mediterranean during the Old Kingdom.
- Lukas de Blois and R. J. van der Spek. An Introduction to the Ancient World. p. 14.
- Hansen, M.H. (2000). A comparative study of thirty city-state cultures: An investigation conducted by the Copenhagen Polis Centre. Copenhagen: Det Kongelike Danske Videnskabernes Selskab. p. 68.
- Childs, S. Terry; Killick, David (1993). "Indigenous African Metallurgy: Nature and Culture". Annual Review of Anthropology. 22: 317–337. doi:10.1146/annurev.anthro.22.1.317. JSTOR 2155851.
- Miller, Duncan E.; van der Merwe, Nikolaas J. (1994). "Early Metal Working in Sub-Saharan Africa: A Review of Recent Research". The Journal of African History. 35 (1): 1–36. doi:10.1017/s0021853700025949. JSTOR 182719.
- Othmar Keel and Christoph Uehlinger. Gods, goddesses, and images of God in ancient Israel, 1998. p. 17 (cf. "The first phase (Middle Bronze Age IIA) runs roughly parallel to the Egyptian Twelfth Dynasty")
- Bruce G. Trigger. Ancient Egypt: A Social History. 1983. p. 137. (cf. ... "for the Middle Kingdom and Second Intermediate Period it is the Middle Bronze Age".)
- Dalton, O.M., Franks, A.W., & Read, C.H. (1905). The treasure of the Oxus: With other objects from ancient Persia and India. London: British Museum.
- V.M. Masson, The Bronze Age in Khorasan and Transoxiana, chapter 10 in A.H. Dani and Vadim Mikhaĭlovich Masson (eds.), History of civilizations of Central Asia, volume 1: The dawn of civilization: earliest times to 700 BC
- Possehl, G.L. (1986). Kulli: An exploration of ancient civilization in Asia. Durham, N.C: Carolina Academic Press
- Piggott, S. (1961). Prehistoric India to 1000 B.C. Baltimore: Penguin Book.
- Mogens Herman Hansen (2000). A Comparative Study of Thirty City-state Cultures: An Investigation, Volume 21. p. 57. ISBN 9788778761774. Archived from the original on 20 June 2015. Retrieved 5 June 2015.
- under Shamshi-Adad I
- Finkelstein, Israel (1996). "Ethnicity and origin of the Iron I settlers in the Highlands of Canaan: Can the real Israel stand up?". The Biblical Archaeologist. 59 (4): 198–212. doi:10.2307/3210562. JSTOR 3210562. S2CID 164201705.
- Finkelstein, Israel (1988). The archaeology of the Israelite settlement. Jerusalem: Israel Exploration Society. ISBN 965-221-007-2.
- Finkelstein, Israel; Naʼaman, Nadav, eds. (1994). From nomadism to monarchy: archaeological and historical aspects of early Israel. Yad Izhak Ben-Zvi. ISBN 965-217-117-4.
- Finkelstein, Israel (1996). "The archaeology of the United Monarchy: an alternative view". Levant. 28 (1): 177–187. doi:10.1179/lev.19188.8.131.52.
- Finkelstein, Israel; Silberman, Neil Asher (2002). The Bible Unearthed: Archaeology's New Vision of Ancient Israel and the Origin of Sacred Texts. Simon and Schuster. ISBN 0-684-86913-6.
- Vidale, Massimo, 2017. Treasures from the Oxus, I.B. Tauris, pp. 8-10 & Table 1.
- Narasimhan, Vagheesh M.; Patterson, Nick J.; Moorjani, Priya; Lazaridis, Iosif; Mark, Lipson; Mallick, Swapan; Rohland, Nadin; Bernardos, Rebecca; Kim, Alexander M. (2019). "The Genomic Formation of South and Central Asia". doi:10.1101/292581. hdl:21.11116/0000-0001-E7B3-0. S2CID 89658279. bioRxiv 292581. Cite journal requires
- Keys, David (January 2009). "Scholars crack the code of an ancient enigma". BBC History Magazine. 10 (1): 9.
- White, Joyce; Hamilton, Elizabeth (2009). "The Transmission of Early Bronze Technology to Thailand: New Perspectives". Journal of World Prehistory. 22 (4): 357–397. doi:10.1007/s10963-009-9029-z. S2CID 9400588.
- Lalueza-Fox, C.; Sampietro, M.L.; Gilbert, M.T.; Castri, L.; Facchini, F.; Pettener, D.; Bertranpetit, J. (2004). "Unravelling migrations in the steppe: Mitochondrial DNA sequences from ancient central Asians". Proceedings. Biological Sciences. 271 (1542): 941–947. doi:10.1098/rspb.2004.2698. PMC 1691686. PMID 15255049.
- Keyser, Christine; Bouakaze, Caroline; Crubézy, Eric; Nikolaev, Valery G.; Montagnon, Daniel; Reis, Tatiana; Ludes, Bertrand (2009). "Ancient DNA provides new insights into the history of south Siberian Kurgan people". Human Genetics. 126 (3): 395–410. doi:10.1007/s00439-009-0683-0. PMID 19449030. S2CID 21347353.
- Martini, I. Peter (2010). Landscapes and Societies: Selected Cases. Springer. p. 310. ISBN 978-90-481-9412-4.
- Higham, Charles (2004). Encyclopedia of ancient Asian civilizations. Infobase Publishing. p. 200. ISBN 978-0-8160-4640-9.
- The archaeological term "Bronze Age" was first introduced for Europe in the 1830s and soon extended to the Near East. By the 1860s, there was some debate as to whether the term should be extended to China (John Lubbock, Prehistoric Times (1868), cited after The Athenaeum No. 2121, 20 June 1868, p. 870).
- Robert L. Thorp, China in the Early Bronze Age: Shang Civilization, University of Pennsylvania Press (2013).
- " Without entering on the vexed question whether or not there ever was a bronze age in any part of the world distinguished by the sole use of that metal, it is a fact that in China and Japan to the present day, amid an iron age, bronze is in constant use for cutting instruments, either alone or in combination with steel." The Rectangular Review, Volume 1 (1871), p. 408.
- Wu Hung (1995). Monumentality in Early Chinese Art and Architecture. pp. 11, 13[ISBN missing]
- Chang, K.C.: "Studies of Shang Archaeology", pp. 6–7, 1. Yale University Press, 1982.
- Chang, K.C.: "Studies of Shang Archaeology", p. 1. Yale University Press, 1982.
- "Teaching Chinese Archaeology, Part Two". Nga.gov. Archived from the original on 13 February 2008. Retrieved 24 September 2016.
- Li-Liu; The Chinese Neolithic, Cambridge University Press, 2005. Shang and Zhou Dynasties: The Bronze Age of China Heilbrunn Timeline Retrieved 13 May 2010
- Jan Romgard (2008). "Questions of Ancient Human Settlements in Xinjiang and the Early Silk Road Trade, with an Overview of the Silk Road Research Institutions and Scholars in Beijing, Gansu, and Xinjiang" (PDF). Sino-Platonic Papers (185). Archived from the original (PDF) on 6 February 2012. Retrieved 21 May 2012.
- Bai, Yunxiang (2003), "A Discussion on Early Metals and the Origins of Bronze Casting in China" (PDF), Chinese Archaeology, 3 (1): 157–165, doi:10.1515/char.2003.3.1.157, S2CID 164920328.
- Thorp, R.L. (2005). China in the Early Bronze Age: Shang Civilization. Philadelphia: Univ. of Pennsylvania Press.
- Barnard, N.: "Bronze Casting and Bronze Alloys in Ancient China", p. 14. The Australian National University and Monumenta Serica, 1961.
- White, W.C.: "Bronze Culture of Ancient China", p. 208. University of Toronto Press, 1956.
- von Erdberg, Elizabeth (1993). Ancient Chinese Bronzes: Terminology and Iconology. Siebenbad-Verlag. p. 20. ISBN 978-3877470633.
- Shaughnessy, E.L.: "Sources of Western Zhou History", pp. xv-xvi. University of California Press, 1982.
- Shaughnessy, E.L. "Sources of Western Zhou History", pp. 76–83. University of California Press, 1982.
- Shaughnessy, E.L. "Sources of Western Zhou History", p. 107
- Eckert, Carter J.; Lee, Ki-Baik; Lew, Young Ick; Robinson, Michael; Wagner, Edward W. (1990). Korea, Old and New: A History. p. 9. ISBN 978-0962771309.
- "1000 BC to 300 AD: Korea | Asia for Educators | Columbia University". Afe.easia.columbia.edu. Archived from the original on 12 October 2011. Retrieved 24 September 2016.
- "Bronze Age Korea KoreanHistory.info". koreanhistory.info.
- Bertrand, L.; Jarrige, J.-F.; Réfrégiers, M.; Robbiola, L.; Séverin-Fabiani, T.; Mille, B.; Thoury, M. (15 November 2016). "High spatial dynamics-photoluminescence imaging reveals the metallurgy of the earliest lost-wax cast object". Nature Communications. 7: 13356. Bibcode:2016NatCo...713356T. doi:10.1038/ncomms13356. ISSN 2041-1723. PMC 5116070. PMID 27843139.
- "Centre for Cultural Resources and Training (CCRT)". ccrtindia.gov.in. Retrieved 8 July 2020.
- Wright, Rita P. (2010). The Ancient Indus: Urbanism, Economy, and Society. Cambridge University Press. pp. 115–125. ISBN 978-0-521-57219-4.
- Dyson, Tim (2018). A Population History of India: From the First Modern People to the Present Day. Oxford University Press. p. 29. ISBN 978-0-19-882905-8.
Mohenjo-daro and Harappa may each have contained between 30,000 and 60,000 people (perhaps more in the former case). Water transport was crucial for the provisioning of these and other cities. That said, the vast majority of people lived in rural areas. At the height of the Indus valley civilization the subcontinent may have contained 4-6 million people.
- McIntosh, Jane (2008). The Ancient Indus Valley: New Perspectives. ABC-Clio. p. 387. ISBN 978-1-57607-907-2.
The enormous potential of the greater Indus region offered scope for huge population increase; by the end of the Mature Harappan period, the Harappans are estimated to have numbered somewhere between 1 and 5 million, probably well below the region's carrying capacity.
- "Bronze from Ban Chiang, Thailand: A view from the Laboratory" (PDF). Museum.upenn.edu. Archived from the original (PDF) on 27 April 2011. Retrieved 24 September 2016.
- Higham, C.; Higham, T.; Ciarla, R.; Douka, K.; Kijngam, A.; Rispoli, F. (2011). "The Origins of the Bronze Age of Southeast Asia". Journal of World Prehistory. 24 (4): 227–274. doi:10.1007/s10963-011-9054-6. S2CID 162300712.
- "Nyaunggan City – Archaeological Sites in Myanmar". Myanmartravelinformation.com. Archived from the original on 27 September 2007. Retrieved 24 September 2016.
- Higham, C.F.W. (2011). "The Bronze Age of Southeast Asia: New insight on social change from Ban Non Wat". Cambridge Archaeological Journal. 21 (3): 365–389. doi:10.1017/s0959774311000424. S2CID 162729367.
- White, J.C. (1995). "Incorporating Heterarchy into Theory on Socio‐political Development: The Case from Southeast Asia". Archeological Papers of the American Anthropological Association. 6 (1): 101–123. CiteSeerX 10.1.1.522.1061. doi:10.1525/ap3a.19184.108.40.206.
- O'Reilly, D.J.W. (2003). "Further evidence of heterarchy in Bronze Age Thailand". Current Anthropology. 44 (2): 300–306. doi:10.1086/367973. S2CID 145310194.
- Taylor, Keith Weller (24 April 1991). The Birth of Vietnam. University of California Press. ISBN 9780520074170.
- Oxenham, M.F.; Thuy, N.K.; Cuong, N.L. (2005). "Skeletal evidence for the emergence of infectious disease in bronze and iron age northern Vietnam". American Journal of Physical Anthropology. 126 (4): 359–376. doi:10.1002/ajpa.20048. PMID 15386222.
- Carl Waldman, Catherine Mason. Encyclopedia of European peoples: Volume 1. 2006. p. 524.
- Lancaster, H.O. (1990). Expectations of life: A study in the demography, statistics, and history of world mortality. New York: Springer-Verlag. p. 228.
- Drews, R. (1993). The end of the Bronze Age: Changes in warfare and the catastrophe ca. 1200 B.C. Princeton, N.J.: Princeton University Press
- Neer, Richard T. (2012). Greek Art and Archaeology. New York: Thames and Hudson Inc. p. 63. ISBN 978-0-500-28877-1.
- Cities on the Sea., Swiny, S., Hohlfelder, R.L., & Swiny, H.W. (1998). Res maritime: Cyprus and the eastern Mediterranean from prehistory to late antiquity: proceedings of the Second International Symposium "Cities on the Sea", Nicosia, Cyprus, 18–22 October 1994. Atlanta, Ga: Scholars Press.
- Creevey, B. (1994). The forest resources of Bronze Age Cyprus
- A. Bernard Knapp, Steve O. Held, and Sturt W. Manning. The prehistory of Cyprus: Problems and prospects.
- Lockard, Craig A. (2009). Societies, Networks, and Transitions: To 600. Wadsworth Pub Co. p. 96.
- Piccolo, Salvatore, op. cit., pp. 1 onwards.
- Hall and Coles, pp. 81–88.
- O'Brien, W. (1997). Bronze Age Copper Mining in Britain and Ireland. Shire Publications Ltd. ISBN 978-0-7478-0321-8.
- Timberlake, S. and Prag A.J.N.W. (2005). The Archaeology of Alderley Edge: Survey, excavation and experiment in an ancient mining landscape. Oxford: John and Erica Hedges Ltd. p. 396.
- Tabor, Richard (2008). Cadbury Castle: A hillfort and landscapes. Stroud: The History Press. pp. 61–69. ISBN 978-0-7524-4715-5.
- Waddell; Eogan.
- Philip L. Kohl. The making of Bronze Age Eurasia. p. 58.
- Gimbutas (1973). "The Beginning of the Bronze Age in Europe and the Indo- Europeans 3500–2500 BC". Journal of Indo-European Studies. 1: 177.
- Childs, S. Terry (2008). "Metallurgy in Africa". In Selin, Helaine (ed.). Encyclopaedia of the History of Science, Technology, and Medicine in Non-Western Cultures. Netherlands: Springer. pp. 1596–1601. doi:10.1007/978-1-4020-4425-0_8776. ISBN 978-1-4020-4425-0.
- Holl, Augustin F. C. (2009). "Early West African Metallurgies: New Data and Old Orthodoxy". Journal of World Prehistory. 22 (4): 415–438. doi:10.1007/s10963-009-9030-6. S2CID 161611760.
- Alpern, Stanley B. (2005). "Did They or Didn't They Invent It? Iron in Sub-Saharan Africa". History in Africa. 32: 41–94. doi:10.1353/hia.2005.0003. JSTOR 20065735. S2CID 162880295.
- Killick, David (2009). "Cairo to Cape: The Spread of Metallurgy Through Eastern and Southern Africa". Journal of World Prehistory. 22 (4): 399–414. doi:10.1007/s10963-009-9025-3. S2CID 162458882.
- Chirikure, Shadreck (2010). "On Evidence, Ideas and Fantasy: The Origins of Iron in Sub-Saharan Africa: Thoughts on É. Zagato & A.F.C. Holl's "On the Iron Front"". Journal of African Archaeology. 8 (1): 25–28. doi:10.3213/1612-1651-10156. JSTOR 43135498.
- Killick, David; van der Merwe, Nikolaas J.; Gordon, Robert B.; Grebenart, Danilo (1988). "Reassessment of the Evidence for Early Metallurgy in Niger, West Africa". Journal of Archaeological Science. 15 (4): 367–3944. doi:10.1016/0305-4403(88)90036-2.
- "El bronce y el horizonte medio". lablaa.org. Archived from the original on 17 April 2009. Retrieved 22 March 2010.
- Antonio Gutierrez. "Inca Metallurgy". Incas.homestead.com. Archived from the original on 31 January 2009. Retrieved 24 September 2016.
- Ambrosetti, El bronze de la región calchaquí, Buenos Aires, 1904., accessed 28 March 2015.
- Kristiansen, Kristian (26 November 2015). "Connected Histories: the Dynamics of Bronze Age Interaction and Trade 1500-1100 bc". Proceedings of the Prehistoric Society. 81: 361–392. doi:10.1017/ppr.2015.17.
- Figueiredo, Elin (2010). "Smelting and Recycling Evidences from the Late Bronze Age habitat site of Baioes" (PDF). Journal of Archaeological Science. 37 (7): 1623–1634. doi:10.1016/j.jas.2010.01.023. hdl:10451/9795.
- Eogan, George (1983). The hoards of the Irish later Bronze Age, Dublin: University College, 331 p., ISBN 0-901120-77-4
- Hall, David and Coles, John (1994). Fenland survey : an essay in landscape and persistence, Archaeological report 1, London : English Heritage, 170 p., ISBN 1-85074-477-7
- Pernicka, E., Eibner, C., Öztunah, Ö., Wagener, G.A. (2003). "Early Bronze Age Metallurgy in the Northeast Aegean", In: Wagner, G.A., Pernicka, E. and Uerpmann, H-P. (eds), Troia and the Troad: scientific approaches, Natural science in archaeology, Berlin; London : Springer, ISBN 3-540-43711-8, pp. 143–172
- Piccolo, Salvatore (2013). Ancient Stones: The Prehistoric Dolmens of Sicily. Abingdon (GB): Brazen Head Publishing, ISBN 978-09565106-2-4,
- Waddell, John (1998). The prehistoric archaeology of Ireland, Galway University Press, 433 p., ISBN 1-901421-10-4
- Siklosy; et al. (2009). "Bronze Age volcanic event recorded in stalagmites by combined isotope and trace element studies". Rapid Communications in Mass Spectrometry. 23 (6): 801–808. Bibcode:2009RCMS...23..801S. doi:10.1002/rcm.3943. PMID 19219896.
- Roberts, B.W.; Thornton, C.P.; Pigott, V.C. (2009). "Development of Metallurgy in Eurasia". Antiquity. 83 (322): 112–122. doi:10.1017/S0003598X00099312. S2CID 163062746.
- Childe, V.G. (1930). The bronze age. New York: The Macmillan Company.
- Fong, Wen, ed. (1980). The great bronze age of China: an exhibition from the People's Republic of China. New York: The Metropolitan Museum of Art. ISBN 978-0-87099-226-1. Retrieved 13 September 2013.
- Kelleher, Bradford (1980). Treasures from the Bronze Age of China: An exhibition from the People's Republic of China, the Metropolitan Museum of Art. New York: Ballantine Books. ISBN 978-0-87099-230-8.
- Wagner, Donald B. (1993). Iron and Steel in Ancient China. Leiden, Netherlands; New York: E.J. Brill.
- Kuijpers, M.H.G. (2008). Bronze Age metalworking in the Netherlands (c. 2000–800 BC): A research into the preservation of metallurgy related artefacts and the social position of the smith. Leiden: Sidestone Press. ISBN 978-9088900150. Archived from the original on 5 February 2013. Retrieved 2 February 2012.
- Müller-Lyer, F.C.; Lake, E.C.; Lake, H.A. (1921). The history of social development. New York: Alfred A. Knopf.
- Pittman, Holly (1984). Art of the Bronze Age: southeastern Iran, western Central Asia, and the Indus Valley. New York: The Metropolitan Museum of Art. ISBN 978-0-87099-365-7. Archived from the original on 26 December 2013. Retrieved 17 July 2013.
- Higham, C.F.W. (2011). "The Bronze Age of Southeast Asia: New insight on social change from Ban Non Wat". Cambridge Archaeological Journal. 21 (3): 365–389. doi:10.1017/s0959774311000424. S2CID 162729367.
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- Encyclopædia Britannica. 4 (11th ed.). 1911. .
- Links to the Bronze Age in Europe and beyond Commented web index, geographically structured (private website)
- Bronze Age Experimental Archeology and Museum Reproductions
- Umha Aois – Reconstructed Bronze Age metal casting
- Umha Aois – ancient bronze casting videoclip
- "Галичский клад" [Ancient bronze idol 13 Cent B.C.] (in Russian). Northern Russia. Archived from the original on 8 December 2012. Retrieved 21 December 2009.
- Aegean and Balkan Prehistory articles, site-reports and bibliography database concerning the Aegean, Balkans and Western Anatolia
- Li; et al. (2010). "Evidence that a West-East admixed population lived in the Tarim Basin as early as the early Bronze Age" (PDF). BMC Biology. 8: 15. doi:10.1186/1741-7007-8-15. PMC 2838831. PMID 20163704. Archived from the original (PDF) on 27 April 2011.
- "The Transmission of Early Bronze Technology to Thailand: New Perspectives"
- Human Timeline (Interactive) – Smithsonian, National Museum of Natural History (August 2016).