Linked from

The 15 pages that link to Sunda Arc, each with the reason it gives.

• Lesser Sunda IslandsNarrower topic: Its subduction zone produced many of the chain’s volcanoes.

• Sunda StraitNarrower topic: This arc frames the strait's volcanic islands and southern margin.

• Sunda TrenchRelated: Its volcanoes are the inland expression of the same subduction system as the trench.

• FloresRelated: Its tectonic activity accounts for Flores’s volcanic mountains and earthquake risk.

• Indonesian archipelagoRelated: It traces the active southern boundary where oceanic crust descends beneath Indonesia.

• KrakatoaNarrower topic: Krakatoa’s volcanism belongs to this long chain of subduction-related volcanoes.

• Mount TamboraRelated: Subduction beneath the Sunda Arc drives the volcanism that built Tambora.

• Timor SeaRelated: Its tectonic setting helps shape the northern margin of the Timor region.

• Lake TobaNarrower topic: Toba’s magma source belongs to this active zone of plate convergence.

• 1883 eruption of KrakatoaNarrower topic: Krakatoa lies within this active belt of subduction-related volcanoes.

• Andaman and Nicobar IslandsRelated: The Andaman segment belongs to this tectonic arc, unlike the coral atolls of Lakshadweep.

• Flores SeaNarrower topic: Its tectonic system shapes the islands and seafloor south of the sea.

• Greater Sunda IslandsRelated: Its volcanoes define the active tectonic margin along Sumatra and Java.

• Mount BromoNarrower topic: Bromo belongs to this chain of volcanoes produced by subduction.

• Mount PapandayanNarrower topic: Papandayan is one volcano in this tectonically active arc.