Linked from

The 20 pages that link to Wallace Line, each with the reason it gives.

• New GuineaRelated: It helps explain why New Guinea’s wildlife differs from that of islands farther west.

• Sunda ShelfRelated: The shelf’s former land connections help explain why this boundary lies east of western Indonesia.

• WallaceaRelated: It marks the western boundary where Wallacea’s fauna changes sharply.

• Lesser Sunda IslandsRelated: It runs through the region, where island life changes sharply across narrow straits.

• Saltwater crocodileRelated: The crocodile's distribution across the region intersects a major boundary in animal biogeography.

• SundalandRelated: Even at low sea levels, deep-water channels kept this boundary biologically significant.

• Indonesian archipelagoRelated: Deep-water passages through the archipelago restricted species exchange between neighboring continental shelves.

• Malay ArchipelagoRelated: Deep-water channels maintained a faunal divide even when sea levels fell.

• Banda SeaRelated: It passes through the wider Indonesian region near the Banda Sea.

• Lombok StraitRelated: Wallace’s studies around Bali and Lombok made the strait central to defining this boundary.

• Homo luzonensisRelated: Island geography helps frame the barriers and routes involved in regional hominin dispersal.

• Sunda IslandsRelated: It marks a sharp faunal transition across the archipelago.

• Greater Sunda IslandsRelated: It runs between Bali and Lombok and between Borneo and Sulawesi, marking a sharp faunal transition.

• HalmaheraRelated: Halmahera lies east of this boundary, within a region with strong Australasian biogeographic affinities.

• White-eyeRelated: White-eye diversity spans regions on both sides of this boundary.