Geologic and Rock Cycles, Fossils and Unconformities
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1 Geologic and Rock Cycles, Fossils and Unconformities The Geologic Cycle 3 key events: deposition, uplift, erosion Sedimentation of beds A-D beneath the sea Uplift above sea level and exposure of D to erosion Continual erosion strips D away completely and exposes C to erosion Subsidence below the sea and sedimentation of E over C; erosion surface of C preserved as an unconformity Deposition or Sedimentation 1
2 Uplift Erosion Erosion by wind Erosion by water 2
3 Geologic Cycle Cycle repeats over and over through geologic time Forms Strata: layers of rock h ^ 3
4 The rock cycle explains how one type of rock can be transformed into another in nature. Index Fossils Use fossil layers to date rocks: index fossils 4
5 Fossils Titanites What is a Fossil? Any evidence of past life, including remains, traces, imprints as well as life history artifacts. Examples of artifacts include fossilized bird's nests, bee hives, etc 5
6 Mastodon at Wheaton College How Fossils are Formed About 67 million years ago -- A Tyrannosaurus rex died and its body was quickly covered by riverbed sand and mud. Over time, pressure and some remineralization turned its bones to fossils. The Fossil Record All of the fossils that have existed throughout life s history, whether they have been found or not. Tully Monster; IL State Fossil 6
7 Fossils Usually found in sedimentary rock Sometimes in metamorphic rock These are often distorted, hard to interpret Upper layers - younger Deeper layers older Principle of Fossil Succession There is a unique, nonrepeating pattern (history) of fossils through stratigraphic time. All rocks containing fossils of the same species were deposited during the duration of that species on Earth. Correlation by fossils. Certain index fossils are keys to matching sedimentary strata in widely separated outcrops 7
8 Used in conjunction with radioisotope techniques to age rock layers Unconformities Unconformity: contact between layers of rock that should not touch; represents a gap in the fossil/geological record Layers of sandstone over pink granite 8
9 Hutton's unconformity at Siccar Point Berwickshire, Scotland This was the very first (1789) example of an unconformity Hutton's unconformity Ordovician/Silurian unconformity in New York state 9
10 Nonconformity, Grand Canyon, Arizona. Nonconformities are types of unconformities in which sedimentary rock depositionally overlies metamorphic or intrusive igneous rock. In this photo, Cambrian sandstone overlies Proterozoic schist, with an age greater than 1.7 Ga-- which means that the erosional surface between the two represents more than a billion years of geologic time! Grey dolomite 500 myo Reddish rhyolite 1.5 byo Precambrian/Cambrian unconformity near St. Louis 1 billion years is missing Unconformities Disconformity: gap in geological record Caused by long period of erosion between episodes of sedimentation Or by faulting and uplift Fossils in the two layers may be very different 10
11 Unconformities Angular unconformity: younger strata overlie an erosion surface on tilted or folded rocks. Implies a specific sequence of events. Nonconformity: contact with overlying sedimentary rocks on top of an erosion surface of plutonic or metamorphic rocks. Implies longlived erosion prior to burial and re-deposition. Angular Unconformity Nonconformity 11
12 Upper Carboniferous and new red sandstones of the Triassic in Portugal spectacular angular unconformity Angular Nonconformity Angular Unconformity Nonconformity 12
13 Great Lakes Lost Interval Mesozoic Era Very recent glacial sediments above ancient bedrock Due to long period of erosion of uplifted sediments Big gap in fossil record 13
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