Multi-Proxy Records of Climate and Carbon Cycle Perturbations in the Paleozoic: Integrating Isotope Geochemistry and Sedimentology by Anderson, Noah

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Rapid and punctuated Late Holocene recession of Siling Co, central Tibet by Shi, Xuhua, Kirby, Eric, Furlong, Kevin P., Meng, Kai, Robinson, Ruth, Lu, Haijian, Wang, Erchie

“…Lake expansion and contraction in response to changing water balance are likewise inferred from sedimentologic, isotopic and paleobiologic proxies, but relatively few direct records of changes in lake volume from preserved shorelines exist. …”
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Relict and modern sediments on the continental shelf of the northern South China Sea: a reconsideration by Wang, Yuming, Chen, Xiaohong, Switzer, Adam D., Li, Linlin, Xu, Yang, Wang, Yukun, Zhang, Peizhen

“…Understanding the temporal-spatial patterns of modern and relict sediments is of importance for assessing changes in the Quaternary environment and sea-level. Sedimentological and geochemical data is presented, along with in situ shell-based accelerator mass spectrometry 14C ages of 30 samples from the surface sediments on the northern shelf of the South China Sea (NSSCS). …”
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Mathematical modelling of subglacial drainage and erosion by Ng, FSL

“…These investigations expose the intimate interactions between drainage and sediment transport, which have profound implications on the hydrology, sedimentology and dynamics of ice masses, but which have received little attention.…”

Multidecadal Morphodynamic evolution of shorelines and coral reefs along the Arabian Sea Coast of Oman: Bar Al Hikman Peninsula by Teillet, T, Bois, P, Homewood, P, Mettraux, M, Samimi-Namin, K, Vahrenkamp, V

“…Unlike other densely populated, low-lying coastal areas in the Middle East (e.g., the Gulf), the southern Arabian Plate has received limited attention, with few studies addressing its coastal evolution or future environmental risks. By combining sedimentological fieldwork with photo-interpretations of satellite images spanning 50 years, this study documents significant coastal geomorphological changes. …”

Facies analysis and depositional model of the middle-upper triassic Semantan formation, Central Pahang, Malaysia by Muhammad Azfar, Mohamed, Mazshurraiezal, Nasir, Mohd Syukri, Said, Meng, Choongchee, Mohamad Shaufi, Sokiman, Nur Asyraf, Md Akhir, Muhammad Aslam, Md Yusof, Muhammad Noor Amin, Zakariah, Mohd Nizam, Abdul Rashid, Salahuddin, Husein, Noorzamzarina, Sulaiman, Afiq Naim, Mohd

“…This study details the sedimentological analysis of the Middle-Upper Triassic Semantan Formation in the Jerantut-Temerloh-Kemayan region of central Pahang. …”
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Combining stratigraphy and tectonics to understand intermittent deposition on the outer rise offshore Sumatra, Indonesia by Tan, Li Ching

“…This robust method of estimating deep sea sediments could be applied to other subduction margins to investigate the interplay of climate and sedimentology. Such findings are rarely documented by cores worldwide since the materials are situated offshore below 4 km water depth, where physical samples are inaccessible. …”
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