Download Rock Cycle Powerpoint with pictures

Survey
yes no Was this document useful for you?
   Thank you for your participation!

* Your assessment is very important for improving the workof artificial intelligence, which forms the content of this project

Document related concepts

Geomorphology wikipedia , lookup

Large igneous province wikipedia , lookup

Geology of Great Britain wikipedia , lookup

Sedimentary rock wikipedia , lookup

Algoman orogeny wikipedia , lookup

Weathering wikipedia , lookup

Tectonic–climatic interaction wikipedia , lookup

Igneous rock wikipedia , lookup

Clastic rock wikipedia , lookup

Transcript
CO2, H2O, SOX
Weathering
Sediments build
up/layers
Chemical
Sediments
Rise To
Surface
Heating WITH
melting
Cooling /
Crystals form
Sedimentary
Layers
Heat and Pressure
WITHOUT MELTING
Compaction &
Cementation
Sedimentary
Rocks
Heating WITH
melting
Heating WITH
melting
Metamorphic Rocks
Heat and Pressure
WITHOUT MELTING
Crystals form (again)
Click here for FL’s Image Bank
LAVA
Rise To
Surface
Intrusive
Igneous Rocks
Buried under
layers
Evaporite
Chemical
Rocks
Extrusive
Igneous Rocks
Rise To
Surface
Erosion &
Deposition
Dissolved
Minerals
Outgassing
Cooling /
Crystals form
Heat and Pressure
WITHOUT MELTING
CO2, H2O, SOX
Weathering
Sediments build
up/layers
Chemical
Sediments
Rise To
Surface
Heating WITH
melting
Cooling /
Crystals form
Sedimentary
Layers
Heat and Pressure
WITHOUT MELTING
Compaction &
Cementation
Sedimentary
Rocks
Heating WITH
melting
Heating WITH
melting
Metamorphic Rocks
Heat and Pressure
WITHOUT MELTING
Crystals form (again)
Click here for FL’s Image Bank
LAVA
Rise To
Surface
Intrusive
Igneous Rocks
Buried under
layers
Evaporite
Chemical
Rocks
Extrusive
Igneous Rocks
Rise To
Surface
Erosion &
Deposition
Dissolved
Minerals
Outgassing
Cooling /
Crystals form
Heat and Pressure
WITHOUT MELTING
CO2, H2O, SOX
Weathering
Sediments build
up/layers
Chemical
Extrusive
Rise To
Surface
Buried under
layers
Compaction &
Cementation
Heating WITH
melting
Intrusive
Rise To
Surface
Dissolved
Minerals
Outgassing
Rise To
Surface
Erosion &
Deposition
Evaporite
Chemical
Rocks
Cooling /
Crystals form
Cooling /
Crystals form
Heat and Pressure
WITHOUT MELTING
Heating WITH
melting
Heating WITH
melting
Heat and Pressure
WITHOUT MELTING
Crystals form (again)
Click here for FL’s Image Bank
Heat and Pressure
WITHOUT MELTING
CO2, H2O, SOX
Outgassing
Sediments build
up/layers
Chemical
Rise To
Surface
Rise To
Surface
Heating WITH
melting
Rise To
Surface
Dissolved
Minerals
Cooling /
Crystals form
Heat and Pressure
WITHOUT MELTING
Evaporite
Chemical
Rocks
Compaction &
Cementation
Crystals form (again)
Click here for FL’s Image Bank
Magma under Hawaii
The eruption of
Mt. St. Helens
(May 1980)
Click here to see a few post
eruption photos
Click here for more Hawaii photos
Lava Flows on the Big Island of Hawaii
Flooding on the
Obion River (May, 2002)
Bryce Canyon (see EPOD pages here)
Layers of Sediment
Gneiss (Katonah, NY)
Schist (Two Lights State Park, ME)
Banded and Distorted Metamorphic Rocks
Large crystals in an intrusive rock (Boulder, CO)
Uplifted, Tilted, and Exposed by Erosion
Sedimentary Rock Layers (near Morrison, CO)
Lava Flows (Mauna Loa, Hawaii)
Sedimentary Rocks
(Grand Canyon, CO)
Salt Flats
(Death Valley, CA)