Late Paleozoic Late Paleozoic Late Paleozoic Introduction Late Paleozoic Paleogeography World View Late Paleozoic Paleogeography World View

Late Paleozoic Late Paleozoic Late Paleozoic Introduction Late Paleozoic Paleogeography World View Late Paleozoic Paleogeography World View www.phwiki.com

Late Paleozoic Late Paleozoic Late Paleozoic Introduction Late Paleozoic Paleogeography World View Late Paleozoic Paleogeography World View

Saucedo, Claudia, Host/Anchor has reference to this Academic Journal, PHwiki organized this Journal Late Paleozoic Geology Late Paleozoic Includes Devonian, Carboniferous, & Permian Late Paleozoic Introduction Formation of supercontinent – Pangaea Continental collisions – mountain building Surrounded by global ocean – Panthalassa Fluctuating sea level Various climatic conditions – arid & semiarid climates Due to major continental ice sheets – advance/retreat Sedimentary rocks: coal, evaporites, & tillites

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Late Paleozoic Paleogeography World View Late Devonian Baltica meets Laurentia; Iapetus closes Caledonian Orogeny Laurasia meets Gondwana Acadian Orogeny Collision of isl in addition to arc – western margin Antler Orogeny Late Paleozoic Paleogeography World View Carboniferous (known as long as coal deposits) Continents coming together Gondwana collides with Laurasia Siberia meets Kazakhstania Quachita Mountains Late Paleozoic Paleogeography World View Late Permian Assembly of Pangaea complete Surrounded by one large ocean – Panthalassa Bounded by mountains Rainshadow – arid climate

Late Paleozoic Major events of North America Kaskaskia Sequence Absaroka Sequence Cordilleran Appalachian Craton Late Paleozoic Early Paleozoic Major Orogenies Antler (Corilleran) Acadian, Quachitan, Alleghenian (Appalachian) Paleozoic – Early Devonian North America Paleogeography Major uncon as long as mity Canadian reefs Black shales Kaskaskia Sequence Clean SS (Oriskany); some carbonates Between Tippecanoe in addition to Kaskaskia Source from eroding Appalachian Barrier reef restricts flow – evaporites Mtn source – Acadian Orogeny Paleozoic – Upper Miss-Lower Jur North America Paleogeography Absaroka Sequence Uncon as long as mity Miss–Perm boundary Cyclothems Nonmarine-coal-Marine Transgression-Regression Ancestral Rockies Gondwana collided with Laurasia Evaporite & Reef Deposition Basins within ancestral Rockies

Absaroka Sequence Typical Coal-Bearing Cyclothem Represent transgression & regression sequences Separated by erosional surface Represents ideal conditions – not all beds are represented Coal Development Large lowl in addition to next to sea Slight rise in sea level flood; slight drop exposure Results in alternating marine & nonmarine environment Modern examples: Mississippi Delta, Florida Everglades Ancestral Rockies Southwest N. America Collision of Gondwana in addition to Laurasia Fault-bounded uplifted blocks Exposure in addition to erosion of pre- basement Coarse, red arkosic s in addition to & conglomerate

Ancestral Rockies Evaporite & Reef Deposits Occurred in various basins bordering ancestral Rockies Barrier reef restricted flow Evaporites (central basin); reefs (perimeter) Late Paleozoic Orogenies Cordilleran Mobile Belt Quachita Mobile Belt Appalachian Mobile Belt Antler Orogeny Caledonian Orogeny Acadian Orogeny The Old Red S in addition to stones Alleghenian Orogeny Quachitan Orogeny

Saucedo, Claudia KHOV-FM Host/Anchor www.phwiki.com

Saucedo, Claudia Host/Anchor

Saucedo, Claudia is from United States and they belong to KHOV-FM and they are from  Phoenix, United States got related to this Particular Journal. and Saucedo, Claudia deal with the subjects like Domestic Lifestyle; Hispanic Interest

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This Particular Journal got reviewed and rated by Central Christian College of the Bible and short form of this particular Institution is US and gave this Journal an Excellent Rating.