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-
-
-
-Urban biodiversity of pseudoscorpions (Arachnida: Pseudoscorpiones) in the conditions of Central Europe
-
-
-
-Author
-
-Christophoryová, Jana
-Department of Zoology, Faculty of Natural Sciences, Comenius University in Bratislava, Ilkovičova
-
-
-
-Author
-
-Rusinko, Adam
-Department of Physical Geography and Geoinformatics, Faculty of Natural Sciences, Comenius University in Bratislava, Ilkovičova 6, SK- 842 15 Bratislava, Slovakia
-
-
-
-Author
-
-Purkart, Adrián
-Department of Zoology, Faculty of Natural Sciences, Comenius University in Bratislava, Ilkovičova
-
-
-
-Author
-
-Vičanová, Lucia
-Department of Zoology, Faculty of Natural Sciences, Comenius University in Bratislava, Ilkovičova
-
-text
-
-
-Zootaxa
-
-
-2025
-
-2025-02-20
-
-
-5590
-
-
-1
-
-
-1
-45
-
-
-
-
-https://doi.org/10.11646/zootaxa.5590.1.1
-
-journal article
-10.11646/zootaxa.5590.1.1
-1175-5326
-14952712
-BF250ECF-C10E-4EB1-9C94-9B0D8DCC1D24
-
-
-
-
-
-
-Family:
-Chthoniidae Daday, 1889
-
-
-
-
-
-
-
-Chthonius ischnocheles
-(Hermann, 1804)
-
-(
-Figs 3A
-,
-4A
-) ▲
-
-
-New data
-:
-51
-:
-
-extraction of compost heap,
-
-22.10.2021
-
-,
-1 ♂
-, leg. L.
-V
-
-.
-
-
-European distribution
-:
-Andorra
-,
-Austria
-,
-Belgium
-,
-Bulgaria
-,
-Croatia
-,
-Czechia
-,
-Denmark
-,
-France
-,
-Germany
-,
-Greece
-,
-Hungary
-,
-Ireland
-,
-Italy
-,
-Luxembourg
-,
-Malta
-,
-Netherlands
-,
-Norway
-,
-Poland
-,
-Portugal
-,
-Romania
-,
-Serbia
-,
-Slovakia
-,
-Spain
-,
-Sweden
-,
-Switzerland
-,
-Turkey
-(European part),
-United Kingdom
-(
-WPC 2024
-).
-
-
-Notes
-:
-
-Chthonius ischnocheles
-
-is recorded in
-Bratislava
-for the first time. The species is distributed widely in Europe but in
-Slovakia
-, the data about its occurrence are rare (
-Krumpál 1980
-, 2000;
-Krumpál & Kiefer 1981
-). It was found in a beech forest and a cave (
-Krumpál 1980
-, 2000;
-Krumpál & Kiefer 1981
-). After more than 20 years,
-one male
-was extracted from a compost heap in the botanical garden in
-Bratislava
-, and by that new sampling site and habitat
-type
-for the species were discovered.
-
-
-
-Chthonius ressli
-Beier, 1956
-
-(
-Figs 3B
-,
-4B
-)
-
-
-Published data
-:
-2
-: extraction of soil, leaves and dead wood,
-10.6.2014
-,
-1 ♀
-, leg. P.F., MA.K. (
-
-ChristophoryovÁ
-et al
-. 2016
-
-);
-167
-: extraction of compost heap,
-4.9.2013
-,
-5 ♀♀
-, leg. M.H. (
-
-ChristophoryovÁ
-et al
-. 2017c
-
-);
-174
-: extraction of compost heap,
-10.6.2014
-,
-1 ♂
-, leg. M.H.; extraction of soil, leaves and dead wood,
-22.6.2013
-,
-1 ♀
-;
-10.6.2014
-,
-2 ♀♀
-;
-9.10.2014
-,
-2 ♀♀
-; leg. P.F., M.H., MA.K. (
-
-ChristophoryovÁ
-et al
-. 2016
-
-).
-
-
-New data
-:
-25
-:
-
-pitfall trap
-,
-
-11.8.2022
-
-,
-1 ♂
-, leg.
-J.L.
-;
-65
-: extraction of sample from dead decomposing rats,
-
-18.8.2021
-
-,
-7 ♀♀
-,
-9 ♂♂
-, 3
-T
-, 1 D, 1 P;
-
-23.8.2021
-
-,
-2 ♂♂
-, 4
-T
-, 1 D;
-
-25.8.2021
-
-,
-1 ♀
-,
-2 ♂♂
-;
-
-3.9.2021
-
-,
-2 ♀♀
-,
-5 ♂♂
-, 2
-T
-, 2 D; extraction of soil and leaf litter,
-
-18.8.2021
-
-,
-10 ♀♀
-,
-8 ♂♂
-, 4
-T
-, 5 D, 2 P, leg.
-L.Š.
-;
-73
-: sifting of leaf litter,
-
-19.8.2016
-
-,
-2 ♀♀
-, 1
-T
-, leg.
-J.C.
-;
-148
-: extraction of soil,
-
-23.10.2020
-
-,
-1 ♀
-,
-1 ♂
-, 4
-T
-, 1 D; leg.
-P.F.
-; extraction of wood and soil under fallen tree,
-
-23.10.2020
-
-,
-12 ♀♀
-,
-10 ♂♂
-, 7
-T
-, 8 D;
-170
-: sifting of leaf litter,
-
-12.7.2022
-
-,
-1 ♀
-, leg. J.C
-
-.
-
-
-European distribution
-:
-Austria
-,
-Czechia
-,
-France
-,
-Hungary
-,
-Italy
-,
-Monaco
-,
-Slovakia
-,
-Switzerland
-(
-WPC 2024
-).
-
-
-Notes
-:
-
-Chthonius ressli
-
-is an epigeic species that occurs mainly in leaf litter and decomposing material (
-
-Christophoryová
-et al.
-2016
-
-,
-2017c
-). During this study, five sampling sites were added to the species distribution in
-Bratislava
-, and most of the samples confirmed the species’ habitat preferences. The occurrence of dead animals represents a new habitat
-type
-for the species. A total of 42 individuals representing all developmental stages were found on decomposing rats of different stages of decomposition.
-
-
-
-Ephippiochthonius boldorii
-(Beier, 1934)
-
-(
-Figs 3C
-,
-4C
-)
-
-
-Published data
-:
-3
-: sifting of leaf litter and soil,
-
-
-30.4.1999
-
-,
-2 ♀♀
-;
-
-24.7.1999
-
-,
-2 ♀♀
-,
-1 ♂
-, 3
-T
-
-;
-
-
-15.10.1999
-
-,
-1 ♂
-;
-
-7.4.2000
-
-,
-1 ♂
-;
-
-28.4.2000
-
-,
-4 ♂♂
-, 5
-T
-
-;
-
-
-14.6.2000
-
-,
-8 ♀♀
-,
-13 ♂♂
-;
-
-26.7.2000
-
-,
-4 ♀♀
-,
-1 ♂
-, 2
-T
-
-;
-
-
-20.9.2000
-
-,
-3 ♀♀
-,
-7 ♂♂
-, 4
-T
-
-, 1 D;
-
-
-3.5.2005
-
-,
-3 ♀♀
-,
-2 ♂♂
-;
-
-3.6.2005
-
-,
-4 ♂♂
-;
-
-13.7.2005
-
-,
-1 ♀
-, 1
-T
-
-;
-
-
-31.8.2005
-
-,
-1 ♀
-,
-3 ♂♂
-, 1
-T
-
-;
-
-
-10.10.2005
-
-,
-2 ♂♂
-;
-
-13.12.2005
-
-,
-1 ♀
-, 2
-T
-
-;
-
-
-21.4.2006
-
-,
-1 ♀
-,
-3 ♂♂
-, 2
-T
-
-;
-
-
-31.5.2006
-
-,
-2 ♀♀
-;
-
-2.8.2006
-
-,
-2 ♀♀
-,
-1 ♂
-;
-
-2.10.2006
-
-, 1
-T
-
-; leg. M.H., Z.K., I.O. (
-Christophoryová 2013
-);
-4
-: sifting of leaf litter and soil,
-
-
-17.5.1999
-
-,
-1 ♀
-;
-
-24.7.1999
-
-,
-7 ♀♀
-,
-4 ♂♂
-, 5
-T
-
-;
-
-
-28.4.2000
-
-,
-7 ♀♀
-,
-10 ♂♂
-, 5
-T
-
-;
-14.6.2000
-,
-7 ♀♀
-,
-10 ♂♂
-, 1 D;
-
-
-26.7.2000
-
-, 1
-T
-
-;
-
-
-31.8.2000
-
-,
-5 ♀♀
-,
-7 ♂♂
-, 6
-T
-
-;
-
-
-20.9.2000
-
-,
-2 ♂♂
-;
-
-8.4.2005
-
-,
-2 ♀♀
-;
-
-30.4.2005
-
-,
-1 ♂
-;
-
-3.6.2005
-
-,
-5 ♀♀
-, 1
-T
-
-;
-13.7.2005
-,
-1 ♀
-,
-3 ♂♂
-;
-8.10.2005
-,
-2 ♂♂
-;
-11.11.2005
-,
-1 ♂
-;
-26.5.2006
-,
-1 ♀
-,
-1 ♂
-;
-30.8.2006
-,
-1 ♂
-;
-2.9.2006
-,
-1 ♂
-;
-1.11.2006
-,
-1 ♀
-; leg. M.H., Z.K., I.O. (
-Christophoryová 2013
-);
-5
-: sifting of leaf litter and soil,
-
-
-5.4.2005
-
-,
-1 ♀
-;
-
-3.5.2005
-
-,
-1 ♀
-,
-4 ♂♂
-, 2
-T
-
-, 1 D;
-
-
-3.6.2005
-
-,
-7 ♀♀
-,
-1 ♂
-, 2
-T
-
-;
-13.7.2005
-,
-1 ♂
-, 1 D;
-
-
-31.8.2005
-
-,
-5 ♀♀
-,
-5 ♂♂
-, 8
-T
-
-, 1 D;
-
-
-11.10.2005
-
-,
-2 ♀♀
-,
-1 ♂
-, 1
-T
-
-;
-
-
-13.12.2005
-
-,
-2 ♀♀
-,
-2 ♂♂
-, 1
-T
-
-;
-
-
-21.4.2006
-
-,
-1 ♂
-;
-
-31.5.2006
-
-, 1
-T
-
-;
-
-
-30.6.2006
-
-,
-1 ♀
-, 2
-T
-
-;
-
-
-2.8.2006
-
-,
-2 ♂♂
-, 1
-T
-
-; leg. M.H. (
-ChristophoryovÁ 2013
-);
-14
-: sifting of leaf litter and soil,
-
-
-30.4.1999
-
-,
-1 ♂
-;
-
-17.5.1999
-
-,
-1 ♀
-,
-1 ♂
-;
-
-24.7.1999
-
-,
-4 ♀♀
-, 2
-T
-
-;
-
-
-21.8.1999
-
-,
-1 ♀
-;
-
-24.9.1999
-
-,
-1 ♂
-;
-
-15.10.1999
-
-,
-1 ♀
-;
-
-7.4.2000
-
-, 1
-T
-
-;
-
-
-28.4.2000
-
-,
-2 ♀♀
-,
-9 ♂♂
-;
-
-14.6.2000
-
-,
-17 ♀♀
-,
-14 ♂♂
-;
-
-31.8.2000
-
-,
-3 ♂♂
-, 2
-T
-
-;
-20.9.2000
-,
-1 ♂
-;
-7.11.2000
-,
-1 ♀
-, 1 D;
-
-
-29.4.2005
-
-,
-1 ♀
-,
-1 ♂
-, 3
-T
-
-;
-
-
-3.6.2005
-
-,
-1 ♀
-, 1
-T
-
-;
-
-
-19.4.2006
-
-,
-1 ♂
-;
-
-26.5.2006
-
-,
-1 ♀
-,
-4 ♂♂
-, 1
-T
-
-;
-
-
-2.8.2006
-
-,
-2 ♀♀
-,
-1 ♂
-, 1
-T
-
-, 1 D;
-4.1.2007
-,
-1 ♂
-; leg. M.H., Z.K., I.O. (
-ChristophoryovÁ 2013
-);
-81
-: sifting of leaf litter and soil,
-
-
-4.5.1999
-
-,
-1 ♀
-,
-1 ♂
-;
-
-13.5.1999
-
-,
-1 ♀
-,
-1 ♂
-;
-
-6.6.1999
-
-,
-5 ♀♀
-,
-1 ♂
-;
-
-23.9.1999
-
-,
-2 ♀♀
-,
-1 ♂
-, 2
-T
-
-;
-
-
-12.10.1999
-
-,
-1 ♂
-;
-
-4.4.2000
-
-,
-2 ♀♀
-,
-3 ♂♂
-, 1
-T
-
-;
-
-
-29.4.2000
-
-,
-8 ♀♀
-,
-6 ♂♂
-, 1
-T
-
-;
-
-
-9.6.2000
-
-,
-4 ♀♀
-,
-4 ♂♂
-;
-
-30.8.2000
-
-,
-2 ♀♀
-, 1
-T
-
-;
-
-
-28.9.2000
-
-,
-10 ♀♀
-,
-5 ♂♂
-, 1
-T
-
-;
-
-
-26.10.2000
-
-,
-9 ♀♀
-,
-10 ♂♂
-, 5
-T
-
-;
-
-
-1.4.2005
-
-,
-3 ♀♀
-,
-2 ♂♂
-;
-
-3.5.2005
-
-,
-1 ♀
-,
-1 ♂
-;
-
-4.6.2005
-
-,
-1 ♀
-;
-
-7.10.2005
-
-,
-4 ♀♀
-,
-3 ♂♂
-;
-
-17.11.2005
-
-,
-2 ♀♀
-,
-2 ♂♂
-, 1
-T
-
-;
-
-
-20.4.2006
-
-, 1
-T
-
-;
-
-
-24.5.2006
-
-,
-1 ♀
-,
-2 ♂♂
-;
-
-3.8.2006
-
-,
-2 ♀♀
-, 2
-T
-
-;
-1.9.2006
-,
-1 ♂
-; leg. M.H., Z.K., I.O. (
-ChristophoryovÁ 2013
-);
-84
-: sifting of leaf litter and soil,
-
-
-4.5.1999
-
-,
-2 ♀♀
-,
-1 ♂
-;
-
-18.5.1999
-
-,
-2 ♀♀
-,
-1 ♂
-, 1
-T
-
-;
-6.7.1999
-,
-4 ♀♀
-,
-1 ♂
-, 2 D;
-
-
-7.8.1999
-
-,
-3 ♀♀
-;
-
-23.9.1999
-
-,
-5 ♀♀
-, 1
-T
-
-;
-
-
-12.10.1999
-
-,
-5 ♀♀
-,
-1 ♂
-;
-
-4.4.2000
-
-,
-1 ♀
-,
-2 ♂♂
-;
-
-29.4.2000
-
-,
-7 ♀♀
-,
-19 ♂♂
-, 7
-T
-
-;
-
-
-9.6.2000
-
-,
-7 ♀♀
-,
-15 ♂♂
-, 2
-T
-
-;
-
-
-25.7.2000
-
-,
-4 ♀♀
-, 1
-T
-
-;
-
-
-30.8.2000
-
-,
-1 ♀
-,
-2 ♂♂
-, 2
-T
-
-;
-
-
-28.9.2000
-
-,
-12 ♀♀
-,
-16 ♂♂
-, 2
-T
-
-, 2 D;
-
-
-26.10.2000
-
-,
-8 ♀♀
-,
-17 ♂♂
-, 3
-T
-
-, 1 D;
-
-
-1.4.2005
-
-, 4
-T
-
-;
-
-
-3.5.2005
-
-,
-2 ♀♀
-,
-2 ♂♂
-, 1
-T
-
-, 1 D;
-
-
-4.6.2005
-
-,
-8 ♀♀
-,
-4 ♂♂
-, 4
-T
-
-;
-
-
-13.7.2005
-
-,
-1 ♂
-, 2
-T
-
-, 1 D;
-
-
-26.8.2005
-
-,
-1 ♂
-;
-
-7.10.2005
-
-,
-2 ♀♀
-,
-3 ♂♂
-, 2
-T
-
-, 3 D;
-
-
-17.11.2005
-
-,
-1 ♂
-, 1
-T
-
-;
-24.5.2006
-,
-1 ♀
-;
-1.9.2006
-, 1 D;
-7.12.2006
-,
-1 ♀
-;
-3.6.2008
-,
-1 ♂
-; leg. M.H., Z.K., I.O. (
-ChristophoryovÁ 2013
-);
-168
-: sifting of leaf litter and soil,
-
-
-30.4.2005
-
-,
-1 ♀
-,
-2 ♂♂
-;
-
-31.5.2005
-
-,
-4 ♀♀
-,
-4 ♂♂
-;
-
-29.6.2005
-
-,
-8 ♀♀
-,
-8 ♂♂
-, 5
-T
-
-;
-
-
-5.8.2005
-
-, 1
-T
-
-;
-
-
-30.8.2005
-
-,
-1 ♀
-,
-2 ♂♂
-;
-
-9.10.2005
-
-,
-1 ♂
-;
-
-12.11.2005
-
-,
-4 ♀♀
-,
-1 ♂
-, 3
-T
-
-;
-
-
-20.4.2006
-
-,
-2 ♀♀
-,
-1 ♂
-, 1
-T
-
-;
-
-
-23.5.2006
-
-,
-2 ♀♀
-,
-1 ♂
-;
-
-24.6.2006
-
-,
-1 ♀
-;
-
-3.8.2006
-
-,
-1 ♀
-;
-
-1.10.2006
-
-,
-1 ♀
-, 1
-T
-
-;
-5.12.2006
-,
-1 ♀
-,
-1 ♂
-;
-4.1.2007
-,
-1 ♀
-,
-1 ♂
-; leg. M.H. (
-ChristophoryovÁ 2013
-);
-176
-: sifting of leaf litter and soil,
-
-
-8.4.2005
-
-, 1
-T
-
-;
-30.4.2005
-,
-2 ♀♀
-,
-1 ♂
-, 1 D;
-
-
-29.6.2005
-
-,
-1 ♂
-, 4
-T
-
-;
-
-
-29.8.2005
-
-,
-2 ♂♂
-, 1
-T
-
-;
-
-
-9.10.2005
-
-,
-3 ♀♀
-,
-1 ♂
-, 2
-T
-
-, 1 D;
-
-
-8.12.2005
-
-, 2
-T
-
-;
-
-
-22.4.2006
-
-,
-2 ♀♀
-,
-2 ♂♂
-;
-
-23.5.2006
-
-,
-6 ♀♀
-,
-3 ♂♂
-, 1
-T
-
-, 1 D;
-
-
-24.6.2006
-
-,
-1 ♀
-, 1
-T
-
-, 1 D;
-
-
-4.8.2006
-
-,
-2 ♀♀
-, 2
-T
-
-;
-
-
-1.9.2006
-
-,
-1 ♀
-, 2
-T
-
-;
-
-
-1.10.2006
-
-, 1
-T
-
-; leg. M.H. (
-ChristophoryovÁ 2013
-).
-
-
-New data
-:
-65
-:
-
-extraction of leaf litter and soil,
-
-18.8.2021
-
-,
-2 ♀♀
-,
-2 ♂♂
-, 1
-T
-, 1 D; extraction of sample of dead decomposing rats,
-
-23.8.2021
-
-,
-1 ♂
-;
-
-25.8.2021
-
-,
-2 ♀♀
-;
-
-3.9.2021
-
-, 1
-T
-; leg.
-L.Š.
-;
-66
-: extraction of leaf litter and soil,
-
-17.9.2021
-
-,
-2 ♀♀
-,
-3 ♂♂
-, 2
-T
-, leg.
-P.F.
-;
-73
-: sifting of dead wood,
-
-19.8.2016
-
-,
-2 ♂♂
-, 4
-T
-, 1 D, leg.
-J.C.
-;
-161
-:
-pitfall trap
-,
-
-1.9.2019
-
-,
-1 ♀
-, leg.
-J.L.
-;
-164
-:
-pitfall trap
-,
-
-15.2.2020
-
-,
-1 ♀
-, leg.
-J.L.
-;
-175
-: extraction of leaf litter and humus,
-
-30.6.2020
-
-,
-1 ♂
-, leg. P.F
-
-.
-
-
-European distribution
-:
-Austria
-,
-Croatia
-,
-Germany
-,
-Italy
-,
-Luxembourg
-,
-Slovakia
-,
-Slovenia
-,
-Switzerland
-(
-Gardini 2013
-;
-WPC 2024
-).
-
-
-Notes
-:
-
-Ephippiochthonius boldorii
-
-is the eudominant species of the family
-Chthoniidae
-in
-Bratislava
-with
-793 specimens
-.This species is a typical inhabitant of leaf litter and soil mainly in the Malé Karpaty Mts. (
-Christophoryová 2013
-). The present results extend the occurrence of the species in
-Bratislava
-by six new sampling sites. The species was recorded for the first time in two habitat
-types
-, dead wood, and decomposing animals.
-
-
-
-Ephippiochthonius fuscimanus
-(Simon, 1900)
-
-(
-Figs 3D
-,
-4D
-)
-
-
-Published data
-:
-3
-: sifting of leaf litter and soil,
-
-
-30.4.1999
-
-,
-1 ♂
-;
-
-17.5.1999
-
-,
-1 ♀
-;
-
-24.7.1999
-
-,
-1 ♀
-,
-1 ♂
-, 1
-T
-
-, 3 D;
-
-
-24.9.1999
-
-,
-1 ♂
-;
-
-15.10.1999
-
-,
-2 ♀♀
-, 1
-T
-
-;
-
-
-7.4.2000
-
-,
-1 ♀
-, 2
-T
-
-;
-
-
-28.4.2000
-
-,
-1 ♀
-, 2
-T
-
-, 1 D;
-
-
-14.6.2000
-
-,
-3 ♀♀
-,
-3 ♂♂
-;
-
-26.7.2000
-
-, 1
-T
-
-;
-31.8.2000
-,
-2 ♂♂
-, 1 D;
-
-
-20.9.2000
-
-,
-1 ♂
-, 3
-T
-
-;
-
-
-5.4.2005
-
-,
-1 ♀
-,
-3 ♂♂
-, 3
-T
-
-, 1 D;
-
-
-3.5.2005
-
-,
-2 ♀♀
-,
-1 ♂
-;
-
-31.8.2005
-
-, 1
-T
-
-;
-
-
-10.10.2005
-
-, 2
-T
-
-;
-
-
-13.12.2005
-
-, 1
-T
-
-, 2 D;
-
-
-21.4.2006
-
-, 1
-T
-
-, 3 D;
-
-
-31.5.2006
-
-,
-1 ♂
-;
-
-30.6.2006
-
-,
-1 ♀
-, 1
-T
-
-;
-2.8.2006
-,
-3 ♀♀
-;
-2.9.2006
-,
-1 ♀
-;
-9.12.2006
-,
-1 ♂
-; leg. M.H., Z.K., I.O. (
-ChristophoryovÁ 2013
-);
-4
-: pitfall trap,
-20.6.1975
-,
-1 ♂
-; sifting (material not specified),
-7.5.1975
-,
-1 ♀
-; leg. MI.K. (
-KrumpÁl & Kiefer 1981
-); sifting of leaf litter and soil,
-30.4.1999
-,
-1 ♂
-, 1 D;
-
-
-17.5.1999
-
-,
-1 ♂
-;
-
-24.7.1999
-
-,
-3 ♂♂
-, 7
-T
-
-, 2 D;
-
-
-21.8.1999
-
-,
-1 ♂
-;
-
-24.9.1999
-
-, 1
-T
-
-;
-
-
-28.4.2000
-
-,
-1 ♀
-,
-1 ♂
-, 2
-T
-
-, 2 D;
-14.6.2000
-,
-3 ♀♀
-, 2 D;
-
-
-26.7.2000
-
-,
-1 ♂
-;
-
-31.8.2000
-
-,
-1 ♀
-,
-1 ♂
-, 2
-T
-
-;
-
-
-20.9.2000
-
-,
-2 ♀♀
-,
-2 ♂♂
-, 1
-T
-
-;
-
-
-7.11.2000
-
-,
-1 ♂
-;
-
-8.4.2005
-
-,
-2 ♂♂
-;
-
-30.4.2005
-
-,
-1 ♂
-;
-
-8.10.2005
-
-,
-2 ♀♀
-;
-
-11.11.2005
-
-,
-1 ♀
-, 1
-T
-
-;
-
-
-26.5.2006
-
-, 1
-T
-
-;
-
-
-30.6.2006
-
-, 2
-T
-
-;
-
-
-2.8.2006
-
-, 1
-T
-
-;
-2.9.2006
-,
-1 ♀
-; leg. M.H., Z.K., I.O. (
-ChristophoryovÁ 2013
-);
-5
-: sifting of leaf litter and soil,
-
-
-5.4.2005
-
-,
-1 ♂
-;
-
-3.5.2005
-
-,
-1 ♀
-;
-
-13.7.2005
-
-,
-1 ♂
-;
-
-31.8.2005
-
-,
-2 ♂♂
-, 1
-T
-
-, 1 D;
-
-
-11.10.2005
-
-,
-2 ♀♀
-, 2
-T
-
-, 4 D;
-
-
-2.8.2006
-
-,
-3 ♀♀
-,
-1 ♂
-, 3
-T
-
-;
-2.11.2006
-,
-1 ♂
-;
-9.1.2007
-, 1 D; leg. M.H. (
-ChristophoryovÁ 2013
-);
-6
-: extraction of soil,
-31.1.2018
-,
-1 ♂
-, 1 D, leg. P.F. (
-
-ČervenÁ
-et al
-. 2020b
-
-);
-7
-: extraction of compost heap,
-5.10.2013
-,
-1 ♀
-,
-1 ♂
-, leg. D.G., K.K. (
-
-KaňuchovÁ
-et al
-. 2015
-
-);
-13
-: extraction of soil, leaves and dead wood,
-3.7.2013
-,
-1 ♂
-, leg. M.H. (
-
-ChristophoryovÁ
-et al
-. 2016
-
-);
-14
-: sifting of leaf litter and soil,
-
-
-24.7.1999
-
-,
-2 ♂♂
-, 9
-T
-
-, 1 D;
-
-
-21.8.1999
-
-,
-1 ♂
-;
-
-24.9.1999
-
-, 1
-T
-
-, 1 D;
-
-
-15.10.1999
-
-,
-1 ♀
-,
-1 ♂
-;
-
-7.4.2000
-
-, 2
-T
-
-;
-
-
-28.4.2000
-
-,
-5 ♀♀
-,
-11 ♂♂
-, 6
-T
-
-, 2 D;
-
-
-14.6.2000
-
-,
-2 ♂♂
-, 4
-T
-
-, 2 D;
-
-
-31.8.2000
-
-,
-1 ♂
-, 2
-T
-
-;
-
-
-20.9.2000
-
-,
-1 ♀
-, 1
-T
-
-;
-
-
-8.4.2005
-
-,
-1 ♀
-,
-2 ♂♂
-, 3
-T
-
-;
-30.8.2005
-,
-2 ♂♂
-;
-8.10.2005
-, 3 D;
-
-
-11.11.2005
-
-, 1
-T
-
-, 6 D;
-2.8.2006
-,
-1 ♀
-, 1 D;
-
-
-5.12.2006
-
-, 1
-T
-
-;
-4.1.2007
-,
-1 ♂
-, 1 D; leg. M.H., Z.K., I.O. (
-ChristophoryovÁ 2013
-);
-81
-: sifting of leaf litter and soil,
-
-
-4.5.1999
-
-,
-1 ♀
-, 2
-T
-
-;
-
-
-6.6.1999
-
-, 3
-T
-
-;
-
-
-23.9.1999
-
-,
-2 ♀♀
-,
-3 ♂♂
-, 1
-T
-
-;
-
-
-12.10.1999
-
-, 1
-T
-
-;
-
-
-4.4.2000
-
-,
-1 ♀
-, 2
-T
-
-;
-
-
-29.4.2000
-
-,
-1 ♀
-,
-4 ♂♂
-, 2
-T
-
-, 1 D;
-
-
-9.6.2000
-
-,
-1 ♂
-;
-
-28.9.2000
-
-,
-3 ♀♀
-,
-7 ♂♂
-, 5
-T
-
-, 1 D;
-
-
-26.10.2000
-
-,
-1 ♀
-,
-1 ♂
-, 4
-T
-
-, 3 D;
-
-
-1.4.2005
-
-,
-1 ♀
-,
-4 ♂♂
-;
-
-3.5.2005
-
-, 2
-T
-
-;
-
-
-4.6.2005
-
-,
-1 ♀
-,
-1 ♂
-;
-
-26.8.2005
-
-,
-1 ♀
-;
-
-7.10.2005
-
-,
-1 ♀
-, 1
-T
-
-, 1 D;
-
-
-17.11.2005
-
-,
-2 ♀♀
-, 2
-T
-
-;
-
-
-20.4.2006
-
-, 1
-T
-
-, 1 D;
-
-
-30.6.2006
-
-, 1
-T
-
-;
-
-
-3.8.2006
-
-,
-2 ♂♂
-, 1
-T
-
-;
-
-
-7.12.2006
-
-, 1
-T
-
-; leg. M.H., Z.K., I.O. (
-ChristophoryovÁ 2013
-);
-84
-: sifting of leaf litter and soil,
-
-
-4.5.1999
-
-, 1
-T
-
-;
-
-
-18.5.1999
-
-,
-3 ♀♀
-;
-
-6.7.1999
-
-,
-1 ♀
-;
-
-7.8.1999
-
-,
-1 ♀
-, 3
-T
-
-, 1 D;
-
-
-23.9.1999
-
-,
-3 ♀♀
-,
-10 ♂♂
-;
-
-12.10.1999
-
-,
-2 ♂♂
-, 1
-T
-
-;
-
-
-29.4.2000
-
-,
-4 ♀♀
-,
-2 ♂♂
-, 6
-T
-
-, 7 D;
-
-
-9.6.2000
-
-,
-1 ♀
-,
-2 ♂♂
-, 4
-T
-
-;
-
-
-25.7.2000
-
-,
-1 ♂
-, 5
-T
-
-;
-
-
-30.8.2000
-
-,
-1 ♀
-,
-2 ♂♂
-, 2
-T
-
-;
-
-
-28.9.2000
-
-,
-3 ♀♀
-,
-4 ♂♂
-, 6
-T
-
-, 3 D;
-
-
-26.10.2000
-
-,
-3 ♂♂
-, 5
-T
-
-;
-
-
-4.6.2005
-
-,
-1 ♀
-;
-
-13.7.2005
-
-,
-1 ♀
-;
-
-26.8.2005
-
-,
-2 ♂♂
-;
-
-7.10.2005
-
-,
-1 ♀
-,
-1 ♂
-, 6
-T
-
-, 5 D;
-
-
-17.11.2005
-
-, 1
-T
-
-;
-
-
-30.6.2006
-
-, 1
-T
-
-;
-
-
-3.8.2006
-
-,
-1 ♂
-, 1
-T
-
-;
-1.9.2006
-,
-1 ♀
-, 1 D;
-1.11.2006
-,
-1 ♀
-;
-5.1.2007
-, 2 D;
-
-
-3.6.2008
-
-, 1
-T
-
-, 1 D; leg. M.H., Z.K., I.O. (
-ChristophoryovÁ 2013
-);
-93
-: sifting of mould from
-
-Quercus
-
-hollow,
-1.11.2013
-,
-1 ♀
-, leg. O.M. (
-
-ChristophoryovÁ
-et al
-. 2017b
-
-);
-176
-: sifting of leaf litter and soil,
-8.4.2005
-,
-1 ♀
-, 1 D;
-
-
-29.6.2005
-
-,
-1 ♂
-, 3
-T
-
-, 1 D;
-
-
-29.8.2005
-
-,
-1 ♀
-, 9
-T
-
-;
-
-
-9.10.2005
-
-,
-2 ♀♀
-,
-3 ♂♂
-, 4
-T
-
-, 9 D;
-8.12.2005
-,
-1 ♀
-,
-2 ♂♂
-, 2 D;
-
-
-22.4.2006
-
-, 1
-T
-
-, 3 D;
-
-
-23.5.2006
-
-, 1
-T
-
-;
-
-
-24.6.2006
-
-, 2
-T
-
-;
-
-
-4.8.2006
-
-,
-1 ♂
-;
-
-1.9.2006
-
-, 1
-T
-
-, 1 D;
-
-
-1.10.2006
-
-,
-1 ♀
-,
-2 ♂♂
-, 3
-T
-
-, 10 D; leg. M.H. (
-ChristophoryovÁ 2013
-).
-
-
-New data
-:
-19
-:
-
-pitfall trap
-,
-
-11.8.2022
-
-,
-2 ♂♂
-, leg.
-J.L.
-,
-O.M.
-;
-25
-:
-pitfall traps
-,
-
-11.8.2022
-
-,
-2 ♀♀
-,
-5 ♂♂
-;
-
-2.9.2022
-
-,
-1 ♂
-, 1
-T
-;
-
-30.9.2022
-
-,
-4 ♀♀
-; leg.
-J.L.
-,
-O.M.
-;
-27
-:
-pitfall traps
-,
-
-11.8.2022
-
-,
-1 ♀
-;
-
-2.9.2022
-
-,
-1 ♂
-;
-
-30.9.2022
-
-,
-2 ♀♀
-,
-1 ♂
-; leg.
-J.L.
-,
-O.M.
-;
-91
-: sifting of leaf litter,
-
-11.7.2022
-
-,
-2 ♀♀
-,
-3 ♂♂
-, 1
-T
-, 1 D, leg.
-J.C.
-;
-99
-: sifting of leaf litter,
-
-22.4.2020
-
-,
-4 ♀♀
-, leg.
-J.C.
-;
-101
-: sifting of leaf litter and dead wood,
-
-21.4.2020
-
-,
-1 ♀
-,
-2 ♂♂
-, leg.
-J.C.
-;
-107
-: sifting of soil, leaves and dead wood,
-
-26.4.2020
-
-,
-2 ♀♀
-,
-3 ♂♂
-, leg.
-J.C.
-;
-112
-: sifting of leaf litter and dead wood,
-
-18.4.2020
-
-,
-3 ♀♀
-,
-2 ♂♂
-, leg.
-J.C.
-;
-131
-:
-pitfall trap
-,
-
-2.9.2019
-
-,
-1 ♀
-, leg.
-J.L.
-;
-132
-:
-pitfall trap
-,
-
-15.10.2019
-
-,
-1 ♀
-, leg.
-J.L.
-;
-155
-: sifting of leaf litter,
-
-28.4.2020
-
-,
-1 ♂
-, leg.
-J.C.
-;
-156
-:
-pitfall trap
-,
-
-13.8.2019
-
-,
-5 ♀♀
-,
-4 ♂♂
-, leg.
-J.L.
-;
-157
-:
-pitfall traps
-,
-
-19.6.2019
-
-,
-1 ♂
-;
-
-30.9.2019
-
-,
-3 ♀♀
-,
-3 ♂♂
-; leg.
-J.L.
-;
-184
-: extraction of leaf litter,
-
-8.7.2021
-
-,
-3 ♀♀
-,
-6 ♂♂
-, leg. A.P
-
-.
-
-
-
-FIGURE 3.
-Pseudoscorpions from the families
-Chthoniidae
-and
-Neobisiidae
-.
-A.
-
-Chthonius ischnocheles
-
-(male, locality 51).
-B.
-
-Chthonius ressli
-
-(male, loc. 148).
-C.
-
-Ephippiochthonius boldorii
-
-(male, loc. 65).
-D.
-
-Ephippiochthonius fuscimanus
-
-(male, loc. 112).
-E.
-
-Ephippiochthonius tetrachelatus
-
-(male, loc. 146).
-F.
-
-Neobisium carcinoides
-
-(male, loc. 68). Scale bars: 0.5 mm.
-
-
-
-European distribution
-:
-Austria
-,
-Czechia
-,
-Germany
-,
-Hungary
-,
-Italy
-,
-Poland
-,
-Slovakia
-(
-
-ČervenÁ
-et al
-. 2020c
-
-;
-WPC 2024
-).
-
-
-Notes
-:
-
-Ephippiochthonius fuscimanus
-
-is a typical epigean species inhabiting leaf litter and soil (
-Krumpál & Kiefer 1981
-;
-Christophoryová 2013
-;
-
-Christophoryová
-et al
-. 2016
-
-;
-
-ČervenÁ
-et al
-. 2020b
-
-).
-Two adults
-were collected from a compost heap in the forest (
-
-KaňuchovÁ
-et al
-. 2015
-
-). A random occurrence of
-one female
-was recorded from a
-
-Quercus
-
-hollow (
-
-Christophoryová
-et al
-. 2017b
-
-). During the present research, 14 new locations were added to the species distribution, thus adjusting its habitat preferences.
-
-
-
-Ephippiochthonius tetrachelatus
-(Preyssler, 1790)
-
-(
-Figs 3E
-,
-5A
-)
-
-
-Published data
-:
-1
-: extraction of soil, leaves and dead wood,
-2.7.2013
-,
-1 ♀
-,
-1 ♂
-, leg. M.H. (
-
-ChristophoryovÁ
-et al
-. 2016
-
-);
-2
-: extraction of soil, leaves and dead wood,
-10.6.2014
-, 2 D, leg. P.F., MA.K. (
-
-Christophoryová
-et al
-. 2016
-
-);
-3
-: sifting of leaf litter and soil,
-17.5.1999
-,
-1 ♀
-;
-24.7.1999
-,
-3 ♀♀
-;
-26.7.2000
-,
-1 ♀
-;
-31.8.2000
-,
-1 ♀
-; leg. M.H., Z.K., I.O. (
-Christophoryová 2013
-);
-4
-: sifting of leaf litter and soil,
-30.4.1999
-,
-1 ♀
-;
-26.7.2000
-, 1 T; leg. M.H., Z.K., I.O. (
-Christophoryová 2013
-);
-6
-: extraction of soil,
-19.7.2017
-,
-2 ♀♀
-,
-1 ♂
-, 2 D, 6 P;
-7.4.2018
-, 2 T, 1 D; leg. P.F. (
-
-ČervenÁ
-et al
-. 2020b
-
-);
-12
-: extraction of compost heap,
-5.3.2014
-,
-1 ♀
-, leg. B.M. (
-
-KaňuchovÁ
-et al
-. 2015
-
-);
-13
-: extraction of soil, leaves and dead wood,
-3.7.2013
-,
-2 ♂♂
-, leg. M.H. (
-
-ChristophoryovÁ
-et al
-. 2016
-
-);
-14
-: sifting of leaf litter and soil,
-17.5.1999
-,
-1 ♀
-,
-1 ♂
-;
-24.7.1999
-,
-1 ♂
-;
-14.6.2000
-,
-2 ♀♀
-,
-1 ♂
-; leg. M.H., Z.K., I.O. (
-ChristophoryovÁ 2013
-);
-29
-: extraction of sample from anthill of
-
-Formica rufa
-Linnaeus, 1761
-
-,
-16.1.2015
-,
-1 ♂
-; leg. O.M. (
-
-ChristophoryovÁ
-et al
-. 2017a
-
-);
-55
-: extraction of soil, leaves and dead wood,
-1.7.2013
-,
-1 ♀
-,
-5 ♂♂
-, 2 T;
-25.4.2014
-,
-1 ♀
-;
-10.6.2014
-, 1 D;
-9.10.2014
-,
-1 ♀
-,
-1 ♂
-; leg. M.H., MA.K. (
-
-ChristophoryovÁ
-et al
-. 2016
-
-);
-63
-: extraction of compost heap,
-25.10.2013
-,
-1 ♀
-, leg. J.C., A.K. (
-
-ChristophoryovÁ
-et al
-. 2017c
-
-);
-81
-: sifting of leaf litter and soil,
-29.4.2000
-,
-1 ♂
-;
-9.6.2000
-,
-1 ♂
-; leg. M.H., Z.K., I.O. (
-Christophoryová 2013
-);
-84
-: sifting of leaf litter and soil,
-18.5.1999
-,
-1 ♀
-;
-23.9.1999
-,
-1 ♂
-;
-9.6.2000
-,
-5 ♀♀
-,
-4 ♂♂
-;
-25.7.2000
-,
-1 ♂
-;
-30.8.2000
-,
-2 ♂♂
-;
-28.9.2000
-,
-7 ♀♀
-; leg. M.H., Z.K., I.O. (
-ChristophoryovÁ 2013
-);
-92
-: extraction of
-
-Motacilla cinerea
-
-nest,
-27.6.1989
-,
-1 ♀
-; extraction of
-
-Troglodytes troglodytes
-
-nests,
-25.6.1990
-,
-1 ♀
-;
-25.7.1990
-,
-1 ♀
-;
-23.7.1991
-,
-1 ♀
-,
-1 ♂
-; extraction of
-
-Turdus merula
-
-nest,
-25.6.1990
-,
-2 ♀♀
-,
-2 ♂♂
-; leg. J.K. (
-
-Christophoryová
-et al
-. 2017a
-
-);
-114
-: extraction of mould of
-
-Acer
-
-hollow,
-18.5.2015
-, 1 T, leg. DI.J. (
-
-Christophoryová
-et al
-. 2017b
-
-);
-159
-: extraction of soil, leaves and dead wood,
-11.6.2014
-, 2 T, leg. MA.K. (
-
-Christophoryová
-et al
-. 2016
-
-);
-166
-: extraction of mould from tree stool hollow,
-11.6.2014
-, 2 T; extraction of soil, leaves and dead wood,
-21.6.2013
-,
-2 ♀♀
-,
-2 ♂♂
-;
-11.6.2014
-, 1 D; pitfall trap,
-17.7.2013
-,
-1 ♂
-; leg. J.C., M.H., MA.K. (
-
-ChristophoryovÁ
-et al
-. 2016
-
-);
-167
-: extraction of compost heaps,
-4.9.2013
-,
-5 ♂♂
-, leg. M.H. (
-
-KaňuchovÁ
-et al
-. 2015
-
-);
-4.9.2013
-,
-4 ♀♀
-,
-1 ♂
-, 3 T, 1 D, leg. M.H. (
-
-Christophoryová
-et al
-. 2017c
-
-);
-174
-: extraction of soil, leaves and dead wood,
-22.6.2013
-,
-1 ♀
-,
-2 ♂♂
-, 1 T, leg. M.H. (
-
-ChristophoryovÁ
-et al
-. 2016
-
-);
-178
-: extraction of compost heaps,
-4.9.2013
-,
-1 ♂
-;
-10.10.2013
-,
-1 ♂
-; leg. D.G. (
-
-ChristophoryovÁ
-et al
-. 2017c
-
-);
-181
-: extraction of compost heap,
-3.10.2014
-,
-2 ♀♀
-,
-2 ♂♂
-, 3 T, 2 D, leg. K.H. (
-
-KaňuchovÁ
-et al
-. 2015
-
-);
-191
-: extraction of compost heaps,
-15.8.2012
-,
-1 ♂
-(
-
-KaňuchovÁ
-et al
-. 2015
-
-);
-15.8.2012
-,
-2 ♂♂
-(
-
-ChristophoryovÁ
-et al
-. 2017c
-
-); leg. E.S., V.S.
-
-
-New data
-:
-16
-:
-
-extraction of leaf litter,
-
-3.6.2022
-
-,
-2 ♀♀
-,
-2 ♂♂
-, 1
-T
-, leg.
-P.F.
-;
-17
-:
-pitfall traps
-,
-
-11.8.2022
-
-,
-31 ♀♀
-,
-18 ♂♂
-, 12
-T
-;
-
-30.9.2022
-
-,
-2 ♀♀
-; leg.
-J.L.
-,
-O.M.
-;
-18
-:
-pitfall traps
-,
-
-11.8.2022
-
-,
-2 ♀♀
-,
-5 ♂♂
-;
-
-2.9.2022
-
-,
-1 ♀
-; leg.
-J.L.
-,
-O.M.
-;
-23
-:
-pitfall trap
-,
-
-11.8.2022
-
-,
-1 ♀
-,
-1 ♂
-, leg.
-J.L.
-,
-O.M.
-;
-27
-:
-pitfall trap
-,
-
-11.8.2022
-
-,
-1 ♂
-, leg.
-J.L.
-,
-O.M.
-;
-28
-:
-pitfall traps
-,
-
-11.8.2022
-
-,
-2 ♀♀
-,
-2 ♂♂
-;
-
-30.9.2022
-
-,
-4 ♀♀
-, leg.
-J.L.
-,
-O.M.
-;
-32
-: extraction of leaf litter,
-
-28.4.2020
-
-,
-11 ♀♀
-,
-5 ♂♂
-, 6
-T
-, 5 D, leg.
-P.F.
-;
-37
-:
-pitfall trap
-,
-
-15.4.2020
-
-,
-1 ♀
-, leg.
-O.M.
-;
-45
-: extraction of soil and grassroots,
-
-28.4.2020
-
-, 3
-T
-, 2 D, leg.
-P.F.
-;
-47
-: extraction of leaf litter,
-
-15.10.2019
-
-,
-1 ♀
-,
-1 ♂
-, 1 D, leg.
-J.C.
-, E.N.;
-50
-: individual sampling in soil,
-
-21.10.2019
-
-,
-1 ♀
-, leg.
-L.Š.
-;
-60
-: extraction of leaf litter,
-
-20.9.2021
-
-,
-3 ♀♀
-,
-3 ♂♂
-, leg. L.
-V
-.;
-64
-: extraction of compost heap,
-
-16.9.2021
-
-,
-3 ♂♂
-, leg. L.
-V
-.;
-65
-: extraction of sample from dead decomposing rat,
-
-6.5.2022
-
-,
-1 ♀
-, 2
-T
-, leg.
-L.Š.
-;
-70
-: extraction of leaf litter,
-
-2.8.2021
-
-,
-1 ♀
-,
-2 ♂♂
-, leg.
-J.C.
-,
-K.K.
-;
-71
-: extraction of leaf litter and soil,
-
-22.5.2017
-
-,
-1 ♀
-,
-5 ♂♂
-, 1
-T
-, leg. N.N., MÁ.K.;
-73
-: sifting of leaf litter,
-
-19.8.2016
-
-,
-3 ♀♀
-,
-1 ♂
-, 3
-T
-, 2 D, leg.
-J.C.
-;
-91
-: sifting of leaf litter,
-
-11.7.2022
-
-,
-1 ♂
-, 1
-T
-, leg.
-J.C.
-;
-112
-: sifting of leaf litter and dead wood,
-
-18.4.2020
-
-,
-2 ♀♀
-,
-2 ♂♂
-, leg.
-J.C.
-;
-127
-: sifting of leaf litter and dead wood,
-
-1.5.2020
-
-,
-3 ♀♀
-,
-2 ♂♂
-, 1
-T
-, leg.
-J.C.
-;
-142
-: individual sampling from dead wood,
-
-23.9.2022
-
-,
-1 ♀
-, leg. L.
-V
-.;
-146
-: extraction of leaf litter,
-
-23.10.2020
-
-,
-17 ♀♀
-,
-24 ♂♂
-, 29
-T
-, 43 D, leg.
-P.F.
-;
-148
-: extraction of soil,
-
-23.10.2020
-
-,
-2 ♀♀
-, leg.
-P.F.
-;
-152
-: extraction of soil,
-
-23.10.2020
-
-,
-1 ♀
-, 1 D, leg.
-P.F.
-;
-164
-:
-pitfall trap
-,
-
-16.9.2016
-
-,
-1 ♀
-, leg.
-O.M.
-;
-165
-:
-pitfall trap
-,
-
-16.9.2019
-
-,
-1 ♀
-, leg.
-J.L.
-;
-170
-: individual sampling under stones,
-
-12.7.2022
-
-,
-2 ♂♂
-; sifting of leaf litter,
-
-12.7.2022
-
-,
-1 ♂
-, 3
-T
-; leg.
-J.C.
-;
-183
-: extraction of sample from dead decomposing mouflon,
-
-13.1.2022
-
-,
-1 ♂
-, leg.
-L.Š.
-;
-184
-: extraction of leaf litter,
-
-8.7.2021
-
-,
-8 ♀♀
-,
-2 ♂♂
-, 2
-T
-;
-
-4.8.2021
-
-,
-4 ♀♀
-,
-4 ♂♂
-; leg.
-A.P.
-;
-185
-: extraction of leaf litter and fallen tree bark,
-
-4.8.2021
-
-,
-2 ♂♂
-, leg.
-A.P.
-;
-188
-: extraction of leaf litter,
-
-3.5.2018
-
-,
-3 ♂♂
-, leg.
-M.J.
-,
-K.K.
-, A.P
-
-.
-
-
-
-FIGURE 4.
-Distribution of the species of
-Chthoniidae
-in
-Bratislava
-city.
-A.
-
-Chthonius ischnocheles
-
-.
-B.
-
-Chthonius ressli
-
-.
-C.
-
-Ephippiochthonius boldorii
-.
-
-D.
-
-Ephippiochthonius fuscimanus
-
-. For the locality codes, see Table 1.
-
-
-
-
-FIGURE 5.
-Distribution of the species of
-Chthoniidae
-and
-Neobisiidae
-in
-Bratislava
-city.
-A.
-
-Ephippiochthonius tetrachelatus
-
-.
-B.
-
-Neobisium carcinoides
-
-.
-C.
-
-Neobisium carpaticum
-
-.
-D.
-
-Neobisium erythrodactylum
-
-. For the locality codes, see Table 1.
-
-
-
-European distribution
-:
-Austria
-,
-Belgium
-,
-Bulgaria
-,
-Croatia
-,
-Cyprus
-,
-Czechia
-,
-Denmark
-,
-Estonia
-,
-Finland
-,
-France
-,
-Germany
-,
-Greece
-,
-Hungary
-,
-Ireland
-,
-Italy
-,
-Luxembourg
-,
-Moldova
-,
-Monaco
-,
-Netherlands
-, North Macedonia,
-Norway
-,
-Poland
-,
-Portugal
-,
-Romania
-,
-Serbia
-,
-Slovakia
-,
-Slovenia
-,
-Spain
-,
-Sweden
-,
-Switzerland
-,
-United Kingdom
-,
-Ukraine
-(
-WPC 2024
-).
-
-
-Notes
-:
-
-Ephippiochthonius tetrachelatus
-
-is widely distributed in Europe (
-WPC 2024
-) and is a eurytopic species of the family
-Chthoniidae
-. It is most commonly found in leaf litter and soil (
-Christophoryová 2013
-;
-
-Christophoryová
-et al
-. 2016
-
-;
-
-ČervenÁ
-et al
-. 2020b
-
-), but it has also been found in tree hollows (
-
-Christophoryová
-et al
-. 2016
-
-,
-2017b
-), bird nests, anthills (
-
-Christophoryová
-et al
-. 2017a
-
-) and composts (
-
-KaňuchovÁ
-et al
-. 2015
-
-;
-
-Christophoryová
-et al
-. 2017c
-
-). In the present study, 30 sampling sites of
-
-E
-.
-tetrachelatus
-
-in
-Bratislava
-were added. Regarding habitat preference, the dominant occurrence in substrates was confirmed. Interesting was the first finding on dead animals, while it was recorded on a rat and a mouflon in an advanced stage of decomposition.
-
-
-
-
\ No newline at end of file
diff --git a/data/91/1D/68/911D683F3029FFFB9AA8EC67FD23F96C.xml b/data/91/1D/68/911D683F3029FFFB9AA8EC67FD23F96C.xml
deleted file mode 100644
index de5fa065da1..00000000000
--- a/data/91/1D/68/911D683F3029FFFB9AA8EC67FD23F96C.xml
+++ /dev/null
@@ -1,83 +0,0 @@
-
-
-
-Urban biodiversity of pseudoscorpions (Arachnida: Pseudoscorpiones) in the conditions of Central Europe
-
-
-
-Author
-
-Christophoryová, Jana
-Department of Zoology, Faculty of Natural Sciences, Comenius University in Bratislava, Ilkovičova
-
-
-
-Author
-
-Rusinko, Adam
-Department of Physical Geography and Geoinformatics, Faculty of Natural Sciences, Comenius University in Bratislava, Ilkovičova 6, SK- 842 15 Bratislava, Slovakia
-
-
-
-Author
-
-Purkart, Adrián
-Department of Zoology, Faculty of Natural Sciences, Comenius University in Bratislava, Ilkovičova
-
-
-
-Author
-
-Vičanová, Lucia
-Department of Zoology, Faculty of Natural Sciences, Comenius University in Bratislava, Ilkovičova
-
-text
-
-
-Zootaxa
-
-
-2025
-
-2025-02-20
-
-
-5590
-
-
-1
-
-
-1
-45
-
-
-
-
-https://doi.org/10.11646/zootaxa.5590.1.1
-
-journal article
-10.11646/zootaxa.5590.1.1
-1175-5326
-BF250ECF-C10E-4EB1-9C94-9B0D8DCC1D24
-
-
-
-
-
-
-Order:
-Pseudoscorpiones de Geer, 1778
-
-
-
-
-
-
-
-Suborder: Heterosphyronida Chamberlin, 1929
-
-
-
-
-
\ No newline at end of file
diff --git a/data/91/1D/68/911D683F3029FFFC9AA8ED47FD70FEAC.xml b/data/91/1D/68/911D683F3029FFFC9AA8ED47FD70FEAC.xml
new file mode 100644
index 00000000000..558ffc95d8b
--- /dev/null
+++ b/data/91/1D/68/911D683F3029FFFC9AA8ED47FD70FEAC.xml
@@ -0,0 +1,193 @@
+
+
+
+Urban biodiversity of pseudoscorpions (Arachnida: Pseudoscorpiones) in the conditions of Central Europe
+
+
+
+Author
+
+Christophoryová, Jana
+Department of Zoology, Faculty of Natural Sciences, Comenius University in Bratislava, Ilkovičova
+
+
+
+Author
+
+Rusinko, Adam
+Department of Physical Geography and Geoinformatics, Faculty of Natural Sciences, Comenius University in Bratislava, Ilkovičova 6, SK- 842 15 Bratislava, Slovakia
+
+
+
+Author
+
+Purkart, Adrián
+Department of Zoology, Faculty of Natural Sciences, Comenius University in Bratislava, Ilkovičova
+
+
+
+Author
+
+Vičanová, Lucia
+Department of Zoology, Faculty of Natural Sciences, Comenius University in Bratislava, Ilkovičova
+
+text
+
+
+Zootaxa
+
+
+2025
+
+2025-02-20
+
+
+5590
+
+
+1
+
+
+1
+45
+
+
+
+
+https://doi.org/10.11646/zootaxa.5590.1.1
+
+journal article
+10.11646/zootaxa.5590.1.1
+1175-5326
+14952712
+BF250ECF-C10E-4EB1-9C94-9B0D8DCC1D24
+
+
+
+
+
+Chthonius ischnocheles
+(Hermann, 1804)
+
+
+
+
+
+(
+Figs 3A
+,
+4A
+) ▲
+
+
+
+
+New data
+:
+51
+:
+
+extraction of compost heap,
+
+22.10.2021
+
+,
+1 ♂
+, leg. L.
+V
+
+.
+
+
+
+
+European distribution
+:
+Andorra
+,
+Austria
+,
+Belgium
+,
+Bulgaria
+,
+Croatia
+,
+Czechia
+,
+Denmark
+,
+France
+,
+Germany
+,
+Greece
+,
+Hungary
+,
+Ireland
+,
+Italy
+,
+Luxembourg
+,
+Malta
+,
+Netherlands
+,
+Norway
+,
+Poland
+,
+Portugal
+,
+Romania
+,
+Serbia
+,
+Slovakia
+,
+Spain
+,
+Sweden
+,
+Switzerland
+,
+Turkey
+(European part),
+United Kingdom
+(
+WPC 2024
+).
+
+
+
+
+Notes
+:
+
+Chthonius ischnocheles
+
+is recorded in
+Bratislava
+for the first time. The species is distributed widely in Europe but in
+Slovakia
+, the data about its occurrence are rare (
+Krumpál 1980
+, 2000;
+Krumpál & Kiefer 1981
+). It was found in a beech forest and a cave (
+Krumpál 1980
+, 2000;
+Krumpál & Kiefer 1981
+). After more than 20 years,
+one male
+was extracted from a compost heap in the botanical garden in
+Bratislava
+, and by that new sampling site and habitat
+type
+for the species were discovered.
+
+
+
+
\ No newline at end of file
diff --git a/data/91/1D/68/911D683F302DFFE29AA8EB86FC76FDF4.xml b/data/91/1D/68/911D683F302DFFE29AA8EB86FC76FDF4.xml
new file mode 100644
index 00000000000..0cac047fdbd
--- /dev/null
+++ b/data/91/1D/68/911D683F302DFFE29AA8EB86FC76FDF4.xml
@@ -0,0 +1,1101 @@
+
+
+
+Urban biodiversity of pseudoscorpions (Arachnida: Pseudoscorpiones) in the conditions of Central Europe
+
+
+
+Author
+
+Christophoryová, Jana
+Department of Zoology, Faculty of Natural Sciences, Comenius University in Bratislava, Ilkovičova
+
+
+
+Author
+
+Rusinko, Adam
+Department of Physical Geography and Geoinformatics, Faculty of Natural Sciences, Comenius University in Bratislava, Ilkovičova 6, SK- 842 15 Bratislava, Slovakia
+
+
+
+Author
+
+Purkart, Adrián
+Department of Zoology, Faculty of Natural Sciences, Comenius University in Bratislava, Ilkovičova
+
+
+
+Author
+
+Vičanová, Lucia
+Department of Zoology, Faculty of Natural Sciences, Comenius University in Bratislava, Ilkovičova
+
+text
+
+
+Zootaxa
+
+
+2025
+
+2025-02-20
+
+
+5590
+
+
+1
+
+
+1
+45
+
+
+
+
+https://doi.org/10.11646/zootaxa.5590.1.1
+
+journal article
+10.11646/zootaxa.5590.1.1
+1175-5326
+14952712
+BF250ECF-C10E-4EB1-9C94-9B0D8DCC1D24
+
+
+
+
+
+Ephippiochthonius tetrachelatus
+(Preyssler, 1790)
+
+
+
+
+
+(
+Figs 3E
+,
+5A
+)
+
+
+
+
+Published data
+:
+1
+: extraction of soil, leaves and dead wood,
+2.7.2013
+,
+1 ♀
+,
+1 ♂
+, leg. M.H. (
+
+ChristophoryovÁ
+et al
+. 2016
+
+);
+2
+: extraction of soil, leaves and dead wood,
+10.6.2014
+, 2 D, leg. P.F., MA.K. (
+
+Christophoryová
+et al
+. 2016
+
+);
+3
+: sifting of leaf litter and soil,
+17.5.1999
+,
+1 ♀
+;
+24.7.1999
+,
+3 ♀♀
+;
+26.7.2000
+,
+1 ♀
+;
+31.8.2000
+,
+1 ♀
+; leg. M.H., Z.K., I.O. (
+Christophoryová 2013
+);
+4
+: sifting of leaf litter and soil,
+30.4.1999
+,
+1 ♀
+;
+26.7.2000
+, 1 T; leg. M.H., Z.K., I.O. (
+Christophoryová 2013
+);
+6
+: extraction of soil,
+19.7.2017
+,
+2 ♀♀
+,
+1 ♂
+, 2 D, 6 P;
+7.4.2018
+, 2 T, 1 D; leg. P.F. (
+
+ČervenÁ
+et al
+. 2020b
+
+);
+12
+: extraction of compost heap,
+5.3.2014
+,
+1 ♀
+, leg. B.M. (
+
+KaňuchovÁ
+et al
+. 2015
+
+);
+13
+: extraction of soil, leaves and dead wood,
+3.7.2013
+,
+2 ♂♂
+, leg. M.H. (
+
+ChristophoryovÁ
+et al
+. 2016
+
+);
+14
+: sifting of leaf litter and soil,
+17.5.1999
+,
+1 ♀
+,
+1 ♂
+;
+24.7.1999
+,
+1 ♂
+;
+14.6.2000
+,
+2 ♀♀
+,
+1 ♂
+; leg. M.H., Z.K., I.O. (
+ChristophoryovÁ 2013
+);
+29
+: extraction of sample from anthill of
+
+Formica rufa
+Linnaeus, 1761
+
+,
+16.1.2015
+,
+1 ♂
+; leg. O.M. (
+
+ChristophoryovÁ
+et al
+. 2017a
+
+);
+55
+: extraction of soil, leaves and dead wood,
+1.7.2013
+,
+1 ♀
+,
+5 ♂♂
+, 2 T;
+25.4.2014
+,
+1 ♀
+;
+10.6.2014
+, 1 D;
+9.10.2014
+,
+1 ♀
+,
+1 ♂
+; leg. M.H., MA.K. (
+
+ChristophoryovÁ
+et al
+. 2016
+
+);
+63
+: extraction of compost heap,
+25.10.2013
+,
+1 ♀
+, leg. J.C., A.K. (
+
+ChristophoryovÁ
+et al
+. 2017c
+
+);
+81
+: sifting of leaf litter and soil,
+29.4.2000
+,
+1 ♂
+;
+9.6.2000
+,
+1 ♂
+; leg. M.H., Z.K., I.O. (
+Christophoryová 2013
+);
+84
+: sifting of leaf litter and soil,
+18.5.1999
+,
+1 ♀
+;
+23.9.1999
+,
+1 ♂
+;
+9.6.2000
+,
+5 ♀♀
+,
+4 ♂♂
+;
+25.7.2000
+,
+1 ♂
+;
+30.8.2000
+,
+2 ♂♂
+;
+28.9.2000
+,
+7 ♀♀
+; leg. M.H., Z.K., I.O. (
+ChristophoryovÁ 2013
+);
+92
+: extraction of
+
+Motacilla cinerea
+
+nest,
+27.6.1989
+,
+1 ♀
+; extraction of
+
+Troglodytes troglodytes
+
+nests,
+25.6.1990
+,
+1 ♀
+;
+25.7.1990
+,
+1 ♀
+;
+23.7.1991
+,
+1 ♀
+,
+1 ♂
+; extraction of
+
+Turdus merula
+
+nest,
+25.6.1990
+,
+2 ♀♀
+,
+2 ♂♂
+; leg. J.K. (
+
+Christophoryová
+et al
+. 2017a
+
+);
+114
+: extraction of mould of
+
+Acer
+
+hollow,
+18.5.2015
+, 1 T, leg. DI.J. (
+
+Christophoryová
+et al
+. 2017b
+
+);
+159
+: extraction of soil, leaves and dead wood,
+11.6.2014
+, 2 T, leg. MA.K. (
+
+Christophoryová
+et al
+. 2016
+
+);
+166
+: extraction of mould from tree stool hollow,
+11.6.2014
+, 2 T; extraction of soil, leaves and dead wood,
+21.6.2013
+,
+2 ♀♀
+,
+2 ♂♂
+;
+11.6.2014
+, 1 D; pitfall trap,
+17.7.2013
+,
+1 ♂
+; leg. J.C., M.H., MA.K. (
+
+ChristophoryovÁ
+et al
+. 2016
+
+);
+167
+: extraction of compost heaps,
+4.9.2013
+,
+5 ♂♂
+, leg. M.H. (
+
+KaňuchovÁ
+et al
+. 2015
+
+);
+4.9.2013
+,
+4 ♀♀
+,
+1 ♂
+, 3 T, 1 D, leg. M.H. (
+
+Christophoryová
+et al
+. 2017c
+
+);
+174
+: extraction of soil, leaves and dead wood,
+22.6.2013
+,
+1 ♀
+,
+2 ♂♂
+, 1 T, leg. M.H. (
+
+ChristophoryovÁ
+et al
+. 2016
+
+);
+178
+: extraction of compost heaps,
+4.9.2013
+,
+1 ♂
+;
+10.10.2013
+,
+1 ♂
+; leg. D.G. (
+
+ChristophoryovÁ
+et al
+. 2017c
+
+);
+181
+: extraction of compost heap,
+3.10.2014
+,
+2 ♀♀
+,
+2 ♂♂
+, 3 T, 2 D, leg. K.H. (
+
+KaňuchovÁ
+et al
+. 2015
+
+);
+191
+: extraction of compost heaps,
+15.8.2012
+,
+1 ♂
+(
+
+KaňuchovÁ
+et al
+. 2015
+
+);
+15.8.2012
+,
+2 ♂♂
+(
+
+ChristophoryovÁ
+et al
+. 2017c
+
+); leg. E.S., V.S.
+
+
+New data
+:
+16
+: extraction of leaf litter,
+
+3.6.2022
+
+,
+2 ♀♀
+,
+2 ♂♂
+, 1
+T
+, leg.
+P.F.
+;
+17
+:
+pitfall traps
+,
+
+11.8.2022
+
+,
+31 ♀♀
+,
+18 ♂♂
+, 12
+T
+;
+
+30.9.2022
+
+,
+2 ♀♀
+; leg.
+J.L.
+,
+O.M.
+;
+18
+:
+pitfall traps
+,
+
+11.8.2022
+
+,
+2 ♀♀
+,
+5 ♂♂
+;
+
+2.9.2022
+
+,
+1 ♀
+; leg.
+J.L.
+,
+O.M.
+;
+23
+:
+pitfall trap
+,
+
+11.8.2022
+
+,
+1 ♀
+,
+1 ♂
+, leg.
+J.L.
+,
+O.M.
+;
+27
+:
+pitfall trap
+,
+
+11.8.2022
+
+,
+1 ♂
+, leg.
+J.L.
+,
+O.M.
+;
+28
+:
+pitfall traps
+,
+
+11.8.2022
+
+,
+2 ♀♀
+,
+2 ♂♂
+;
+
+30.9.2022
+
+,
+4 ♀♀
+, leg.
+J.L.
+,
+O.M.
+;
+32
+: extraction of leaf litter,
+
+28.4.2020
+
+,
+11 ♀♀
+,
+5 ♂♂
+, 6
+T
+, 5 D, leg.
+P.F.
+;
+37
+:
+pitfall trap
+,
+
+15.4.2020
+
+,
+1 ♀
+, leg.
+O.M.
+;
+45
+: extraction of soil and grassroots,
+
+28.4.2020
+
+, 3
+T
+, 2 D, leg.
+P.F.
+;
+47
+: extraction of leaf litter,
+
+15.10.2019
+
+,
+1 ♀
+,
+1 ♂
+, 1 D, leg.
+J.C.
+, E.N.;
+50
+: individual sampling in soil,
+
+21.10.2019
+
+,
+1 ♀
+, leg.
+L.Š.
+;
+60
+: extraction of leaf litter,
+
+20.9.2021
+
+,
+3 ♀♀
+,
+3 ♂♂
+, leg. L.
+V
+.;
+64
+: extraction of compost heap,
+
+16.9.2021
+
+,
+3 ♂♂
+, leg. L.
+V
+.;
+65
+: extraction of sample from dead decomposing rat,
+
+6.5.2022
+
+,
+1 ♀
+, 2
+T
+, leg.
+L.Š.
+;
+70
+: extraction of leaf litter,
+
+2.8.2021
+
+,
+1 ♀
+,
+2 ♂♂
+, leg.
+J.C.
+,
+K.K.
+;
+71
+: extraction of leaf litter and soil,
+
+22.5.2017
+
+,
+1 ♀
+,
+5 ♂♂
+, 1
+T
+, leg. N.N., MÁ.K.;
+73
+: sifting of leaf litter,
+
+19.8.2016
+
+,
+3 ♀♀
+,
+1 ♂
+, 3
+T
+, 2 D, leg.
+J.C.
+;
+91
+: sifting of leaf litter,
+
+11.7.2022
+
+,
+1 ♂
+, 1
+T
+, leg.
+J.C.
+;
+112
+: sifting of leaf litter and dead wood,
+
+18.4.2020
+
+,
+2 ♀♀
+,
+2 ♂♂
+, leg.
+J.C.
+;
+127
+: sifting of leaf litter and dead wood,
+
+1.5.2020
+
+,
+3 ♀♀
+,
+2 ♂♂
+, 1
+T
+, leg.
+J.C.
+;
+142
+: individual sampling from dead wood,
+
+23.9.2022
+
+,
+1 ♀
+, leg. L.
+V
+.;
+146
+: extraction of leaf litter,
+
+23.10.2020
+
+,
+17 ♀♀
+,
+24 ♂♂
+, 29
+T
+, 43 D, leg.
+P.F.
+;
+148
+: extraction of soil,
+
+23.10.2020
+
+,
+2 ♀♀
+, leg.
+P.F.
+;
+152
+: extraction of soil,
+
+23.10.2020
+
+,
+1 ♀
+, 1 D, leg.
+P.F.
+;
+164
+:
+pitfall trap
+,
+
+16.9.2016
+
+,
+1 ♀
+, leg.
+O.M.
+;
+165
+:
+pitfall trap
+,
+
+16.9.2019
+
+,
+1 ♀
+, leg.
+J.L.
+;
+170
+: individual sampling under stones,
+
+12.7.2022
+
+,
+2 ♂♂
+; sifting of leaf litter,
+
+12.7.2022
+
+,
+1 ♂
+, 3
+T
+; leg.
+J.C.
+;
+183
+: extraction of sample from dead decomposing mouflon,
+
+13.1.2022
+
+,
+1 ♂
+, leg.
+L.Š.
+;
+184
+: extraction of leaf litter,
+
+8.7.2021
+
+,
+8 ♀♀
+,
+2 ♂♂
+, 2
+T
+;
+
+4.8.2021
+
+,
+4 ♀♀
+,
+4 ♂♂
+; leg.
+A.P.
+;
+185
+: extraction of leaf litter and fallen tree bark,
+
+4.8.2021
+
+,
+2 ♂♂
+, leg.
+A.P.
+;
+188
+: extraction of leaf litter,
+
+3.5.2018
+
+,
+3 ♂♂
+, leg.
+M.J.
+,
+K.K.
+, A.P.
+
+
+
+
+FIGURE 4.
+Distribution of the species of
+Chthoniidae
+in
+Bratislava
+city.
+A.
+
+Chthonius ischnocheles
+
+.
+B.
+
+Chthonius ressli
+
+.
+C.
+
+Ephippiochthonius boldorii
+.
+
+D.
+
+Ephippiochthonius fuscimanus
+
+. For the locality codes, see Table 1.
+
+
+
+
+FIGURE 5.
+Distribution of the species of
+Chthoniidae
+and
+Neobisiidae
+in
+Bratislava
+city.
+A.
+
+Ephippiochthonius tetrachelatus
+
+.
+B.
+
+Neobisium carcinoides
+
+.
+C.
+
+Neobisium carpaticum
+
+.
+D.
+
+Neobisium erythrodactylum
+
+. For the locality codes, see Table 1.
+
+
+
+
+European distribution
+:
+Austria
+,
+Belgium
+,
+Bulgaria
+,
+Croatia
+,
+Cyprus
+,
+Czechia
+,
+Denmark
+,
+Estonia
+,
+Finland
+,
+France
+,
+Germany
+,
+Greece
+,
+Hungary
+,
+Ireland
+,
+Italy
+,
+Luxembourg
+,
+Moldova
+,
+Monaco
+,
+Netherlands
+, North Macedonia,
+Norway
+,
+Poland
+,
+Portugal
+,
+Romania
+,
+Serbia
+,
+Slovakia
+,
+Slovenia
+,
+Spain
+,
+Sweden
+,
+Switzerland
+,
+United Kingdom
+,
+Ukraine
+(
+WPC 2024
+).
+
+
+
+
+Notes
+:
+
+Ephippiochthonius tetrachelatus
+
+is widely distributed in Europe (
+WPC 2024
+) and is a eurytopic species of the family
+Chthoniidae
+. It is most commonly found in leaf litter and soil (
+Christophoryová 2013
+;
+
+Christophoryová
+et al
+. 2016
+
+;
+
+ČervenÁ
+et al
+. 2020b
+
+), but it has also been found in tree hollows (
+
+Christophoryová
+et al
+. 2016
+
+,
+2017b
+), bird nests, anthills (
+
+Christophoryová
+et al
+. 2017a
+
+) and composts (
+
+KaňuchovÁ
+et al
+. 2015
+
+;
+
+Christophoryová
+et al
+. 2017c
+
+). In the present study, 30 sampling sites of
+
+E
+.
+tetrachelatus
+
+in
+Bratislava
+were added. Regarding habitat preference, the dominant occurrence in substrates was confirmed. Interesting was the first finding on dead animals, while it was recorded on a rat and a mouflon in an advanced stage of decomposition.
+
+
+
+
\ No newline at end of file
diff --git a/data/91/1D/68/911D683F302EFFFC9AA8EB16FDC1FC48.xml b/data/91/1D/68/911D683F302EFFFC9AA8EB16FDC1FC48.xml
new file mode 100644
index 00000000000..ae386ef065a
--- /dev/null
+++ b/data/91/1D/68/911D683F302EFFFC9AA8EB16FDC1FC48.xml
@@ -0,0 +1,294 @@
+
+
+
+Urban biodiversity of pseudoscorpions (Arachnida: Pseudoscorpiones) in the conditions of Central Europe
+
+
+
+Author
+
+Christophoryová, Jana
+Department of Zoology, Faculty of Natural Sciences, Comenius University in Bratislava, Ilkovičova
+
+
+
+Author
+
+Rusinko, Adam
+Department of Physical Geography and Geoinformatics, Faculty of Natural Sciences, Comenius University in Bratislava, Ilkovičova 6, SK- 842 15 Bratislava, Slovakia
+
+
+
+Author
+
+Purkart, Adrián
+Department of Zoology, Faculty of Natural Sciences, Comenius University in Bratislava, Ilkovičova
+
+
+
+Author
+
+Vičanová, Lucia
+Department of Zoology, Faculty of Natural Sciences, Comenius University in Bratislava, Ilkovičova
+
+text
+
+
+Zootaxa
+
+
+2025
+
+2025-02-20
+
+
+5590
+
+
+1
+
+
+1
+45
+
+
+
+
+https://doi.org/10.11646/zootaxa.5590.1.1
+
+journal article
+10.11646/zootaxa.5590.1.1
+1175-5326
+14952712
+BF250ECF-C10E-4EB1-9C94-9B0D8DCC1D24
+
+
+
+
+
+Chthonius ressli
+Beier, 1956
+
+
+
+
+
+(
+Figs 3B
+,
+4B
+)
+
+
+
+
+Published data
+:
+2
+: extraction of soil, leaves and dead wood,
+10.6.2014
+,
+1 ♀
+, leg. P.F., MA.K. (
+
+ChristophoryovÁ
+et al
+. 2016
+
+);
+167
+: extraction of compost heap,
+4.9.2013
+,
+5 ♀♀
+, leg. M.H. (
+
+ChristophoryovÁ
+et al
+. 2017c
+
+);
+174
+: extraction of compost heap,
+10.6.2014
+,
+1 ♂
+, leg. M.H.; extraction of soil, leaves and dead wood,
+22.6.2013
+,
+1 ♀
+;
+10.6.2014
+,
+2 ♀♀
+;
+9.10.2014
+,
+2 ♀♀
+; leg. P.F., M.H., MA.K. (
+
+ChristophoryovÁ
+et al
+. 2016
+
+).
+
+
+New data
+:
+25
+:
+pitfall trap
+,
+
+11.8.2022
+
+,
+1 ♂
+, leg.
+J.L.
+;
+65
+: extraction of sample from dead decomposing rats,
+
+18.8.2021
+
+,
+7 ♀♀
+,
+9 ♂♂
+, 3
+T
+, 1 D, 1 P;
+
+23.8.2021
+
+,
+2 ♂♂
+, 4
+T
+, 1 D;
+
+25.8.2021
+
+,
+1 ♀
+,
+2 ♂♂
+;
+
+3.9.2021
+
+,
+2 ♀♀
+,
+5 ♂♂
+, 2
+T
+, 2 D; extraction of soil and leaf litter,
+
+18.8.2021
+
+,
+10 ♀♀
+,
+8 ♂♂
+, 4
+T
+, 5 D, 2 P, leg.
+L.Š.
+;
+73
+: sifting of leaf litter,
+
+19.8.2016
+
+,
+2 ♀♀
+, 1
+T
+, leg.
+J.C.
+;
+148
+: extraction of soil,
+
+23.10.2020
+
+,
+1 ♀
+,
+1 ♂
+, 4
+T
+, 1 D; leg.
+P.F.
+; extraction of wood and soil under fallen tree,
+
+23.10.2020
+
+,
+12 ♀♀
+,
+10 ♂♂
+, 7
+T
+, 8 D;
+170
+: sifting of leaf litter,
+
+12.7.2022
+
+,
+1 ♀
+, leg. J.C.
+
+
+
+
+European distribution
+:
+Austria
+,
+Czechia
+,
+France
+,
+Hungary
+,
+Italy
+,
+Monaco
+,
+Slovakia
+,
+Switzerland
+(
+WPC 2024
+).
+
+
+
+
+Notes
+:
+
+Chthonius ressli
+
+is an epigeic species that occurs mainly in leaf litter and decomposing material (
+
+Christophoryová
+et al.
+2016
+
+,
+2017c
+). During this study, five sampling sites were added to the species distribution in
+Bratislava
+, and most of the samples confirmed the species’ habitat preferences. The occurrence of dead animals represents a new habitat
+type
+for the species. A total of 42 individuals representing all developmental stages were found on decomposing rats of different stages of decomposition.
+
+
+
+
\ No newline at end of file
diff --git a/data/91/1D/68/911D683F302EFFFD9AA8E9B3FB45FD68.xml b/data/91/1D/68/911D683F302EFFFD9AA8E9B3FB45FD68.xml
new file mode 100644
index 00000000000..81dcc58f8f0
--- /dev/null
+++ b/data/91/1D/68/911D683F302EFFFD9AA8E9B3FB45FD68.xml
@@ -0,0 +1,1268 @@
+
+
+
+Urban biodiversity of pseudoscorpions (Arachnida: Pseudoscorpiones) in the conditions of Central Europe
+
+
+
+Author
+
+Christophoryová, Jana
+Department of Zoology, Faculty of Natural Sciences, Comenius University in Bratislava, Ilkovičova
+
+
+
+Author
+
+Rusinko, Adam
+Department of Physical Geography and Geoinformatics, Faculty of Natural Sciences, Comenius University in Bratislava, Ilkovičova 6, SK- 842 15 Bratislava, Slovakia
+
+
+
+Author
+
+Purkart, Adrián
+Department of Zoology, Faculty of Natural Sciences, Comenius University in Bratislava, Ilkovičova
+
+
+
+Author
+
+Vičanová, Lucia
+Department of Zoology, Faculty of Natural Sciences, Comenius University in Bratislava, Ilkovičova
+
+text
+
+
+Zootaxa
+
+
+2025
+
+2025-02-20
+
+
+5590
+
+
+1
+
+
+1
+45
+
+
+
+
+https://doi.org/10.11646/zootaxa.5590.1.1
+
+journal article
+10.11646/zootaxa.5590.1.1
+1175-5326
+14952712
+BF250ECF-C10E-4EB1-9C94-9B0D8DCC1D24
+
+
+
+
+
+Ephippiochthonius boldorii
+(Beier, 1934)
+
+
+
+
+
+(
+Figs 3C
+,
+4C
+)
+
+
+
+
+Published data
+:
+3
+: sifting of leaf litter and soil,
+
+30.4.1999
+
+,
+2 ♀♀
+;
+
+24.7.1999
+
+,
+2 ♀♀
+,
+1 ♂
+, 3
+T
+;
+
+15.10.1999
+
+,
+1 ♂
+;
+
+7.4.2000
+
+,
+1 ♂
+;
+
+28.4.2000
+
+,
+4 ♂♂
+, 5
+T
+;
+
+14.6.2000
+
+,
+8 ♀♀
+,
+13 ♂♂
+;
+
+26.7.2000
+
+,
+4 ♀♀
+,
+1 ♂
+, 2
+T
+;
+
+20.9.2000
+
+,
+3 ♀♀
+,
+7 ♂♂
+, 4
+T
+, 1 D;
+
+3.5.2005
+
+,
+3 ♀♀
+,
+2 ♂♂
+;
+
+3.6.2005
+
+,
+4 ♂♂
+;
+
+13.7.2005
+
+,
+1 ♀
+, 1
+T
+;
+
+31.8.2005
+
+,
+1 ♀
+,
+3 ♂♂
+, 1
+T
+;
+
+10.10.2005
+
+,
+2 ♂♂
+;
+
+13.12.2005
+
+,
+1 ♀
+, 2
+T
+;
+
+21.4.2006
+
+,
+1 ♀
+,
+3 ♂♂
+, 2
+T
+;
+
+31.5.2006
+
+,
+2 ♀♀
+;
+
+2.8.2006
+
+,
+2 ♀♀
+,
+1 ♂
+;
+
+2.10.2006
+
+, 1
+T
+; leg. M.H., Z.K., I.O. (
+Christophoryová 2013
+);
+4
+: sifting of leaf litter and soil,
+
+17.5.1999
+
+,
+1 ♀
+;
+
+24.7.1999
+
+,
+7 ♀♀
+,
+4 ♂♂
+, 5
+T
+;
+
+28.4.2000
+
+,
+7 ♀♀
+,
+10 ♂♂
+, 5
+T
+;
+14.6.2000
+,
+7 ♀♀
+,
+10 ♂♂
+, 1 D;
+
+26.7.2000
+
+, 1
+T
+;
+
+31.8.2000
+
+,
+5 ♀♀
+,
+7 ♂♂
+, 6
+T
+;
+
+20.9.2000
+
+,
+2 ♂♂
+;
+
+8.4.2005
+
+,
+2 ♀♀
+;
+
+30.4.2005
+
+,
+1 ♂
+;
+
+3.6.2005
+
+,
+5 ♀♀
+, 1
+T
+;
+13.7.2005
+,
+1 ♀
+,
+3 ♂♂
+;
+8.10.2005
+,
+2 ♂♂
+;
+11.11.2005
+,
+1 ♂
+;
+26.5.2006
+,
+1 ♀
+,
+1 ♂
+;
+30.8.2006
+,
+1 ♂
+;
+2.9.2006
+,
+1 ♂
+;
+1.11.2006
+,
+1 ♀
+; leg. M.H., Z.K., I.O. (
+Christophoryová 2013
+);
+5
+: sifting of leaf litter and soil,
+
+5.4.2005
+
+,
+1 ♀
+;
+
+3.5.2005
+
+,
+1 ♀
+,
+4 ♂♂
+, 2
+T
+, 1 D;
+
+3.6.2005
+
+,
+7 ♀♀
+,
+1 ♂
+, 2
+T
+;
+13.7.2005
+,
+1 ♂
+, 1 D;
+
+31.8.2005
+
+,
+5 ♀♀
+,
+5 ♂♂
+, 8
+T
+, 1 D;
+
+11.10.2005
+
+,
+2 ♀♀
+,
+1 ♂
+, 1
+T
+;
+
+13.12.2005
+
+,
+2 ♀♀
+,
+2 ♂♂
+, 1
+T
+;
+
+21.4.2006
+
+,
+1 ♂
+;
+
+31.5.2006
+
+, 1
+T
+;
+
+30.6.2006
+
+,
+1 ♀
+, 2
+T
+;
+
+2.8.2006
+
+,
+2 ♂♂
+, 1
+T
+; leg. M.H. (
+ChristophoryovÁ 2013
+);
+14
+: sifting of leaf litter and soil,
+
+30.4.1999
+
+,
+1 ♂
+;
+
+17.5.1999
+
+,
+1 ♀
+,
+1 ♂
+;
+
+24.7.1999
+
+,
+4 ♀♀
+, 2
+T
+;
+
+21.8.1999
+
+,
+1 ♀
+;
+
+24.9.1999
+
+,
+1 ♂
+;
+
+15.10.1999
+
+,
+1 ♀
+;
+
+7.4.2000
+
+, 1
+T
+;
+
+28.4.2000
+
+,
+2 ♀♀
+,
+9 ♂♂
+;
+
+14.6.2000
+
+,
+17 ♀♀
+,
+14 ♂♂
+;
+
+31.8.2000
+
+,
+3 ♂♂
+, 2
+T
+;
+20.9.2000
+,
+1 ♂
+;
+7.11.2000
+,
+1 ♀
+, 1 D;
+
+29.4.2005
+
+,
+1 ♀
+,
+1 ♂
+, 3
+T
+;
+
+3.6.2005
+
+,
+1 ♀
+, 1
+T
+;
+
+19.4.2006
+
+,
+1 ♂
+;
+
+26.5.2006
+
+,
+1 ♀
+,
+4 ♂♂
+, 1
+T
+;
+
+2.8.2006
+
+,
+2 ♀♀
+,
+1 ♂
+, 1
+T
+, 1 D;
+4.1.2007
+,
+1 ♂
+; leg. M.H., Z.K., I.O. (
+ChristophoryovÁ 2013
+);
+81
+: sifting of leaf litter and soil,
+
+4.5.1999
+
+,
+1 ♀
+,
+1 ♂
+;
+
+13.5.1999
+
+,
+1 ♀
+,
+1 ♂
+;
+
+6.6.1999
+
+,
+5 ♀♀
+,
+1 ♂
+;
+
+23.9.1999
+
+,
+2 ♀♀
+,
+1 ♂
+, 2
+T
+;
+
+12.10.1999
+
+,
+1 ♂
+;
+
+4.4.2000
+
+,
+2 ♀♀
+,
+3 ♂♂
+, 1
+T
+;
+
+29.4.2000
+
+,
+8 ♀♀
+,
+6 ♂♂
+, 1
+T
+;
+
+9.6.2000
+
+,
+4 ♀♀
+,
+4 ♂♂
+;
+
+30.8.2000
+
+,
+2 ♀♀
+, 1
+T
+;
+
+28.9.2000
+
+,
+10 ♀♀
+,
+5 ♂♂
+, 1
+T
+;
+
+26.10.2000
+
+,
+9 ♀♀
+,
+10 ♂♂
+, 5
+T
+;
+
+1.4.2005
+
+,
+3 ♀♀
+,
+2 ♂♂
+;
+
+3.5.2005
+
+,
+1 ♀
+,
+1 ♂
+;
+
+4.6.2005
+
+,
+1 ♀
+;
+
+7.10.2005
+
+,
+4 ♀♀
+,
+3 ♂♂
+;
+
+17.11.2005
+
+,
+2 ♀♀
+,
+2 ♂♂
+, 1
+T
+;
+
+20.4.2006
+
+, 1
+T
+;
+
+24.5.2006
+
+,
+1 ♀
+,
+2 ♂♂
+;
+
+3.8.2006
+
+,
+2 ♀♀
+, 2
+T
+;
+1.9.2006
+,
+1 ♂
+; leg. M.H., Z.K., I.O. (
+ChristophoryovÁ 2013
+);
+84
+: sifting of leaf litter and soil,
+
+4.5.1999
+
+,
+2 ♀♀
+,
+1 ♂
+;
+
+18.5.1999
+
+,
+2 ♀♀
+,
+1 ♂
+, 1
+T
+;
+6.7.1999
+,
+4 ♀♀
+,
+1 ♂
+, 2 D;
+
+7.8.1999
+
+,
+3 ♀♀
+;
+
+23.9.1999
+
+,
+5 ♀♀
+, 1
+T
+;
+
+12.10.1999
+
+,
+5 ♀♀
+,
+1 ♂
+;
+
+4.4.2000
+
+,
+1 ♀
+,
+2 ♂♂
+;
+
+29.4.2000
+
+,
+7 ♀♀
+,
+19 ♂♂
+, 7
+T
+;
+
+9.6.2000
+
+,
+7 ♀♀
+,
+15 ♂♂
+, 2
+T
+;
+
+25.7.2000
+
+,
+4 ♀♀
+, 1
+T
+;
+
+30.8.2000
+
+,
+1 ♀
+,
+2 ♂♂
+, 2
+T
+;
+
+28.9.2000
+
+,
+12 ♀♀
+,
+16 ♂♂
+, 2
+T
+, 2 D;
+
+26.10.2000
+
+,
+8 ♀♀
+,
+17 ♂♂
+, 3
+T
+, 1 D;
+
+1.4.2005
+
+, 4
+T
+;
+
+3.5.2005
+
+,
+2 ♀♀
+,
+2 ♂♂
+, 1
+T
+, 1 D;
+
+4.6.2005
+
+,
+8 ♀♀
+,
+4 ♂♂
+, 4
+T
+;
+
+13.7.2005
+
+,
+1 ♂
+, 2
+T
+, 1 D;
+
+26.8.2005
+
+,
+1 ♂
+;
+
+7.10.2005
+
+,
+2 ♀♀
+,
+3 ♂♂
+, 2
+T
+, 3 D;
+
+17.11.2005
+
+,
+1 ♂
+, 1
+T
+;
+24.5.2006
+,
+1 ♀
+;
+1.9.2006
+, 1 D;
+7.12.2006
+,
+1 ♀
+;
+3.6.2008
+,
+1 ♂
+; leg. M.H., Z.K., I.O. (
+ChristophoryovÁ 2013
+);
+168
+: sifting of leaf litter and soil,
+
+30.4.2005
+
+,
+1 ♀
+,
+2 ♂♂
+;
+
+31.5.2005
+
+,
+4 ♀♀
+,
+4 ♂♂
+;
+
+29.6.2005
+
+,
+8 ♀♀
+,
+8 ♂♂
+, 5
+T
+;
+
+5.8.2005
+
+, 1
+T
+;
+
+30.8.2005
+
+,
+1 ♀
+,
+2 ♂♂
+;
+
+9.10.2005
+
+,
+1 ♂
+;
+
+12.11.2005
+
+,
+4 ♀♀
+,
+1 ♂
+, 3
+T
+;
+
+20.4.2006
+
+,
+2 ♀♀
+,
+1 ♂
+, 1
+T
+;
+
+23.5.2006
+
+,
+2 ♀♀
+,
+1 ♂
+;
+
+24.6.2006
+
+,
+1 ♀
+;
+
+3.8.2006
+
+,
+1 ♀
+;
+
+1.10.2006
+
+,
+1 ♀
+, 1
+T
+;
+5.12.2006
+,
+1 ♀
+,
+1 ♂
+;
+4.1.2007
+,
+1 ♀
+,
+1 ♂
+; leg. M.H. (
+ChristophoryovÁ 2013
+);
+176
+: sifting of leaf litter and soil,
+
+8.4.2005
+
+, 1
+T
+;
+30.4.2005
+,
+2 ♀♀
+,
+1 ♂
+, 1 D;
+
+29.6.2005
+
+,
+1 ♂
+, 4
+T
+;
+
+29.8.2005
+
+,
+2 ♂♂
+, 1
+T
+;
+
+9.10.2005
+
+,
+3 ♀♀
+,
+1 ♂
+, 2
+T
+, 1 D;
+
+8.12.2005
+
+, 2
+T
+;
+
+22.4.2006
+
+,
+2 ♀♀
+,
+2 ♂♂
+;
+
+23.5.2006
+
+,
+6 ♀♀
+,
+3 ♂♂
+, 1
+T
+, 1 D;
+
+24.6.2006
+
+,
+1 ♀
+, 1
+T
+, 1 D;
+
+4.8.2006
+
+,
+2 ♀♀
+, 2
+T
+;
+
+1.9.2006
+
+,
+1 ♀
+, 2
+T
+;
+
+1.10.2006
+
+, 1
+T
+; leg. M.H. (
+ChristophoryovÁ 2013
+).
+
+
+New data
+:
+65
+: extraction of leaf litter and soil,
+
+18.8.2021
+
+,
+2 ♀♀
+,
+2 ♂♂
+, 1
+T
+, 1 D; extraction of sample of dead decomposing rats,
+
+23.8.2021
+
+,
+1 ♂
+;
+
+25.8.2021
+
+,
+2 ♀♀
+;
+
+3.9.2021
+
+, 1
+T
+; leg.
+L.Š.
+;
+66
+: extraction of leaf litter and soil,
+
+17.9.2021
+
+,
+2 ♀♀
+,
+3 ♂♂
+, 2
+T
+, leg.
+P.F.
+;
+73
+: sifting of dead wood,
+
+19.8.2016
+
+,
+2 ♂♂
+, 4
+T
+, 1 D, leg.
+J.C.
+;
+161
+:
+pitfall trap
+,
+
+1.9.2019
+
+,
+1 ♀
+, leg.
+J.L.
+;
+164
+:
+pitfall trap
+,
+
+15.2.2020
+
+,
+1 ♀
+, leg.
+J.L.
+;
+175
+: extraction of leaf litter and humus,
+
+30.6.2020
+
+,
+1 ♂
+, leg. P.F.
+
+
+
+
+European distribution
+:
+Austria
+,
+Croatia
+,
+Germany
+,
+Italy
+,
+Luxembourg
+,
+Slovakia
+,
+Slovenia
+,
+Switzerland
+(
+Gardini 2013
+;
+WPC 2024
+).
+
+
+
+
+Notes
+:
+
+Ephippiochthonius boldorii
+
+is the eudominant species of the family
+Chthoniidae
+in
+Bratislava
+with
+793 specimens
+.This species is a typical inhabitant of leaf litter and soil mainly in the Malé Karpaty Mts. (
+Christophoryová 2013
+). The present results extend the occurrence of the species in
+Bratislava
+by six new sampling sites. The species was recorded for the first time in two habitat
+types
+, dead wood, and decomposing animals.
+
+
+
+
\ No newline at end of file
diff --git a/data/91/1D/68/911D683F302FFFFF9AA8E8D3FCD7FE3C.xml b/data/91/1D/68/911D683F302FFFFF9AA8E8D3FCD7FE3C.xml
new file mode 100644
index 00000000000..dfe8bebe834
--- /dev/null
+++ b/data/91/1D/68/911D683F302FFFFF9AA8E8D3FCD7FE3C.xml
@@ -0,0 +1,1316 @@
+
+
+
+Urban biodiversity of pseudoscorpions (Arachnida: Pseudoscorpiones) in the conditions of Central Europe
+
+
+
+Author
+
+Christophoryová, Jana
+Department of Zoology, Faculty of Natural Sciences, Comenius University in Bratislava, Ilkovičova
+
+
+
+Author
+
+Rusinko, Adam
+Department of Physical Geography and Geoinformatics, Faculty of Natural Sciences, Comenius University in Bratislava, Ilkovičova 6, SK- 842 15 Bratislava, Slovakia
+
+
+
+Author
+
+Purkart, Adrián
+Department of Zoology, Faculty of Natural Sciences, Comenius University in Bratislava, Ilkovičova
+
+
+
+Author
+
+Vičanová, Lucia
+Department of Zoology, Faculty of Natural Sciences, Comenius University in Bratislava, Ilkovičova
+
+text
+
+
+Zootaxa
+
+
+2025
+
+2025-02-20
+
+
+5590
+
+
+1
+
+
+1
+45
+
+
+
+
+https://doi.org/10.11646/zootaxa.5590.1.1
+
+journal article
+10.11646/zootaxa.5590.1.1
+1175-5326
+14952712
+BF250ECF-C10E-4EB1-9C94-9B0D8DCC1D24
+
+
+
+
+
+Ephippiochthonius fuscimanus
+(Simon, 1900)
+
+
+
+
+
+(
+Figs 3D
+,
+4D
+)
+
+
+
+
+Published data
+:
+3
+: sifting of leaf litter and soil,
+
+30.4.1999
+
+,
+1 ♂
+;
+
+17.5.1999
+
+,
+1 ♀
+;
+
+24.7.1999
+
+,
+1 ♀
+,
+1 ♂
+, 1
+T
+, 3 D;
+
+24.9.1999
+
+,
+1 ♂
+;
+
+15.10.1999
+
+,
+2 ♀♀
+, 1
+T
+;
+
+7.4.2000
+
+,
+1 ♀
+, 2
+T
+;
+
+28.4.2000
+
+,
+1 ♀
+, 2
+T
+, 1 D;
+
+14.6.2000
+
+,
+3 ♀♀
+,
+3 ♂♂
+;
+
+26.7.2000
+
+, 1
+T
+;
+31.8.2000
+,
+2 ♂♂
+, 1 D;
+
+20.9.2000
+
+,
+1 ♂
+, 3
+T
+;
+
+5.4.2005
+
+,
+1 ♀
+,
+3 ♂♂
+, 3
+T
+, 1 D;
+
+3.5.2005
+
+,
+2 ♀♀
+,
+1 ♂
+;
+
+31.8.2005
+
+, 1
+T
+;
+
+10.10.2005
+
+, 2
+T
+;
+
+13.12.2005
+
+, 1
+T
+, 2 D;
+
+21.4.2006
+
+, 1
+T
+, 3 D;
+
+31.5.2006
+
+,
+1 ♂
+;
+
+30.6.2006
+
+,
+1 ♀
+, 1
+T
+;
+2.8.2006
+,
+3 ♀♀
+;
+2.9.2006
+,
+1 ♀
+;
+9.12.2006
+,
+1 ♂
+; leg. M.H., Z.K., I.O. (
+ChristophoryovÁ 2013
+);
+4
+: pitfall trap,
+20.6.1975
+,
+1 ♂
+; sifting (material not specified),
+7.5.1975
+,
+1 ♀
+; leg. MI.K. (
+KrumpÁl & Kiefer 1981
+); sifting of leaf litter and soil,
+30.4.1999
+,
+1 ♂
+, 1 D;
+
+17.5.1999
+
+,
+1 ♂
+;
+
+24.7.1999
+
+,
+3 ♂♂
+, 7
+T
+, 2 D;
+
+21.8.1999
+
+,
+1 ♂
+;
+
+24.9.1999
+
+, 1
+T
+;
+
+28.4.2000
+
+,
+1 ♀
+,
+1 ♂
+, 2
+T
+, 2 D;
+14.6.2000
+,
+3 ♀♀
+, 2 D;
+
+26.7.2000
+
+,
+1 ♂
+;
+
+31.8.2000
+
+,
+1 ♀
+,
+1 ♂
+, 2
+T
+;
+
+20.9.2000
+
+,
+2 ♀♀
+,
+2 ♂♂
+, 1
+T
+;
+
+7.11.2000
+
+,
+1 ♂
+;
+
+8.4.2005
+
+,
+2 ♂♂
+;
+
+30.4.2005
+
+,
+1 ♂
+;
+
+8.10.2005
+
+,
+2 ♀♀
+;
+
+11.11.2005
+
+,
+1 ♀
+, 1
+T
+;
+
+26.5.2006
+
+, 1
+T
+;
+
+30.6.2006
+
+, 2
+T
+;
+
+2.8.2006
+
+, 1
+T
+;
+2.9.2006
+,
+1 ♀
+; leg. M.H., Z.K., I.O. (
+ChristophoryovÁ 2013
+);
+5
+: sifting of leaf litter and soil,
+
+5.4.2005
+
+,
+1 ♂
+;
+
+3.5.2005
+
+,
+1 ♀
+;
+
+13.7.2005
+
+,
+1 ♂
+;
+
+31.8.2005
+
+,
+2 ♂♂
+, 1
+T
+, 1 D;
+
+11.10.2005
+
+,
+2 ♀♀
+, 2
+T
+, 4 D;
+
+2.8.2006
+
+,
+3 ♀♀
+,
+1 ♂
+, 3
+T
+;
+2.11.2006
+,
+1 ♂
+;
+9.1.2007
+, 1 D; leg. M.H. (
+ChristophoryovÁ 2013
+);
+6
+: extraction of soil,
+31.1.2018
+,
+1 ♂
+, 1 D, leg. P.F. (
+
+ČervenÁ
+et al
+. 2020b
+
+);
+7
+: extraction of compost heap,
+5.10.2013
+,
+1 ♀
+,
+1 ♂
+, leg. D.G., K.K. (
+
+KaňuchovÁ
+et al
+. 2015
+
+);
+13
+: extraction of soil, leaves and dead wood,
+3.7.2013
+,
+1 ♂
+, leg. M.H. (
+
+ChristophoryovÁ
+et al
+. 2016
+
+);
+14
+: sifting of leaf litter and soil,
+
+24.7.1999
+
+,
+2 ♂♂
+, 9
+T
+, 1 D;
+
+21.8.1999
+
+,
+1 ♂
+;
+
+24.9.1999
+
+, 1
+T
+, 1 D;
+
+15.10.1999
+
+,
+1 ♀
+,
+1 ♂
+;
+
+7.4.2000
+
+, 2
+T
+;
+
+28.4.2000
+
+,
+5 ♀♀
+,
+11 ♂♂
+, 6
+T
+, 2 D;
+
+14.6.2000
+
+,
+2 ♂♂
+, 4
+T
+, 2 D;
+
+31.8.2000
+
+,
+1 ♂
+, 2
+T
+;
+
+20.9.2000
+
+,
+1 ♀
+, 1
+T
+;
+
+8.4.2005
+
+,
+1 ♀
+,
+2 ♂♂
+, 3
+T
+;
+30.8.2005
+,
+2 ♂♂
+;
+8.10.2005
+, 3 D;
+
+11.11.2005
+
+, 1
+T
+, 6 D;
+2.8.2006
+,
+1 ♀
+, 1 D;
+
+5.12.2006
+
+, 1
+T
+;
+4.1.2007
+,
+1 ♂
+, 1 D; leg. M.H., Z.K., I.O. (
+ChristophoryovÁ 2013
+);
+81
+: sifting of leaf litter and soil,
+
+4.5.1999
+
+,
+1 ♀
+, 2
+T
+;
+
+6.6.1999
+
+, 3
+T
+;
+
+23.9.1999
+
+,
+2 ♀♀
+,
+3 ♂♂
+, 1
+T
+;
+
+12.10.1999
+
+, 1
+T
+;
+
+4.4.2000
+
+,
+1 ♀
+, 2
+T
+;
+
+29.4.2000
+
+,
+1 ♀
+,
+4 ♂♂
+, 2
+T
+, 1 D;
+
+9.6.2000
+
+,
+1 ♂
+;
+
+28.9.2000
+
+,
+3 ♀♀
+,
+7 ♂♂
+, 5
+T
+, 1 D;
+
+26.10.2000
+
+,
+1 ♀
+,
+1 ♂
+, 4
+T
+, 3 D;
+
+1.4.2005
+
+,
+1 ♀
+,
+4 ♂♂
+;
+
+3.5.2005
+
+, 2
+T
+;
+
+4.6.2005
+
+,
+1 ♀
+,
+1 ♂
+;
+
+26.8.2005
+
+,
+1 ♀
+;
+
+7.10.2005
+
+,
+1 ♀
+, 1
+T
+, 1 D;
+
+17.11.2005
+
+,
+2 ♀♀
+, 2
+T
+;
+
+20.4.2006
+
+, 1
+T
+, 1 D;
+
+30.6.2006
+
+, 1
+T
+;
+
+3.8.2006
+
+,
+2 ♂♂
+, 1
+T
+;
+
+7.12.2006
+
+, 1
+T
+; leg. M.H., Z.K., I.O. (
+ChristophoryovÁ 2013
+);
+84
+: sifting of leaf litter and soil,
+
+4.5.1999
+
+, 1
+T
+;
+
+18.5.1999
+
+,
+3 ♀♀
+;
+
+6.7.1999
+
+,
+1 ♀
+;
+
+7.8.1999
+
+,
+1 ♀
+, 3
+T
+, 1 D;
+
+23.9.1999
+
+,
+3 ♀♀
+,
+10 ♂♂
+;
+
+12.10.1999
+
+,
+2 ♂♂
+, 1
+T
+;
+
+29.4.2000
+
+,
+4 ♀♀
+,
+2 ♂♂
+, 6
+T
+, 7 D;
+
+9.6.2000
+
+,
+1 ♀
+,
+2 ♂♂
+, 4
+T
+;
+
+25.7.2000
+
+,
+1 ♂
+, 5
+T
+;
+
+30.8.2000
+
+,
+1 ♀
+,
+2 ♂♂
+, 2
+T
+;
+
+28.9.2000
+
+,
+3 ♀♀
+,
+4 ♂♂
+, 6
+T
+, 3 D;
+
+26.10.2000
+
+,
+3 ♂♂
+, 5
+T
+;
+
+4.6.2005
+
+,
+1 ♀
+;
+
+13.7.2005
+
+,
+1 ♀
+;
+
+26.8.2005
+
+,
+2 ♂♂
+;
+
+7.10.2005
+
+,
+1 ♀
+,
+1 ♂
+, 6
+T
+, 5 D;
+
+17.11.2005
+
+, 1
+T
+;
+
+30.6.2006
+
+, 1
+T
+;
+
+3.8.2006
+
+,
+1 ♂
+, 1
+T
+;
+1.9.2006
+,
+1 ♀
+, 1 D;
+1.11.2006
+,
+1 ♀
+;
+5.1.2007
+, 2 D;
+
+3.6.2008
+
+, 1
+T
+, 1 D; leg. M.H., Z.K., I.O. (
+ChristophoryovÁ 2013
+);
+93
+: sifting of mould from
+
+Quercus
+
+hollow,
+1.11.2013
+,
+1 ♀
+, leg. O.M. (
+
+ChristophoryovÁ
+et al
+. 2017b
+
+);
+176
+: sifting of leaf litter and soil,
+8.4.2005
+,
+1 ♀
+, 1 D;
+
+29.6.2005
+
+,
+1 ♂
+, 3
+T
+, 1 D;
+
+29.8.2005
+
+,
+1 ♀
+, 9
+T
+;
+
+9.10.2005
+
+,
+2 ♀♀
+,
+3 ♂♂
+, 4
+T
+, 9 D;
+8.12.2005
+,
+1 ♀
+,
+2 ♂♂
+, 2 D;
+
+22.4.2006
+
+, 1
+T
+, 3 D;
+
+23.5.2006
+
+, 1
+T
+;
+
+24.6.2006
+
+, 2
+T
+;
+
+4.8.2006
+
+,
+1 ♂
+;
+
+1.9.2006
+
+, 1
+T
+, 1 D;
+
+1.10.2006
+
+,
+1 ♀
+,
+2 ♂♂
+, 3
+T
+, 10 D; leg. M.H. (
+ChristophoryovÁ 2013
+).
+
+
+New data
+:
+19
+:
+pitfall trap
+,
+
+11.8.2022
+
+,
+2 ♂♂
+, leg.
+J.L.
+,
+O.M.
+;
+25
+:
+pitfall traps
+,
+
+11.8.2022
+
+,
+2 ♀♀
+,
+5 ♂♂
+;
+
+2.9.2022
+
+,
+1 ♂
+, 1
+T
+;
+
+30.9.2022
+
+,
+4 ♀♀
+; leg.
+J.L.
+,
+O.M.
+;
+27
+:
+pitfall traps
+,
+
+11.8.2022
+
+,
+1 ♀
+;
+
+2.9.2022
+
+,
+1 ♂
+;
+
+30.9.2022
+
+,
+2 ♀♀
+,
+1 ♂
+; leg.
+J.L.
+,
+O.M.
+;
+91
+: sifting of leaf litter,
+
+11.7.2022
+
+,
+2 ♀♀
+,
+3 ♂♂
+, 1
+T
+, 1 D, leg.
+J.C.
+;
+99
+: sifting of leaf litter,
+
+22.4.2020
+
+,
+4 ♀♀
+, leg.
+J.C.
+;
+101
+: sifting of leaf litter and dead wood,
+
+21.4.2020
+
+,
+1 ♀
+,
+2 ♂♂
+, leg.
+J.C.
+;
+107
+: sifting of soil, leaves and dead wood,
+
+26.4.2020
+
+,
+2 ♀♀
+,
+3 ♂♂
+, leg.
+J.C.
+;
+112
+: sifting of leaf litter and dead wood,
+
+18.4.2020
+
+,
+3 ♀♀
+,
+2 ♂♂
+, leg.
+J.C.
+;
+131
+:
+pitfall trap
+,
+
+2.9.2019
+
+,
+1 ♀
+, leg.
+J.L.
+;
+132
+:
+pitfall trap
+,
+
+15.10.2019
+
+,
+1 ♀
+, leg.
+J.L.
+;
+155
+: sifting of leaf litter,
+
+28.4.2020
+
+,
+1 ♂
+, leg.
+J.C.
+;
+156
+:
+pitfall trap
+,
+
+13.8.2019
+
+,
+5 ♀♀
+,
+4 ♂♂
+, leg.
+J.L.
+;
+157
+:
+pitfall traps
+,
+
+19.6.2019
+
+,
+1 ♂
+;
+
+30.9.2019
+
+,
+3 ♀♀
+,
+3 ♂♂
+; leg.
+J.L.
+;
+184
+: extraction of leaf litter,
+
+8.7.2021
+
+,
+3 ♀♀
+,
+6 ♂♂
+, leg. A.P.
+
+
+
+
+FIGURE 3.
+Pseudoscorpions from the families
+Chthoniidae
+and
+Neobisiidae
+.
+A.
+
+Chthonius ischnocheles
+
+(male, locality 51).
+B.
+
+Chthonius ressli
+
+(male, loc. 148).
+C.
+
+Ephippiochthonius boldorii
+
+(male, loc. 65).
+D.
+
+Ephippiochthonius fuscimanus
+
+(male, loc. 112).
+E.
+
+Ephippiochthonius tetrachelatus
+
+(male, loc. 146).
+F.
+
+Neobisium carcinoides
+
+(male, loc. 68). Scale bars: 0.5 mm.
+
+
+
+
+European distribution
+:
+Austria
+,
+Czechia
+,
+Germany
+,
+Hungary
+,
+Italy
+,
+Poland
+,
+Slovakia
+(
+
+ČervenÁ
+et al
+. 2020c
+
+;
+WPC 2024
+).
+
+
+
+
+Notes
+:
+
+Ephippiochthonius fuscimanus
+
+is a typical epigean species inhabiting leaf litter and soil (
+Krumpál & Kiefer 1981
+;
+Christophoryová 2013
+;
+
+Christophoryová
+et al
+. 2016
+
+;
+
+ČervenÁ
+et al
+. 2020b
+
+).
+Two adults
+were collected from a compost heap in the forest (
+
+KaňuchovÁ
+et al
+. 2015
+
+). A random occurrence of
+one female
+was recorded from a
+
+Quercus
+
+hollow (
+
+Christophoryová
+et al
+. 2017b
+
+). During the present research, 14 new locations were added to the species distribution, thus adjusting its habitat preferences.
+
+
+
+
\ No newline at end of file
diff --git a/data/91/1D/68/911D683F3030FFE59AA8E882FEAAFADC.xml b/data/91/1D/68/911D683F3030FFE39AA8E93AFE13F9C0.xml
similarity index 60%
rename from data/91/1D/68/911D683F3030FFE59AA8E882FEAAFADC.xml
rename to data/91/1D/68/911D683F3030FFE39AA8E93AFE13F9C0.xml
index 15c9926f4f1..39f8f8b0c57 100644
--- a/data/91/1D/68/911D683F3030FFE59AA8E882FEAAFADC.xml
+++ b/data/91/1D/68/911D683F3030FFE39AA8E93AFE13F9C0.xml
@@ -1,81 +1,71 @@
-
-
-
-Urban biodiversity of pseudoscorpions (Arachnida: Pseudoscorpiones) in the conditions of Central Europe
+
+
+
+Urban biodiversity of pseudoscorpions (Arachnida: Pseudoscorpiones) in the conditions of Central Europe
-
-
-Author
+
+
+Author
-Christophoryová, Jana
-Department of Zoology, Faculty of Natural Sciences, Comenius University in Bratislava, Ilkovičova
+Christophoryová, Jana
+Department of Zoology, Faculty of Natural Sciences, Comenius University in Bratislava, Ilkovičova
-
-
-Author
+
+
+Author
-Rusinko, Adam
-Department of Physical Geography and Geoinformatics, Faculty of Natural Sciences, Comenius University in Bratislava, Ilkovičova 6, SK- 842 15 Bratislava, Slovakia
+Rusinko, Adam
+Department of Physical Geography and Geoinformatics, Faculty of Natural Sciences, Comenius University in Bratislava, Ilkovičova 6, SK- 842 15 Bratislava, Slovakia
-
-
-Author
+
+
+Author
-Purkart, Adrián
-Department of Zoology, Faculty of Natural Sciences, Comenius University in Bratislava, Ilkovičova
+Purkart, Adrián
+Department of Zoology, Faculty of Natural Sciences, Comenius University in Bratislava, Ilkovičova
-
-
-Author
+
+
+Author
-Vičanová, Lucia
-Department of Zoology, Faculty of Natural Sciences, Comenius University in Bratislava, Ilkovičova
+Vičanová, Lucia
+Department of Zoology, Faculty of Natural Sciences, Comenius University in Bratislava, Ilkovičova
-text
-
-
-Zootaxa
+text
+
+
+Zootaxa
-
-2025
-
-2025-02-20
+
+2025
+
+2025-02-20
-
-5590
+
+5590
-
-1
+
+1
-
-1
-45
+
+1
+45
-
-https://doi.org/10.11646/zootaxa.5590.1.1
+
+https://doi.org/10.11646/zootaxa.5590.1.1
-journal article
-10.11646/zootaxa.5590.1.1
-1175-5326
-14952712
-BF250ECF-C10E-4EB1-9C94-9B0D8DCC1D24
+journal article
+10.11646/zootaxa.5590.1.1
+1175-5326
+14952712
+BF250ECF-C10E-4EB1-9C94-9B0D8DCC1D24
-
-
-
-
-
-Family:
-Neobisiidae Chamberlin, 1930
-
-
-
-
-
-
-
+
+
+
+
Neobisium
(
@@ -85,12 +75,18 @@ Family:
(Hermann, 1804)
+
+
+
+
(
Figs 3F
,
5B
)
+
+
Published data
:
@@ -108,7 +104,6 @@ Christophoryová
);
3
: sifting of leaf litter and soil,
-
30.4.1999
@@ -118,9 +113,7 @@ Christophoryová
3 ♂♂
, 2
T
-
, 1 D;
-
17.5.1999
@@ -128,9 +121,7 @@ Christophoryová
2 ♂♂
, 4
T
-
, 1 D;
-
24.7.1999
@@ -140,9 +131,7 @@ Christophoryová
6 ♂♂
, 6
T
-
, 7 D, 4 P;
-
21.8.1999
@@ -152,9 +141,7 @@ Christophoryová
1 ♂
, 5
T
-
, 1 D, 1 P;
-
24.9.1999
@@ -164,9 +151,7 @@ Christophoryová
8 ♂♂
, 1
T
-
, 2 D;
-
15.10.1999
@@ -174,7 +159,6 @@ Christophoryová
2 ♀♀
, 6
T
-
, 2 D, 1 P;
7.4.2000
,
@@ -182,7 +166,6 @@ Christophoryová
,
2 ♂♂
, 5 D;
-
28.4.2000
@@ -192,9 +175,7 @@ Christophoryová
4 ♂♂
, 1
T
-
, 5 D;
-
14.6.2000
@@ -204,17 +185,13 @@ Christophoryová
3 ♂♂
, 1
T
-
, 4 D;
-
26.7.2000
, 4
T
-
, 2 D, 4 P;
-
31.8.2000
@@ -222,7 +199,6 @@ Christophoryová
4 ♂♂
, 13
T
-
, 2 D, 1 P;
20.9.2000
,
@@ -238,29 +214,24 @@ Christophoryová
,
1 ♂
, 1 D;
-
3.5.2005
, 1
T
-
, 1 D;
3.6.2005
,
1 ♂
, 3 D, 5 P;
-
13.7.2005
, 2
T
-
, 1 D;
31.8.2005
, 2 D, 2 P;
-
10.10.2005
@@ -270,7 +241,6 @@ Christophoryová
3 ♂♂
, 1
T
-
, 4 D;
13.12.2005
,
@@ -282,31 +252,26 @@ Christophoryová
,
1 ♀
, 1 D;
-
31.5.2006
, 2
T
-
;
30.6.2006
, 1 D;
2.8.2006
, 2 D, 1 P;
-
2.9.2006
, 2
T
-
;
2.10.2006
,
3 ♀♀
, 2 D;
-
2.11.2006
@@ -314,13 +279,11 @@ Christophoryová
1 ♀
, 1
T
-
; leg. M.H., Z.K., I.O. (
Christophoryová 2013
);
4
: sifting of leaf litter and soil,
-
30.4.1999
@@ -328,9 +291,7 @@ Christophoryová
1 ♀
, 1
T
-
, 4 D;
-
17.5.1999
@@ -338,9 +299,7 @@ Christophoryová
6 ♂♂
, 2
T
-
;
-
24.7.1999
@@ -348,13 +307,11 @@ Christophoryová
1 ♂
, 2
T
-
, 1 D, 4 P;
24.9.1999
,
1 ♀
, 2 D;
-
15.10.1999
@@ -364,7 +321,6 @@ Christophoryová
2 ♂♂
, 1
T
-
, 5 D, 4 P;
7.4.2000
,
@@ -376,7 +332,6 @@ Christophoryová
,
1 ♀
, 1 D, 1 P;
-
14.6.2000
@@ -386,9 +341,7 @@ Christophoryová
1 ♂
, 2
T
-
, 2 D, 1 P;
-
26.7.2000
@@ -396,9 +349,7 @@ Christophoryová
1 ♂
, 1
T
-
;
-
31.8.2000
@@ -406,9 +357,7 @@ Christophoryová
1 ♂
, 1
T
-
, 2 D, 3 P;
-
20.9.2000
@@ -418,19 +367,15 @@ Christophoryová
2 ♂♂
, 1
T
-
;
7.11.2000
, 1 D;
-
8.4.2005
, 1
T
-
;
-
3.6.2005
@@ -446,9 +391,7 @@ Christophoryová
2 ♂♂
, 1
T
-
;
-
8.10.2005
@@ -456,19 +399,15 @@ Christophoryová
1 ♂
, 1
T
-
, 7 D;
11.11.2005
, 1 D;
-
26.5.2006
, 3
T
-
, 1 D;
-
30.6.2006
@@ -476,9 +415,7 @@ Christophoryová
1 ♂
, 1
T
-
;
-
2.8.2006
@@ -488,15 +425,12 @@ Christophoryová
2 ♂♂
, 1
T
-
, 1 D;
-
2.9.2006
, 1
T
-
;
1.11.2006
, 1 D;
@@ -510,7 +444,6 @@ Christophoryová
,
1 ♂
, 2 D;
-
3.6.2005
@@ -518,11 +451,9 @@ Christophoryová
1 ♀
, 3
T
-
, 3 P;
13.7.2005
, 2 D, 1 P;
-
31.8.2005
@@ -530,9 +461,7 @@ Christophoryová
2 ♂♂
, 1
T
-
, 2 D, 4 P;
-
11.10.2005
@@ -542,9 +471,7 @@ Christophoryová
8 ♂♂
, 1
T
-
, 8 D, 3 P;
-
13.12.2005
@@ -554,7 +481,6 @@ Christophoryová
1 ♂
, 1
T
-
, 1 D, 1 P;
21.4.2006
, 2 D, 1 P;
@@ -564,13 +490,11 @@ Christophoryová
,
1 ♂
, 1 D, 1 P;
-
2.9.2006
, 2
T
-
, 3 D;
2.10.2006
,
@@ -584,13 +508,11 @@ Christophoryová
,
1 ♀
, 3 D, 1 P;
-
9.1.2007
, 1
T
-
, 2 D; leg. M.H. (
Christophoryová 2013
);
@@ -618,7 +540,6 @@ Christophoryová
);
14
: sifting of leaf litter and soil,
-
30.4.1999
@@ -634,13 +555,11 @@ Christophoryová
1 ♂
, 3
T
-
, 1 D;
24.7.1999
,
2 ♀♀
, 2 P;
-
21.8.1999
@@ -648,7 +567,6 @@ Christophoryová
1 ♂
, 5
T
-
;
24.9.1999
,
@@ -656,7 +574,6 @@ Christophoryová
,
2 ♂♂
, 13 D, 6 P;
-
15.10.1999
@@ -666,9 +583,7 @@ Christophoryová
1 ♂
, 1
T
-
;
-
28.4.2000
@@ -676,13 +591,11 @@ Christophoryová
1 ♂
, 2
T
-
, 2 D;
14.6.2000
,
1 ♀
, 1 D, 1 P;
-
26.7.2000
@@ -694,9 +607,7 @@ Christophoryová
, 1
T
-
;
-
20.9.2000
@@ -714,7 +625,6 @@ Christophoryová
, 1
T
-
, 1 D;
11.11.2005
, 6 D;
@@ -740,7 +650,6 @@ Christophoryová
);
81
: sifting of leaf litter and soil,
-
4.5.1999
@@ -752,13 +661,11 @@ Christophoryová
, 9
T
-
;
6.6.1999
,
3 ♀♀
, 4 D, 1 P;
-
23.9.1999
@@ -768,9 +675,7 @@ Christophoryová
3 ♂♂
, 1
T
-
, 1 D, 5 P;
-
12.10.1999
@@ -780,17 +685,13 @@ Christophoryová
2 ♂♂
, 3
T
-
, 4 D, 5 P;
-
4.4.2000
, 1
T
-
;
-
29.4.2000
@@ -800,9 +701,7 @@ Christophoryová
1 ♂
, 5
T
-
, 2 D, 1 P;
-
9.6.2000
@@ -810,17 +709,13 @@ Christophoryová
1 ♀
, 1
T
-
;
-
30.8.2000
, 2
T
-
;
-
28.9.2000
@@ -830,17 +725,13 @@ Christophoryová
1 ♂
, 1
T
-
, 2 D;
-
26.10.2000
, 1
T
-
, 14 D;
-
1.4.2005
@@ -852,7 +743,6 @@ Christophoryová
, 5
T
-
;
4.6.2005
, 2 P;
@@ -860,7 +750,6 @@ Christophoryová
,
2 ♂♂
, 1 D;
-
26.8.2005
@@ -872,7 +761,6 @@ Christophoryová
, 1
T
-
, 2 D, 2 P;
17.11.2005
,
@@ -892,45 +780,36 @@ Christophoryová
,
1 ♀
, 3 D;
-
1.10.2006
, 1
T
-
; leg. M.H., Z.K., I.O. (
Christophoryová 2013
);
84
: sifting of leaf litter and soil,
-
4.5.1999
, 2
T
-
;
-
18.5.1999
, 3
T
-
, 1 D;
6.7.1999
, 5 D;
-
7.8.1999
, 2
T
-
;
-
23.9.1999
@@ -940,33 +819,27 @@ Christophoryová
4 ♂♂
, 3
T
-
, 3 D, 1 P;
12.10.1999
,
2 ♂♂
, 3 D, 2 P;
-
4.4.2000
, 1
T
-
;
29.4.2000
,
1 ♀
, 2 D;
-
9.6.2000
, 2
T
-
, 2 D, 2 P;
-
25.7.2000
@@ -976,7 +849,6 @@ Christophoryová
1 ♂
, 4
T
-
, 3 D;
30.8.2000
,
@@ -992,17 +864,14 @@ Christophoryová
, 12 D;
1.4.2005
, 3 D, 1 P;
-
3.5.2005
, 3
T
-
, 1 D;
4.6.2005
, 3 P;
-
13.7.2005
@@ -1012,9 +881,7 @@ Christophoryová
6 ♂♂
, 2
T
-
;
-
26.8.2005
@@ -1024,9 +891,7 @@ Christophoryová
2 ♂♂
, 2
T
-
, 1 D, 5 P;
-
7.10.2005
@@ -1036,13 +901,11 @@ Christophoryová
10 ♂♂
, 1
T
-
, 40 D, 17 P;
17.11.2005
,
1 ♂
, 8 D, 2 P;
-
20.4.2006
@@ -1050,9 +913,7 @@ Christophoryová
1 ♀
, 1
T
-
, 1 D;
-
24.5.2006
@@ -1060,15 +921,12 @@ Christophoryová
1 ♂
, 2
T
-
, 1 P;
-
30.6.2006
, 1
T
-
;
3.8.2006
,
@@ -1084,13 +942,11 @@ Christophoryová
,
1 ♂
, 1 D, 2 P;
-
7.12.2006
, 1
T
-
, 2 D;
5.1.2007
, 1 D;
@@ -1132,7 +988,6 @@ ChristophoryovÁ
);
168
: sifting of leaf litter and soil,
-
7.4.2005
@@ -1140,7 +995,6 @@ ChristophoryovÁ
3 ♂♂
, 1
T
-
, 2 D;
30.4.2005
,
@@ -1152,7 +1006,6 @@ ChristophoryovÁ
,
9 ♂♂
, 6 P;
-
29.6.2005
@@ -1162,17 +1015,13 @@ ChristophoryovÁ
8 ♂♂
, 2
T
-
, 36 D, 1 P;
-
5.8.2005
, 11
T
-
;
-
30.8.2005
@@ -1180,9 +1029,7 @@ ChristophoryovÁ
4 ♂♂
, 1
T
-
, 2 D;
-
9.10.2005
@@ -1192,9 +1039,7 @@ ChristophoryovÁ
13 ♂♂
, 10
T
-
, 13 D;
-
12.11.2005
@@ -1204,9 +1049,7 @@ ChristophoryovÁ
3 ♂♂
, 6
T
-
, 10 D;
-
20.4.2006
@@ -1214,9 +1057,7 @@ ChristophoryovÁ
1 ♀
, 1
T
-
, 4 D;
-
23.5.2006
@@ -1224,33 +1065,25 @@ ChristophoryovÁ
4 ♂♂
, 1
T
-
, 3 D;
-
24.6.2006
, 3
T
-
, 3 P;
-
3.8.2006
, 2
T
-
, 2 D;
-
1.9.2006
, 1
T
-
;
-
1.10.2006
@@ -1258,9 +1091,7 @@ ChristophoryovÁ
4 ♂♂
, 1
T
-
;
-
1.11.2006
@@ -1270,9 +1101,7 @@ ChristophoryovÁ
2 ♂♂
, 1
T
-
;
-
5.12.2006
@@ -1282,7 +1111,6 @@ ChristophoryovÁ
1 ♂
, 1
T
-
;
4.1.2007
, 1 D; leg. M.H. (
@@ -1312,7 +1140,6 @@ ChristophoryovÁ
,
1 ♂
, 2 D;
-
29.8.2005
@@ -1320,11 +1147,9 @@ ChristophoryovÁ
1 ♂
, 2
T
-
, 1 D, 2 P;
1.9.2005
, 5 D, 1 P;
-
9.10.2005
@@ -1334,9 +1159,7 @@ ChristophoryovÁ
5 ♂♂
, 3
T
-
, 6 D, 5 P;
-
8.12.2005
@@ -1346,15 +1169,12 @@ ChristophoryovÁ
4 ♂♂
, 2
T
-
, 2 D;
-
22.4.2006
, 1
T
-
, 3 D;
23.5.2006
, 1 P;
@@ -1362,7 +1182,6 @@ ChristophoryovÁ
,
2 ♀♀
, 9 D, 4 P;
-
4.8.2006
@@ -1370,11 +1189,9 @@ ChristophoryovÁ
1 ♀
, 5
T
-
, 7 P;
1.9.2006
, 1 D;
-
1.10.2006
@@ -1382,9 +1199,7 @@ ChristophoryovÁ
1 ♂
, 1
T
-
, 3 D;
-
6.12.2006
@@ -1394,7 +1209,6 @@ ChristophoryovÁ
1 ♂
, 3
T
-
, 2 D;
7.1.2007
,
@@ -1410,7 +1224,6 @@ ChristophoryovÁ
:
21
:
-
Malaise trap
,
@@ -1737,10 +1550,10 @@ ChristophoryovÁ
, 1
T
-, 2 D, 1 P; leg. A.P
-
-.
+, 2 D, 1 P; leg. A.P.
+
+
European distribution
:
@@ -1813,6 +1626,8 @@ ChristophoryovÁ
WPC 2024
).
+
+
Notes
:
@@ -1861,549 +1676,6 @@ is mentioned as a sampling site, without more detailed faunistic data. Despite t
Bratislava
, 23 new sampling sites have been added to its distribution. For the first time it was collected from a dead mouflon, and both adult and nymphal stages were caught.
-
-
-
-Neobisium
-(
-Neobisium
-)
-carpaticum
-
-Beier, 1935
-
-(
-Figs 5C
-,
-6A
-)
-
-
-Published data
-:
-4
-: sifting of leaf litter and soil,
-30.4.1999
-, 1 P;
-17.5.1999
-,
-
-1
-T
-;
-
-24.9.1999
-
-,
-1 ♂
-
-, 1 D;
-31.8.2000
-, 1 P; leg. M.H., Z.K., I.O. (
-Christophoryová 2013
-);
-5
-: sifting of leaf litter and soil,
-11.10.2005
-,
-2 ♂♂
-, 4 D;
-13.12.2005
-,
-
-1
-T
-, 2 D;
-
-2.10.2006
-
-,
-2 ♀♀
-;
-
-9.12.2006
-
-
-, 1 D; leg. M.H. (
-ChristophoryovÁ 2013
-);
-14
-: sifting of leaf litter and soil,
-14.6.2000
-,
-1 ♂
-;
-20.9.2000
-,
-1 ♀
-;
-7.11.2000
-,
-1 ♀
-; leg. M.H., Z.K., I.O. (
-ChristophoryovÁ 2013
-).
-
-
-New data
-:
-8
-:
-
-sifting of leaf litter,
-
-20.5.2022
-
-,
-1 ♂
-, leg.
-M.H.
-;
-184
-: extraction of leaf litter,
-
-8.7.2021
-
-, 3
-T
-;
-
-4.8.2021
-
-,
-2 ♀♀
-,
-1 ♂
-; leg.
-A.P.
-;
-185
-: extraction of leaf litter and fallen tree bark,
-
-4.8.2021
-
-,
-1 ♀
-, leg. A.P
-
-.
-
-
-European distribution
-:
-Poland
-,
-Romania
-,
-Serbia
-,
-Slovakia
-,
-Ukraine
-(
-
-Novák
-et al
-. 2019
-
-,
-WPC 2024
-).
-
-
-Notes
-:
-
-Neobisium carpaticum
-
-is known from leaf litter and soil of oak-hornbeam forests in the Malé Karpaty Mts. (
-ChristophoryovÁ 2013
-). The new sampling sites in
-Bratislava
-are located in VajnorskÁ hora, and the species was found in leaf litter and fallen bark.
-
-
-
-FIGURE 6.
-Pseudoscorpions from the families
-Neobisiidae
-,
-Cheiridiidae
-, and
-Cheliferidae
-.
-A.
-
-Neobisium carpaticum
-
-(female, loc. 184).
-B.
-
-Neobisium erythrodactylum
-
-(male, loc. 6).
-C.
-
-Neobisium sylvaticum
-
-(male, loc. 25).
-D.
-
-Apocheiridium ferum
-
-(tritonymph, loc. 127).
-E.
-
-Chelifer cancroides
-
-(male, loc. 11).
-F.
-
-Dactylochelifer degeerii
-
-(male, loc. 127). Scale bars: 0.5 mm.
-
-
-
-
-
-Neobisium
-(
-Neobisium
-)
-erythrodactylum
-
-(L. Koch, 1873)
-
-(
-Figs 5D
-,
-6B
-)
-
-
-Published data
-:
-6
-: extraction of soil,
-19.7.2017
-,
-1 ♂
-, leg. P.F. (
-
-ČervenÁ
-et al
-. 2020b
-
-);
-129
-: pitfall trap,
-30.6.2006
-,
-1 ♀
-,
-1 ♂
-, leg. Z.K. (
-KrumpÁl & ChristophoryovÁ 2007
-).
-
-
-European distribution
-:
-Austria
-,
-Bosnia and Herzegovina
-,
-Croatia
-,
-Czechia
-,
-Germany
-,
-Greece
-,
-Hungary
-,
-Italy
-,
-Poland
-,
-Romania
-,
-Serbia
-,
-Slovakia
-,
-Slovenia
-,
-Ukraine
-(
-WPC 2024
-).
-
-
-Notes
-:
-
-Neobisium erythrodactylum
-
-was found only twice in
-Bratislava
-, in a pitfall trap and soil (
-Krumpál & ChristophoryovÁ 2007
-;
-
-ČervenÁ
-et al
-. 2020b
-
-). In the new samples, the species was not recorded in
-Bratislava
-. The species is epigeic, in
-Slovakia
-, it was found mainly in leaf litter and soil (
-Krumpál & Krumpálová 2003
-;
-
-Christophoryová
-et al
-. 2014
-
-, 2020b), more rarely on tree trunks (
-KrajčovičovÁ & ChristophoryovÁ 2014
-;
-
-Christophoryová
-et al
-. 2017b
-
-), in the mould of tree hollows and dead wood (
-
-KrajčovičovÁ
-et al
-.2016
-
-;
-
-Christophoryová
-et al
-. 2017b
-
-).
-
-
-
-
-Neobisium
-(
-Neobisium
-)
-sylvaticum
-
-(C.L. Koch, 1835)
-
-(
-Figs 6C
-,
-7A
-)
-
-
-Published data
-:
-3
-: sifting of leaf litter and soil,
-24.9.1999
-,
-1 ♂
-;
-26.7.2000
-, 1 D; leg. M.H., Z.K., I.O. (
-ChristophoryovÁ 2013
-);
-14
-: sifting of leaf litter and soil,
-8.10.2005
-, 1 D;
-26.5.2006
-, 1 T; leg. M.H. (
-Christophoryová 2013
-);
-134
-: Malaise trap, 2009 (date not specified),
-1 ♂
-, leg. Ľ.V. (
-
-ČervenÁ
-et al
-. 2020b
-
-);
-168
-: sifting of leaf litter and soil,
-7.4.2005
-,
-1 ♂
-;
-29.6.2005
-, 1 D;
-3.8.2006
-, 1 T;
-1.9.2006
-, 2 T; leg. M.H. (
-ChristophoryovÁ 2013
-).
-
-
-New data
-:
-21
-: Malaise trap,
-4.2.2021
-,
-1 ♀
-, leg. O.M.;
-25
-: pitfall trap,
-4.2.2021
-,
-1 ♂
-, leg. O.M.;
-89
-: sifting of leaf litter and soil,
-21.5.2013
-,
-1 ♂
-, leg. K.K.;
-189
-: pitfall trap,
-17.11.2018
-,
-1 ♀
-; Malaise trap,
-10.12.2018
-,
-1 ♀
-;
-3.2.2019
-,
-2 ♀♀
-,
-1 ♂
-;
-25.2.2019
-,
-8 ♂♂
-; leg. O.M.
-
-
-European distribution
-:
-Albania
-,
-Austria
-,
-Bosnia and Herzegovina
-,
-Bulgaria
-,
-Croatia
-,
-Czechia
-,
-France
-,
-Germany
-,
-Greece
-,
-Hungary
-,
-Italy
-,
-Moldova
-,
-Montenegro
-,
-Poland
-,
-Portugal
-,
-Romania
-,
-Serbia
-,
-Slovakia
-,
-Slovenia
-,
-Spain
-,
-Switzerland
-,
-Ukraine
-(
-WPC 2024
-).
-
-
-Notes
-:
-
-Neobisium sylvaticum
-
-lives in leaf litter and soil, but it is also known to be able to climb bushes or trees when looking for shelter or food (
-KrajčovičovÁ & ChristophoryovÁ 2014
-;
-
-ChristophoryovÁ
-et al
-. 2017b
-
-). This ability is confirmed by older (
-
-ČervenÁ
-et al
-. 2020b
-
-), but especially by new findings in the Malaise traps in
-Bratislava
-.
-
-Neobisium sylvaticum
-
-occurs at eight sampling sites in
-Bratislava
-, four of which have been published and four of which are new.
-
-
-
-
-Neobisium
-sp.
-
-
-Chamberlin, 1930
-
-
-New data
-:
-78
-:
-
-extraction of leaf litter,
-
-5.10.2021
-
-, 1 P, leg. L.
-V
-
-.
-
-
-Notes
-: As the protonymph does not have enough reliable identifying characters, the individual was identified only at the genus level.
-
\ No newline at end of file
diff --git a/data/91/1D/68/911D683F3031FFE39AA8EC22FDD1F830.xml b/data/91/1D/68/911D683F3031FFE39AA8EC22FDD1F830.xml
new file mode 100644
index 00000000000..01e96f1392a
--- /dev/null
+++ b/data/91/1D/68/911D683F3031FFE39AA8EC22FDD1F830.xml
@@ -0,0 +1,226 @@
+
+
+
+Urban biodiversity of pseudoscorpions (Arachnida: Pseudoscorpiones) in the conditions of Central Europe
+
+
+
+Author
+
+Christophoryová, Jana
+Department of Zoology, Faculty of Natural Sciences, Comenius University in Bratislava, Ilkovičova
+
+
+
+Author
+
+Rusinko, Adam
+Department of Physical Geography and Geoinformatics, Faculty of Natural Sciences, Comenius University in Bratislava, Ilkovičova 6, SK- 842 15 Bratislava, Slovakia
+
+
+
+Author
+
+Purkart, Adrián
+Department of Zoology, Faculty of Natural Sciences, Comenius University in Bratislava, Ilkovičova
+
+
+
+Author
+
+Vičanová, Lucia
+Department of Zoology, Faculty of Natural Sciences, Comenius University in Bratislava, Ilkovičova
+
+text
+
+
+Zootaxa
+
+
+2025
+
+2025-02-20
+
+
+5590
+
+
+1
+
+
+1
+45
+
+
+
+
+https://doi.org/10.11646/zootaxa.5590.1.1
+
+journal article
+10.11646/zootaxa.5590.1.1
+1175-5326
+14952712
+BF250ECF-C10E-4EB1-9C94-9B0D8DCC1D24
+
+
+
+
+
+
+Neobisium
+(
+Neobisium
+)
+carpaticum
+
+Beier, 1935
+
+(
+Figs 5C
+,
+6A
+)
+
+
+
+
+Published data
+:
+4
+: sifting of leaf litter and soil,
+30.4.1999
+, 1 P;
+17.5.1999
+, 1
+T
+;
+
+24.9.1999
+
+,
+1 ♂
+, 1 D;
+31.8.2000
+, 1 P; leg. M.H., Z.K., I.O. (
+Christophoryová 2013
+);
+5
+: sifting of leaf litter and soil,
+11.10.2005
+,
+2 ♂♂
+, 4 D;
+13.12.2005
+, 1
+T
+, 2 D;
+
+2.10.2006
+
+,
+2 ♀♀
+;
+
+9.12.2006
+
+, 1 D; leg. M.H. (
+ChristophoryovÁ 2013
+);
+14
+: sifting of leaf litter and soil,
+14.6.2000
+,
+1 ♂
+;
+20.9.2000
+,
+1 ♀
+;
+7.11.2000
+,
+1 ♀
+; leg. M.H., Z.K., I.O. (
+ChristophoryovÁ 2013
+).
+
+
+New data
+:
+8
+: sifting of leaf litter,
+
+20.5.2022
+
+,
+1 ♂
+, leg.
+M.H.
+;
+184
+: extraction of leaf litter,
+
+8.7.2021
+
+, 3
+T
+;
+
+4.8.2021
+
+,
+2 ♀♀
+,
+1 ♂
+; leg.
+A.P.
+;
+185
+: extraction of leaf litter and fallen tree bark,
+
+4.8.2021
+
+,
+1 ♀
+, leg. A.P.
+
+
+
+
+European distribution
+:
+Poland
+,
+Romania
+,
+Serbia
+,
+Slovakia
+,
+Ukraine
+(
+
+Novák
+et al
+. 2019
+
+,
+WPC 2024
+).
+
+
+
+
+Notes
+:
+
+Neobisium carpaticum
+
+is known from leaf litter and soil of oak-hornbeam forests in the Malé Karpaty Mts. (
+ChristophoryovÁ 2013
+). The new sampling sites in
+Bratislava
+are located in VajnorskÁ hora, and the species was found in leaf litter and fallen bark.
+
+
+
+
\ No newline at end of file
diff --git a/data/91/1D/68/911D683F3035FFE79AA8EB5FFE05FC6C.xml b/data/91/1D/68/911D683F3035FFE79AA8EB5FFE05FC6C.xml
new file mode 100644
index 00000000000..c55d8405143
--- /dev/null
+++ b/data/91/1D/68/911D683F3035FFE79AA8EB5FFE05FC6C.xml
@@ -0,0 +1,300 @@
+
+
+
+Urban biodiversity of pseudoscorpions (Arachnida: Pseudoscorpiones) in the conditions of Central Europe
+
+
+
+Author
+
+Christophoryová, Jana
+Department of Zoology, Faculty of Natural Sciences, Comenius University in Bratislava, Ilkovičova
+
+
+
+Author
+
+Rusinko, Adam
+Department of Physical Geography and Geoinformatics, Faculty of Natural Sciences, Comenius University in Bratislava, Ilkovičova 6, SK- 842 15 Bratislava, Slovakia
+
+
+
+Author
+
+Purkart, Adrián
+Department of Zoology, Faculty of Natural Sciences, Comenius University in Bratislava, Ilkovičova
+
+
+
+Author
+
+Vičanová, Lucia
+Department of Zoology, Faculty of Natural Sciences, Comenius University in Bratislava, Ilkovičova
+
+text
+
+
+Zootaxa
+
+
+2025
+
+2025-02-20
+
+
+5590
+
+
+1
+
+
+1
+45
+
+
+
+
+https://doi.org/10.11646/zootaxa.5590.1.1
+
+journal article
+10.11646/zootaxa.5590.1.1
+1175-5326
+14952712
+BF250ECF-C10E-4EB1-9C94-9B0D8DCC1D24
+
+
+
+
+
+Chelifer cancroides
+(Linnaeus, 1758)
+
+
+
+
+
+(
+Figs 6E
+,
+7C
+)
+
+
+
+
+Published data
+:
+11
+: individual sampling in a flat,
+29.5.2013
+,
+1 ♂
+, leg. B.M. (
+
+ChristophoryovÁ
+et al
+. 2017a
+
+);
+72
+: extraction of
+
+Hirundo rustica
+
+nest,
+26.8.2010
+,
+1 ♀
+,
+1 ♂
+, 1 T, 6 P, leg. J.J., R.Z. (
+
+ChristophoryovÁ
+et al
+. 2017a
+
+);
+154
+: individual sampling in a flat,
+18.9.2012
+,
+1 ♀
+,
+2 ♂♂
+, 2 T, leg. M.S. (
+
+ChristophoryovÁ
+et al
+. 2017a
+
+);
+169
+: individual sampling on window parapet,
+2.3.2013
+,
+1 ♂
+, leg. B.L. (
+
+ChristophoryovÁ
+et al
+. 2017a
+
+);
+182
+: extraction of
+
+Taeniopygia castanotis
+
+nest,
+September 1997
+–
+March 1999
+,
+2 ♀♀
+,
+2 ♂♂
+, 1 D, 6 P, leg. not specified (
+
+Cyprich
+et al
+. 2000
+
+);
+190
+: individual sampling on a body,
+9.6.2013
+,
+1 ♀
+, leg. V.S. (
+
+ChristophoryovÁ
+et al
+. 2017a
+
+).
+
+
+New data
+:
+15
+: individual sampling in a flat,
+24.3.2009
+,
+1 ♀
+,
+2 ♂♂
+, leg. L.O.
+
+
+
+
+European distribution
+:
+Albania
+,
+Austria
+,
+Belarus
+,
+Belgium
+,
+Bosnia and Herzegovina
+,
+Bulgaria
+,
+Croatia
+,
+Czechia
+,
+Denmark
+,
+Estonia
+,
+Finland
+,
+France
+,
+Germany
+,
+Greece
+,
+Hungary
+,
+Iceland
+,
+Ireland
+,
+Italy
+,
+Latvia
+,
+Lithuania
+,
+Luxembourg
+,
+Moldova
+,
+Netherlands
+, North Macedonia,
+Norway
+,
+Poland
+,
+Romania
+,
+Russia
+(European part),
+Serbia
+,
+Slovakia
+,
+Spain
+,
+Sweden
+,
+Switzerland
+,
+United Kingdom
+(
+WPC 2024
+).
+
+
+
+
+Notes
+:
+
+Chelifer cancroides
+
+is a cosmopolitan species (
+WPC 2024
+) that prefers synanthropic habitats, including bird nests near human settlements.This is also supported by records from
+Bratislava
+(
+
+Cyprich
+et al
+. 2000
+
+;
+
+Christophoryová
+et al
+. 2017a
+
+).
+Tömösváry (1882)
+reported the species’ occurrence in
+Bratislava
+without specifying the biotope and habitat
+type
+.
+Three adults
+were collected in a flat in Dúbravka and represent the only new data on the distribution of the species in
+Bratislava
+.
+
+
+
+
\ No newline at end of file
diff --git a/data/91/1D/68/911D683F3035FFE89AA8E9D7FED1FD20.xml b/data/91/1D/68/911D683F3035FFE89AA8E9D7FED1FD20.xml
new file mode 100644
index 00000000000..ee0235da320
--- /dev/null
+++ b/data/91/1D/68/911D683F3035FFE89AA8E9D7FED1FD20.xml
@@ -0,0 +1,691 @@
+
+
+
+Urban biodiversity of pseudoscorpions (Arachnida: Pseudoscorpiones) in the conditions of Central Europe
+
+
+
+Author
+
+Christophoryová, Jana
+Department of Zoology, Faculty of Natural Sciences, Comenius University in Bratislava, Ilkovičova
+
+
+
+Author
+
+Rusinko, Adam
+Department of Physical Geography and Geoinformatics, Faculty of Natural Sciences, Comenius University in Bratislava, Ilkovičova 6, SK- 842 15 Bratislava, Slovakia
+
+
+
+Author
+
+Purkart, Adrián
+Department of Zoology, Faculty of Natural Sciences, Comenius University in Bratislava, Ilkovičova
+
+
+
+Author
+
+Vičanová, Lucia
+Department of Zoology, Faculty of Natural Sciences, Comenius University in Bratislava, Ilkovičova
+
+text
+
+
+Zootaxa
+
+
+2025
+
+2025-02-20
+
+
+5590
+
+
+1
+
+
+1
+45
+
+
+
+
+https://doi.org/10.11646/zootaxa.5590.1.1
+
+journal article
+10.11646/zootaxa.5590.1.1
+1175-5326
+14952712
+BF250ECF-C10E-4EB1-9C94-9B0D8DCC1D24
+
+
+
+
+
+Dactylochelifer degeerii
+(C.L. Koch, 1835)
+
+
+
+
+
+(
+Figs 6F
+,
+7D
+)
+
+
+
+
+Published data
+:
+4
+: sifting of leaf litter and soil,
+26.5.2006
+, 1 T, leg. M.H. (
+Christophoryová 2013
+); individual sampling in
+
+Quercus
+
+tree hollow,
+7.7.2007
+,
+1 ♂
+, leg. J.C. (
+KrajčovičovÁ & ChristophoryovÁ 2014
+); extraction of mould of tree stool hollow,
+7.7.2007
+,
+1 ♀
+, 2 T, leg. J.C. (
+ChristophoryovÁ 2010
+);
+10
+: extraction of
+
+Pica pica
+
+nest,
+14.2.2008
+, 1 T, leg. J.J. (
+Christophoryová 2010
+);
+20
+: extraction of
+
+Turdus philomelos
+
+nest,
+3.8.1992
+, 1 P, leg. J.K. (
+
+Christophoryová
+et al
+. 2011a
+
+);
+46
+: extraction of
+
+Turdus merula
+
+nest,
+25.5.2011
+,
+1 ♂
+, leg. T.L., Z.O. (
+
+KrajčovičovÁ
+et al
+. 2015
+
+);
+56
+: extraction of
+
+T
+.
+merula
+
+nest,
+11.11.2008
+,
+3 ♀♀
+, 4 T, 1 D, leg. MA.D., J.P. (
+ChristophoryovÁ 2010
+);
+58
+: extraction of
+
+T
+.
+merula
+
+nest,
+3.6.1992
+,
+2 ♀♀
+,
+2 ♂♂
+, 1 D, leg. J.K. (
+
+ChristophoryovÁ
+et al
+. 2011a
+
+);
+94
+: extraction of
+
+T
+.
+merula
+
+nest,
+2.6.2011
+,
+1 ♂
+, 1 T, leg. T.L., Z.O. (
+
+KrajčovičovÁ
+et al
+. 2015
+
+);
+95
+: extraction of
+
+T
+.
+merula
+
+nest,
+20.4.2011
+,
+1 ♂
+, 1 D, leg. T.L., Z.O. (
+
+KrajčovičovÁ
+et al
+. 2015
+
+);
+104
+: extraction of
+
+T
+.
+merula
+
+nest,
+8.7.2011
+, 1 T, leg. T.L., Z.O. (
+
+KrajčovičovÁ
+et al
+. 2015
+
+);
+109
+: extraction of
+
+T
+.
+merula
+
+nests,
+13.5.2011
+,
+1 ♂
+;
+16.5.2011
+, 1 D; leg. T.L., Z.O. (
+
+KrajčovičovÁ
+et al
+. 2015
+
+);
+122
+: extraction of
+
+T
+.
+merula
+
+nest,
+21.6.2011
+,
+1 ♂
+, leg. T.L., Z.O. (
+
+KrajčovičovÁ
+et al
+. 2015
+
+);
+128
+: Malaise trap,
+12.6.2006
+, 1 T, leg. O.M. (
+Krumpál & Christophoryová 2007
+);
+138
+: extraction of
+
+T
+.
+philomelos
+
+nest,
+4.6.2008
+,
+1 ♀
+, leg. MA.D., J.P. (
+ChristophoryovÁ 2010
+);
+141
+: extraction of
+
+Oriolus oriolus
+
+nest,
+9.7.1995
+, 1 T, leg. J.K. (
+
+Christophoryová
+et al
+. 2011a
+
+);
+176
+: sifting of leaf litter and soil,
+29.6.2005
+, 1 D;
+6.12.2006
+,
+1 ♀
+; leg. M.H. (
+ChristophoryovÁ 2013
+).
+
+
+New data
+:
+17
+:
+pitfall traps
+,
+
+11.8.2022
+
+, 1
+T
+, 1 D, 1 P;
+
+2.9.2022
+
+,
+1 ♂
+;
+
+30.9.2022
+
+,
+1 ♂
+; leg.
+J.L.
+,
+O.M.
+;
+25
+:
+pitfall trap
+,
+
+2.9.2022
+
+, 1 D, 1 P, leg.
+J.L.
+,
+O.M.
+;
+26
+:
+pitfall traps
+,
+
+11.8.2022
+
+,
+2 ♀♀
+;
+
+2.9.2022
+
+,
+1 ♀
+, 1 D, 1 P; leg.
+J.L.
+,
+O.M.
+;
+28
+:
+pitfall trap
+,
+
+30.9.2022
+
+, 1
+T
+, leg.
+J.L.
+,
+O.M.
+;
+41
+: individual sampling under
+
+Pinus sylvestris
+
+bark,
+
+12.10.2021
+
+,
+1 ♂
+, leg. L.
+V
+.;
+69
+: individual sampling under coniferous tree bark,
+
+2.8.2021
+
+, 2
+T
+, leg.
+J.C.
+,
+K.K.
+;
+101
+: sifting of leaf litter and dead wood,
+
+21.4.2020
+
+,
+1 ♂
+, leg.
+J.C.
+,
+103
+: individual sampling under
+
+Platanus
+×
+hispanica
+
+bark,
+
+10.10.2021
+
+,
+2 ♀♀
+, leg.
+J.C.
+;
+126
+: individual sampling under
+
+Platanus
+×
+hispanica
+
+bark,
+
+19.4.2019
+
+,
+3 ♀♀
+,
+2 ♂♂
+, 1 D, leg.
+J.C.
+;
+127
+: sifting of leaf litter and dead wood,
+
+1.5.2020
+
+,
+1 ♀
+,
+4 ♂♂
+, 2 D, leg.
+J.C.
+;
+129
+: extraction of
+
+Quercus
+
+bark,
+
+29.9.2006
+
+, 1 D, leg.
+M.D.
+;
+130
+:
+pitfall traps
+,
+
+2.5.2019
+
+,
+1 ♀
+;
+
+13.8.2019
+
+,
+1 ♀
+; leg.
+J.L.
+;
+161
+:
+pitfall trap
+,
+
+22.7.2019
+
+,
+1 ♂
+, leg.
+J.L.
+;
+171
+: individual sampling under
+
+Taxus baccata
+
+bark,
+
+19.7.2022
+
+,
+2 ♂♂
+, leg. L.
+V
+.;
+189
+:
+pitfall trap
+,
+
+21.7.2019
+
+,
+1 ♂
+, leg. O.M.
+
+
+
+
+European distribution
+:
+Austria
+,
+Belgium
+,
+Czechia
+,
+Germany
+,
+Hungary
+,
+Italy
+,
+Luxembourg
+,
+Netherlands
+,
+Serbia
+,
+Slovakia
+,
+Switzerland
+(
+
+Muster
+et al
+. 2024
+
+).
+
+
+
+
+Notes
+: The polytypic species
+
+D
+.
+latreillii
+
+was currently revised in the framework of an integrative taxonomic investigation, using DNA barcoding, multivariate ratio analysis, geometric morphometry of the male foretarsus, and genital morphology (
+
+Muster
+et al
+. 2024
+
+). The pattern of mitochondrial variation suggests three species-level entities in Central Europe, which differentiate in the structure of the female genitalia and their ecology.
+
+Dactylochelifer degeerii
+
+is the oldest available name for an inland species that has long been mistaken for the nominotypical species of
+
+D
+.
+latreillii
+
+.
+It is primarily associated with floodplains of rivers and rivulets. Cribriform plates in female genitalia are not connected, separated approximately by 1.2–1.5 times their diameter (
+
+Muster
+et al
+. 2024
+
+). Material from
+Bratislava
+was revised, and the photos of cribriform plates were consulted with Dr Christoph Muster from
+Germany
+. According to that the specimens earlier identified as
+
+D
+.
+latreillii
+
+were subsequently attributed to
+
+D
+.
+degeerii
+
+.
+
+
+ŠťÁhlavský & Dolejš (2019)
+identified three individuals of
+
+D. degeerii
+
+(as
+
+D
+.
+latreillii
+
+) from
+Bratislava
+in the collection of the arachnologist František Miller, without more precise locations of the finds.
+One male
+and one deutonymph were found in the nest of
+
+Turdus merula
+
+, and no further habitat information was given for
+one female
+.
+
+Dactylochelifer degeerii
+
+(as
+
+D
+.
+latreillii
+
+) was recorded in various habitat
+types
+in
+Bratislava
+, most frequently in bird nests (
+Christophoryová 2010
+;
+
+Christophoryová
+et al
+. 2011a
+
+;
+
+KrajčovičovÁ
+et al
+. 2015
+
+). It was less common in tree hollows (
+ChristophoryovÁ 2010
+;
+KrajčovičovÁ & ChristophoryovÁ 2014
+), in Malaise trap (
+KrumpÁl & Christophoryová 2007
+), and soil (
+Christophoryová 2013
+). In
+Bratislava
+, 15 new sampling sites of the species distribution were added. It was collected using pitfall traps, found under the bark of trees, but also in leaf litter and dead wood.
+
+
+
+
\ No newline at end of file
diff --git a/data/91/1D/68/911D683F3037FFE59AA8E83EFE88FB90.xml b/data/91/1D/68/911D683F3037FFE59AA8E83EFE88FB90.xml
new file mode 100644
index 00000000000..ff3faa28678
--- /dev/null
+++ b/data/91/1D/68/911D683F3037FFE59AA8E83EFE88FB90.xml
@@ -0,0 +1,264 @@
+
+
+
+Urban biodiversity of pseudoscorpions (Arachnida: Pseudoscorpiones) in the conditions of Central Europe
+
+
+
+Author
+
+Christophoryová, Jana
+Department of Zoology, Faculty of Natural Sciences, Comenius University in Bratislava, Ilkovičova
+
+
+
+Author
+
+Rusinko, Adam
+Department of Physical Geography and Geoinformatics, Faculty of Natural Sciences, Comenius University in Bratislava, Ilkovičova 6, SK- 842 15 Bratislava, Slovakia
+
+
+
+Author
+
+Purkart, Adrián
+Department of Zoology, Faculty of Natural Sciences, Comenius University in Bratislava, Ilkovičova
+
+
+
+Author
+
+Vičanová, Lucia
+Department of Zoology, Faculty of Natural Sciences, Comenius University in Bratislava, Ilkovičova
+
+text
+
+
+Zootaxa
+
+
+2025
+
+2025-02-20
+
+
+5590
+
+
+1
+
+
+1
+45
+
+
+
+
+https://doi.org/10.11646/zootaxa.5590.1.1
+
+journal article
+10.11646/zootaxa.5590.1.1
+1175-5326
+14952712
+BF250ECF-C10E-4EB1-9C94-9B0D8DCC1D24
+
+
+
+
+
+
+Neobisium
+(
+Neobisium
+)
+sylvaticum
+
+(C.L. Koch, 1835)
+
+
+
+
+
+(
+Figs 6C
+,
+7A
+)
+
+
+
+
+Published data
+:
+3
+: sifting of leaf litter and soil,
+24.9.1999
+,
+1 ♂
+;
+26.7.2000
+, 1 D; leg. M.H., Z.K., I.O. (
+ChristophoryovÁ 2013
+);
+14
+: sifting of leaf litter and soil,
+8.10.2005
+, 1 D;
+26.5.2006
+, 1 T; leg. M.H. (
+Christophoryová 2013
+);
+134
+: Malaise trap, 2009 (date not specified),
+1 ♂
+, leg. Ľ.V. (
+
+ČervenÁ
+et al
+. 2020b
+
+);
+168
+: sifting of leaf litter and soil,
+7.4.2005
+,
+1 ♂
+;
+29.6.2005
+, 1 D;
+3.8.2006
+, 1 T;
+1.9.2006
+, 2 T; leg. M.H. (
+ChristophoryovÁ 2013
+).
+
+
+New data
+:
+21
+: Malaise trap,
+4.2.2021
+,
+1 ♀
+, leg. O.M.;
+25
+: pitfall trap,
+4.2.2021
+,
+1 ♂
+, leg. O.M.;
+89
+: sifting of leaf litter and soil,
+21.5.2013
+,
+1 ♂
+, leg. K.K.;
+189
+: pitfall trap,
+17.11.2018
+,
+1 ♀
+; Malaise trap,
+10.12.2018
+,
+1 ♀
+;
+3.2.2019
+,
+2 ♀♀
+,
+1 ♂
+;
+25.2.2019
+,
+8 ♂♂
+; leg. O.M.
+
+
+
+
+European distribution
+:
+Albania
+,
+Austria
+,
+Bosnia and Herzegovina
+,
+Bulgaria
+,
+Croatia
+,
+Czechia
+,
+France
+,
+Germany
+,
+Greece
+,
+Hungary
+,
+Italy
+,
+Moldova
+,
+Montenegro
+,
+Poland
+,
+Portugal
+,
+Romania
+,
+Serbia
+,
+Slovakia
+,
+Slovenia
+,
+Spain
+,
+Switzerland
+,
+Ukraine
+(
+WPC 2024
+).
+
+
+
+
+Notes
+:
+
+Neobisium sylvaticum
+
+lives in leaf litter and soil, but it is also known to be able to climb bushes or trees when looking for shelter or food (
+KrajčovičovÁ & ChristophoryovÁ 2014
+;
+
+ChristophoryovÁ
+et al
+. 2017b
+
+). This ability is confirmed by older (
+
+ČervenÁ
+et al
+. 2020b
+
+), but especially by new findings in the Malaise traps in
+Bratislava
+.
+
+Neobisium sylvaticum
+
+occurs at eight sampling sites in
+Bratislava
+, four of which have been published and four of which are new.
+
+
+
+
\ No newline at end of file
diff --git a/data/91/1D/68/911D683F3037FFE59AA8EAEEFEE5FDF4.xml b/data/91/1D/68/911D683F3037FFE59AA8EAEEFEE5FDF4.xml
new file mode 100644
index 00000000000..3c68882d139
--- /dev/null
+++ b/data/91/1D/68/911D683F3037FFE59AA8EAEEFEE5FDF4.xml
@@ -0,0 +1,202 @@
+
+
+
+Urban biodiversity of pseudoscorpions (Arachnida: Pseudoscorpiones) in the conditions of Central Europe
+
+
+
+Author
+
+Christophoryová, Jana
+Department of Zoology, Faculty of Natural Sciences, Comenius University in Bratislava, Ilkovičova
+
+
+
+Author
+
+Rusinko, Adam
+Department of Physical Geography and Geoinformatics, Faculty of Natural Sciences, Comenius University in Bratislava, Ilkovičova 6, SK- 842 15 Bratislava, Slovakia
+
+
+
+Author
+
+Purkart, Adrián
+Department of Zoology, Faculty of Natural Sciences, Comenius University in Bratislava, Ilkovičova
+
+
+
+Author
+
+Vičanová, Lucia
+Department of Zoology, Faculty of Natural Sciences, Comenius University in Bratislava, Ilkovičova
+
+text
+
+
+Zootaxa
+
+
+2025
+
+2025-02-20
+
+
+5590
+
+
+1
+
+
+1
+45
+
+
+
+
+https://doi.org/10.11646/zootaxa.5590.1.1
+
+journal article
+10.11646/zootaxa.5590.1.1
+1175-5326
+14952712
+BF250ECF-C10E-4EB1-9C94-9B0D8DCC1D24
+
+
+
+
+
+
+Neobisium
+(
+Neobisium
+)
+erythrodactylum
+
+(L. Koch, 1873)
+
+(
+Figs 5D
+,
+6B
+)
+
+
+
+
+Published data
+:
+6
+: extraction of soil,
+19.7.2017
+,
+1 ♂
+, leg. P.F. (
+
+ČervenÁ
+et al
+. 2020b
+
+);
+129
+: pitfall trap,
+30.6.2006
+,
+1 ♀
+,
+1 ♂
+, leg. Z.K. (
+KrumpÁl & ChristophoryovÁ 2007
+).
+
+
+
+
+European distribution
+:
+Austria
+,
+Bosnia and Herzegovina
+,
+Croatia
+,
+Czechia
+,
+Germany
+,
+Greece
+,
+Hungary
+,
+Italy
+,
+Poland
+,
+Romania
+,
+Serbia
+,
+Slovakia
+,
+Slovenia
+,
+Ukraine
+(
+WPC 2024
+).
+
+
+
+
+Notes
+:
+
+Neobisium erythrodactylum
+
+was found only twice in
+Bratislava
+, in a pitfall trap and soil (
+Krumpál & ChristophoryovÁ 2007
+;
+
+ČervenÁ
+et al
+. 2020b
+
+). In the new samples, the species was not recorded in
+Bratislava
+. The species is epigeic, in
+Slovakia
+, it was found mainly in leaf litter and soil (
+Krumpál & Krumpálová 2003
+;
+
+Christophoryová
+et al
+. 2014
+
+, 2020b), more rarely on tree trunks (
+KrajčovičovÁ & ChristophoryovÁ 2014
+;
+
+Christophoryová
+et al
+. 2017b
+
+), in the mould of tree hollows and dead wood (
+
+KrajčovičovÁ
+et al
+.2016
+
+;
+
+Christophoryová
+et al
+. 2017b
+
+).
+
+
+
+
\ No newline at end of file
diff --git a/data/91/1D/68/911D683F3037FFE59AA8EFB2FDE6F8C4.xml b/data/91/1D/68/911D683F3037FFE59AA8EC6AFDE6F8C4.xml
similarity index 64%
rename from data/91/1D/68/911D683F3037FFE59AA8EFB2FDE6F8C4.xml
rename to data/91/1D/68/911D683F3037FFE59AA8EC6AFDE6F8C4.xml
index 7cddecc45d0..02c1c668248 100644
--- a/data/91/1D/68/911D683F3037FFE59AA8EFB2FDE6F8C4.xml
+++ b/data/91/1D/68/911D683F3037FFE59AA8EC6AFDE6F8C4.xml
@@ -1,90 +1,86 @@
-
-
-
-Urban biodiversity of pseudoscorpions (Arachnida: Pseudoscorpiones) in the conditions of Central Europe
+
+
+
+Urban biodiversity of pseudoscorpions (Arachnida: Pseudoscorpiones) in the conditions of Central Europe
-
-
-Author
+
+
+Author
-Christophoryová, Jana
-Department of Zoology, Faculty of Natural Sciences, Comenius University in Bratislava, Ilkovičova
+Christophoryová, Jana
+Department of Zoology, Faculty of Natural Sciences, Comenius University in Bratislava, Ilkovičova
-
-
-Author
+
+
+Author
-Rusinko, Adam
-Department of Physical Geography and Geoinformatics, Faculty of Natural Sciences, Comenius University in Bratislava, Ilkovičova 6, SK- 842 15 Bratislava, Slovakia
+Rusinko, Adam
+Department of Physical Geography and Geoinformatics, Faculty of Natural Sciences, Comenius University in Bratislava, Ilkovičova 6, SK- 842 15 Bratislava, Slovakia
-
-
-Author
+
+
+Author
-Purkart, Adrián
-Department of Zoology, Faculty of Natural Sciences, Comenius University in Bratislava, Ilkovičova
+Purkart, Adrián
+Department of Zoology, Faculty of Natural Sciences, Comenius University in Bratislava, Ilkovičova
-
-
-Author
+
+
+Author
-Vičanová, Lucia
-Department of Zoology, Faculty of Natural Sciences, Comenius University in Bratislava, Ilkovičova
+Vičanová, Lucia
+Department of Zoology, Faculty of Natural Sciences, Comenius University in Bratislava, Ilkovičova
-text
-
-
-Zootaxa
+text
+
+
+Zootaxa
-
-2025
-
-2025-02-20
+
+2025
+
+2025-02-20
-
-5590
+
+5590
-
-1
+
+1
-
-1
-45
+
+1
+45
-
-https://doi.org/10.11646/zootaxa.5590.1.1
+
+https://doi.org/10.11646/zootaxa.5590.1.1
-journal article
-10.11646/zootaxa.5590.1.1
-1175-5326
-14952712
-BF250ECF-C10E-4EB1-9C94-9B0D8DCC1D24
+journal article
+10.11646/zootaxa.5590.1.1
+1175-5326
+14952712
+BF250ECF-C10E-4EB1-9C94-9B0D8DCC1D24
-
-
-
-
-
-Family:
-Cheiridiidae Hansen, 1894
-
-
-
-
-
-
-
+
+
+
+
Apocheiridium ferum
(Simon, 1879)
+
+
+
+
(
Figs 6D
,
7B
) ▲
+
+
New data
:
@@ -101,6 +97,8 @@ sifting of leaf litter and dead wood,
.
+
+
European distribution
:
diff --git a/data/91/1D/68/911D683F3037FFE59AA8EED2FEAAFADC.xml b/data/91/1D/68/911D683F3037FFE59AA8EED2FEAAFADC.xml
new file mode 100644
index 00000000000..da84b0d997a
--- /dev/null
+++ b/data/91/1D/68/911D683F3037FFE59AA8EED2FEAAFADC.xml
@@ -0,0 +1,94 @@
+
+
+
+Urban biodiversity of pseudoscorpions (Arachnida: Pseudoscorpiones) in the conditions of Central Europe
+
+
+
+Author
+
+Christophoryová, Jana
+Department of Zoology, Faculty of Natural Sciences, Comenius University in Bratislava, Ilkovičova
+
+
+
+Author
+
+Rusinko, Adam
+Department of Physical Geography and Geoinformatics, Faculty of Natural Sciences, Comenius University in Bratislava, Ilkovičova 6, SK- 842 15 Bratislava, Slovakia
+
+
+
+Author
+
+Purkart, Adrián
+Department of Zoology, Faculty of Natural Sciences, Comenius University in Bratislava, Ilkovičova
+
+
+
+Author
+
+Vičanová, Lucia
+Department of Zoology, Faculty of Natural Sciences, Comenius University in Bratislava, Ilkovičova
+
+text
+
+
+Zootaxa
+
+
+2025
+
+2025-02-20
+
+
+5590
+
+
+1
+
+
+1
+45
+
+
+
+
+https://doi.org/10.11646/zootaxa.5590.1.1
+
+journal article
+10.11646/zootaxa.5590.1.1
+1175-5326
+14952712
+BF250ECF-C10E-4EB1-9C94-9B0D8DCC1D24
+
+
+
+
+
+
+Neobisium
+sp.
+
+
+Chamberlin, 1930
+
+
+New data
+:
+78
+: extraction of leaf litter,
+
+5.10.2021
+
+, 1 P, leg. L.
+V
+.
+
+
+Notes
+: As the protonymph does not have enough reliable identifying characters, the individual was identified only at the genus level.
+
+
+
+
\ No newline at end of file
diff --git a/data/91/1D/68/911D683F303AFFE89AA8E882FBBCFBB4.xml b/data/91/1D/68/911D683F303AFFE89AA8E882FBBCFBB4.xml
new file mode 100644
index 00000000000..9ab87ab4bc1
--- /dev/null
+++ b/data/91/1D/68/911D683F303AFFE89AA8E882FBBCFBB4.xml
@@ -0,0 +1,215 @@
+
+
+
+Urban biodiversity of pseudoscorpions (Arachnida: Pseudoscorpiones) in the conditions of Central Europe
+
+
+
+Author
+
+Christophoryová, Jana
+Department of Zoology, Faculty of Natural Sciences, Comenius University in Bratislava, Ilkovičova
+
+
+
+Author
+
+Rusinko, Adam
+Department of Physical Geography and Geoinformatics, Faculty of Natural Sciences, Comenius University in Bratislava, Ilkovičova 6, SK- 842 15 Bratislava, Slovakia
+
+
+
+Author
+
+Purkart, Adrián
+Department of Zoology, Faculty of Natural Sciences, Comenius University in Bratislava, Ilkovičova
+
+
+
+Author
+
+Vičanová, Lucia
+Department of Zoology, Faculty of Natural Sciences, Comenius University in Bratislava, Ilkovičova
+
+text
+
+
+Zootaxa
+
+
+2025
+
+2025-02-20
+
+
+5590
+
+
+1
+
+
+1
+45
+
+
+
+
+https://doi.org/10.11646/zootaxa.5590.1.1
+
+journal article
+10.11646/zootaxa.5590.1.1
+1175-5326
+14952712
+BF250ECF-C10E-4EB1-9C94-9B0D8DCC1D24
+
+
+
+
+
+Mesochelifer ressli
+Mahnert, 1981
+
+
+
+
+
+(
+Figs 8A
+,
+9A
+) ▲
+
+
+
+
+New data
+:
+41
+:
+
+individual sampling under
+
+Pinus sylvestris
+
+bark,
+
+14.10.2021
+
+,
+1 ♀
+;
+
+19.10.2021
+
+,
+4 ♀♀
+,
+1 ♂
+, 6
+T
+
+,
+
+1 D;
+
+26.10.2021
+
+,
+1 ♂
+; leg. L.
+V
+
+.;
+
+171
+: individual sampling under
+
+Taxus baccata
+
+bark,
+
+19.7.2022
+
+, 1
+T
+, leg. L.V
+
+.
+
+
+European distribution
+:
+Austria
+,
+Belarus
+,
+Czechia
+,
+Estonia
+,
+Germany
+,
+Greece
+,
+Italy
+,
+Poland
+,
+Slovakia
+,
+Switzerland
+(
+
+Sammet
+et al
+. 2016
+
+;
+
+Just
+et al
+. 2023
+
+;
+WPC 2024
+).
+
+
+
+
+Notes
+:
+
+Mesochelifer ressli
+
+was recorded for the first time in
+Bratislava
+. It was found under the bark of conifers in the botanical and urban gardens. The species is dendrophilous and was collected in
+Slovakia
+mainly under the bark of pine and larch trees, and one individual was extracted from the mould of a linden tree hollow (
+KrajčovičovÁ & Christophoryová 2014
+;
+
+Christophoryová
+et al
+. 2017b
+
+;
+
+ČervenÁ
+et al
+. 2020b
+
+).
+
+ČervenÁ
+et al
+. (2020b)
+
+also collected the species in other habitat
+types
+, namely in leaf litter and soil, and using a Malaise trap.
+
+
+
+
\ No newline at end of file
diff --git a/data/91/1D/68/911D683F303AFFE89AA8EC06FD8EF830.xml b/data/91/1D/68/911D683F303AFFE89AA8EC06FD8EF830.xml
new file mode 100644
index 00000000000..26d85e1961c
--- /dev/null
+++ b/data/91/1D/68/911D683F303AFFE89AA8EC06FD8EF830.xml
@@ -0,0 +1,199 @@
+
+
+
+Urban biodiversity of pseudoscorpions (Arachnida: Pseudoscorpiones) in the conditions of Central Europe
+
+
+
+Author
+
+Christophoryová, Jana
+Department of Zoology, Faculty of Natural Sciences, Comenius University in Bratislava, Ilkovičova
+
+
+
+Author
+
+Rusinko, Adam
+Department of Physical Geography and Geoinformatics, Faculty of Natural Sciences, Comenius University in Bratislava, Ilkovičova 6, SK- 842 15 Bratislava, Slovakia
+
+
+
+Author
+
+Purkart, Adrián
+Department of Zoology, Faculty of Natural Sciences, Comenius University in Bratislava, Ilkovičova
+
+
+
+Author
+
+Vičanová, Lucia
+Department of Zoology, Faculty of Natural Sciences, Comenius University in Bratislava, Ilkovičova
+
+text
+
+
+Zootaxa
+
+
+2025
+
+2025-02-20
+
+
+5590
+
+
+1
+
+
+1
+45
+
+
+
+
+https://doi.org/10.11646/zootaxa.5590.1.1
+
+journal article
+10.11646/zootaxa.5590.1.1
+1175-5326
+14952712
+BF250ECF-C10E-4EB1-9C94-9B0D8DCC1D24
+
+
+
+
+
+Allochernes solarii
+(Simon, 1898)
+
+(
+Figs 8C
+,
+9C
+)
+
+
+Published data
+:
+187:
+individual sampling and extraction of samples from anthill of
+
+Formica gagates
+
+,
+11.4.2018
+,
+1 ♀
+,
+1 ♂
+;
+3.5.2018
+,
+1 ♂
+;
+26.6.2018
+,
+1 ♂
+; leg. J.C., M.J., K.K., A.P. (
+
+ČervenÁ
+et al
+. 2020a
+
+);
+188
+: individual sampling and extraction of samples from anthill of
+
+Formica gagates
+
+,
+11.4.2018
+,
+2 ♂♂
+;
+3.5.2018
+,
+3 ♀♀
+,
+1 ♂
+,
+
+1
+T
+;
+
+26.6.2018
+
+
+,
+
+1
+T
+; leg.
+J.C.
+,
+M.J.
+,
+K.K.
+,
+A.P.
+(
+
+ČervenÁ
+et al
+. 2018
+
+)
+
+.
+
+
+European distribution
+:
+Czechia
+,
+Italy
+,
+Slovakia
+(
+ŠťÁhlavský & Krejčí 2021
+;
+WPC 2024
+).
+
+
+Notes
+:
+
+Allochernes solarii
+
+was found for the first time in
+Slovakia
+only recently, in the anthills of
+
+Formica gagates
+
+at the VajnorskÁ hora sampling site (
+
+ČervenÁ
+et al
+. 2018
+
+). Since all developmental stages were present in the anthills, it is assumed to be a myrmecophilous species (
+
+ČervenÁ
+et al
+. 2018
+
+,
+2020a
+). No new records were found in
+Bratislava
+during the present research.
+
+
+
+
\ No newline at end of file
diff --git a/data/91/1D/68/911D683F303AFFE89AA8EE8AFCD4F9BC.xml b/data/91/1D/68/911D683F303AFFE89AA8EE8AFCD4F9BC.xml
new file mode 100644
index 00000000000..344baff186b
--- /dev/null
+++ b/data/91/1D/68/911D683F303AFFE89AA8EE8AFCD4F9BC.xml
@@ -0,0 +1,177 @@
+
+
+
+Urban biodiversity of pseudoscorpions (Arachnida: Pseudoscorpiones) in the conditions of Central Europe
+
+
+
+Author
+
+Christophoryová, Jana
+Department of Zoology, Faculty of Natural Sciences, Comenius University in Bratislava, Ilkovičova
+
+
+
+Author
+
+Rusinko, Adam
+Department of Physical Geography and Geoinformatics, Faculty of Natural Sciences, Comenius University in Bratislava, Ilkovičova 6, SK- 842 15 Bratislava, Slovakia
+
+
+
+Author
+
+Purkart, Adrián
+Department of Zoology, Faculty of Natural Sciences, Comenius University in Bratislava, Ilkovičova
+
+
+
+Author
+
+Vičanová, Lucia
+Department of Zoology, Faculty of Natural Sciences, Comenius University in Bratislava, Ilkovičova
+
+text
+
+
+Zootaxa
+
+
+2025
+
+2025-02-20
+
+
+5590
+
+
+1
+
+
+1
+45
+
+
+
+
+https://doi.org/10.11646/zootaxa.5590.1.1
+
+journal article
+10.11646/zootaxa.5590.1.1
+1175-5326
+14952712
+BF250ECF-C10E-4EB1-9C94-9B0D8DCC1D24
+
+
+
+
+
+Allochernes peregrinus
+Lohmander, 1939
+
+
+
+
+
+(
+Figs 8B
+,
+9B
+)
+
+
+
+
+Published data
+:
+5
+: sifting of leaf litter and soil,
+3.5.2005
+, 1 T, leg. M.H. (
+Christophoryová 2013
+);
+14
+: sifting of leaf litter and soil,
+26.5.2006
+,
+3 ♀♀
+, leg. M.H. (
+ChristophoryovÁ 2013
+);
+81
+: sifting of leaf litter and soil,
+1.4.2005
+, 1 D, leg. M.H. (
+Christophoryová 2013
+);
+191
+: individual sampling of phoretic pseudoscorpion on
+Diptera
+,
+29.5.2013
+,
+1 ♀
+, leg. E.S., V.S. (
+
+ChristophoryovÁ
+et al
+. 2017a
+
+).
+
+
+
+
+European distribution
+:
+Austria
+,
+Czechia
+,
+Germany
+,
+Hungary
+,
+Luxembourg
+,
+Poland
+,
+Slovakia
+,
+Sweden
+,
+Switzerland
+(
+
+ČervenÁ
+et al
+. 2020c
+
+;
+WPC 2024
+).
+
+
+
+
+Notes
+:
+
+Allochernes peregrinus
+
+was rarely found in
+Bratislava
+, caught phoretically on a dipteran (
+
+Christophoryová
+et al
+. 2017a
+
+) and in leaf litter and soil (
+Christophoryová 2013
+).
+
+New locations were recorded during the present research.
+
+
+
\ No newline at end of file