Linked from

The 51 pages that link to Bronze Age, each with the reason it gives.

• Lost-wax castingNarrower topic: Lost-wax casting was practiced in several Bronze Age societies.

• Iron AgeNarrower topic: The Iron Age followed the Bronze Age in many regions, but not on one shared timetable.

• MetallurgyBroader topic: Bronze production required controlled alloying and expanded the technical reach of metalworking.

• Bronze sculptureNarrower topic: Early bronze working established the technical traditions later used for sculpture.

• AlloyRelated: Bronze alloying marked a major shift in material production and early technologies.

• Ancient Near EastNarrower topic: Much of the region’s interconnected palace societies flourished during this period.

• NeedleNarrower topic: Metalworking enabled new needle materials and forms beyond carved bone.

• BronzeNarrower topic: Bronze’s widespread use defines the period’s name and many of its archaeological records.

• CanaanNarrower topic: Canaan’s city-states flourished during the Bronze Age.

• Auguste RodinBroader topic: Its lifelike modeling provoked a dispute over whether Rodin had cast directly from a living model.

• SolderingNarrower topic: Early soldering is documented among ancient metalworking practices associated with this era.

• Yamnaya cultureNarrower topic: The Yamnaya belong to the early Bronze Age of the Pontic–Caspian region.

• TinRelated: Tin’s alloy with copper enabled bronze production and influenced the period’s technologies.

• Craft productionBroader topic: Metalworking demanded specialized knowledge and helped sustain skilled producers.

• MetalRelated: Bronze alloying marked a major expansion in metalworking and material choice.

• MetalworkingBroader topic: Bronze alloying expanded the range and durability of worked metal goods.

• SmeltingRelated: Smelted copper made bronze production possible at scale.

• SaffronRelated: Saffron use is attested in ancient contexts, including Bronze Age Aegean art.

• PrehistoryBroader topic: Its technologies and trade networks mark a major transition in many regions.

• Yayoi periodNarrower topic: Bronze implements and ritual objects entered Japan during this period.

• AnnealingNarrower topic: Ancient metalworkers used heating and cooling practices that softened worked copper alloys.

• DilmunNarrower topic: Dilmun flourished within the Bronze Age networks linking West and South Asia.

• Late Bronze AgeNarrower topic: The Late Bronze Age is the final regional phase of this broader period.

• Three-age systemBroader topic: It marks the system's middle division, associated with bronze metallurgy.

• KnifeBroader topic: Bronze enabled durable metal blades before iron became widespread.

• Copper metallurgyNarrower topic: Copper metallurgy enabled bronze production and shaped technologies of this age.

• CutleryNarrower topic: Metalworking made durable blades possible long before modern table settings.

• Stone AgeCompared with: It followed Stone Age traditions where copper and tin alloying took hold.

• Tarim mummiesNarrower topic: Many Tarim burials belong to Bronze Age societies in the second millennium BCE.

• SwordNarrower topic: Early swords emerged when bronze casting enabled long, shaped metal blades.

• ChalcolithicNarrower topic: It generally follows the Chalcolithic as bronze technology becomes established.

• Egyptian chariotNarrower topic: Egyptian chariots belonged to the military and material world of the Late Bronze Age.

• Metal castingRelated: Metal casting helped societies make bronze objects in repeatable, elaborate forms.

• Military technologyRelated: Bronze metallurgy enabled durable weapons and helped transform early warfare.

• AltarNarrower topic: Archaeological evidence for early ritual platforms and offering places reaches back into Bronze Age societies.

• Bronze Age EuropeNarrower topic: The European sequence is one regional expression of this wider technological period.

• Tool (implement)Related: Bronze enabled durable implements cast into forms difficult to make from stone.

• Ancient technologyRelated: Bronze production depended on mining, specialized craft, and long-distance exchange.

• Kitchen knifeRelated: Metalworking enabled durable blade forms and specialized cutting tools.

• Tin miningNarrower topic: Demand for tin alloyed with copper made mining tin deposits strategically valuable.

• Andronovo cultureNarrower topic: Andronovo communities belong to the Bronze Age’s broader technological and chronological setting.

• BroochNarrower topic: Metal pins and early brooch forms developed within Bronze Age material culture.

• Nordic Bronze AgeNarrower topic: The Nordic period is a regional expression of this broader archaeological age.

• PickaxeRelated: Metalworking made durable pick heads possible, though designs varied across time and place.

• PolearmNarrower topic: Early metalworking enabled durable spearheads and other mounted weapon heads.

• History of materials scienceBroader topic: Bronze production depended on controlled alloying and high-temperature processing.

• History of military technologyRelated: Bronze enabled specialized weapons and supported the growth of organized armies.

• History of weaponsRelated: Bronze enabled durable blades and changed how weapons were made.

• JewelleryNarrower topic: Metalworking during this era expanded the materials and methods available to jewellers.

• List of copper alloysRelated: Bronze alloys gave the catalog's oldest major family its historical prominence.