Want to create interactive content? It’s easy in Genially!

Over 30 million people create interactive content in Genially.

Check out what others have designed:

TEN WAYS TO SAVE WATER

Horizontal infographics

GRETA THUNBERG

Horizontal infographics

FIRE FIGHTER

Horizontal infographics

STEVE JOBS

Horizontal infographics

ONE MINUTE ON THE INTERNET

Horizontal infographics

SITTING BULL

Horizontal infographics

Transcript

Frida Sofia Suarez

Plate Boundaries

Transform Boundary

Divergent Boundary

Convergent Boundary

3 type of plate Boundaries

Convergent Boundaries

VS

  • Motion of the plate
    • Collision between two continental plates. The plates aren't dense enough so they collide and push upwards .
  • Seismic & Volcanic activity
    • Intense seismic activity 0-700 km
    • sparse volcanic activity
  • Geochronology & Gragraphic features
    • large mountain ranges 800-8000 meeters
    • no seafloor
  • Example
    • Himalaya Mountains

Continental - Continental

  • Motion of the plate
    • Collision between two plates composed of oceanic lithosphere. The older, denser oceanic plate will subduct.
  • Seismic and volcanic acitivity
    • Activity along subduction zone 300-700 km
    • sparse volcanic activity
  • Geochronology and Graphic features
    • subducting plate creates a trench 33.1 million yrs old
    • seafloor is very deep -2500 -(-10400) meaters
  • Example
    • Aleutian Islands
  • Motion of the plate
    • Collision between oceanic crust and contiental crust. The oceanic plate is denser, so it subducts.
  • Seismic & Volcanic activity
    • earthquakes around 0 - 700 km
    • volcanic arcs present
  • Geochronology & Graphic features
    • older plate 67-180 million years subducts
    • seafloor is very deep -2500 - 800 meaters
  • Example
    • Andes Mountains

Oceanic - Oceanic

Oceanic - Continental

VS

Divergent Boundaries

  • Motion of the plate
    • Two tectonic plates move away from each other.
  • Seismic & Volcanic activity
    • frequent seismic activty
    • high concentration of volcanoes
  • Geochronology & Gragraphic features
    • seafloor age increases as you move away
    • mid-ocean ridges between -2500 - 800 meaters
  • Example
    • Mid Atlantic Ridge

Oceanic - Oceanic

Transform Boundaries

VS

  • Motion of the plate
    • Two tectonic plates move past one another.
  • Seismic & Volcanic activity
    • heavily concentrated earthquakes from 0 - 700 km
    • sparse volcanic activity
  • Geochronology & Gragraphic features
    • no seafloor
    • nigh mountain ranges 800-8000 meaters
  • Example
    • San Andreas Fault

Continental - Continental

  • Motion of the plate
    • Two tectonic plates move past one another.
  • Seismic & Volcanic activity
    • frequent earthquakes
    • not much volcanic activity
  • Geochronology & Gragraphic features
    • seafloor is usually newer 0-20.1 million years old
    • elevation depth is between -2500-800 meaters
  • Example
    • Nazca Plate & Pacific Plate
  • Motion of the plate
    • Two tectonic plates move past one another.
  • Seismic & Volcanic activity
    • frequent earhtquakes 0-700km
    • not much volcanic activity
  • Geochronology & Graphic features
    • seafloor is younger 0-68 million years old
    • oceaninc and continental side have different depths
  • Example
    • Galapagos Rise

Oceanic - Oceanic

Oceanic - Continental

VS