Biostratigraphy and paleodepositional environment of the Temburong Formation at Batu Luang, Klias Peninsula, Sabah based on calcareous nannofossil.

Nur Syahirah Rosmadi, Nursufiah Sulaiman, N. Sulaiman, J. Asis
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Abstract

Generally, the Temburong formation was observed for both research studies and hydrocarbon exploration. There was few research conducted on its lithostratigraphy and micropaleontological purposes in terms of research studies. However, there is no evidence suggested to observe the paleoenvironment condition of the formation based on the calcareous nannofossils occurrences. Therefore, this research was performed deliberately to identify paleoclimate prediction of Batu Luang, Klias Peninsular based on the assemblages of the calcareous nannofossils. 17 samples have been collected from a measuring section of a cutting hill along the road. Simple smear preparation was used and observed their assemblages were under the light microscope. As many as 27 species have been identified and dominantly preserved by discoasters and sphenolithus. Thus, this formation has been considered an oligotrophic condition and low latitude region due to the distribution of warm-water taxas. Plus, less contribution of cold-water taxa Coccolitus pelagicus to the formation is late Oligocene to early Miocene.
基于钙质纳米化石的沙巴Klias半岛Batu Luang Temburong组生物地层与古沉积环境
总的来说,研究和油气勘探都观察到了Temburong组。在研究方面,对其岩石地层学和微古生物学研究较少。然而,目前尚无证据表明可以根据钙质纳米化石产状来观察该地层的古环境条件。因此,本研究旨在基于钙质纳米化石组合对Klias半岛Batu Luang的古气候进行预测。17个样本已经从沿着道路的一个切割山的测量部分收集。采用简单涂片制备,光镜下观察其组合。已鉴定的种类多达27种,主要保存在灾害和石柱中。因此,由于分布着暖水分类群,该地层被认为是低纬度地区的少营养条件。此外,在渐新世晚期至中新世早期,冷水类群对该地区形成的贡献较小。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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