Geomorphological changes in the coastal area of Farasan Al-Kabir Island (Saudi Arabia) since mid Holocene based on a multi-proxy approach by Pavlopoulos, Kosmas

“…The mid Holocene evolution of the borehole area is resulted from the detailed analysis of five sedimentary units detected along the core Matar-1, and includes three distinct stages: (a) from 5253 ± 223 y cal BP to 3138 ± 223 y cal BP, carbonate coarse-grained material consisting of coral fragments, molluscs, calcareous algae and benthic foraminifera are deposited on a shallow marine fringing reefal platform, which becomes progressively a nearshore backreef (around 3675 ± 215 y cal BP), and later (around 3138 ± 223 y cal BP) a reef ramp; (b) since 3040 ± 220 y cal BP the borehole area obtains the characteristics of a high-energy beach that receives increasing inputs of terrigenous material; (c) subsequently, a supratidal backshore setting is established influenced mostly by terrestrial processes and occasionally by marine processes, as it is indicated by the decreasing and sometimes sporadic presence of benthic foraminifera, and recently, a sedimentary veneer consisting of terrigenous, carbonate and evaporite material is formed by terrestrial, mainly wadi and aeolian, processes. © 2018 Elsevier Ltd and INQUA…”
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Seasonal variations of trace metal chemical forms in bed sediments of a karstic river in Lebanon by Korfali, Samira Ibrahim

“…All readily exchangeable metals decreased in winter and the carbonate bound forms predominated in both seasons. …”
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AI-driven wearable sensors for postoperative monitoring in surgical patients: A systematic review by Muhammad Mohsin Khan (22150360)

“…</p><h3>Results</h3><p dir="ltr">This review has identified those AI-enhanced wearable devices and, in the main, biosensors as well as smartwatches that are mostly good in regard to early diagnosis of complications-hypoxia, arrhythmias, as well as problems concerning hemodynamics. …”