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Great Lyell Fault

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Journal Article
Published: 01 January 2010
Journal of the Geological Society (2010) 167 (1): 35–47.
... ) Geology of Lyell's fault locality. ( c ) Photograph showing Lyell's fault locality in Holocene marine cliff, Palliser Bay (locality F in Fig. 1 ). For Lyell, the New Zealand earthquake and the accompanying ‘formation of a great fault and upthrow exceeding in vertical height and horizontal extent...
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Journal Article
Journal: Economic Geology
Published: 01 August 2001
Economic Geology (2001) 96 (5): 1089–1122.
... orebodies, flanked by marginal zones of pyrite-poor sericite and chlorite schists. The alteration has been focused along the Great Lyell fault, a major reverse-type growth fault, which forms the contact between the volcanic rocks and the younger (Late Cambrian) siliciclastic conglomerate sequence...
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Fig. 4. Comparative diagrammatic cross sections of the Comstock and North Lyell areas showing stratigraphic relationships. Note preservation of upper part of alteration system beneath Tyndall Group rocks at Comstock and of a segment of this part of the system in a displaced schist mass at North Lyell. Most of the upper part of the system in the North Lyell-Prince Lyell area was eroded off prior to the Haulage unconformity. Form of alteration zone and associated chert and sulfide bodies on downthrown side of Great Lyell fault is purely speculative.
Published: 01 August 2001
Lyell. Most of the upper part of the system in the North Lyell-Prince Lyell area was eroded off prior to the Haulage unconformity. Form of alteration zone and associated chert and sulfide bodies on downthrown side of Great Lyell fault is purely speculative.
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Fig. 16. Interpreted mode of development of the displaced schist mass at North Lyell by collapse from the Great Lyell fault scarp during Owen Group deposition. Oxidation and erosion of the collapsing lobe produces hematite bodies and hematite-chert breccias. Farther advancement of the lobe causes folding of Upper Owen beds, following which erosion produces the Haulage unconformity beneath the Pioneer Sandstone. Some uplift of Tharsis Ridge shoulder may have occurred in the Cambrian, some in the Devonian.
Published: 01 August 2001
F ig . 16. Interpreted mode of development of the displaced schist mass at North Lyell by collapse from the Great Lyell fault scarp during Owen Group deposition. Oxidation and erosion of the collapsing lobe produces hematite bodies and hematite-chert breccias. Farther advancement of the lobe causes
Journal Article
Journal: GSA Bulletin
Published: 01 July 1941
GSA Bulletin (1941) 52 (7): 1001–1084.
...EVANS B. MAYO Abstract The structure elements of metamorphic and granitic rocks along the Sierra Nevada front between Mt. Lyell and Mt. Whitney combine into a regional pattern dominated by northwest, northeast nearly north-south, and west-northwest directions, all reflected in the much younger plan...
... foraminifera from these hard limestones, the Scaglia was dated indirectly in the late nineteenth century, and believed to be entirely of Cretaceous age, implying errors as great as 40 m.y. We can now understand why this dating seemed satisfactory at the time, because it did not conflict with Charles Lyell’s...
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(a) Unlabelled sketch after Lyell (1856e, p. 48; the explanatory words on the diagram are ours) to explain incremental tilting of the land surface caused by successive earthquake uplift on a fault as exemplified by the 1855 New Zealand earthquake, illustrating ‘the manner in which beds may be made to dip more and more in a given direction with each successive shock' (Lyell 1868). (b) Maps showing localities and amount of uplift that occurred during the great Chilean earthquake of 1835 (uplift values from Fitzroy 1839). On left-hand map, convergence rate and direction of Nazca plate is shown together with subduction zone trench. Square indicates area of right-hand map. Below: plot of uplift (m) v. distance (km) projected onto line A–B shown in right-hand map.
Published: 01 January 2010
Fig. 9. ( a ) Unlabelled sketch after Lyell (1856 e , p. 48; the explanatory words on the diagram are ours) to explain incremental tilting of the land surface caused by successive earthquake uplift on a fault as exemplified by the 1855 New Zealand earthquake, illustrating ‘the manner in which
Journal Article
Journal: Economic Geology
Published: 01 August 2001
Economic Geology (2001) 96 (5): 1123–1132.
... indicate a local transition toward the bornite-chalcopyrite type. The third type of orebody, massive pyrite-chalcopyrite, occurs in the altered mine sequence but along the Great Lyell fault in contact with the Owen Group ( Wade and Solomon, 1958 ; Walshe and Solomon, 1981 ). Minor stratiform Zn-Pb...
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Journal Article
Journal: Economic Geology
Published: 01 August 2004
Economic Geology (2004) 99 (5): 987–1002.
... that formed by the actions of hyperacid oxidized fluids. The units of the Anthony Road Volcanics are folded into a steep north-northeast–trending syncline, truncated to the east by reverse movement along the steep, westerly dipping Great Lyell fault. Sequence repetitions in the Anthony Road Volcanics...
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Journal Article
Published: 01 May 2006
Seismological Research Letters (2006) 77 (3): 358–363.
... of Physical Geology (1868), where Lyell pronounced: The geologist has rarely enjoyed so good an opportunity as that afforded him by this convulsion in New Zealand, of observing one of the steps by which those great displacements of the rocks called `faults' may in the course of ages be brought about...
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Journal Article
Journal: Economic Geology
Published: 01 August 2001
Economic Geology (2001) 96 (5): 1073–1088.
... into two parts. The Henty fault divides into the North and South Henty faults near Mount Read. The Great Lyell fault splays off the Henty fault somewhere in the vicinity of Mount Murchison and trends in a southerly direction to the south of Mount Lyell. Both of these structures bound the western margin...
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Journal Article
Published: 01 April 2006
Earth Sciences History (2006) 25 (1): 57–68.
..., to vary to an unlimited extent the relative position of land and sea” (emphasis added). Figure 1. Caricature of Sir Charles Lyell as Professor Ichthyosaurus drawn in 1831 by Sir Henry De la Beche. The cartoon pokes fun at Lyell’s claim that in the returning summer of the “great year” (climatic...
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Journal Article
Journal: AAPG Bulletin
Published: 01 February 1963
AAPG Bulletin (1963) 47 (2): 302–323.
... (2), Kingsbay (3), Kapp Lyell (4), and Øyrlandet (5). The Tertiary rocks on the west and east shores of Foreland Sound ( Fig. 1 , area 2) make up a strip 10–12 miles wide, exposed over a distance of about 30 miles and limited both east and west by faulted contacts with the pre-Devonian (Hecla...
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Journal Article
Published: 01 October 1996
Earth Sciences History (1996) 15 (2): 101–140.
... nations. The lectures and journals together provide important insights into the development of geology in America and of Lyell’s thinking. In spite of the fact that Lyell was a poor speaker, the lectures were great successes with the public. American geologists, however, gave more qualified assessments...
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Journal Article
Published: 01 December 2022
Earth Sciences History (2022) 41 (2): 386–409.
..., such as Charles Lyell, Charles Darwin and George B. Greenough, to lesser-known actors, such as Peruvian mineralogist Mariano de Rivero and British travel writer Maria Graham. By doing so, this paper addresses the social dimension of science-making, highlighting the asymmetries of power in knowledge circulation...
Journal Article
Published: 01 June 1913
Bulletin of the Seismological Society of America (1913) 3 (2): 57–71.
... different from the old; and great quantities of sand in places making the land barren, the sand found along the cracks and fault scarps, and in "sand blows" or low mounds of fine white sand mixed with lignite, lie shows the geology of that part of the country, and that the Mississippi valley forms a strong...
Journal Article
Published: 01 April 1991
Earth Sciences History (1991) 10 (1): 60–72.
... cause. When the Rogers brothers accounted for the linear distribution of the Berkshire erratics by invoking great oceanic whirlpools on the analogy of tropical cyclones that discharge the objects they uproot along the narrow lines of the paths they follow, they evidently pushed analogy too far. Lyell...
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Journal Article
Published: 01 March 1973
Journal of the Geological Society (1973) 129 (2): 207–208.
... Abstract Ordinary General Meeting 18 October 1972 Geological controversies: past debates and their relevance today* The Darwin-Whewell controversy W. F. Cannon, Smithsonian Institution, Washington. In 1837-1838 Charles Darwin realized that a simple extension of Charles Lyell's Uniformitarianism...
Journal Article
Published: 01 January 2021
Jour. Geol. Soc. India (2021) 97 (1): 109–110.
... with one of the larger faults that border the rift, as against the mid-crustal blind thrust source of the 2001 earthquake. Dr. Sumer Chopra, explained about the geophysical exploration carried out in the Allah Bund region by his team. Prof. Maurya explained about the geomorphic characteristics of the great...
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Journal Article
Published: 01 October 1988
Earth Sciences History (1988) 7 (2): 99–110.
... in Newfoundland to the patronage of Sedgwick, Lyell, Darwin and others both in Cambridge and in London, and his appointment as naturalist on H.M.S. Fly (1842–1846), to survey the Great Barrier Reef of Australia to these same supporters. Darwin published his coral reef theory in 1838, and this provided...
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