Characteristics of Cenozoic volcanic edifices in the Pingnan area, Xihu Sag by Naiquan SUN, Donghui JIANG, Jie PAN, Yang GAO, Renhai PU, Xinxu DONG

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Reevaluating Links Between Meteorite Impacts and Early Cenozoic Global Warming by A. Zorzi, S. M. Tikoo, G. C. Beroza, N. H. Sleep

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Late Cenozoic Stress State in Gulf of Güllük and Surroundings, SW Anatolia by Erdem Gündoğdu, Suha Ozden, Alper Demirci

“…This study was performed with the aim of revealing the Late Cenozoic stress state of the Gulf of Güllük and close surroundings. …”
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Determination of Cenozoic Sedimentary Structures Using Integrated Geophysical Surveys: A Case Study in the Hebei Plain, China by Yi Yang, Jie Zhang, Junjie Wu, Pei Li, Xingchun Wang, Qingquan Zhi, Guojiang Hao, Jianhua Li, Xiaohong Deng

“…The MT profile reflects the geoelectric characteristics of the three-layer distribution in the Cenozoic. The seismic profile deployed on the Daxing Uplift depicts the structural style of the uplift area. …”
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Le renouveau de la « French connection » avec l’Afrique du Sud (1995-2015) by Brigitte Senut

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Does Large‐Scale Crustal Flow Shape the Eastern Margin of the Tibetan Plateau? Insights From Episodic Magmatism of Gongga‐Zheduo Granitic Massif by Fangyang Hu, Fu‐Yuan Wu, Mihai N. Ducea, James B. Chapman, Lei Yang

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Tectonic movements and deformations within the Bishkek local GPS network (Northern Tien Shan) based on long-term space geodetic observations by @Kuzikov, Sergey I., Prokhorov, Oleg A.

“…Based on the velocity vectors, fields of different types of strain rates were constructed, which indicate a concentration of increased strain values up to 1.4‧10–7 /year within the middle Cenozoic block. Moreover, the high strain rate is not concentrated in fault zones and is dispersed over the area of the Cenozoic tectonic block, which is located at the junction of the northern spurs of the Kyrgyz Range and the Chu depression.…”
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Hydrogeochemical Evolution and Control Mechanism of Underground Multiaquifer System in Coal Mine Area by Qiding Ju, Yu Liu, Youbiao Hu, Yuquan Wang, Qimeng Liu, Zitao Wang

“…The results show that the study area is mainly impacted by four hydrogeochemical processes: dissolution, cation exchange, desulfurization and reduction, and pyrite oxidation. The Cenozoic aquifers are dominated by carbonate dissolution and desulfurization. …”
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Preliminary Results of the Kuznetsk Coal Basin Cover Deposits Radon Hazard Assessment by Timofey Leshukov, Konstantin Legoshchin, Elizaveta Baranova, Aleksey Larionov

“…In the presented study, we selected an area where pre-Cenozoic faults that could potentially be associated with the radon hazard of the Kuznetsk coal basin were not identified. …”
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Discovery of the Hailin impact crater in northeast China by Feng Yin, Ming Chen, Wenge Yang, Ho-kwang Mao

“…The impact event probably occurred in the late Cenozoic Era. The Hailin impact crater is the fourth confirmed Chinese impact crater.…”
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Rifting and seafloor spreading in the South China sea: a subduction-related extension on the down-going plate? by Chang, Sung-Ping, Pubellier, Manuel

“…The stages of rifting, spreading and the cessation, of activity the South China Sea basin in Cenozoic appears to be coeval with the progressive closure of the Proto-South China Sea which ended with collision in Borneo and Palawan. …”
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Underwater paleontology inside cenotes reveals the Miocene-Pliocene fish diversity in the Yucatan Peninsula, southeast Mexico. by Kleyton M Cantalice, Hugo E Salgado-Garrido, Erick Sosa-Rodríguez, Kay Vilchis-Zapata, Gerardo González-Barba, Underwater Archaeological Atlas project

“…The small size of some teeth indicates that the deposits of Carrillo Puerto could be a shelter for tiny marine organisms, and the presence of some taxa highlights local extinctions in the Western Atlantic during the Late Cenozoic.…”
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Petrogenesis of Intrusive body in Northeast of Joveinan, North of Isfahan, Urumieh- Dokhtar magmatic zone by Shahzad Sherafat, Majid Zeidi, Mahnaz Khodami

“…The widespread​​ intrusive bodies and Cenozoic volcanic rocks are exposed in the area. Eocene volcanic-sedimentary rocks, including andesitic lavas, hyaloclastite tuffs, and sandy tuffs are the Cenozoic units in the area. …”
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Holocene Bythocytheridae (Ostracoda: Podocopida) from Southwestern Atlantic deep-sea sediments off Brazil. Part 1: tribes Bythocytherini Sars, 1926 and Jonesini Schornikov, 1981 by Cristianini Trescastro Bergue, Marie-Béatrice Forel, Geise de Santana dos Anjos-Zerfass, Simone Nunes Brandão

“…ABSTRACT The Bythocytheridae Sars, 1866 is one of the oldest families of cytheroidean Ostracoda, with a fossil record dating back to the Silurian. During the Cenozoic this family became one of the main constituents of the deep-sea ostracod faunas, with some taxa reaching wide geographic distribution. …”
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Tectonic stress of the southeastern part of the Gorny Altai by @Marinin, Anton V., Sim, Lydia A.

“…The deviation from the submeridional direction of tectonic stress, which is general for the Gorny Altai, and the increased number of stress regimes of horizontal extension compared to other parts of the region are associated, in our opinion, with WSW regional dextral strike-slip structures and a change in the type of stress regime within the superimposed Cenozoic depressions. Such variations in the stress field characteristics are noted not only for paleostress inversion but also for the changes occurring as a result of the development of modern seismic processes and related earthquakes in this seismically active region of the Gorny Altai.…”
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Relationship Between Thermal Conductivity, Mineral Composition and Major Element Composition in Rocks from Central and South Germany by Oliver Suft, Hannes Hagenauer, David Bertermann

“…We examined clastic and chemical sedimentary, as well as igneous and metamorphic rocks, ranging from the Paleozoic to Cenozoic age. Measurements were conducted by X-ray fluorescence analysis (XRF), X-ray diffraction (XRD) and optical scanning with a thermal conductivity scanner (TCS). …”
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Seismotectonic and Geological Mapping around the High and Middle Atlas Junction: Integration of Satellite Imagery and Seismic Analysis in the Tizi N’Isly Basin, Morocco by Najim Abdelkarim, Timoulali Youssef, El Hilali Mohamed, Bouiflane Mustapha

“…Geostatistical analysis of meso-Cenozoic terrain fracturing reveals that lineaments predominantly align with NNE-SSW to NE-SW directions, with additional minor fracture directions. …”
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The Western Alpine arc: a review and new kinematic model by Brunsmann, Quentin, Rosenberg, Claudio Luca, Bellahsen, Nicolas

“…The radial pattern (${\approx }$180°) of collisional transport directions is difficult to explain, especially in the southern WNW–ESE to E–W striking arc segments. A mid-Cenozoic change, from NW- to W-directed indentation is often proposed, but poorly constrained. …”
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Landslide hazard assessment of an urban agglomeration in central Guizhou Province based on an information value method and SVM, bagging, DNN algorithm by Junhua Luo, Zulun Zhao, Wei Li, Liang Huang, Weiquan Zhao

“…Abstract The urban agglomeration in central Guizhou is located in a crustal deformation area caused by tectonic uplift between the Mesozoic orogenic belt of East Asia and the Alpine-Tethys Cenozoic orogenic belt, with high mountains, steep slopes, fractured rock masses and a fragile ecological environment; this area is the most affected by landslides in Guizhou Province, China. …”
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