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Variability of Prunus fruticosa Pall. and the problem of an anthropohybridization
Variability of Betula humilis [Betulaceae] in Poland. 4. Hybrid and introgressive forms
Variability of Betula humilis [Betulaceae] in Poland. 3. Taxonomic problems
Fossil charophytes and hydrophytic angiosperms as indicators of lacustrine trophic change. A case study in the Miocene of Catalonia (Spain)
TLDR
L'interet des macrophytes aquatiques fossiles pour the determination des contextes trophiques anciens est etudie dans le lac Miocene de La Cerdanya mais a change vers une situation plus oligotrophique andaline.
The predominantly aquatic flora from Pellendorf, Lower Austria, Late Miocene, Pannonian - a systematic study
TLDR
The presented results here are fundamental for the palaeoecological interpretation of the whole sedimentary sequence at Pel- lendorf.
Schenkiella genus novum, thorny disseminules of unknown affinities from the Lower Miocene of central Europe
TLDR
A new fossil genus Schenkiella Wojcicki & Z. nov. is installed to accommodate thorny/horny disseminules called "Trapa" credneri Schenk, an index fossil for the middle Early Miocene Floral Assemblage ("Florenkomplex") Bilina - Brandis sensu Mai of central Europe.
Variability, hybridization and distribution of Prunus fruticosa [Rosaceae] in the Czech Republic and Slovakia
Recently discovered collections extend the geographical range of the smut fungus Sphacelotheca polygoni-serrulati to Cameroon and Zambia.
The smut fungus Sphacelotheca polygoni-serrulati Maire is newly reported from Cameroon on Persicaria decipiens (R. Br.) K. L. Wilson and from Zambia on P. pulchra (Blume) Sojak. Persicaria pulchra is…
A new species ofTrapa (Trapaceae) from the Pliocene of the Zennern Depression, near Fritzlar (Hesse, Germany)
TLDR
A single, unusual, but highly informative specimen of TrapaLinné 1753 from Pliocene sediments collected in a gravel-pit within the Zennern Depression, near Fritzlar (Hesse, Germany), has been subjected to detailed investigation and suggests that the two genera are closer than previously recognised and have evolved from a shared common ancestor.
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Variability of leaves of Alnus viridis (Betulaceae)
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