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Rise To Surface LAVA Outgassing CO 2, H 2 O, SO X Cooling / X-tallization Extrusive Igneous Rocks Weathering Physical Chemical Erosion & Deposition Burial.

Published byTyler Rice Modified over 8 years ago

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Presentation on theme: "Rise To Surface LAVA Outgassing CO 2, H 2 O, SO X Cooling / X-tallization Extrusive Igneous Rocks Weathering Physical Chemical Erosion & Deposition Burial."— Presentation transcript:

1 Rise To Surface LAVA Outgassing CO 2, H 2 O, SO X Cooling / X-tallization Extrusive Igneous Rocks Weathering Physical Chemical Erosion & Deposition Burial Compaction & Cementation Heat and Pressure WITHOUT MELTING (Re x-tallization) Cooling / X-tallization Heating past melting point Sediments Sedimentary Layers Dissolved Minerals Sedimentary Rocks Heat and Pressure WITHOUT MELTING Metamorphic Rocks Intrusive Igneous Rocks Evaporite Chemical Rocks Rise To Surface Heat and Pressure WITHOUT MELTING Heating past melting point Rise To Surface Heating past melting point Click here for FL’s Image Bank

2 Magma under Hawaii

3 The eruption of Mt. St. Helens (May 1980 ) Click here to see a few post eruption photos

4 Lava Flows on the Big Island of Hawaii Click here for more Hawaii photos

5 Flooding on the Obion River (May, 2002)

6 Bryce Canyon (see EPOD pages here) (see EPOD pages here)

7 Layers of Sediment

8 Banded and Distorted Metamorphic Rocks Gneiss (Katonah, NY)Schist (Two Lights State Park, ME)

9 Large crystals in an intrusive rock (Boulder, CO)

10 Uplifted, Tilted, and Exposed by Erosion Sedimentary Rock Layers (near Morrison, CO)

11 Lava Flows (Mauna Loa, Hawaii)

12 Sedimentary Rocks (Grand Canyon, CO)

13 Salt Flats (Death Valley, CA)

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