Показать по автору "Ryndevich, S. K."

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    A Checklist of Haliplidae, Noteridae, Dytiscidae, Gyrinidae, Hydraenidae, Helophoridae, Georissidae, Hydrochidae, Spercheidae, Hydrophilidae, Elmidae, Dryopidae& Limnichidae (Coleoptera) of Belarusian Fauna
    (Pensoft Publishers, 2005) Ryndevich, S. K.; Рындевич, С. К.
    The checklist of aquatic beetles of Belarus is given with information on distribution in different regions of the country. BjMiifi/s fennicm Huldenis is reported for first time for Belorussian fauna. Seven species are excluded from the list of the species because their records were based on erroneous identifications and mislabeling.
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    A new aberrant species of Nipponocercyon from the mountains of southeastern China (Coleoptera: Hydrophilidae: Sphaeridiinae)
    (2015) Fikaček, M.; Feng-Long Jia; Ryndevich, S. K.; Рындевич, С. К.
    Nipponocercyon satoi sp. nov. is described from the mountains of Zhenjiang and Jiangxi Provinces in Southwest China. Although the species bears all synapomorphies of Nipponocercyon Sato, 1963, it differs substantially from the other two species of the genus by its Pacrillum-like habitus (i.e. small, compact and strongly convex body with reduced surface sculpturing). The new species is compared in detail with the other two Nipponocercyon species as well as with Pacrillum Orchymont, 1941 and Megasternum Mulsant, 1844. The generic diagnosis of Nipponocercyon is adapted, and reasons for assigning the new species to Nipponocercyon are discussed.
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    A new species of Cercyon from India (Coleoptera: Hydrophilidae)
    (2007) Ryndevich, S. K.; Рындевич, С. К.
    Cercyon (Cercyon) hebaueri sp. n. is described from India.
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    A new species of Cryptopleurum Mulsant, 1844 from China (Coleoptera: Hydrophilidae)
    (Зоологический институт РАН, 2005) Ryndevich, S. K.; Рындевич, С. К.
    A new species of the Hydrophilidae subfamily Sphaeridiinae, Cryptopleurum sichuanicum sp. n., is described from China.
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    A new species of Helophorus Fabricius, 1775 from the Chinese Altai, with notes on former subgenus Atractohelophorus Kuwert, 1886 and selected species (Coleoptera: Helophoridae)
    (Zoologisch Botanische Gesellschaft in Österreich und Wiener Coleopterologen-Verein, 2017) Angus, R. B.; Ryndevich, S. K.; Zhang, T.; Рындевич, С. К.
    Helophorus sinoglacialis sp.n. (Coleoptera: Helophoridae) is described from a single female taken among gravel at the edge of the Kran river in the Chinese Altai (Xinjiang Province) and postglacial fossils representing about seven specimens. The possible habitats are discussed and illustrated and the fossil site, the Halashazi Wetland, is described. The status of the former subgenus Atractohelophorus KUWERT, 1886 is discussed, and an illustrated account is given of species of the Helophorus glacialis and H. guttulus groups, as set out by ANGUS (1985), as well as of other relevant species.
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    A new species of the genus Anacaena Thomson, 1859 from South Crimea and the Caucasus (Coleoptera: Hydrophilidae)
    (2000) Ryndevich, S. K.; Рындевич, С. К.
    Anacaena taurica sp.n. (Hydrophilidae) from the Crimea and the Caucasus is described. Описан новый вид Anacaena taurica sp.n. (Hydrophilidae) из Крыма и Кавказа.
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    A review of the Asian species of the Cercyon unipunctatus group (Coleoptera: Hydrophilidae: Sphaeridiinae)
    (2017) Ryndevich, S. K.; Jia, F.; Fikáček, M.; Рындевич, С. К.
    Asian species of the Cercyon unipunctatus species group are reviewed.Nine species are recognized in Asia, three of which are described as new: C. fl avimarginatus sp. nov. and C. kubani sp. nov. from Yunnan province of China, and C. undulipennis sp. nov. from Sichuan and Yunnan provinces in China. Besides these, the species group contains the following Asian species: C. divisus Hebauer, 2002 (newly recorded from northern India and China), C. quisquilius (Linnaeus, 1761) (newly recorded from Kyrgyzstan, Turkmenistan, Syria and Iran), C. unipunctatus (Linnaeus, 1758), C. unipustulatus Nakane, 1982 and C. verus Shatrovskiy, 1989. All species are (re)described, illustrated and a summary of the known distribution is provided. An identifi cation key to the Asian species of C. unipunctatus group is provided, and the species are also briefl y diagnosed from similar Palaearctic and Oriental Cercyon species.
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    A review of the genus Anacaena Thomson, 1859 for the European part of Russia and adjacent regions (Coleoptera: Hydrophilidae)
    (Товарищество научных изданий КМК, 2003) Ryndevich, S. K.; Рындевич, С. К.
    A review of the Anacaena species (A. limbata (Fabricius, 1792), A. lutescens (Stephens, 1829), A. taurica Ryndevich, 2000, A. globulus (Paykull, 1798) and A. rufipes (Guillebeau, 1896)) of the European part of Russia and adjacent regions (Finland, Estonia, Lithuania, Latvia, Belarus, Poland, the Ukraine, Moldova, Kazakhstan, the Caucasus and West Siberia) is presented. Groups of species are proposed, and diagnostic characteristics of the species are described and illustrated. Приводится обзор рода Anacaena (A. limbata (Fabricius, 1792), A. lutescens (Stephens, 1829), A. taurica Ryndevich, 2000, A. globulus (Paykull, 1798) и A. rufipes (Guillebeau, 1896)) европейской части России и сопредельных регионов (Финляндии, Эстонии, Литвы, Латвии, Беларуси, Польши, Украины, Молдовы, Казахстана, Кавказа и Западной Сибири). Выделены группы видов, рассмотрены и проиллюстрированы их диагностические признаки.
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    Additions to Belarusian fauna of water beetles
    (2014) Ryndevich, S. K.; Foster, G. N.; Bilton, D. T.; Aquilina, R.; Turner, С. R.; Shaverdo, H.; Prokin, A. A.; Рындевич, С. К.
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    Alien species of Hydrophilidae (Insecta: Coleoptera) in the Belarussian fauna
    (BSU, 2021) Ryndevich, S. K.; Рындевич, С. К.
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    An aberrant species of Nipponocercyon from Sichuan, China (Coleoptera: Sphaeridiinae)
    (Pensoft Publishers, 2012) Fikáček, M.; Ryndevich, S. K.; Feng-Long Jia; Рындевич, С. К.
    A detailed examination of specimens of Cryptopleurum sichuanicum Ryndevich, 2005 from high altitudes of Sichuan Province, China, revealed that the species belongs in the genus Nipponocercyon Satô, 1963 previously endemic to Japan. The species is here transferred in Nipponocercyon, and N. sichuanicus (Ryndevich, 2005), comb. n. is redescribed and compared with N. shibatai Satô, 1963. The male genitalia of N. sichuanicus is described for the first time. An adapted diagnosis of Nipponocercyon is provided, and reasons for the inclusion of N. sichuanicus into Nipponocercyon and the general distribution of the genus are discussed.
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    Beetles (Сoleoptera: Noteridae, Dytiscidae & Hydrophilidae) in muskrat and beaver lodges
    (2007) Ryndevich, S. K.; Lundyshev, D. S.; Рындевич, С. К.; Лундышев, Д. С.
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    Beetles of birds nests (Coleoptera: Noteridae, Dytiscidae, Helophoridae, Hydrophilidae & Dryopidae)
    (2005) Ryndevich, S. K.; Lundyshev, D. S.; Рындевич, С. К.; Лундышев, Д. С.
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    Beetles of superfamily Hydrophiloidea (Coleoptera: Helophoridae, Hydrochidae, Spercheidae, Hydrophilidae) of the Crimean peninsula
    (2007) Ryndevich, S. K.; Рындевич, С. К.
    At present the fauna of the superfamilies Hydrophiloidea of the Crimea includes 73 species (Helophoridae — 13, Hydrochidae— 2, Spercheidae — 1, Hydrophilidae — 57). Enochrus (Methydrus) nigritus Sharp and Helochares lividus (Foster) are reported for Ukraine and the Crimea for the first time. Eighteen species: Helophorus (Helophorus) liguricus Angus, Helophorus (Rhopalhelophorus) brevipalpis brevipalpis Bedel, Berosus (Enoplurus) bispina Reiche & Saulcy, Berosus (Enoplurus) spinosus (Steven), Cercyon (Cercyon) depressus Stephens, Cercyon (Cercyon) marinus Thomson, Cercyon (Cercyon) pygmaeus (Illiger), Cryptopleurum minutum (Fabricius), Cryptopleurum subtile Sharp, Enochrus (Enochrus) melanocephalus (Olivier), Enochrus (Lumetus) fuscipennis Thomson, Enochrus (Lumetus) hamifer (Ganglbauer), Enochrus (Lumetus) quadripunctatus (Herbst), Hydrobius fuscipes (Linnaeus), Laccobius (Dimorpholaccobius) bipunctatus (Fabricius), Laccobius (Dimorpholaccobius) syriacus Guillebeau, Laccobius (Laccobius) minutus (Linnaeus), Laccobius (Microlaccobius) alternus Motschulsky, Sphaeridium lunatum Fabricius are reported for the Crimea for the first time. Berosus guttalis Rey and Laccobius striatulus (Fabricius) are struck off from the fauna of the Crimea, because they enter the list by mistake in identification. Фауна надсемейства Hydrophiloidea Крыма включает 73 вида (Helophoridae — 13, Hydrochidae — 2, Spercheidae — 1, Hydrophilidae — 57). Enochrus (Methydrus) nigritus Sharp и Helochares lividus (Foster) впервые приводятся для фауны Украины и Крыма. Восемнадцать видов: Helophorus (Helophorus) liguricus Angus, Helophorus (Rhopalhelophorus) brevipalpis brevipalpis Bedel, Berosus (Enoplurus) bispina Reiche & Saulcy, Berosus (Enoplurus) spinosus (Steven), Cercyon (Cercyon) depressus Stephens, Cercyon (Cercyon) marinus Thomson, Cercyon (Cercyon) pygmaeus (Illiger), Cryptopleurum minutum (Fabricius), Cryptopleurum subtile Sharp, Enochrus (Enochrus) melanocephalus (Olivier), Enochrus (Lumetus) fuscipennis Thomson, Enochrus (Lumetus) hamifer (Ganglbauer), Enochrus (Lumetus) quadripunctatus (Herbst), Hydrobius fuscipes (Linnaeus), Laccobius (Dimorpholaccobius) bipunctatus (Fabricius), Laccobius (Dimorpholaccobius) syriacus Guillebeau, Laccobius (Laccobius) minutus (Linnaeus), Laccobius (Microlaccobius) alternus Motschulsky, Sphaeridium lunatum Fabricius являются новыми для фауны Крыма. Berosus guttalis Rey и Laccobius striatulus (Fabricius) исключаются из состава фауны, так как их внесение в её состав связано с ошибкой определения.
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    The beetles of the families Helophoridae, Georissidae, Hydrophilidae, Hydraenidae and Elmidae (Insecta: Coleoptera) of Kunashir Island and the Lesser Kuriles
    (Korean Biodiversity Information Facility, 2021) Ryndevich, S. K.; Prokin, A. A.; Makarov, K. V.; Sundukov, Yu. N.; Рындевич, С. К.
    The fauna of Kunashir Island and the islands of the Lesser Kuril Chain contains 47 species from 18 genera of Georissidae, Helophoridae, Hydrophilidae, Hydraenidae, and Elmidae. Two species (Enochrus vilis (Sharp, 1884) and Ochthebius inermis Sharp, 1884) are recorded for Russia for the first time. Fifteen species are new to the fauna of Kunashir Island and the Lesser Kurils. The article contains an annotated list of species, including the studied material and published records. The article is illustrated by photographs of habitats and species, maps of their distribution in Kunashir. The relationships between the species richness on an island area and the features of the fauna of Kunashir in comparison with Hokkaido are discussed. The species richness of the studied Polyphaga families in Kunashir is almost 2/3 of the fauna of Hokkaido, while the island’s area is 55 times smaller. The reason for the absence of large species of the genera Hydrochara and Hydrophilus in Kunashir is hypothesized to be a restriction of the northern range species boundaries by the July isotherm of þ16 S.
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    Bioindication and main ways of optimizing agricultural influence on natural ecosystems
    (РИО БарГУ, 2015) Kochurko, V. I.; Ryndevich, S. K.; Кочурко, В. И.; Рындевич, С. К.
    The article deals with the main aspects of positive and negative influence of agriculture on natural ecosystems. The positive influence of agriculture on the environment consists in creating reservations of biodiversity in anthropogenic landscape, for example, forest lines protecting fields from erosion of soil. Agricultural activity can stimulate the increase in the number of some species. Most negative influence is felt by natural ecosystems of forests, meadows, rivers, etc. adjacent to agricultural lands. One of the examples of consequences of agricultural negative influence is anthropogenic successive processes in natural ecosystems, structural and functional changes of biota. Research shows that most receptive to pollution are water ecosystems (rivers, streams, lakes, etc.), swamp ecosystems, ecosystems of water-meadows of small rivers. In the result of contamination of soil and water with different substances (primarily organic) biodiversity is reduced, species and ecological structure of natural ecosystems are changed (the number of highly specialized — stenobiontic species of plants and animals decreases, on the contrary, the number of euribionts, i.е. species tolerant to anthropogenic influence — increases). In the article the main ways of optimizing agricultural activity influence on natural ecosystems are defined. The efficiency of monitoring of ecological state of natural communities, which are under pressure from agriculture, considerably improves when methods of bioindication are employed. Different taxonomic groups of organisms can react to direct toxic influence and change in habitat caused by this influence in various ways. To define the level of agricultural influence on natural ecosystems it is possible to use certain species as well as whole taxonomic groups of organisms as bioindicators. В статье рассматриваются основные аспекты положительного и отрицательного влияния сельского хозяйства на естественные экосистемы. Положительное влияние сельского хозяйства на окружающую среду заключается в создании резерватов биоразнообразия в антропогенных ландшафтах, например, лесозащитных полос, защищающих поля от эрозии почвы. Сельскохозяйственная деятельность также может стимулировать увеличение количества некоторых видов. На природные экосистемы лесов, лугов, рек и иных объектов, прилегающих к сельскохозяйственным угодьям, ощущается в основном негативное влияние. Одним из примеров последствий отрицательного сельскохозяйственного воздействия являются антропогенные сукцессионные процессы в природных экосистемах, структурные и функциональные изменения биоты. Исследования показывают, что наиболее восприимчивы к загрязнению водные экосистемы (реки, ручьи, озёра и т. д.), болотные экосистемы и экосистемы пойменных лугов малых рек. В результате загрязнения почвы и воды различными веществами (в первую очередь органическими) уменьшается биоразнообразие, видовая и экологическая структура природных экосистем изменяется (количество узкоспециализированных стенобионтных видов растений и животных уменьшается, а число эврибионтов, т. е. видов, толерантных к антропогенному воздействию, - увеличивается). В статье определены основные пути оптимизации влияния сельскохозяйственной деятельности на природные экосистемы. Эффективность мониторинга экологического состояния природных сообществ, находящихся под сельскохозяйственным прессингом, значительно улучшается при использовании методов биоиндикации. Различные таксономические группы организмов могут реагировать на прямое токсическое воздействие и изменение условий обитания, вызванных этим воздействием, различными способами. Чтобы определить уровень сельскохозяйственного воздействия на природные экосистемы, можно использовать отдельные виды, а также целые таксономические группы организмов в качестве биоиндикаторов.
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    Contribution to fauna of Hydrophilidae and Dytiscidae (Insecta: Coleoptera) of Belarus and Ukraine
    (Издатель А. Н. Вараксин, 2017) Ryndevich, S. K.; Рындевич, С. К.
    New localities of Colymbetes semenowi (Jakovlev, 1896), Enochrus bicolor (Fabricius, 1792), E. halophilus (Bedel, 1878) and Limnoxenus niger (Gmelin, 1790) from Ukraine and Belarus are reported. Hydrobius rottenbergii Gerhardt, 1872 is reported from Ukraine for the first timec
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    Cybister lateralimarginalis torquatus (Fischer von Waldheim) in Kazakhstan
    (2023) Ryndevich, S. K.; Рындевич, С. К.
    Cybister (Cybister) lateralimarginalis (De Geer, 1774) is a widespread species and has three subspecies. C. lateralimarginalis ponticus Sharp, 1882 is known only from Iraq. C. lateralimarginalis lateralimarginalis (De Geer, 1774) is recorded from Europe except in the north, from northern Africa, south-west Asia, Kazakhstan and possibly in Middle Asia (Kirejchuk 2001; Nilsson 2017). We have found this subspecies in the south of Kazakhstan, on the edge of the Middle Asia.
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