巨港次盆地Rambangnia河和Air Napalan河实测断面古近系河流沉积相及构型分析

Sapto Kis Daryono, C. Prasetyadi, E. Paripurno, S. Sutanto, Aditya Zaenalfi Faozi
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引用次数: 1

摘要

古近系河流沉积作为裂谷前沉积,在盆地形成之前或同时形成,具有重要的问题。Garba山古近系沉积环境的相分析和解释研究成果,将有助于进一步解释和描述南苏门答腊盆地沉积岩的形成和地层演化历史,体现在岩性和相特征上。在南苏门答腊Ogan Komering Ulu地区Rambangnia河和Air Napalan河测量路径上的±107.37 m和±11.06 m厚度的地层剖面上进行了相分析。在两条测量路径上发育的7种岩相分别为基质支撑的级配砾石(Gmg)、砾石基质支撑的块状砾石(Gmm)、交错层状(St)、块状砂岩(Sm)、水平层状砂岩(Sh)、平行层状粉砂岩和粘土岩(F1)、块状粉砂岩和泥岩(Fsm)。Asosiasi fasies didapatkan berupa沉积重力流(SG)、砾石坝(GB)、砂质河床(SB)、河道(CH)、河岸细砂(FF)。沉积环境解释为河流环境,辫状河类型,砾石辫状河模式,沉积重力流。古近系河流沉积作为裂谷前沉积,在盆地形成之前或同时形成,具有重要的问题。Garba山古近系沉积环境的相分析和解释研究成果,将有助于进一步解释和描述南苏门答腊盆地沉积岩的形成和地层演化历史,体现在岩性和相特征上。在南苏门答腊Ogan Komering Ulu地区Rambangnia河和Air Napalan河测量路径上的±107.37 m和±11.06 m厚度的地层剖面上进行了相分析。在两条测量路径上发育的7种岩相分别为基质支撑的级配砾石(Gmg)、砾石基质支撑的块状砾石(Gmm)、交错层状(St)、块状砂岩(Sm)、水平层状砂岩(Sh)、平行层状粉砂岩和粘土岩(F1)、块状粉砂岩和泥岩(Fsm)。Asosiasi fasies didapatkan berupa沉积重力流(SG)、砾石坝(GB)、砂质河床(SB)、河道(CH)、河岸细砂(FF)。沉积环境解释为河流环境,辫状河类型,砾石辫状河模式,沉积重力流。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Facies and architectural analysis of Paleogen fluvial deposits of the measured section of Rambangnia and Air Napalan Rivers in Palembang Sub-basin
Paleogene fluvial deposits have an important problem as pre-rift deposits, which occur before or at the same time as the formation of the basin. The research results on facies analysis and interpretation of the depositional environment of Paleogene deposits located in the Garba Hills will later explain and describe the history of the formation and stratigraphic evolution of sedimentary rocks in the South Sumatra Basin, reflected in the lithological and facies characteristics. The facies analysis was carried out on a stratigraphic cross-section with a thickness of ± 107.37 meters and ± 11.06 meters on the measurement path of the Rambangnia River and Air Napalan River, which are located in the Ogan Komering Ulu area, South Sumatra. Seven lithofacies developed on two measured paths are matrix supported gradded gravel (Gmg), gravel matrix supported Massive (Gmm), through cross-bedded (St), massive sandstone (Sm), horizontally bedded sandstones (Sh), parallel laminated siltstone and claystone (F1), massive siltstones and mudstones (Fsm). Asosiasi fasies didapatkan berupa Sedimentary Gravity Flow (SG), Gravel Bars (GB), Sandy Bedforms  (SB), channel (CH), Overbank fine  (FF). The interpretation of the depositional environment shows a fluvial environment, the type of braided river with a gravel braided rivers model with sedimentary gravity flows.Paleogene fluvial deposits have an important problem as pre-rift deposits, which occur before or at the same time as the formation of the basin. The research results on facies analysis and interpretation of the depositional environment of Paleogene deposits located in the Garba Hills will later explain and describe the history of the formation and stratigraphic evolution of sedimentary rocks in the South Sumatra Basin, reflected in the lithological and facies characteristics. The facies analysis was carried out on a stratigraphic cross-section with a thickness of ± 107.37 meters and ± 11.06 meters on the measurement path of the Rambangnia River and Air Napalan River, which are located in the Ogan Komering Ulu area, South Sumatra. Seven lithofacies developed on two measured paths are matrix supported gradded gravel (Gmg), gravel matrix supported Massive (Gmm), through cross-bedded (St), massive sandstone (Sm), horizontally bedded sandstones (Sh), parallel laminated siltstone and claystone (F1), massive siltstones and mudstones (Fsm). Asosiasi fasies didapatkan berupa Sedimentary Gravity Flow (SG), Gravel Bars (GB), Sandy Bedforms  (SB), channel (CH), Overbank fine  (FF). The interpretation of the depositional environment shows a fluvial environment, the type of braided river with a gravel braided rivers model with sedimentary gravity flows.
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