Nikolay Matanov

Mr. Nikolay Matanov

orcid

Research Focus & Metrics

Academic Career Length

4Years (2023-Present)

(Calculated once Scilit publication data is synced: current year − year of first publication + 1)

Representative Publications

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1 August 2025 in Plants
Verified
Journal Article
Open access
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NMNikolay Matanov
Nikolay Matanov
Francisco LaraFrancisco Lara
Francisco Lara
JCJuan Antonio Alarcón Calleja
Juan Antonio Alarcón Calleja
IDIsabel Draper
Isabel Draper
Pablo Aguado-RamsayPablo Aguado-Ramsay
Pablo Aguado-Ramsay
RGRicardo Garilleti
Ricardo Garilleti
In recent years, phylogenomic approaches have significantly deepened our understanding of moss diversity. These techniques have uncovered numerous previously overlooked species and provided greater clarity in resolving complex taxonomic relationships. In this context, the genus Rehubryum is particularly outstanding, because of its close morphological similarity to both Ulota and Atlantichella. The challenges posed by its segregation are addressed in this study, which integrates morphological and molecular data to reassess the circumscription of Rehubryum and its phylogenetic placement within the subtribe Lewinskyinae. Our results support the recognition of a new species, R. kiwi, and show that its inclusion within the genus further complicates the morphological delimitation of Rehubryum from Ulota, as both genera are distinguishable by only two consistent gametophytic characteristics: a submarginal leaf band of elongated cells, and the presence of geminate denticulations in the margins of the basal half of the leaf. Moreover, R. kiwi challenges the current morphological circumscription of Rehubryum itself, as it overlaps in key characteristics with its sister genus Atlantichella, rendering their morphological separation untenable. The striking interhemispheric disjunction between Rehubryum and Atlantichella raises new questions about long-distance dispersal and historical biogeography in mosses, despite these complexities at the generic level. Nevertheless, species-level distinctions remain well defined, especially in sporophytic traits and geographic distribution. These findings highlight the pervasive cryptic diversity within Orthotrichaceae, underscoring the need for integrative taxonomic frameworks that synthesize morphology, molecular phylogenetics, and biogeography to resolve evolutionary histories.


4 June 2026 in Boletín de la Sociedad Española de Briología
Verified
Journal Article
Closed access
MPM. Pimentel
M. Pimentel
ESElvira Sahuquillo
Elvira Sahuquillo
Pablo Aguado-RamsayPablo Aguado-Ramsay
Pablo Aguado-Ramsay
MBM. Brugués
M. Brugués
BCB. Cubas
B. Cubas
ESE. Sulmont
E. Sulmont
Calypogeia muelleriana, Jungermannia eucordifolia, Jungermannia pumila, Pedinophyllum interruptum, Pellia neesiana, Riccardia latifrons, Fissidens osmundoides, Heterocladium flaccidum, Hypnum jutlandicum y Racomitrium sudeticum en Galicia; Metzgeria violacea, Fissidens grandifrons, Plagiothecium platyphyllum y Ulota crispula en Lugo; Amphidium mougeotii, Ctenidium molluscum, Porella pinnata, Plagiothecium platyphyllum y Tortella tortuosa en A Coruña