Subduction Zone Collection

Earths tectonic plates. Global map showing the boundaries of the tectonic plates that make up the Earths crust. The eight major plates are the: African Plate, Antarctic Plate, Indian Plate

Tectonic plate boundary types, diagram
Tectonic plate boundary types. Diagram showing three types of movement (arrows) at tectonic plate boundaries. Tectonic plates moving parallel to each other (bottom)

Africa and Atlantic Ocean, with clouds C016 / 3727
Africa and Atlantic Ocean, with clouds. Computer graphic of an Earth globe centred on West Africa, generated using satellite and mapping data

The Americas, sea floor topography C016 / 3726
The Americas, sea floor topography. Computer graphic of an Earth globe centred on the Americas, generated using satellite and mapping data

Caribbean plate tectonics, artwork
Caribbean plate tectonics. Block artwork showing the formation of the arc of volcanic islands of the Lesser Antilles along a tectonic plate boundary (brown, arrowed line) in the Caribbean

Atlantic Ocean, sea floor topography C016 / 3725
Atlantic Ocean, sea floor topography. Computer graphic of an Earth globe centred on the Atlantic Ocean, generated using satellite and mapping data

Indian Ocean, sea floor topography C016 / 3723
Indian Ocean, sea floor topography and clouds. Computer graphic of the Indian Ocean on an Earth globe, generated using satellite and mapping data

Indian Ocean, chlorophyll and bathymetry C016 / 3721
Indian Ocean, chlorophyll concentration and bathymetry with clouds. Computer graphic of the Indian Ocean on an Earth globe, generated using satellite and mapping data

Indian Ocean, sea floor topography C016 / 3715
Indian Ocean, sea floor topography. Computer graphic of the Indian Ocean on an Earth globe, generated using satellite and mapping data

Subduction zone
An illustration of a subduction zone at work beneath the South American continent. Fig 20 from The Story of the Earth 1977, London

Oceanic subduction zone with island arc
This diagram shows a destructive plate margin, an oceanic subduction zone accompanied by a volcanic island arc

Earthquake types, artwork
Earthquake types. Artwork showing tectonic plate movements (arrows) and associated earthquakes (red concentric rings). Tectonic plates moving parallel to each other (left)

Tectonic plate boundaries, artwork
Tectonic plate boundaries. Artwork showing two types of boundary associated with the formation and destruction of an oceanic section of a tectonic plate

Subduction zone processes. Cutaway artwork showing the geological processes that occur at a subduction zone between two tectonic plates

Mud volcano formation, artwork
Mud volcano formation. Artwork showing the stages in the formation of a mud volcano. At left, sediment on the ocean floor is drawn into a subduction zone where two continental plates are colliding

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A subduction zone is a fascinating phenomenon that occurs at the boundaries of Earth's tectonic plates. These plate boundaries come in various types, each with its own unique characteristics and consequences. Imagine a diagram showcasing Africa and the Atlantic Ocean, where clouds gracefully hover above. This visual representation highlights the intricate relationship between these two landmasses and their surrounding waters. Now picture earthquake tension maps of Turkey, illustrating the immense pressure building up beneath its surface. The fault lines crisscrossing this region serve as reminders of the constant geological activity occurring deep within our planet. Moving towards Caribbean plate tectonics, an artwork captures the dynamic nature of this area's plate boundary. It showcases how these plates interact, collide, or slide past one another – shaping not only the landscape but also influencing seismic events in this part of the world. Another artwork depicts an earthquake and tsunami scenario to emphasize how they can trigger devastating natural disasters. The collision between tectonic plates can lead to sudden shifts in Earth's crust, resulting in powerful quakes followed by massive oceanic waves capable of altering coastlines forever. Delving deeper into Earth's internal structure through yet another artwork reveals layers upon layers hidden beneath our feet. From solid inner core to liquid outer core, from mantle to crust – understanding these components helps us comprehend why subduction zones exist and how they impact our planet's geology. Shifting focus to sea floor topography brings us to different regions across the globe. In "The Americas, " we observe intricate details captured by C016 / 3726 imagery – unveiling underwater mountain ranges and deep trenches that trace along continental margins. In contrast, "Atlantic Ocean" sea floor topography (C016 / 3725) presents a distinct layout characterized by mid-ocean ridges stretching for thousands of miles while separating vast expanses on either side. Venturing into Indian Ocean territory unveils mesmerizing visuals combining chlorophyll and bathymetry (C016 / 3723).