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Grande Anse Formation

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Journal Article
Published: 06 August 2020
Canadian Journal of Earth Sciences (2021) 58 (3): 209–224.
... equivalent, but mostly unstudied, ∼600 m thick succession of Grande Anse Formation lies in angular unconformity on folded and faulted Boss Point and basal Little River formations. Grande Anse Formation sedimentology indicates four lithofacies associations: floodplain (LA1), braided channel (LA2), sheet flood...
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First thumbnail for: Stratigraphy and sedimentology of the Pennsylvania...
Second thumbnail for: Stratigraphy and sedimentology of the Pennsylvania...
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Sedimentary logs and paleoflow data for the Grande Anse Formation, including east and west Maringouin Peninsula locations and Minudie Point location (locations map is modified from Craggs et al. 2017). [Colour online.]
Published: 06 August 2020
Fig. 4. Sedimentary logs and paleoflow data for the Grande Anse Formation, including east and west Maringouin Peninsula locations and Minudie Point location (locations map is modified from Craggs et al. 2017 ). [Colour online.]
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Published: 06 August 2020
Table 1. Identified lithofacies of Grande Anse Formation, modified from Miall (1978 , 2006 ).
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Published: 06 August 2020
Table 2. Identified lithofacies associations of the Grande Anse Formation, modified from Miall (2006) . Note: Please refer to Table 1 for lithofacies code definitions.
Journal Article
Published: 23 September 2021
Journal of Sedimentary Research (2021) 91 (9): 969–985.
... Heritage Site, the post–Boss Point Formation succession comprises an ∼ 3 km succession of strata assigned to the Little River, Joggins, Springhill Mines, and Ragged Reef formations. North of the Minudie anticline, the Grande Anse Formation lies in angular unconformity on the Boss Point and basal Little...
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First thumbnail for: Chemostratigraphy of Cumberland Group (Pennsylvani...
Second thumbnail for: Chemostratigraphy of Cumberland Group (Pennsylvani...
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Photomicrographs (XPL) showing samples dominated by carbonate cements and rock fragments A) J-2, Joggins Formation, B) G3-3 Grande Anse Formation, C) S2-8 Grande Anse Formation, note reworked fossil with oxide rim, blue arrow. D) A non-carbonate-cemented Grande Anse sandstone (S1-31) with detrital mica (red arrow), fine-grained igneous fragment (blue arrow) and metamorphic fragments (green arrow).
Published: 23 September 2021
Fig. 7.— Photomicrographs (XPL) showing samples dominated by carbonate cements and rock fragments A) J-2, Joggins Formation, B) G3-3 Grande Anse Formation, C) S2-8 Grande Anse Formation, note reworked fossil with oxide rim, blue arrow. D) A non-carbonate-cemented Grande Anse sandstone (S1
Journal Article
Published: 01 December 2007
Journal of the Geological Society (2007) 164 (6): 1113–1118.
...Howard J. Falcon-Lang; Michael J. Benton; Matthew Stimson Abstract Trackways representing the earliest evidence for the origin of reptiles (amniotes) are reported from the basal Pennsylvanian Grande Anse Formation, New Brunswick, Canada. Amniote characters include pentadactyl manus and pes, slender...
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First thumbnail for: Ecology of earliest reptiles inferred from basal P...
Second thumbnail for: Ecology of earliest reptiles inferred from basal P...
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 Geological setting. (a) Location of trackway site at Shepody Bay, eastern side of the Maringouin Peninsula, New Brunswick (45°47′48″N, 64°300′29″W), within the Grand Anse Formation (after Davies et al. 2005); (b) Lower Pennsylvanian stratigraphy of the Cumberland Basin of Atlantic Canada (modified from Calder et al. 2005), showing the age of the Grande Anse Formation and its relationship to the Joggins Formation (Falcon-Lang et al. 2006).
Published: 01 December 2007
Fig. 1.  Geological setting. ( a ) Location of trackway site at Shepody Bay, eastern side of the Maringouin Peninsula, New Brunswick (45°47′48″N, 64°300′29″W), within the Grand Anse Formation (after Davies et al . 2005 ); ( b ) Lower Pennsylvanian stratigraphy of the Cumberland Basin
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Conceptual model of the evolution of the western Cumberland Basin. (A) Visean, Windsor Group, evaporites, and redbed deposition. (B) Serpukhovian, Mabou Group, redbed deposition. (C) Bashkirian, Yeadonian, lower Boss Point Formation deposition, and start of salt movements. (D) Bashkirian, early Langsettian, Little River Formation deposition started in the south side of salt wall and increases loading on evaporitic strata of the Windsor Group (E; option one), deposition of the Grande Anse Formation in the north side of the salt wall, at same time as the deposition of the Joggins and Springhill Mines formations in the south side of the salt wall. Potentially continued deposition of the Grande Anse Formation north of the wall (F; option two) with (G) deposition of Ragged Reef Formation in the south side of the salt wall, erosion processes at the north side of the salt wall at same time as the deposition of the Joggins and Springhill Mines formations in the south side of the salt wall. (H) Deposition of the Grande Anse Formation concurrent with deposition of the Ragged Reef Formation in the south of the salt wall. The deposition of these units may have been gradually onlapping to the north or have been (angular) unconformable (north) to disconformable (south) on older strata. [Colour online.]
Published: 06 August 2020
, early Langsettian, Little River Formation deposition started in the south side of salt wall and increases loading on evaporitic strata of the Windsor Group (E; option one), deposition of the Grande Anse Formation in the north side of the salt wall, at same time as the deposition of the Joggins
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Conceptual model of the evolution of the western Cumberland Basin during Carboniferous time. 1) Bashkirian, Yeadonian, lower Boss Point Formation deposition and initiation of salt movement. Initiation may have been due directly to fault movement at the northern boundary of the basin, or indirectly at the southern end (Spicers Cove Fault not shown). The latter induced deposition of conglomerates (Polly Brook Formation) that increased the load at the south end of the basin. 2) Bashkirian, early Langsettian, Little River and Polly Brook formation deposition on the south side of salt wall increases loading on evaporitic strata of the Windsor Gp. 3A) Option one: deposition of the Grande Anse Formation commences on the north side of the salt wall, in a rejuvenated Black Point sub-basin, at same time as the deposition of the Joggins, Springhill Mines, and Polly Brook formations in the Athol Syncline on the south side of the salt wall. 4A) Deposition of Ragged Reef Formation in the south side of the salt wall with potentially continued deposition of the Grande Anse Formation north of the wall 3B) Option two: uplift and erosion processes dominate on the north side of the salt wall, at same time as the deposition of the Joggins, Springhill Mines, and Polly Brook formations in the south side of the salt wall. 4B) Deposition of the Grande Anse Formation concurrent with deposition of the Ragged Reef Formation after peneplanation of any topographic high associated with the salt wall. The deposition of these units may have been gradually onlapping to the north, or have been (angular) unconformable (north) to disconformable (south) on older strata.
Published: 23 September 2021
increases loading on evaporitic strata of the Windsor Gp. 3A) Option one: deposition of the Grande Anse Formation commences on the north side of the salt wall, in a rejuvenated Black Point sub-basin, at same time as the deposition of the Joggins, Springhill Mines, and Polly Brook formations in the Athol
Journal Article
Published: 01 September 2008
Journal of the Geological Society (2008) 165 (5): 983–987.
...-Lang et al . (2007 , p. 1113) claim ‘trackways representing the earliest evidence for the origin of reptiles (amniotes) are reported from the basal Pennsylvanian Grande Anse Formation, New Brunswick’. We note inaccuracies in the paper and bring attention to various lines of evidence, any one of which...
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First thumbnail for: Discussion on ecology of earliest reptiles inferre...
Second thumbnail for: Discussion on ecology of earliest reptiles inferre...
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Correlation model (second option, Figs. 5A–6B): (A) Lower part of the Grande Anse and Ragged Reef formations that are separated by a salt well (B). Upper part of the Grande Anse and Ragged Reef formations. [Colour online.]
Published: 06 August 2020
Fig. 12. Correlation model (second option, Figs. 5A – 6B ): (A) Lower part of the Grande Anse and Ragged Reef formations that are separated by a salt well (B). Upper part of the Grande Anse and Ragged Reef formations. [Colour online.]
Journal Article
Published: 01 March 2003
Bulletin de la Société Géologique de France (2003) 174 (2): 125–140.
... sources, as their products are rarely hydrothermalized and are more vesicular. The breccia formation, and especially the progressive breaking up occurring during the debris avalanche displacement, indicates the existence of high speed transport. In the Cap La Houssaye coastal area, abrasion and striation...
Journal Article
Journal: AAPG Bulletin
Published: 01 January 1972
AAPG Bulletin (1972) 56 (1): 114–127.
... and formal stratigraphic names proposed. The Anse la Roche Formation of coarse volcaniclastics, limestone, and subordinate silts contains a Pliolepidina tobleri foraminiferal fauna associated with late Eocene plankton. Early Oligocene rocks were not recorded. Late Oligocene to early Miocene volcaniclastics...
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First thumbnail for: Stratigraphy and Age of Marine Rocks, Carriacou, W...
Second thumbnail for: Stratigraphy and Age of Marine Rocks, Carriacou, W...
Third thumbnail for: Stratigraphy and Age of Marine Rocks, Carriacou, W...
Journal Article
Published: 16 March 2005
Canadian Journal of Earth Sciences (2005) 42 (3): 259–272.
..., position of the Cambrian Grand Cycle (CGC) from Chow and James ( 1987 ) and Sloss ( 1988 ) subsequences. Autoch., autochthonous; Alloch ., allochthonous; RB, Rivière Boyer; RSA, Rivière Saint-Ann Nappe; Gr., Group; Fm., Formation. The regional extent of the Anse Maranda Formation and the adjacent...
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First thumbnail for: Reappraisal of the Cambrian glauconite-bearing <sp...
Second thumbnail for: Reappraisal of the Cambrian glauconite-bearing <sp...
Third thumbnail for: Reappraisal of the Cambrian glauconite-bearing <sp...
Journal Article
Published: 01 December 1988
Bulletin of Canadian Petroleum Geology (1988) 36 (4): 379–387.
... Complex are con- sidered to have been preserved in their life growth position, although those in a few facies (e.g. Cap de l'Enfer, Pointe Pillar and proximal Anse Beebe facies) show evidence of hav- ing been transported. DISTRIBUTION OF TABULATE CORALS IN THE WEST POINT FORMATION Favositids, halysitids...
Journal Article
Published: 01 June 2001
Bulletin of Canadian Petroleum Geology (2001) 49 (2): 217–237.
..., the depositional facies oscillated between shoreline sands (Anse Cascon Formation) and peritidal limestones fringed by coralgal knob reefs and shallow subtidal lime sands (La Vieille Formation) ( Bourque et al., 1986 ; Desrochers and Bourque, 1989 ; Lavoie et al., 1992 ). One significant exception is a high...
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First thumbnail for: Sea level, synsedimentary tectonics, and reefs: im...
Second thumbnail for: Sea level, synsedimentary tectonics, and reefs: im...
Third thumbnail for: Sea level, synsedimentary tectonics, and reefs: im...
Journal Article
Journal: AAPG Bulletin
Published: 01 April 1964
AAPG Bulletin (1964) 48 (4): 437–464.
... other geologists have examined Silurian strata in various parts of the peninsula. Clarke (1900 , 1908 , 1913 ) grouped Logan’s members of the Siluro-Devonian Forillon Peninsula section in eastern Gaspé into three formations, the St. Alban, Cape Bon Ami, and Grande Greve. Schuchert and Dart (1926...
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First thumbnail for: Silurian Stratigraphy of Gaspé Peninsula, Quebec
Second thumbnail for: Silurian Stratigraphy of Gaspé Peninsula, Quebec
Third thumbnail for: Silurian Stratigraphy of Gaspé Peninsula, Quebec
Journal Article
Published: 24 February 2003
Canadian Journal of Earth Sciences (2003) 40 (2): 177–205.
... of the Armagh Formation in the Richardson Nappe are correlative ( Lebel and Hubert 1995 b ). The lower part of the Anse-Maranda Formation at the base of the Bacchus Nappe is possibly also correlative ( Landing et al. 2002 ) (Fig.  7 ). Where exposed, the thickness of these rock units is rather fairly constant...
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First thumbnail for: Stratigraphie framework for the Cambrian–Ordovicia...
Second thumbnail for: Stratigraphie framework for the Cambrian–Ordovicia...
Third thumbnail for: Stratigraphie framework for the Cambrian–Ordovicia...
Journal Article
Journal: GSA Bulletin
Published: 01 January 2000
GSA Bulletin (2000) 112 (1): 4–20.
... Llandoverian time and lasted at least until early Devonian time based on significant differences of thickness of the Burnt Jam Brook, Laforce, and Saint-Léon Formations from one side to the other of the Grande Rivière fault ( Figs. 7 , 8 , and 9 ), and thickening of the Chaleurs and Upper Gaspé limestone...
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First thumbnail for: Paleogeography and tectono-sedimentary history at ...
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