G. Worobiec, E. Worobiec, P. Gedl, J. Kasiński, D. Peryt, M. Widera
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Terrestrial-aquatic wood-inhabiting ascomycete Potamomyces from the Miocene of Poland
Terrestrial-aquatic wood-inhabiting ascomycete Potamomyces from the Miocene of Poland. Acta Palaeontologica Polonica 67 (X): xxx–xxx. We report fungal ascospores of Potamomyces affinities from four Miocene localities in Poland. The spores are similar to the ones known from extinct species of Potamomyces invaginatus , Potamomyces batii , and Potamomyces pontidiensis , as well as to living Potamomyces armatisporus . Living representatives of Potamomyces are saprophytic, and usually found on decaying wood. They are mainly found in a freshwater or brackish environment, and sometimes also on terres -trial, moist to damp substrates. Therefore, the species of Potamomyces can be classified as a facultative-aquatic or terres-trial-aquatic fungus. Both living and extinct species of Potamomyces prefer a tropical to subtropical, and usually humid climate as their past and recent distribution is mostly confined to the intertropical zone. Fossil record of the Potamomyces ranges from the Lower Miocene to the Holocene, covering all continents with the exception of the Antarctica. Miocene findings of Potamomyces from Poland represent the first known fossil record of this genus from Europe and confirm the warm temperate to subtropical and humid climate during Middle to Late Miocene of present Poland previously inferred from palaeobotanical investigations.
期刊介绍:
Acta Palaeontologica Polonica is an international quarterly journal publishing papers of general interest from all areas of paleontology. Since its founding by Roman Kozłowski in 1956, various currents of modern paleontology have been represented in the contents of the journal, especially those rooted in biologically oriented paleontology, an area he helped establish.
In-depth studies of all kinds of fossils, of the mode of life of ancient organisms and structure of their skeletons are welcome, as those offering stratigraphically ordered evidence of evolution. Work on vertebrates and applications of fossil evidence to developmental studies, both ontogeny and astogeny of clonal organisms, have a long tradition in our journal. Evolution of the biosphere and its ecosystems, as inferred from geochemical evidence, has also been the focus of studies published in the journal.