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Yedwet Uplift

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Journal Article
Journal: AAPG Bulletin
Published: 11 October 1998
AAPG Bulletin (1998) 82 (10): 1837–1856.
... sedimentary rocks lie unconformably above the Miocene section and are folded above the uplifts, reflecting Pliocene–Pleistocene compression. In the southern part of the basin, Miocene sedimentary rocks thicken dramatically over the 20°N uplift and the Yedwet uplift, suggesting that the north-northwest...
FIGURES
First thumbnail for: Polyphase Deformation in a Fore-Arc/Back-Arc Basin...
Second thumbnail for: Polyphase Deformation in a Fore-Arc/Back-Arc Basin...
Third thumbnail for: Polyphase Deformation in a Fore-Arc/Back-Arc Basin...
Image
—Schematic east-west cross sections across the 20°N uplift showing (A) thickening of Miocene section during Miocene normal faulting and (B) inversion of Chaungtha fault during the Pliocene, creating a structure typical of inverted normal faults. This model may be applied to the Yedwet uplift, which also has thickened and uplifted Miocene section in the hanging wall of the reverse fault that underlies it. Location of cross section shown in Figure 2.
Published: 11 October 1998
Figure 12 —Schematic east-west cross sections across the 20°N uplift showing (A) thickening of Miocene section during Miocene normal faulting and (B) inversion of Chaungtha fault during the Pliocene, creating a structure typical of inverted normal faults. This model may be applied to the Yedwet
Image
—Structural cross sections and restorations from Salin subbasin. Cross sections were originally drawn at approximately 1:84,000 scale and are based on two-dimensional seismic data, well data, surface geology, and aeromagnetic data (for depth-to-basement values). Small errors in restorations are attributed to our attempts to honor seismic data. Because the geometry of the termination of stratigraphic units west of the western outcrops is not known, and because lower Tertiary units are not present across the entire basin, local pin points were used (Woodward et al., 1985). Deformation is thought to have begun in the Miocene, thus only pre-Miocene bed lengths were measured. Locations of cross sections are shown on Figure 2. Abbreviations for stratigraphic units are defined on Figure 3. (A) Cross section AA′ showing western outcrops, Yenangyat-Chauk thrust, and Gwegyo thrust. The unconformity on the hanging wall of the Yenangyat-Chauk thrust is projected from the south. (B) Cross section BB′ showing western outcrops, Mann fault, and Yedwet uplift. Intraformational Irrawaddy unconformity based on surface geology. Miocene section thickens on the east side of Yedwet uplift. (C) North-south–oriented cross section CC′ showing abundant east-striking normal faults. The Miocene Obogon Formation (shaded) thickens over what is now a positive structural feature, but was originally a basin created by normal faulting, suggesting an inversion of structural fabrics after the Miocene.
Published: 11 October 1998
. The unconformity on the hanging wall of the Yenangyat-Chauk thrust is projected from the south. (B) Cross section BB′ showing western outcrops, Mann fault, and Yedwet uplift. Intraformational Irrawaddy unconformity based on surface geology. Miocene section thickens on the east side of Yedwet uplift. (C) North
Image
—Geologic maps of (A) Yedwet and (B) Ondwe uplifts. The uplifts are not bounded by reverse faults at the surface, but are cut by numerous cross faults. The Irrawaddy Formation unconformably overlies the Obogon, Kyaukkok, and Pyawbwe formations around the perimeters of the structures. Modified from Lawn and Nyunt (1979) and Lawn (1986) (see Appendix).
Published: 11 October 1998
Figure 9 —Geologic maps of (A) Yedwet and (B) Ondwe uplifts. The uplifts are not bounded by reverse faults at the surface, but are cut by numerous cross faults. The Irrawaddy Formation unconformably overlies the Obogon, Kyaukkok, and Pyawbwe formations around the perimeters of the structures
Series: Geological Society, London, Memoirs
Published: 01 January 2017
DOI: 10.1144/M48.7
EISBN: 9781862399730
... area, creating a structure typical of inverted normal faults (after Pivnik et al. 1998 ). Fig. 7.19. A location map with structural patterns in the Salin basin showing Yedwet uplift adjacent to the Taungni-Pingadaw area (in rectangle) (after Pivnik et al. 1998 ). A schematic...
Series: Geological Society, London, Memoirs
Published: 01 January 2015
DOI: 10.1144/M45.04
EISBN: 9781862397101
... Tabin 1926 Yedwet East of Yenangyaung Palanyon On Htaukshabin/Peppi trend ( Stamp 1927 ) Yethaya On Htaukshabin/Peppi trend ( Stamp 1927 ) Minbu =Mann field after further development Tagaing (=Minhla) South of Minbu ( Stamp 1927 ) Padaukpin 1920 Previously...
Book Chapter

Author(s)
Than Htut
Series: Geological Society, London, Memoirs
Published: 01 January 2017
DOI: 10.1144/M48.11
EISBN: 9781862399730
... area of uplift, bounded to the east by the Wuntho Igneous Complex and the Shwebo-Monywa Basin, by the 26° N uplift in the north, and to the west by the Indo-Myanmar (Naga-Chin-Rakhine) Ranges ( Fig. 11.4 ). The basin extends c. 300 km (180 miles) north–south and, at Indaw, extends c. 85 km (52...