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Gods River

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Journal Article
Published: 01 May 1980
Canadian Journal of Earth Sciences (1980) 17 (5): 560–568.
.... This granodioritic batholith complex does not intrude the Oxford Lake Group. It is syn-tectonic and metamorphosed.The age of volcanic rocks of the Hayes River Group, from Goose Lake (30 km south of Gods Lake Narrows), is 2680 ± 125 Ma, with an initial 87 Sr/ 86 Sr ratio of 0.7014 ± 0.0009.The age for the Magill Lake...
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Concordia plots showing U–Pb analyses from (a) dacite tuff in the Gods Lake Narrows sequence, 3613; (b) a tonalite dyke from the Gods Lake Narrows shear zone, 4684; (c) sandstone from the Oxford Lake Group, 3517, (d) rhyolite from the Oxford Lake Group, DD82-1. Concordia plots showing U–Pb analyses from (e) monazite from the Magill Lake pluton, DD82-3; (f) inherited zircon ages from tonalite gneiss, DD82-4, rhyolite in the Hayes River Group, 72-42, and K-feldspar megacystic granodiorite in the Bayly Lake Complex, DD82-5.
Published: 01 September 2006
Fig. 8. Concordia plots showing U–Pb analyses from ( a ) dacite tuff in the Gods Lake Narrows sequence, 3613; ( b ) a tonalite dyke from the Gods Lake Narrows shear zone, 4684; ( c ) sandstone from the Oxford Lake Group, 3517, ( d ) rhyolite from the Oxford Lake Group, DD82-1. Concordia plots
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Concordia plots showing U–Pb analyses from (a) dacite tuff in the Gods Lake Narrows sequence, 3613; (b) a tonalite dyke from the Gods Lake Narrows shear zone, 4684; (c) sandstone from the Oxford Lake Group, 3517, (d) rhyolite from the Oxford Lake Group, DD82-1. Concordia plots showing U–Pb analyses from (e) monazite from the Magill Lake pluton, DD82-3; (f) inherited zircon ages from tonalite gneiss, DD82-4, rhyolite in the Hayes River Group, 72-42, and K-feldspar megacystic granodiorite in the Bayly Lake Complex, DD82-5.
Published: 01 September 2006
Fig. 8. Concordia plots showing U–Pb analyses from ( a ) dacite tuff in the Gods Lake Narrows sequence, 3613; ( b ) a tonalite dyke from the Gods Lake Narrows shear zone, 4684; ( c ) sandstone from the Oxford Lake Group, 3517, ( d ) rhyolite from the Oxford Lake Group, DD82-1. Concordia plots
Journal Article
Published: 01 August 2010
American Mineralogist (2010) 95 (8-9): 1305–1311.
... diagnostic bands (cm −1 ): 244, 301, 494, 497, 575, 734. The association of toturite with larnite, rondorfite, wadalite, magnesioferrite, lakargiite, and cuspidine indicates a high temperature (>800 °C) of formation. The mineral name is given after the Totur River situated in Eltyubyu village, also Totur...
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First thumbnail for: Toturite Ca 3 Sn 2 Fe 2 SiO 12 —A new mineral spec...
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Series: GSA Field Guide
Published: 01 January 2008
DOI: 10.1130/978-0-8137-0012-0
EISBN: 9780813756127
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Location map showing tectonic setting of the Oxford – Knee – Gods Lake area (area of Fig. 2) in the northwestern Superior Province. Locations of sections A–B and C–D of Fig. 10 are indicated. The Sachigo subprovince of Card and Ciesielski (1986) includes the area between the Pikwitonei uplift and the Berens River – Uchi subprovince.
Published: 01 September 2006
Fig. 1. Location map showing tectonic setting of the Oxford – Knee – Gods Lake area (area of Fig.  2 ) in the northwestern Superior Province. Locations of sections A–B and C–D of Fig.  10 are indicated. The Sachigo subprovince of Card and Ciesielski ( 1986 ) includes the area between
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Fig. 2
Published: 01 January 2012
Fig. 2 Dean Godding’s house, surrounded by a white wall, left of the tall tree in the foreground, halfway up the slope of St. Peter’s Mountain, with the River Meuse (Maas) and the ruins of Lichtenberg Castle on top, viewed from the north. Undated drawing by Philippe van Gulpen (1792–1868
Journal Article
Published: 01 September 2006
Canadian Journal of Earth Sciences (2006) 43 (7): 749–765.
...Fig. 8. Concordia plots showing U–Pb analyses from ( a ) dacite tuff in the Gods Lake Narrows sequence, 3613; ( b ) a tonalite dyke from the Gods Lake Narrows shear zone, 4684; ( c ) sandstone from the Oxford Lake Group, 3517, ( d ) rhyolite from the Oxford Lake Group, DD82-1. Concordia plots...
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First thumbnail for: Geological evolution of the northwestern Superior ...
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Journal Article
Published: 12 August 2024
Canadian Journal of Earth Sciences (2024) 61 (11): 1156–1183.
... River, near the First Nation community of Shamattawa ( Fig. 1 ). The Gods River has incised through 15 to 30 m of Quaternary sediments at this location, but less is known about the thickness of Quaternary sediments elsewhere in the study area and throughout most of the western HBL region ( Hodder...
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Stylized map of the deep-sea fans (in yellow) mentioned in the text. A, Amazon; AT, Astoria–Tufts fans; B, Bengal; BT, Bounty; C, Congo; CB, California borderland fans; I, Indus; M, Monterey; MS, Mississippi; S, Surveyor; V, Var; VC, Veracruz. Select river drainages in green are associated with deep-sea fans: Mississippi, Amazon, Congo, Indus, and Ganges–Brahmaputra (Bengal fan). Major plate boundaries are marked by triangles (convergent) and dotted lines (divergent and transform). Mountain and water motifs are inspired by the maps of the world drawn by Al-Sharif al-Idrisi in the 12th century. The god Neptune rising from the South Pacific is a nod to Jacopo de'Barbari and his beautiful 16th century map of Venice. The modern-day scientific drilling ship Joides Resolution (not to scale) is used here for scale.
Published: 27 November 2019
Fig. 1.— Stylized map of the deep-sea fans (in yellow) mentioned in the text. A, Amazon; AT, Astoria–Tufts fans; B, Bengal; BT, Bounty; C, Congo; CB, California borderland fans; I, Indus; M, Monterey; MS, Mississippi; S, Surveyor; V, Var; VC, Veracruz. Select river drainages in green
Journal Article
Published: 01 October 2020
Earth Sciences History (2020) 39 (2): 447–473.
... generously provided for all the necessities of human life: “ Thou visitest the earth, and waterest it: thou greatly enrichest it with the river of God, which is full of water: thou preparest them corn, when thou hast so provided for it. / Thou waterest the ridges thereof abundantly: thou settlest...
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Composite north–south cross sections of western Superior Province (modified from Percival et al. 2004), showing contrasting geometry and interpreted fault vergence north and south of the North Caribou superterrane (NCS). Segment A–B was based on Western Superior Lithoprobe line 1 seismic data (White et al. 2003). Segment C–D is schematic and speculative (see text for discussion). Note the similarity of a possible interpretation of geometry and kinematics around the Gods Lake Narrows shear zone (GLNSZ), and those around the Quetico fault (QF), and the Sydney Lake – St. Joseph fault (SLF), as schematically shown by the insets above the sections. Locations of sections are shown in Fig. 1. NSS, north Superior superterrane; OST, Oxford–Stull terrane; WR, Winnipeg River subprovince.
Published: 01 September 2006
seismic data ( White et al. 2003 ). Segment C–D is schematic and speculative (see text for discussion). Note the similarity of a possible interpretation of geometry and kinematics around the Gods Lake Narrows shear zone (GLNSZ), and those around the Quetico fault (QF), and the Sydney Lake – St. Joseph
Journal Article
Published: 01 September 2018
Jour. Geol. Soc. India (2018) 92 (3): 255–258.
... record, based on paleo-tsunami investigations, dates back to 426 BC. The Lisbon, Portugal earthquake of 1 November 1755 and the resultant tsunami are credited to be the beginning of the science of Seismology. At that time it was debated whether an earthquake is a natural phenomenon or an act of God...
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Journal Article
Published: 01 January 2012
Bulletin de la Société Géologique de France (2012) 183 (1): 55–65.
...Fig. 2 Dean Godding’s house, surrounded by a white wall, left of the tall tree in the foreground, halfway up the slope of St. Peter’s Mountain, with the River Meuse (Maas) and the ruins of Lichtenberg Castle on top, viewed from the north. Undated drawing by Philippe van Gulpen (1792–1868...
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First thumbnail for: A new look at Faujas de Saint-Fond’s fantastic sto...
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Journal Article
Journal: Geology
Published: 01 September 2006
Geology (2006) 34 (9): 793–796.
... Aristotelian philosophy with an empirical view of nature framed geometrically. A structured cosmos was perceived to be harmonious and evidence of God's omnipresence, an idea that had been expounded earlier by Leonardo da Vinci and other Renaissance artists ( Rosenberg, 2001 ). So highly did Steno value...
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Journal Article
Published: 01 October 2020
Earth Sciences History (2020) 39 (2): 409–419.
... of a discussion on falling bodies, rolling bodies, infinities, and geometry ( Galileo 1967 , pp. 21–29). In the beginning, suggests Galileo, God created all the planets in the same location and imbued them with certain tendencies of motion. Then he let each planet fall toward the centre of the universe until...
Journal Article
Published: 01 April 1991
Earth Sciences History (1991) 10 (1): 73–88.
... the Divinity rather poorly” (p. 161). 9. Form Springs, Fountains, and Rivers   —The rain, snow, hail, dew, and fog which originate in mountains combine with subterranean springs to generate the water resources of our planet. The hydrologic cycle is one of God’s great gifts. 10. Distribute Water...
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Journal Article
Published: 28 April 2022
Seismological Research Letters (2022) 93 (4): 2406–2409.
... then were found submerged into the Gulf of Corinth, punished by Poseidon, an ancient Greek god. The comment contested the new scenario that these ancient texts reflect a later legend, of Roman times. The comment is unsubstantiated, because (1) ruins of the two towns, invisible till recently, have been found...
Journal Article
Published: 01 April 1983
Earth Sciences History (1983) 2 (1): 11–16.
... in this exercise. Some objected to Burnet’s characterization of the earth as a ruin, convinced that God’s creation could not be less than perfect. Warren defended the earth’s irregularities (mountains, seas, rivers)as being “comely” and “useful.” Woodward thought the earth perfect, even as to its adaptation...
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Journal Article
Published: 01 October 2010
Earth Sciences History (2010) 29 (2): 353–375.
... of 1859 had set out to explore a region of the United States that had been taken from Mexico as a result of the 1846–1848 war between Mexico and the United States. The expedition into this newly conquered domain was intended to find a route between Santa Fé and the junction of the Grand and Green rivers...