Published in Paleontological Journal
AbstractThis study provides a description of the Devonian radiolarian associations of northern Eurasia and discusses their role in the evolution of Earth’s biosphere. It contributes to evolutionary studies of the Earth and its organic world by reconstructing the diversity dynamics of the Devonian radiolarian biota and the chorology of its component...
Published in Stratigraphy and Geological Correlation
Abstract—The analysis of the recognized Late Cretaceous radiolarian assemblages from various structural and formation zones of the Olyutor and Algan terranes of the Koryak Highland has revealed a significant difference in their taxonomic composition, the quantitative content of radiolarians, and their morphological features. The radiolarian assembl...
Published in Stratigraphy and Geological Correlation
AbstractNew radiolarian data from the type section of the upper Albian Crolanium triangulare Zone located near the settlement of Mar’ino (southwestern Crimea) are reported. The Crolanium triangulare Zone has been traced in the additional section near the settlement of Kirpichnoye; radiolarians have been studied and analyzed in this section for the ...
Published in Stratigraphy and Geological Correlation
AbstractThe Campanian and Maastrichtian radiolarian assemblages are known from many regions of the Tethyan Superrealm. Unfortunately, only some of them are reliably dated and completely studied as paleontological assemblages. The analysis of evolution of radiolarians is based on Campanian to Maastrichtian assemblages from Crimea, Cyprus, and Serbia...
Published in Stratigraphy and Geological Correlation
Abstract—Oxfordian radiolarians from core of boreholes drilled on Vorobyovy Gory (Moscow), from the Podosinki Subformation of the Chulkovo Formation (upper Callovian–lower Oxfordian), Podmoskovnaya Formation (middle–upper Oxfordian), Kolomenskoe Series (upper Oxfordian), and Makariev Formation (upper Oxfordian–lower Kimmeridgian) are studied for th...
Published in Stratigraphy and Geological Correlation
Abstract—The substantiation of age and formation conditions of the Yamato Rise sedimentary cover, the largest rise in the Sea of Japan, is presented. Six complexes of sedimentary deposits of different age and genesis were identified based on the results of petrographic and micropaleontological analysis. Complex 1 (continental) of tuffaceous–sedimen...
Published in Stratigraphy and Geological Correlation
AbstractRadiolarians and planktonic foraminifera were studied from the group of sections of the Upper Cretaceous lithographic limestones in the Struganik Village region (Western Serbia). The deposits studied were formed in the local basin that was surrounded by a carbonate platform and was characterized by low-energy conditions of sedimentation. Th...
Published in Paleontological Journal
AbstractThe first finds of Upper Devonian radiolarians in cherty rocks of the Akbasay Formation, Zeravshan-Gissar mountainous area, are reported. Nineteen species of spherical and spiny forms were identified and assigned to 8 genera. Finds of co-occurring conodonts and radiolarians enabled the refinement of the proposed age of radiolarian associati...
Published in Russian Journal of Pacific Geology
AbstractThe Sikhote-Alin Orogen in the southeast of Russia is a collage of geological terranes of various age and tectonic origin, which formed along the East Asian continental margin as a result of the Jurassic–Early Cretaceous subduction of the Pacific oceanic plates. The Jurassic Samarka accretionary complex (AC) and the Early Cretaceous Zhuravl...
Published in Stratigraphy and Geological Correlation
AbstractA late Ladinian to early Carnian radiolarian assemblage was found for the first time in the Pravyi Vodopadnyi Creek Section, Omolon Massif, Northeastern Russia. The assemblage consists of early Carnian radiolarian species that were previously described from sections of Kotelnyi Island (New Siberian Islands) (Glomeropyle aculeatum, G. cuneum...
