Linked from

The 14 pages that link to Pilbara Craton, each with the reason it gives.

• Continental crustBroader topic: Its rocks preserve evidence about early continental crust and Archean environments.

• ArcheanBroader topic: Its record captures early crustal environments and possible microbial structures.

• CratonBroader topic: Its well-preserved Archean sequences offer a detailed case of early crustal development.

• Greenstone beltRelated: Its volcanic and sedimentary sequences offer comparisons with other ancient belts.

• Barberton Greenstone BeltCompared with: It provides a distant comparison for competing models of Archean crustal formation.

• Faint young Sun paradoxBroader topic: Its Archean rocks provide clues to surface conditions under a fainter Sun.

• Kaapvaal CratonCompared with: Its similarly old geology offers a comparison for reconstructing early continental crust.

• Dresser FormationNarrower topic: The Dresser Formation is part of the Pilbara Craton’s exceptionally old geological record.

• Archean tectonicsBroader topic: A flagship terrane argued as evidence for vertical tectonics without plates.

• PaleoarcheanRelated: Its Paleoarchean formations preserve evidence of early crust and hydrothermal environments.

• MesoarcheanBroader topic: Its Mesoarchean rocks help document crustal development and early surface environments.

• NeoarcheanBroader topic: Its Neoarchean strata preserve volcanic, sedimentary, and microbial records.

• VaalbaraRelated: Its geological record is compared with Kaapvaal’s to test the Vaalbara reconstruction.

• Earliest known life formsBroader topic: Its stromatolites and other structures document candidate microbial ecosystems around 3.5 billion years ago.