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Shangshihezi Formation

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Image
Sedimentary model in the Linxing area. (A) Taiyuan <span class="search-highlight">Formation</span>; (B) Shanxi Fo...
Published: 01 December 2021
Figure 20. Sedimentary model in the Linxing area. (A) Taiyuan Formation; (B) Shanxi Formation; (C) Xiashihezi Formation; (D) Shangshihezi Formation; (E) Shiqianfeng Formation.
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Distribution of zircon, titanite, magnetite, limonite, garnet, and tourmali...
Published: 01 December 2021
Figure 17. Distribution of zircon, titanite, magnetite, limonite, garnet, and tourmaline in different formations. (A) Benxi Formation; (B) Taiyuan Formation; (C) Shanxi Formation; (D) Xiashihezi Formation; (E) Shangshihezi Formation; (F) Shiqianfeng Formation.
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Typical sedimentary environment of different <span class="search-highlight">formations</span>. (A) Epicontinental...
Published: 01 December 2021
Figure 10. Typical sedimentary environment of different formations. (A) Epicontinental tidal flats in Benxi Formation. (B) Supratidal swamp in Taiyuan Formation. (C) Delta plain swamp in Shanxi Formation. (D) Delta distributary channel in Xiashihezi Formation. (E) Fluvial channels in Shangshihezi
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North American shale composite (NASC) normalized rare earth element distrib...
Published: 01 December 2021
Figure 5. North American shale composite (NASC) normalized rare earth element distribution pattern of mudstones. C 2 b = Benxi Formation; C 2 t = Taiyuan Formation; P 1 s = Shanxi Formation; P 1 x = Xiashihezi Formation; P 2 s =Shangshihezi Formation; P 3 sh = Shiqianfeng Formation.
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Chondrite-normalized rare earth element patterns for the upper Paleozoic mu...
Published: 01 December 2021
Figure 6. Chondrite-normalized rare earth element patterns for the upper Paleozoic mudstones from the Linxing area. (A) Shiqianfeng Formation (P 3 sh); (B) Shangshihezi Formation (P 2 s); (C) Xiashihezi Formation (P 1 x); (D) Shanxi Formation (P 1 s); (E) Taiyuan Formation (C 2 t); (F) Benxi
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Tectonic setting discrimination for the upper Paleozoic mudstones from the ...
Published: 01 December 2021
Formation; P 2 s =Shangshihezi Formation; P 3 sh = Shiqianfeng Formation.
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The upper continental crust (UCC) normalized trace element spider diagrams ...
Published: 01 December 2021
= Benxi Formation; C 2 t = Taiyuan Formation; P 1 s = Shanxi Formation; P 1 x = Xiashihezi Formation; P 2 s =Shangshihezi Formation; P 3 sh = Shiqianfeng Formation.
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Distribution diagrams of paleoclimate indicators. (A) Ba and (B) Sr/Ba. 1. ...
Published: 01 December 2021
; P 1 x = Xiashihezi Formation; P 2 s = Shangshihezi Formation; P 3 sh = Shiqianfeng Formation.
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Distribution diagrams of paleoclimate indicators. (A) Sr; (B) Ga/Rb; (B) Sr...
Published: 01 December 2021
Formation; P 1 x = Xiashihezi Formation; P 2 s =Shangshihezi Formation; P 3 sh = Shiqianfeng Formation.
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(A1–A3) Source and compositional discrimination (La/Th vs. Hf/10 −6 ); (B1–...
Published: 01 December 2021
; P 1 x = Xiashihezi Formation; P 2 s =Shangshihezi Formation; P 3 sh = Shiqianfeng Formation.
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Simple bivariate plot diagrams of trace elements and rare earth elements (R...
Published: 01 December 2021
= Xiashihezi Formation; P 2 s = Shangshihezi Formation; P 3 sh = Shiqianfeng Formation.
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Dissolution pores in the tight sandstones. (A) Feldspar dissolution, partly...
Published: 15 November 2019
and poorly crystallized chlorite; (D) quartz showing a kind of dissolution and illite on quartz grains. C 2 b = Benxi Formation; L = well name; P 1 s = Shanxi Formation; P 2 s = Shangshihezi Formation.
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Distribution diagrams of trace element concentrations. (A) V/(V+Ni); (B) Ni...
Published: 01 December 2021
t = Taiyuan Formation; P 1 s = Shanxi Formation; P 1 x = Xiashihezi Formation; P 2 s =Shangshihezi Formation; P 3 sh = Shiqianfeng Formation.
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Stratigraphic column (A) and sedimentary characteristics of the coal-bearin...
Published: 15 May 2020
curves; GR = natural gamma-ray logging curves; LLD = deep resistivity logging curves; P 1 s = Shanxi Formation; P 1 x = Xiashihezi Formation; P 2 s = Shangshihezi Formation; P 2 sh = Shiqianfeng Formation.
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Clay minerals in the tight sandstone imaged by scanning electronic microsco...
Published: 15 November 2019
; L = well name; P 1 s = Shanxi Formation; P 2 s = Shangshihezi Formation; P 2 x = Xiashihezi Formation; T = well name.
Journal Article
Journal: AAPG Bulletin
Published: 01 December 2021
AAPG Bulletin (2021) 105 (12): 2545–2574.
...Figure 20. Sedimentary model in the Linxing area. (A) Taiyuan Formation; (B) Shanxi Formation; (C) Xiashihezi Formation; (D) Shangshihezi Formation; (E) Shiqianfeng Formation. ...
FIGURES | View All (20)
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The distribution of zircon-tourmaline-rutile (ZTR) index distribution of (A...
Published: 01 December 2021
Figure 7. The distribution of zircon-tourmaline-rutile (ZTR) index distribution of (A) Benxi and Taiyuan Formations; (B) Shanxi and Xiashihezi Formations; and (C) Shangshihezi and Shiqianfeng Formations.
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R-model hierarchical cluster analysis of trace elements: (A) Xiashihezi, Sh...
Published: 01 December 2021
Figure 4. R-model hierarchical cluster analysis of trace elements: (A) Xiashihezi, Shangshihezi, and Shiqianfen Formations; (B) Shanxi, Taiyuan, and Benxi Formations.
Journal Article
Published: 01 May 2007
Russ. Geol. Geophys. (2007) 48 (5): 415–421.
...) Shangshihezi Formation , in its lower part, is composed of yellow-green feldspar-quartz sandstones alternating with violet-red and greenish-gray mudstones. The rocks are rich in plant remains. The formation is 60–300 m thick. The Upper Permian (P 2 sh) Shiqianfeng Formation is made up of alternating red...
FIGURES | View All (8)
Journal Article
Published: 01 January 2008
Russ. Geol. Geophys. (2008) 49 (1): 23–27.
... and black shales but lacks coal-bearing beds. The Upper Permian strata include the Shangshihezi and Shiqianfeng Formations, which continue the Lower Permian strata. Both formations are an association of fluvial red-colored sandstones with siltstone intercalates. The Shiqianfeng Formation contains two beds...
FIGURES