Linked from

The 42 pages that link to Mid-Atlantic Ridge, each with the reason it gives.

• Plate tectonicsRelated: The classic spreading center, walking distance across in Iceland.

• Atlantic OceanBroader topic: This ridge marks the Atlantic’s principal zone of seafloor creation and basin widening.

• Seafloor spreadingBroader topic: The ridge in Hess's original argument and the site of Project FAMOUS dives.

• HimalayasCompared with: Plate divergence making new crust, the mirror image of collision consuming it.

• Hydrothermal ventBroader topic: Its vents include the Lost City field, driven by water-rock reactions.

• East African RiftCompared with: A mature mid-ocean ridge versus the rift's on-land incipient spreading.

• Mid-ocean ridgeBroader topic: The ridge mapped by the Heezen–Tharp physiographic diagrams that made seafloor spreading plausible.

• Eurasian PlateRelated: Its northern section separates the Eurasian and North American plates.

• EarthBroader topic: New oceanic crust forms along this spreading boundary.

• North American PlateRelated: This divergent boundary forms ocean floor between the North American and Eurasian plates.

• African PlateRelated: Seafloor spreading there separates the African Plate from the South American and North American plates.

• Normal faultRelated: Normal faults accommodate extension along portions of the ridge.

• IcelandRelated: The ridge crosses Iceland, driving its rifting and volcanism.

• Rift valleyRelated: Its central rift valley forms where oceanic plates move apart.

• Tectonic plateBroader topic: It is a clear example of plates separating and creating oceanic crust.

• AzoresRelated: Its plate boundary passes through the Azores region and helps shape the islands’ geology.

• East Pacific RiseCompared with: Its slower spreading and more rugged axial terrain contrast with the rise.

• Marie TharpRelated: The ridge defined Tharp's maps; its central valley became the crux of the drift debate.

• South American PlateRelated: This divergent boundary separates the South American Plate from the African Plate.

• Divergent boundaryBroader topic: It is a classic slow-spreading ridge dividing the Atlantic seafloor.

• North Atlantic OceanBroader topic: Seafloor spreading along its northern sections continues to widen the ocean basin.

• South Atlantic OceanRelated: Its southern section runs through the South Atlantic and marks active seafloor spreading.

• Oceanic lithosphereBroader topic: It is a prominent site where young oceanic lithosphere is created.

• Azores Triple JunctionRelated: The ridge forms the junction’s spreading boundary between the North American and Eurasian plates.

• J. Tuzo WilsonRelated: Wilson studied ocean-floor structures that supported a dynamic Earth.

• Marine geologyBroader topic: It displays seafloor spreading and the construction of new oceanic crust.

• Juan de Fuca RidgeCompared with: Its slower spreading and central-Atlantic setting contrast with the Juan de Fuca system.

• Ring of FireCompared with: Divergent volcanism is gentle and effusive, the opposite of the ring's explosive convergent eruptions.

• Jan MayenRelated: Jan Mayen lies near the ridge’s northern branches, where seafloor spreading shapes regional geology.

• Lost City Hydrothermal FieldNarrower topic: The field lies near this ridge, though its energy does not come from a volcanic vent.

• Pico IslandRelated: Pico lies in an active volcanic region associated with this oceanic ridge.

• VatnajökullRelated: Icelandic volcanic activity, including systems beneath Vatnajökull, is tied to this spreading ridge.

• São Jorge IslandRelated: Tectonic forces in this region shape the Azores’ volcanic setting.

• Seafloor spreading hypothesisBroader topic: The type example where symmetric magnetic stripes were first matched across a ridge axis.

• Terceira IslandRelated: The ridge’s plate boundary helps explain the Azores’ volcanic setting.

• Central Indian RidgeCompared with: Its clearer, slower-spreading segments offer a comparison with Indian Ocean ridge geometry.

• Faial IslandRelated: Regional seafloor spreading helps explain the tectonic setting of the Azores.

• IcelandRelated: The ridge crosses Iceland, where its spreading boundary rises above sea level.

• Maurice EwingRelated: Lamont mapping associated with Ewing and Heezen helped establish the ridge's scale and topography.

• StrokkurRelated: Iceland’s position on this ridge helps explain its high volcanic heat flow.

• Gough IslandRelated: The ridge provides the broader tectonic setting for volcanic islands in the South Atlantic.

• HeklaNarrower topic: Hekla lies in Iceland’s active rift zone, where this ridge rises above sea level.