The studied sediment may include Gumai Formation and Air Benakat Forma terjemahan - The studied sediment may include Gumai Formation and Air Benakat Forma Bahasa Indonesia Bagaimana mengatakan

The studied sediment may include Gu

The studied sediment may include Gumai Formation and Air Benakat Formation with an age ranging from Early to Middle Miocene. The Gumai Formation was deposited during the time of maximum transgression in a deep marine condition at Early Miocene (Hartanto et al., 1991). This formation consists of Globigerina bearing clay and marly shale with minor intercalation of claystone and sandstone. In the shelf environment, the deposition of Gumai Formation might continue up to Middle Miocene. In the eastern part of the Jambi Subbasin, this formation less develops which is represented by sandy lithology overlying the Talang Akar Formation locally (Sundari, 1996). On the other hand, the younger sediment of Air Benakat Formation was deposited during Middle Miocene when a regressive cycle started (Hartanto et al., 1991). It is generally characterised by a marine clay with abundant glauconite and micro-forams, claystone and an increasing number of sandstone layers toward the top formation. The Air Benakat Formation is interpreted to be formed in deep marine, which gradually changed to shallow marine.
This study provides the opportunity to reveal palynological succession within the marine Early/ Middle Miocene sediment which is previously lack of information. It is also useful to interpret the vegetational condition throughout this age. This succession allows the understanding of climatic changes especially those that mark Early/ Middle Miocene boundary. Therefore, this paper is published to provide biostratigraphic information which allows explorationists to possess better understanding of the stratigraphy of the South Sumatra Basin.
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The studied sediment may include Gumai Formation and Air Benakat Formation with an age ranging from Early to Middle Miocene. The Gumai Formation was deposited during the time of maximum transgression in a deep marine condition at Early Miocene (Hartanto et al., 1991). This formation consists of Globigerina bearing clay and marly shale with minor intercalation of claystone and sandstone. In the shelf environment, the deposition of Gumai Formation might continue up to Middle Miocene. In the eastern part of the Jambi Subbasin, this formation less develops which is represented by sandy lithology overlying the Talang Akar Formation locally (Sundari, 1996). On the other hand, the younger sediment of Air Benakat Formation was deposited during Middle Miocene when a regressive cycle started (Hartanto et al., 1991). It is generally characterised by a marine clay with abundant glauconite and micro-forams, claystone and an increasing number of sandstone layers toward the top formation. The Air Benakat Formation is interpreted to be formed in deep marine, which gradually changed to shallow marine.This study provides the opportunity to reveal palynological succession within the marine Early/ Middle Miocene sediment which is previously lack of information. It is also useful to interpret the vegetational condition throughout this age. This succession allows the understanding of climatic changes especially those that mark Early/ Middle Miocene boundary. Therefore, this paper is published to provide biostratigraphic information which allows explorationists to possess better understanding of the stratigraphy of the South Sumatra Basin.
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Sedimen yang diteliti dapat mencakup Gumai Pembentukan dan Air Benakat Pembentukan dengan usia mulai dari awal ke Tengah Miosen. Gumai Formasi diendapkan selama waktu pelanggaran maksimum dalam kondisi laut dalam di Miosen Awal (Hartanto et al., 1991). Formasi ini terdiri dari Globigerina bantalan tanah liat dan shale marly dengan interkalasi kecil batulempung dan batupasir. Dalam lingkungan rak, pengendapan Formasi Gumai mungkin terus sampai Miosen Tengah. Di bagian timur dari Subcekungan Jambi, formasi ini kurang berkembang yang diwakili oleh litologi berpasir atasnya Formasi Talang Akar lokal (Sundari, 1996). Di sisi lain, sedimen yang lebih muda dari Air Benakat Formasi diendapkan selama Miosen Tengah ketika siklus regresif mulai (Hartanto et al., 1991). Hal ini umumnya ditandai dengan tanah liat laut dengan glauconite berlimpah dan mikro-foraminifera, batulempung dan peningkatan jumlah lapisan batu pasir menuju pembentukan atas. Air Benakat Formasi ditafsirkan terbentuk di laut dalam, yang secara bertahap berubah menjadi laut dangkal.
Studi ini memberikan kesempatan untuk mengungkapkan suksesi palynological dalam laut sedimen Awal / Miosen Tengah yang sebelumnya kurangnya informasi. Hal ini juga berguna untuk menafsirkan kondisi vegetasi sepanjang usia ini. Suksesi ini memungkinkan pemahaman perubahan iklim terutama yang menandai awal / Miosen Tengah batas. Oleh karena itu, tulisan ini diterbitkan untuk memberikan informasi biostratigrafi yang memungkinkan explorationists untuk memiliki pemahaman yang lebih baik dari stratigrafi Cekungan Sumatera Selatan.
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