New bryophyte records

Abolina, A. A.; Afonina, Olga M.; Andrejeva, Elena N.; Badmaeva, N. K.; Bakalin, Vadim A.; Belkina, Olga A.; Borovichev, Evgeny; Чемерис, Е. В.; Cherdantseva, Valentina Ya.; Cherednichenko, O. V.; Czernyadjeva, I. V.; Doroshina, G. Ya.; Dulin, M. V.; Ibatullin, A. A.; Ignatov, Michael S.; Ignatova, Elena A.; Kokoshnikova, Yu. S.; Kotseruba, V. V.; Konstantinova, Nadezhda A.; Malashkina, Elena V.; Mamontov, Yuriy S.; Notov, A. A.; Opmanis, A.; Philippov, Dmitry A.; Potemkin, A. D.; Reriha, I. S.; Schestakova, A. A.; Schilnikov, D. S.; Sofronova, E. V.; Susko, U. A.; Teleganova, Viktoria V.; Tubanova, D. Ya.

doi:10.15298/arctoa.20.20

Cited by 29 publications

(9 citation statements)

References 13 publications

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“…Ecology . Plagiothecium latebricola is found in swamps, fens, marshes and recorded in epigeic, epilithic, epixylic and epiphytic habitats (e.g., [ 21 , 25 , 28 , 30 , 79 , 101 , 199 , 206 , 213 ]). Distribution .…”

Section: Resultsmentioning

confidence: 99%

The Genus Plagiothecium Schimp. (Plagiotheciaceae, Bryophyta) in Eurasia: An Annotated Checklist with Distribution and Ecological Data

Wolski

Nour-El-Deen

Cienkowska

et al. 2021

Plants

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An annotated checklist of the pleurocarpous moss genus Plagiothecium in Eurasia is presented for the first time based on a thorough review of the literature. Data have been compiled from previous relevant works conducted on the genus over more than 70 years and published up to the end of June 2020 for 107 Eurasian countries (and islands). Sectional classification is based on molecular phylogeny of the genus published recently. A total of 41 taxa are reported, including 29 species and 12 infraspecific taxa (nine varieties and three forms) belonging to eight sections. The highest numbers of taxa were found in China (20 taxa), the Russian Federation (20 taxa) and Japan (18 taxa), while the smallest numbers of taxa were recorded in the Middle East, Central Asia and the islands area. Not a single species of Plagiothecium was recorded in 26 regions, whereas P. denticulatum, P. nemorale and P. cavifolium turned out to be the most widespread species in the entire study area. They were recorded in most of the surveyed countries and islands. For each accepted taxon, information on relevant literature, synonyms, distribution within Eurasia and globally are provided. Comments on each taxon, ecological preferences, and notes on doubtful records are also included. Additionally, distribution maps for each recognised taxon are supplied. This checklist can enlighten and foster a better understanding of the distribution, diversity, and ecology of Plagiothecium in Eurasia and provides an incentive for future research on the genus.

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Section: Resultsmentioning

confidence: 99%

The Genus Plagiothecium Schimp. (Plagiotheciaceae, Bryophyta) in Eurasia: An Annotated Checklist with Distribution and Ecological Data

Wolski

Nour-El-Deen

Cienkowska

et al. 2021

Plants

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“…Both large, Kubenskoe Lake and Vozhe Lake and a long series of small lakes of various sizes and genesis were studied. Some data on the macrophytes in the lakes of the Vologda Region were published previously in the research articles (Philippov and Czhobadze 2015, Sadokov and Philippov 2017, Chernova et al 2019) and short notes on the findings of macrophyte species, rare or new to the area (Afonina et al 2010, Abolin et al 2011, Chemeris et al 2011, Bobrov and Philippov 2012, Sofronova et al 2012, Sofronova et al 2018, Philippov et al 2016, Leostrin et al 2018, Vishnyakov and Philippov 2018, Levashov et al 2019, Vishnyakov et al 2021. Finally, macrophyte data were summarised in the GBIF occurrence dataset (Philippov and Komarova 2021).…”

Section: Introductionmentioning

confidence: 99%

“…Figure 12.Schoenoplectus lacustris communities in Kovzhskoe Lake (Vologda Region, Russia). Photo by Dmitriy A Philippov (2011)…”

mentioning

confidence: 99%

Biodiversity of macrophyte communities and associated aquatic organisms in lakes of the Vologda Region (north-western Russia)

Philippov

Ivicheva

Makarenkova

et al. 2022

BDJ

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This paper provides current data on the biodiversity of boreal lakes of the Vologda Region (north-western Russia), including macrophytes (vascular plants and macroscopic algae) and macrophyte inhabitants (invertebrates and microalgae). The raw data, given in two datasets (Sampling event dataset and an Occurrence dataset) and presented in the form of GBIF-mediated data, were collected from 139 lakes (macrophytes between 2005 and 2021, macrophyte inhabitants between 2014 and 2020). The dataset contains materials on the diversity of vascular plants (Tracheophyta, 3225 occurrences; Bryophyta, 155; Marchantiophyta, 16), macro- and microalgae (Ochrophyta, 546 occurrences; Chlorophyta, 193; Charophyta, 153; Cyanobacteria, 139; Cryptophyta, 86; Myzozoa, 33; Euglenozoa, 27; Rhodophyta, 8; Bigyra, 1) and aquatic invertebrates (Arthropoda, 1408 occurrences; Annelida, 487; Mollusca, 263; Platyhelminthes, 36; Cnidaria, 11). This paper summarises previously unpublished materials in a standardised form. The paper summarises the data collected during the long-term phytodiversity studies in a series of lakes of different types (Vologda Region, north-western Russia). Data on algae and invertebrates diversity were obtained in 60 different plant communities of aquatic, semi-aquatic and coastal plants or their combinations. A total of 6787 occurrences were included in the dataset, published in the global biodiversity database (GBIF) for the first time. According to the GBIF taxonomic backbone, the dataset comprised 837 taxa, including 711 lower-rank taxa (species, subspecies, varieties, forms). New records of 47 species rare and protected in the Vologda Region are given: 43 species of plants, three species of animals and one species of Cyanobacteria.

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“…Field studies of lichens, fungi, fish and terrestrial vertebrates were always incidental. The materials were partly published as new regional findings of rare, new or interesting species: mosses and liverworts (Afonina et al 2010, Dulin and Philippov 2010, Abolin et al 2011, Sofronova et al 2013, Sofronova et al 2018, Sofronova et al 2019, vascular plants (Philippov 2015c), algae (Kapustin et al 2016a, Kapustin et al 2016b, Vishnyakov and Philippov 2018, lichens (Czhobadze and Philippov 2015), insects (Ivicheva and Philippov 2015, Philippov 2015b, Philippov 2015d, Prokin et al 2016, Sazhnev et al 2019a, Sazhnev et al 2020) and birds (Philippov and Shabunov 2014, Philippov 2016, Shabunov and Philippov 2018, Shabunov et al 2019.…”

Section: Introductionmentioning

confidence: 99%

Biodiversity of a boreal mire, including its hydrographic network (Shichengskoe mire, north-western Russia)

Philippov¹,

Ermilov²,

Zaytseva³

et al. 2021

BDJ

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The paper is based on the dataset whose purpose was to deliver, in the form of GBIF-mediated data, diverse materials on the biodiversity of a large mire, Shichengskoe mire (Vologda Region, north-western Russia), including its various mire sites and intra-mire water bodies. The dataset was based on our materials collected for two decades (from 2000 to 2021) in different parts and biotopes of the Shichengskoe mire and complemented by scarce data obtained previously by other researchers. The data contain materials on the diversity of Animalia (2886 occurrences), Bacteria (22), Chromista (256), Fungi (111), Plantae (2463) and Protozoa (131). Within the study period, the most detailed and long-term biodiversity studies were carried out for higher plants and invertebrates. On the other hand, the data on the composition of lichens, protozoa, algae, basidiomycetes, some groups of invertebrates and, to a lesser extent, lichens and vertebrates are far less comprehensive and require further substantial research efforts. The list includes occurrences from both the peatland (mire sites and mire margins different in typology) and the objects of the mire hydrographic network. In a standardised form, this article summarises both already published (mainly in Russian) and unpublished materials. The paper summarises the results of long-term research on the biodiversity of a boreal mire, including its hydrographic network. A total of 5869 occurrences were included in the dataset published in the Global Biodiversity Information Facility (GBIF, gbif.org) for the first time. According to the GBIF taxonomic backbone, the dataset covers 1358 taxa, including 1250 lower-rank taxa (species, subspecies, varieties, forms) and 108 taxa identified to the genus level. Several species found in the Shichengskoe mire, mainly belonging to Bacteria, Chromista and Protozoa, have never been listed in GBIF for the territory of Russia before. The overwhelming majority of occurrences and identified species came from the territory of Shichengskiy Landscape Reserve. Due to our work, this Reserve is now the most studied regional reserve in the Vologda Region with respect to biodiversity. By the number of revealed species, it is close to two federal protected areas: Darwinskiy State Nature Biospheric Reserve and National Park "Russkiy Sever".

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New bryophyte records

Cited by 29 publications

References 13 publications

The Genus Plagiothecium Schimp. (Plagiotheciaceae, Bryophyta) in Eurasia: An Annotated Checklist with Distribution and Ecological Data

The Genus Plagiothecium Schimp. (Plagiotheciaceae, Bryophyta) in Eurasia: An Annotated Checklist with Distribution and Ecological Data

Biodiversity of macrophyte communities and associated aquatic organisms in lakes of the Vologda Region (north-western Russia)

Biodiversity of a boreal mire, including its hydrographic network (Shichengskoe mire, north-western Russia)

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