%0 Journal Article
%@ 25869159
%A Mohamed, M.A.
%A Nasir, M.
%A Said, M.S.
%A Choong, C.M.
%A Sokiman, M.S.
%A Md Akhir, N.A.
%A Md Yusof, M.A.
%A Zakariah, M.N.A.
%A Rashid, M.N.A.
%A Husein, S.
%A Sulaiman, N.
%A Mohd, A.N.
%D 2022
%F scholars:16659
%I Penerbit UTM Press
%J ASEAN Engineering Journal
%N 2
%P 195-203
%R 10.11113/aej.V12.17312
%T FACIES ANALYSIS AND DEPOSITIONAL MODEL OF THE MIDDLE-UPPER TRIASSIC SEMANTAN FORMATION, CENTRAL PAHANG, MALAYSIA
%U https://khub.utp.edu.my/scholars/16659/
%V 12
%X This study details the sedimentological analysis of the Middle-Upper Triassic Semantan Formation in the Jerantut-Temerloh-Kemayan region of central Pahang. Seven (F1-7) facies have been identified which are; F1) poorly sorted conglomerate, F2) pebbly sandstone, F3) structureless-to-parallel laminated sandstone, F4) wavy-to-ripple fine-to-medium laminated sandstone, F5) slumped thin-interbeded sandstone and shale, F6) interbedded sandstone and shale, and F7) shale, represent a subordinate part of the Semantan Formation. Examination of the succession of the vertical facies resulted in concession of genetic units (FA1-FA5) which are; FA1) deep channel complex, FA2) distal lobe, FA3) hybrid gravity flow deposit, FA4) channelised lobe and FA5) non-channelised lobe. It is believed that these five genetic units were deposited within four proposed laterally contiguous depositional environments which are; 1) Inner fan - deep channel-levee complex (represent by FA1), 2) Mid fan - channelised lobe (represented by FA5 and FA3), 3) Mid Fan - non-channelised lobe (represented by FA4 and FA3), and 4) Outer fan - distal lobe (represented by FA2). The Semantan Formation deep-water fan is analysed as a sand-rich fan system, based on its sediment types. © 2022 Penerbit UTM Press. All rights reserved.
%Z cited By 1