cometadata/datacite-rtg-text-other-reclassification-records huggingface dataset:
Triforis (Iniforis) mirifica var. lifuana Hervier 1898
Creators: name: Bakker, Piet A. J.
name: Albano, Paolo G.
Publisher: name: Zenodo
Year: 2022
Subjects: Biodiversity
Taxonomy
Animalia
Mollusca
Gastropoda
Triphoridae
Triforis
Triforis mirifica
Triforis (iniforis) mirifica var. lifuana hervier, 1898

description: Triforis (Iniforis) mirifica var. lifuana Hervier, 1898
Triforis (Iniforis) mirifica var. lifuana Hervier, 1898: 249.
Triphora lifuana Hervier, 1898 — Kuroda & Habe 1952: 91.
Triphora (Iniforis) lifuana Hervier, 1898 — Kosuge 1961a: 311, pl. 19, fig. 5.
Iniforis lifuana (Hervier, 1898) — Habe & Kosuge 1966: 109, pl. 41, fig. 51.
Mastoniaeforis lifuana (Hervier, 1898) — Okutani 2000: 311, pl. 154, fig. 53.
Mastoniaeforis lifunana (Hervier, 1898) [sic]— Dumrongrojwattana et al. 2016: 286.
Type locality. New Caledonia, Lifou.
Type material. MNHN-IM-2000-1508, syntypes.
Distribution. China Sea (Zongguo & Mao 2012), French Polynesia (Tröndle & Boutet 2009), Gulf of Aqaba (Blatterer 2019), Japan (Kuroda & Habe 1952; Kosuge 1961a; Kosuge 1962b; Higo et al. 1999; Okutani 2000; Chang & Wu 2005; Dumrongrojwattana et al. 2016; Okutani 2017), Marshall Islands (Kay & Johnson 1987; Kosuge 1990), New Caledonia (Hervier 1898; Hervier 1899; Kosuge 1961a; Kosuge 1962b; Chang & Wu 2005), Philippines (Higo et al. 1999; Poppe 2008), Taiwan (Chang & Wu 2005; Chang 2006a; Dumrongrojwattana et al. 2016), Thailand (Dumrongrojwattana et al. 2016; Dumrongrojwattana & Tanamai 2020; Wells et al. 2021), Vietnam (Tu et al. 2021).
description: Published as part of Bakker, Piet A. J. & Albano, Paolo G., 2022, Nomenclator, geographic and stratigraphic distribution of the family Triphoridae (Mollusca: Gastropoda), pp. 1-216 in Zootaxa 5088 (1) on page 118, DOI: 10.11646/zootaxa.5088.1.1, http://zenodo.org/record/5836536
Analyses of Static and Dynamic Airflow and Contaminant Dispersion in Elevator Environments
Creators: name: Du, Chengbo
Publisher: name: Purdue University Graduate School
Year: 2025
Subjects: classificationCode: 401706
subject: Numerical modelling and mechanical characterisation
classificationCode: 401799
subject: Mechanical engineering not elsewhere classified

description: This study investigates airflow patterns and contaminant concentration in elevator-related areas, highlighting their critical role in indoor air quality and infection control. Despite widespread reliance on elevators, limited research addresses airflow patterns and contaminant behavior in these confined, high-density spaces. Using a full-scale elevator mockup connected to a lobby, this study conducted static and dynamic experiments to measure air velocity, temperature, and contaminant concentration. Static tests analyzed closed cabins with mixed ventilation, while dynamic tests examined the impact of passenger movement on airflow and contaminant dispersion.Experimental data validated a Computational Fluid Dynamics (CFD) model, which revealed relatively uniform air conditions during elevator transit and notable wake effects associated with passenger movement. The CFD model simulated scenarios involving an index patient engaging in various respiratory activities, such as talking and coughing. Results showed that while the infection risk during short elevator rides is generally low, proximity to an infected individual during activities like talking increases transmission risk.The findings underscore CFD’s value in studying both static and dynamic indoor airflow, though complexities in dynamic cases necessitate refined models and experimental methods. Additionally, the study enhances traditional displacement ventilation systems with induction panels and emphasizes the importance of integrated design for elevators and adjacent spaces to optimize ventilation performance and reduce infection risks during airborne crises, such as pandemics. This research advances understanding of indoor air quality in confined environments, providing insights for safer and more effective ventilation design.
Cheirodonta miskitorum Rolan & Luque 1999
Creators: name: Bakker, Piet A. J.
name: Albano, Paolo G.
Publisher: name: Zenodo
Year: 2022
Subjects: Biodiversity
Taxonomy
Animalia
Mollusca
Gastropoda
Triphoridae
Cheirodonta
Cheirodonta miskitorum

description: Cheirodonta miskitorum Rolán & Luque, 1999
Cheirodonta miskitorum Rolán & Luque, 1999: 109, fig. 4–6.
Nanaphora miskitorum —Fernandes & Pimenta 2015: 502.
Type locality. Nicaragua, Arrecife, The Witties, Miskitos Archipelago, 14°10.6’N, 82°43.2’W, 8 m deep.
Type material. MNCN 15.05 /31724, holotype.
Distribution. Nicaragua (Rolán & Luque 1999).
description: Published as part of Bakker, Piet A. J. & Albano, Paolo G., 2022, Nomenclator, geographic and stratigraphic distribution of the family Triphoridae (Mollusca: Gastropoda), pp. 1-216 in Zootaxa 5088 (1) on page 118, DOI: 10.11646/zootaxa.5088.1.1, http://zenodo.org/record/5836536
Strigamia exul Meinert 1886
Creators: name: Bonato, Lucio
name: Dányi, László
name: Socci, Antonio Augusto
name: Minelli, Alessandro
Publisher: name: Zenodo
Year: 2012
Subjects: Biodiversity
Taxonomy
Animalia
Arthropoda
Chilopoda
Geophilomorpha
Linotaeniidae
Strigamia
Strigamia exul

description: Strigamia exul (Meinert, 1886) *
References for morphology: Meinert 1886; Cook 1896; Crabill in Mercurio 2010.
Taxonomic notes. Described originally as a species of Scolioplanes, it was cited rarely in the literature, under either Scolioplanes or Tomotaenia. After re-examining the holotype, Cook (1896) recognized it as a distinct species. It is assigned here to Strigamia for the first time (new combination) because it shares all major diagnostic features of Strigamia. However, it is considered a distinct species only tentatively, because available information is not enough to distinguish it confidently from other species, including S. epileptica and S. fusata.
Distribution: unknown. The single known specimen is of uncertain provenance, but probably from North America (Attems 1929; Mercurio 2010).
description: Published as part of Bonato, Lucio, Dányi, László, Socci, Antonio Augusto & Minelli, Alessandro, 2012, Species diversity of Strigamia Gray, 1843 (Chilopoda: Linotaeniidae): a preliminary synthesis, pp. 1-39 in Zootaxa 3593 on page 14, DOI: 10.5281/zenodo.214898
Coriophora mistura Laseron 1958
Creators: name: Bakker, Piet A. J.
name: Albano, Paolo G.
Publisher: name: Zenodo
Year: 2022
Subjects: Biodiversity
Taxonomy
Animalia
Mollusca
Gastropoda
Triphoridae
Coriophora
Coriophora mistura

description: Coriophora mistura Laseron, 1958
Coriophora mistura Laseron, 1958: 607, fig. 114–115.
Inella mistura (Laseron 1958) — Chang & Wu 2005: 20, fig. 34.
Type locality. Australia, Caloundra.
Type material. AMS C.103082, holotype. AMS C.64423, paratype.
Distribution. Australia (Laseron 1958; Chang & Wu 2005), China Sea (Zongguo & Mao 2012), Taiwan (Chang & Wu 2005; Chang 2006c).
description: Published as part of Bakker, Piet A. J. & Albano, Paolo G., 2022, Nomenclator, geographic and stratigraphic distribution of the family Triphoridae (Mollusca: Gastropoda), pp. 1-216 in Zootaxa 5088 (1) on page 118, DOI: 10.11646/zootaxa.5088.1.1, http://zenodo.org/record/5836536
Strigamia fulva Sager 1856
Creators: name: Bonato, Lucio
name: Dányi, László
name: Socci, Antonio Augusto
name: Minelli, Alessandro
Publisher: name: Zenodo
Year: 2012
Subjects: Biodiversity
Taxonomy
Animalia
Arthropoda
Chilopoda
Geophilomorpha
Linotaeniidae
Strigamia
Strigamia fulva

description: Strigamia fulva Sager, 1856
Synonym: Linotaenia micropus Chamberlin, 1902.
References for morphology: Wood 1862, 1865; Meinert 1886 (sub Scolioplanes bothriopus); Chamberlin 1902 (sub Linotaenia micropus); Crabill 1954b.
Taxonomic notes. Described originally as a species of Strigamia, it was variously cited under Linotaenia, Scolioplanes or Tomotaenia. Following Meinert (1886), some authors considered it identical to S. bothriopus, but Crabill (1954b) re-examined the type material and demonstrated that the two species are distinct.
Linotaenia micropus was described by Chamberlin (1902), but practically ignored by subsequent authors, and only registered as valid by Attems (1929). Chamberlin (1961) later recognized it as identical “part. max” with S. fulva, and Mercurio (2010) listed it as a synonym of S. fulva. However, published information on the morphology of S. micropus does not allow a decision as to whether the type specimens belong to S. fulva or S. bothriopus, which have been confused in the past (Crabill 1954b), therefore the current synonymy is registered here only provisionally.
Distribution: eastern part of North America, westwards possibly to Iowa. Published records from other parts of North America need confirmation because of possible confusion with S. bothriopus.
description: Published as part of Bonato, Lucio, Dányi, László, Socci, Antonio Augusto & Minelli, Alessandro, 2012, Species diversity of Strigamia Gray, 1843 (Chilopoda: Linotaeniidae): a preliminary synthesis, pp. 1-39 in Zootaxa 3593 on page 14, DOI: 10.5281/zenodo.214898
Triforis mitella Dall 1892
Creators: name: Bakker, Piet A. J.
name: Albano, Paolo G.
Publisher: name: Zenodo
Year: 2022
Subjects: Biodiversity
Taxonomy
Animalia
Mollusca
Gastropoda
Triphoridae
Triforis
Triforis mitella

description: † Triforis mitella Dall, 1892
Triforis mitella Dall, 1892: 265, pl. 21, fig. 10.
Triphora mitella Dall, 1892 — Rolán & Fernández-Garcés 2007: 16.
Type locality. United States, Florida, Chipola beds, Burns.
Type stratum. Lower Miocene.
Type material. USNM–MO 113315, syntypes.
Distribution. United States, Florida (Dall 1892).
Geological age. Miocene (Dall 1892).
description: Published as part of Bakker, Piet A. J. & Albano, Paolo G., 2022, Nomenclator, geographic and stratigraphic distribution of the family Triphoridae (Mollusca: Gastropoda), pp. 1-216 in Zootaxa 5088 (1) on page 119, DOI: 10.11646/zootaxa.5088.1.1, http://zenodo.org/record/5836536
Strigamia fusata Attems 1903
Creators: name: Bonato, Lucio
name: Dányi, László
name: Socci, Antonio Augusto
name: Minelli, Alessandro
Publisher: name: Zenodo
Year: 2012
Subjects: Biodiversity
Taxonomy
Animalia
Arthropoda
Chilopoda
Geophilomorpha
Linotaeniidae
Strigamia
Strigamia fusata

description: Strigamia fusata (Attems, 1903)
Synonym: Paraplanes californicus Verhoeff, 1938.
References for morphology: Attems 1903, 1929; Verhoeff 1938a, 1938c (both sub Paraplanes californicus); Crabill 1962a.
Taxonomic notes. It was described originally as a species in a distinct genus Diplochora. The holotype and other specimens were redescribed in detail by Crabill (1962a), who assigned the species to Tomotaenia and recorded other specimens. Other authors listed it among the synonyms of S. parviceps, but the true identity of the latter is actually unknown (see below under “Uncertain species”). It is assigned here to Strigamia for the first time (new combination), because it shares all major diagnostic features of Strigamia (see above under “Notes on synonymies”).
Paraplanes californicus was described by Verhoeff (1938c), and described again as new by the same author in a distinct paper published later in the same year (Verhoeff 1938a; Crabill 1962a). No other specimens were recorded, and the species was almost ignored until Crabill (1962a, 1962b) synonymized it under S. fusata after examining the type specimens of both species.
Distribution: south-western part of North America, from southern Coast Ranges to the Gulf of California.
description: Published as part of Bonato, Lucio, Dányi, László, Socci, Antonio Augusto & Minelli, Alessandro, 2012, Species diversity of Strigamia Gray, 1843 (Chilopoda: Linotaeniidae): a preliminary synthesis, pp. 1-39 in Zootaxa 3593 on pages 14-15, DOI: 10.5281/zenodo.214898
Cheirodonta mizifio M. R. Fernandes & Pimenta 2015
Creators: name: Bakker, Piet A. J.
name: Albano, Paolo G.
Publisher: name: Zenodo
Year: 2022
Subjects: Biodiversity
Taxonomy
Animalia
Mollusca
Gastropoda
Triphoridae
Cheirodonta
Cheirodonta mizifio

description: Cheirodonta mizifio M.R. Fernandes & Pimenta, 2015
Cheirodonta mizifio M.R. Fernandes & Pimenta, 2015b: 496, fig. 2.
Type locality. Brazil, Rio de Janeiro State, 21°43’06”S, 40°11’37”W, 73 m deep.
Type material. MNRJ 18696, holotype.
Distribution. Brazil (Fernandes & Pimenta 2015b; Oliveira et al. 2018).
Remarks. Considered a junior synonym of Triphoris dupliniana Olsson, 1916 by Fernandes & Pimenta (2020).
description: Published as part of Bakker, Piet A. J. & Albano, Paolo G., 2022, Nomenclator, geographic and stratigraphic distribution of the family Triphoridae (Mollusca: Gastropoda), pp. 1-216 in Zootaxa 5088 (1) on page 119, DOI: 10.11646/zootaxa.5088.1.1, http://zenodo.org/record/5836536
ЖАЗОНИ ЎТАШДАН МУДДАТИДАН ИЛГАРИ ШАРТЛИ РАВИШДА ОЗОД ҚИЛИШНИНГ ЎЗИГА ХОС ХУСУСИЯТЛАРИ
Creators: name: Азбергенова, Мунира
Publisher: name: Zenodo
Year: 2024

description: Мазкур мақолада вояга етмаганларга нисбатан қўлланиладиган жазони ўташдан муддатидан илгари шартли равишда озод қилиш  институти, унга оид умумий тавсиф ва мулоҳазалар, уни қўллаш тартиби ва жиноятчилик статистикаси таҳлил қилинган. Шу билан бирга чет эл давлатларининг жазо тизимида, хусусан Арманистон ва Эстония давлатларида ушбу чоранинг ўзига  ҳослиги, қўлланиш тартиби ҳамда ҳуқуқшунос олимларнинг фикрлари  ўрганилган.
SENSITIZATION OF THE BODY IN CHILDREN WITH CHRONIC RECURRENT URTICARIA
Creators: name: Nurmatova, Nargiza
name: Sagdullayeva, Mafura
name: Samadov, Abduqaxxor
name: Mallayev, Shuxrat
Publisher: name: Zenodo
Year: 2025

description: The urgency of the problem of chronic urticaria in children is due to the heterogeneity of etiological factors, age-related features of the immunopathological mechanisms of development and course [4,8,9,11,13,14,18]. According to clinical recommendations: urticaria in children [3] and international recommendations [1], urticaria that persists or recurs for more than 6 weeks is considered chronic urticaria.  Among children with recurrent urticaria, atopy is detected in 33% of patients.
Strigamia herzegowinensis Verhoeff 1935
Creators: name: Bonato, Lucio
name: Dányi, László
name: Socci, Antonio Augusto
name: Minelli, Alessandro
Publisher: name: Zenodo
Year: 2012
Subjects: Biodiversity
Taxonomy
Animalia
Arthropoda
Chilopoda
Geophilomorpha
Linotaeniidae
Strigamia
Strigamia herzegowinensis

description: Strigamia herzegowinensis (Verhoeff, 1935)
References for morphology: Verhoeff 1935; Dobroruka 1977.
Taxonomic notes. The name was first introduced by Verhoeff (1901) as a “nomen nudum” for a variety of Scolioplanes acuminatus crassipes, and was then listed by Attems (1903) as a variety “ hercegovinensis ” of Scolioplanes crassipes. However, it was described validly only later, by Verhoeff (1935), as a species of Scolioplanes (Protoplanes). It was assigned to Strigamia by Dobroruka (1977). No other specimens have been recorded, but the validity of the species was never questioned.
Distribution: known from a single locality in the Dinarides.
description: Published as part of Bonato, Lucio, Dányi, László, Socci, Antonio Augusto & Minelli, Alessandro, 2012, Species diversity of Strigamia Gray, 1843 (Chilopoda: Linotaeniidae): a preliminary synthesis, pp. 1-39 in Zootaxa 3593 on page 15, DOI: 10.5281/zenodo.214898
Druckschriften-Signaturen / Lied ohne Worte für Clavier : Op. 7
Creators: name: Rentsch, Johann Ernst Theodor
Publisher: name: Hoffarth
Year: 1871

description: Ernst Rentsch
description: Ernst Rentsch (Architekt, 1876- ) Geschenk 1932 *32.2519 Öffentliche Bibliothek der Universität Basel
description: Verzeichnung=Description=Inventaire 2010 Übernahme Rekatalogis. AK UB durch Medea 2002-2005
A Theory of Everything from Pure Reason
Creators: name: Harvey-Tremblay, Alexandre
Publisher: name: Figshare
Year: 2017
Subjects: subject: 10599 Mathematical Physics not elsewhere classified
subject: FOS: Mathematics

description: In this work, I present a formal construction of the axiomless position. This construction ultimately leads to the theory of everything in physics (ToE). The purpose of this paper is to first derive the ToE from the axiomless position, then to derive sufficient physics from it so as to convince the skeptical reader of the validity of the methodology.

Part I is the axiomless derivation of the ToE. From this derivation I obtain, in part II, a master equation formulated as a Gibb's ensemble and relating the algorithmic notions of program-observables to that of entropy.

Part III is the derivation of physical laws so as to provide evidence that it is the ToE. I recover, in an axiomless manner, the exact mathematical formulation of the major theories of physics; including statistical mechanics, quantum mechanics (QM), special and general relativity (GR). These equations are derived entirely from pure reason with no appeal to physical observations. Deriving both QM and GR as necessary consequences and limiting cases of this equation is suggestive of unification.
Vollständige theoretische und praktische Geschichte der Erfindungen : Oder Gedanken über die Gegenstände aller drey Naturreiche, die im menschlichen Leben teils zur Beschäftigung des Körpers, teils auch der Seele, beygetragen haben : Jn einer systematischen Ordnung nach Einteilung der Naturreiche vorgetragen
Geschichte der Erfindungen
Creators: name: Orelli, Johann Heinrich
Publisher: name: bey Joh. Jakob Flick
Year: 1789

description: Umfang im Detail: [8] Blätter, 16, 748 Seiten, [1] Blatt; [6] Blätter, 684 Seiten; [1] Blatt, 817 Seiten; VI, 668 Seiten
description: Weitere VD18-Nummern: VD18 90177959 (Bd. 1)
description: Cf. VD18 12916099, wo jedoch fälschlich davon ausgegangen wird, dass alle vier Bde. der Ausgabe von Flick 1789 erschienen sind - dies trifft nur auf Bd. 1-3 zu; Bd. 4 erschien 1795. Cf. dazu auch die "Nöthige Anzeige des Verlegers" in Flicks Ausgaben von 1796)
description: Auf Vorsatzblatt hs. Besitzervermerk: "Ce livre appartient à ... [nicht entzifferbar, vermutlich überschrieben]
description: Auf Titelblatt Stempel: "KANTONSBIBLIOTHEK SOLOTHURN" (durchgestdrichen) sowie "LITERARISCHE GESELLSCHAFT Solothurn"
Strigamia hirsutipes Attems 1927
Creators: name: Bonato, Lucio
name: Dányi, László
name: Socci, Antonio Augusto
name: Minelli, Alessandro
Publisher: name: Zenodo
Year: 2012
Subjects: Biodiversity
Taxonomy
Animalia
Arthropoda
Chilopoda
Geophilomorpha
Linotaeniidae
Strigamia
Strigamia hirsutipes

description: Strigamia hirsutipes (Attems, 1927)
References for morphology: Attems 1927, 1938; Verhoeff 1935; Takakuwa 1938, 1940.
Taxonomic notes. Described originally as a species of Scolioplanes, it was assigned to Strigamia by Crabill (1953). Other specimens have been identified, and the validity of the species has never been questioned.
Distribution: Sakhalin island, Hokkaido and Honshu. Published records from Indochina (Laos, Vietnam) are quite likely erroneous and based on specimens of a different species of Strigamia, whose identity is uncertain.
description: Published as part of Bonato, Lucio, Dányi, László, Socci, Antonio Augusto & Minelli, Alessandro, 2012, Species diversity of Strigamia Gray, 1843 (Chilopoda: Linotaeniidae): a preliminary synthesis, pp. 1-39 in Zootaxa 3593 on page 15, DOI: 10.5281/zenodo.214898
Cerithium modestum C. B. Adams 1850
Creators: name: Bakker, Piet A. J.
name: Albano, Paolo G.
Publisher: name: Zenodo
Year: 2022
Subjects: Biodiversity
Taxonomy
Animalia
Mollusca
Gastropoda
Cerithiidae
Cerithium
Cerithium modestum

description: (†) Cerithium modestum C.B. Adams, 1850
Cerithium modestum C.B. Adams, 1850: 117.
Triphoris modestus (C.B. Adams, 1850) — Mörch 1876: 107.
Triforis modestum (C.B. Adams, 1850) — Tryon 1887: 188.
Triforis perversa var. modesta (C.B. Adams, 1850) — Dall 1892: 264.
Triphora modestum (C.B. Adams, 1850) —de Jong & Coomans 1988: 50.
Triphora modesta (C.B. Adams, 1850) — Díaz & Puyana 1994: 148, fig. 525.
Marshallora modesta (C.B. Adams, 1850) — Rolán & Fernández-Garcés 1995: 10, fig. 1–4.
Type locality. Jamaica.
Type material. MCZ 186180, lectotype. MCZ 186181, paratype.
Distribution. ABC–Islands (de Jong & Coomans 1988; Díaz & Puyana 1994; Díaz & Miloslavich 2010), Antigua (Zhang 2011), Bahamas (Redfern 2001; Dowgiallo 2004), Colombia (Díaz & Puyana 1994; Aguirre-Aguirre et al. 2007; Gutiérrez-Salcedo et al. 2007; Díaz & Miloslavich 2010; Rodríguez & Campos 2013; Lamy & Pointier 2017; Fernandes & Segadilha 2019), Costa Rica (Espinosa & Ortea 2001; Díaz & Miloslavich 2010; Lamy & Pointier 2017), Cuba (Rolán & Fernández-Garcés 1995; Espinosa et al. 2007; Rolán & Fernández-Garcés 2007; Díaz & Miloslavich 2010; Espinosa et al. 2012; García 2016; Lamy & Pointier 2017), Guadeloupe (Rolán & Fernández-Garcés 2015; Lamy & Pointier 2017), Gulf of Mexico (Rosenberg et al. 2009), Jamaica (Adams 1850; Mörch 1876; Dall 1892; Clench & Turner 1950; Rosenberg et al. 2009; Díaz & Miloslavich 2010; Lamy & Pointier 2017), Mexico (Treece 1980), Panama (Olsson & McGinty 1958; Díaz & Miloslavich 2010; Lamy & Pointier 2017), United States, Florida (Dall 1892; Gundersen 1997; Rosenberg et al. 2009; Lamy & Pointier 2017), United States Virgin Islands, Saint Thomas (Mörch 1876), Venezuela (Márquez & Jiménez 2002; Reyes et al. 2007).
Geological age. Pliocene (Dall 1892), Miocene (Dall 1892).
Remarks. Lectotype designated by Clench & Turner (1950).
description: Published as part of Bakker, Piet A. J. & Albano, Paolo G., 2022, Nomenclator, geographic and stratigraphic distribution of the family Triphoridae (Mollusca: Gastropoda), pp. 1-216 in Zootaxa 5088 (1) on page 119, DOI: 10.11646/zootaxa.5088.1.1, http://zenodo.org/record/5836536
Opimaphora molecula Laseron 1958
Creators: name: Bakker, Piet A. J.
name: Albano, Paolo G.
Publisher: name: Zenodo
Year: 2022
Subjects: Biodiversity
Taxonomy
Animalia
Mollusca
Gastropoda
Triphoridae
Opimaphora
Opimaphora molecula

description: Opimaphora molecula Laseron, 1958
Opimaphora molecula Laseron, 1958: 627, fig. 174–175.
Type locality. Australia, north-west Australia, Cambridge Gulf, 15 fathoms deep (27 m).
Type material. AMS C.103132, holotype.
Distribution. Australia (Laseron 1958).
description: Published as part of Bakker, Piet A. J. & Albano, Paolo G., 2022, Nomenclator, geographic and stratigraphic distribution of the family Triphoridae (Mollusca: Gastropoda), pp. 1-216 in Zootaxa 5088 (1) on page 119, DOI: 10.11646/zootaxa.5088.1.1, http://zenodo.org/record/5836536
Sechs Lieder : für die Altstimme mit Begleitung des Pianoforte : 8tes Werk [Op. 8]
Creators: name: Fröhlich, Friedrich Theodor
Publisher: name: Hofmeister
Year: 1830

description: Gesangsmusik. Lieder für eine Singstimme mit Begleitung
description: Digitalisierung=Digitization=Numérisation Oktober 2024 TIFF
RADical Shifts: A Futurist's Guide to Ecological Transformation and Biodiversity Stewardship
Creators: name: Magness, Dawn
name: Guilbeau, Kelly
name: Miles, Wendy
name: Sesser, Amanda
name: Wilkening, Jennifer
Publisher: name: Zenodo
Year: 2025
Subjects: subject: Resist-Accept-Direct
subject: Climate change adaptation
subject: RAD Framework
subject: Ecological Transformation
subject: Ecosystem resilience
subject: Social-ecological System
subject: Biodiversity
subject: Stewardship
subject: Landscape Conservation Design
subject: Natural resources management

description: RADical Shifts: A Futurist’s Guide to Ecological Transformation and Biodiversity Stewardship provides natural resource managers and conservationists with practical tools to navigate the unprecedented challenges posed by climate change. The guide introduces the Resist—Accept—Direct (RAD) framework, offering a flexible, adaptive approach to managing ecological transformation. By using RAD, conservation leaders can identify strategies to resist, accept, or direct ecological changes in ways that enhance biodiversity stewardship.

The guide emphasizes that climate change can be meaningfully addressed through informed planning and on-the-ground action. It introduces the concepts of RAD menus, RAD portfolios, and RAD decision context, which help managers brainstorm adaptation strategies, track decisions over time and space, and adapt decision-making processes.

Successful RAD actions are often the culmination of many years of collective work, not easily visible from an outsider’s perspective. Radical Shifts helps to demystify these processes. It includes case studies that examine the behind-the-scenes realities of RAD decisions in different regions of the United States.

With RAD menus, managers can explore a full spectrum of adaptation actions. RAD portfolios assist in planning and tracking these decisions, accounting for both spatial and temporal factors. The guide also stresses the importance of collaborative, deliberative engagement to adjust social and institutional contexts in response to changing ecological conditions. It notes that failure to adapt decision-making processes can obstruct progress, as past values, rules, and knowledge may hinder the ability to respond to change.

Whether managing a small-scale project or leading larger efforts, this guidebook equips natural resource managers with adaptable approaches to manage biodiversity and ecosystem services in an era of ecological uncertainty. It empowers conservation leaders to act now while embracing the ongoing journey of learning and adaptation, making it an essential resource for navigating the complexities of climate change and ecological transformation.
Strigamia hoffmani Pereira 2009
Creators: name: Bonato, Lucio
name: Dányi, László
name: Socci, Antonio Augusto
name: Minelli, Alessandro
Publisher: name: Zenodo
Year: 2012
Subjects: Biodiversity
Taxonomy
Animalia
Arthropoda
Chilopoda
Geophilomorpha
Linotaeniidae
Strigamia
Strigamia hoffmani

description: Strigamia hoffmani Pereira, 2009
References for morphology: Pereira 2009.
Taxonomic notes. Described originally as a species of Strigamia, it has been later cited but without additional records (Pereira 2011).
Distribution: southern part of the Appalachian Mountains.
description: Published as part of Bonato, Lucio, Dányi, László, Socci, Antonio Augusto & Minelli, Alessandro, 2012, Species diversity of Strigamia Gray, 1843 (Chilopoda: Linotaeniidae): a preliminary synthesis, pp. 1-39 in Zootaxa 3593 on page 15, DOI: 10.5281/zenodo.214898
Strigamia japonica Verhoeff 1935
Creators: name: Bonato, Lucio
name: Dányi, László
name: Socci, Antonio Augusto
name: Minelli, Alessandro
Publisher: name: Zenodo
Year: 2012
Subjects: Biodiversity
Taxonomy
Animalia
Arthropoda
Chilopoda
Geophilomorpha
Linotaeniidae
Strigamia
Strigamia japonica

description: Strigamia japonica (Verhoeff, 1935)
References for morphology: Verhoeff 1935; Takakuwa 1938, 1940.
Taxonomic notes. Described originally as a subspecies of Scolioplanes (Protoplanes) maritimus (currently Strigamia maritima), it was redescribed in more detail and illustrated by Takakuwa (1938, 1940) upon specimens with a number of leg pairs ranging widely between 37 and 57, thus possibly including different species. The taxon was repeatedly cited as a subspecies and occasionally at the species rank as S. japonica (Colmagro et al. 1986; Barber 2009b). Its validity was never questioned.
Distribution: Korean peninsula, all major and some minor Japanese islands, Nansei Shoto islands, and Taiwan.
description: Published as part of Bonato, Lucio, Dányi, László, Socci, Antonio Augusto & Minelli, Alessandro, 2012, Species diversity of Strigamia Gray, 1843 (Chilopoda: Linotaeniidae): a preliminary synthesis, pp. 1-39 in Zootaxa 3593 on page 15, DOI: 10.5281/zenodo.214898
Druckschriften-Signaturen / Drei kleine Albumblätter für das Pianoforte : Op. 21
Creators: name: Rentsch, Johann Ernst Theodor
Publisher: name: Hoffarth
Year: 1878

description: Ernst Rentsch
description: Ernst Rentsch (Architekt, 1876- ) Geschenk 1932 *32.2524 Öffentliche Bibliothek der Universität Basel
description: Verzeichnung=Description=Inventaire 2010 Übernahme Rekatalogis. AK UB durch Medea 2002-2005
Inella moniliferata Darragh 2017
Creators: name: Bakker, Piet A. J.
name: Albano, Paolo G.
Publisher: name: Zenodo
Year: 2022
Subjects: Biodiversity
Taxonomy
Animalia
Mollusca
Gastropoda
Triphoridae
Inella
Inella moniliferata

description: † Inella moniliferata Darragh, 2017
Inella moniliferata Darragh, 2017: 58, fig. 4.1–4.3.
Type locality. Australia, Western Australia, Walpole, 24 km north of Walpole townsite on west side of Thomson Road.
Type stratum. Eocene, Eucla Basin, Pallinup Formation.
Type material. WAM 15.29, holotype. WAM 99.169 a and NMV P327577, paratypes.
Distribution. Australia (Darragh 2017).
Geological age. Eocene (Darragh 2017).
description: Published as part of Bakker, Piet A. J. & Albano, Paolo G., 2022, Nomenclator, geographic and stratigraphic distribution of the family Triphoridae (Mollusca: Gastropoda), pp. 1-216 in Zootaxa 5088 (1) on page 120, DOI: 10.11646/zootaxa.5088.1.1, http://zenodo.org/record/5836536
Scotopteryx octodurensis
Creators: name: Schmid, Jürg
Publisher: name: Zenodo
Year: 2013
Subjects: Biodiversity
Taxonomy
Animalia
Arthropoda
Insecta
Lepidoptera
Geometridae
Scotopteryx
Scotopteryx octodurensis

description: S. octodurensis
bevorzugt trockene Biotope und fliegt vor allem im Wallis und im Genferseebecken, wo ihre vermutliche Raupennährpflanze Ononis natrix vorkommt.
Auf der Schweizer Fundortkarte sind bei Rezbanyai (1980) zwei «merkwürdige» Punkte mit Fragezeichen versehen:
• Spiggengrund, Kiental (BE) 27.7.1919, Naturhistorisches Museum Bern coll.
• Remüs (= Ramosch) (GR) 29.7.1933. Naturhistorisches Museum Basel coll.
Schmid (2007) übernimmt die Meldung aus Ramosch in seine Liste der Schmetterlinge Graubündens und vermerkt, dass das Vorkommen in Ramosch möglich wäre, da die Art im Nordtiroler Inntal gefunden wurde, dass aber Ononis natrix in Graubünden fehle.
Am 6.7.2012 flog in Ramosch ein frisch geschlüpftes Weibchen einer Scotopteryx - Art ans Licht, das aufgrund seiner verdüsterten und verschwommenen Zeichnung auffiel (Abb. 1). Die Untersuchung der Genitalstrukturen im Präparat ergab zweifelsfrei, dass es sich um Scotopteryx octodurensis (Favre, 1903) handelt.
• Fundort: Engiadina Bassa / Unterengadin, Ramosch, Eingang zur Val Sinestra, 1400 m. Lichtfang mit Mischlicht 15 W.
Mit dem Nachweis des aktuellen Vorkommens von S. octodurensis im Unterengadin wird auch der frühere Fund beglaubigt. Dies, nachdem der Autor schon an zahlreichen Lokalitäten im Unterengadin beim Lichtfang bisher immer vergeblich nach dieser Art gesucht hatte. Offenbar ist sie doch sehr lokal verbreitet. Am Fundort wächst Ononis rotundifolia in Menge, die hier anstelle von Ononis natrix als Raupennährpflanze infrage kommen könnte. Phänotypisch passt das nachgewiesene Tier nicht besonders gut in die Variationsbreite der Nominalform, wie sie von Rezbanyai (1980) illustriert ist. Ob die Ramoscher Population zusammen mit den Nordtirolern eine besondere Unterart bildet, muss weiteres Material weisen.
description: Published as part of Schmid, Jürg, 2013, Bestätigung des Vorkommens von Scotopteryx octodurensis (Favre, 1903) in Graubünden (Lepidoptera: Geometridae), pp. 135-136 in Entomo Helvetica 6 on pages 135-136, DOI: 10.5169/seals-986050, http://zenodo.org/record/8060313
Sefer Leshon zahav : ... halakhah u-sheʼelot u-teshuvot
Kanfe nesharim
Leshon zahav
Creators: name: Schiff, David Tevele
name: Adler, Gavriʼel
name: Adler, Ber
name: Adler, Mordekhai
Publisher: name: ʻa.y. ha-madpis Avraham ben Hirsh P.b. Segal ....
Year: 1822
Subjects: Sermons
Responsa
Jewish sermons, Hebrew
Talmud
Bible

description: asher izen we-ḥaḳar ... Daṿid Ṭevele ha-Kohen Shif ... ; hakhinotiṿ ve-gam sidartiṿ ... Gavriʼel ben ... Mordekhai Adler ha-Kohen ...
description: Enthält Responsa mehrerer weiterer Rabbiner
description: Teil 2 enthält auf den Bl. 35-44 Novellen unter dem Titel 'Kanfe nesharim', verfasst von von Mordekhai Adler, Gavriʼel Adler und Ber Adler
description: Die Approbation ist datiert 22. Marḥeshṿan 583 [= 6.11.1822], was zusammen mit dem in der Veröffentlichungsangabe genannten Jahr 582 [1821 oder 1822] das christliche Jahr 1822 als wahrscheinliches Erscheinungsdatum ergibt (wenn 582 nicht falsch ist); im Kolophon als Abschlussdatum 3. Kisleṿ 583 [17.11.1822]
description: Erscheinungsdatum jeweils nach einem Chronogramm
description: Enthält auf dem Titelblatt des ersten Bandes den Stempel von Hermann Gumpertz in Hamburg, ebenso auf dem Vorsatz die Notiz, das vorliegende Werk sei der Israelitischen Gemeinde Basel gestiftet worden zur bleibenden Erinnerung an Hermann und Therese Gumpertz-May s.A.
RADical Shifts: A Futurist's Guide to Ecological Transformation and Biodiversity Stewardship
Creators: name: Magness, Dawn
name: Guilbeau, Kelly
name: Miles, Wendy
name: Sesser, Amanda
name: Wilkening, Jennifer
Publisher: name: Zenodo
Year: 2025
Subjects: subject: Resist-Accept-Direct
subject: Climate change adaptation
subject: RAD Framework
subject: Ecological Transformation
subject: Ecosystem resilience
subject: Social-ecological System
subject: Biodiversity
subject: Stewardship
subject: Natural resources management
subject: Landscape Conservation Design

description: RADical Shifts: A Futurist’s Guide to Ecological Transformation and Biodiversity Stewardship provides natural resource managers and conservationists with practical tools to navigate the unprecedented challenges posed by climate change. The guide introduces the Resist—Accept—Direct (RAD) framework, offering a flexible, adaptive approach to managing ecological transformation. By using RAD, conservation leaders can identify strategies to resist, accept, or direct ecological changes in ways that enhance biodiversity stewardship.

The guide emphasizes that climate change can be meaningfully addressed through informed planning and on-the-ground action. It introduces the concepts of RAD menus, RAD portfolios, and RAD decision context, which help managers brainstorm adaptation strategies, track decisions over time and space, and adapt decision-making processes.

Successful RAD actions are often the culmination of many years of collective work, not easily visible from an outsider’s perspective. Radical Shifts helps to demystify these processes. It includes case studies that examine the behind-the-scenes realities of RAD decisions in different regions of the United States.

 With RAD menus, managers can explore a full spectrum of adaptation actions. RAD portfolios assist in planning and tracking these decisions, accounting for both spatial and temporal factors. The guide also stresses the importance of collaborative, deliberative engagement to adjust social and institutional contexts in response to changing ecological conditions. It notes that failure to adapt decision-making processes can obstruct progress, as past values, rules, and knowledge may hinder the ability to respond to change.

 Whether managing a small-scale project or leading larger efforts, this guidebook equips natural resource managers with adaptable approaches to manage biodiversity and ecosystem services in an era of ecological uncertainty. It empowers conservation leaders to act now while embracing the ongoing journey of learning and adaptation, making it an essential resource for navigating the complexities of climate change and ecological transformation.
Drei aargauische Volkslieder : über die Notennamen "La si fa re la si si. La mi fa re la mi si. Si sol mi la fa re si sol mi la si" : mit Begleitung des Pianoforte : [Op. 7]
Creators: name: Fröhlich, Friedrich Theodor
Publisher: name: Bethge
Year: 1829

description: Gesangsmusik. Lieder für eine Singstimme mit Begleitung
description: componirt von Theodor Froehlich
description: Digitalisierung=Digitization=Numérisation Oktober 2024 TIFF
Cerithium moniliferum H. C. Lea 1846
Creators: name: Bakker, Piet A. J.
name: Albano, Paolo G.
Publisher: name: Zenodo
Year: 2022
Subjects: Biodiversity
Taxonomy
Animalia
Mollusca
Gastropoda
Cerithiidae
Cerithium
Cerithium moniliferum

description: Cerithium moniliferum H.C. Lea, 1846 non Deshayes, 1833
Cerithium moniliferum H.C. Lea, 1846: 43, pl. 37, fig. 92.
Type locality. Petersburg, Virginia (Tertiary).
Type material. Type material not located so far.
Distribution. United States, Virginia (Lea, 1846)
Geological age. Tertiary (Lea, 1846).
Remarks. Dall (1892) considered this species a synonym of Cerithium melanura C.B. Adams, 1850, despite it had been introduced earlier.
description: Published as part of Bakker, Piet A. J. & Albano, Paolo G., 2022, Nomenclator, geographic and stratigraphic distribution of the family Triphoridae (Mollusca: Gastropoda), pp. 1-216 in Zootaxa 5088 (1) on page 120, DOI: 10.11646/zootaxa.5088.1.1, http://zenodo.org/record/5836536
Strigamia kerrana Chamberlin & Mulaik 1940
Creators: name: Bonato, Lucio
name: Dányi, László
name: Socci, Antonio Augusto
name: Minelli, Alessandro
Publisher: name: Zenodo
Year: 2012
Subjects: Biodiversity
Taxonomy
Animalia
Arthropoda
Chilopoda
Geophilomorpha
Linotaeniidae
Strigamia
Strigamia kerrana

description: Strigamia kerrana (Chamberlin & Mulaik, 1940)
References for morphology: Chamberlin & Mulaik 1940.
Taxonomic notes. Described originally as a species of Linotaenia, it was almost ignored in the subsequent literature, though its validity was never questioned. It was registered under Strigamia by Mercurio (2010). Distribution: known from a single locality in Texas.
description: Published as part of Bonato, Lucio, Dányi, László, Socci, Antonio Augusto & Minelli, Alessandro, 2012, Species diversity of Strigamia Gray, 1843 (Chilopoda: Linotaeniidae): a preliminary synthesis, pp. 1-39 in Zootaxa 3593 on page 16, DOI: 10.5281/zenodo.214898
Winnertzia tridens
Creators: name: Jaschhof, Mathias
name: Jaschhof, Catrin
Publisher: name: Zenodo
Year: 2020
Subjects: Biodiversity
Taxonomy
Animalia
Arthropoda
Insecta
Diptera
Cecidomyiidae
Winnertzia
Winnertzia tridens

description: Winnertzia tridens group
Diagnosis. The tridens group may be regarded as the counterpart of the solidaginis group insofar as it comprises species whose morphology does not qualify for classification in other subdivisions of Winnertzia and in which the aedeagal bulge is covered with small, randomly distributed knobs rather than lines of tiny spikes. The knobs have dark, apparently sclerotized apices that usually end in a microtrichium. In most of the species classified in this group the apex of the aedeagal apodeme has a pair of recurved processes, which gives a structure reminiscent of an arrowhead or inverted anchor, and the posterior edge of the ninth tergite is broadly rounded with a pair of subtriangular, microtrichose lobes inside. Species characterized in such a way form a subset referred to here as the W. tridens complex, which we assume is a monophyletic subgroup.
Species included. The tridens group contains the following species in Sweden (members of the W. tridens complex are marked with an asterisk): W. bicolor sp. nov., * W. feralis Mamaev (revived here from synonymy with W. tridens, see below), * W. hamatula sp. nov., W. inornata sp. nov., W. lapponica sp. nov., * W. longicoxa sp. nov., W. pratensis sp. nov., * W. pustulata Spungis, * W. pustulatula sp. nov., W. regia Mamaev, and W. silvestris sp. nov. Other Winnertzia belonging here are W. cumulata Mamaev, W. divergens Mamaev, W. kushkensis Mamaev, W. pravdini Mamaeva & Mamaev (whose presence in Sweden as reported by Jaschhof & Jaschhof (2013) is unsubstantiated, see below), * W. reducta Mamaev, W. rubricola Mamaev, and * W. semideserta Mamaev. We know of four other, apparently unnamed species of the tridens group in Sweden, which are briefly discussed under what we suppose are their closest relatives.
description: Published as part of Jaschhof, Mathias & Jaschhof, Catrin, 2020, Reevaluation of species richness in Winnertzia (Diptera, Cecidomyiidae, Winnertziinae), with descriptions of 37 new species from Sweden, Peru and Australia, pp. 1-72 in Zootaxa 4829 (1) on page 55, DOI: 10.11646/zootaxa.4829.1.1, http://zenodo.org/record/4402757
Monophorus monocelha M. R. Fernandes & Araya 2019
Creators: name: Bakker, Piet A. J.
name: Albano, Paolo G.
Publisher: name: Zenodo
Year: 2022
Subjects: Biodiversity
Taxonomy
Animalia
Mollusca
Gastropoda
Triphoridae
Monophorus
Monophorus monocelha

description: Monophorus monocelha M.R. Fernandes & Araya, 2019
Monophorus monocelha M.R. Fernandes & Araya, 2019: 5, fig. 19–43.
Type locality. Chile, Calderilla beach, under sunken rocks at very low tide, Caldera, Region de Atacama, 27°05’15” S, 70°51’29” W.
Type material. MNRJ 23164, holotype. MNRJ 23165, paratypes.
Distribution. Chile (Fernandes & Araya 2019).
description: Published as part of Bakker, Piet A. J. & Albano, Paolo G., 2022, Nomenclator, geographic and stratigraphic distribution of the family Triphoridae (Mollusca: Gastropoda), pp. 1-216 in Zootaxa 5088 (1) on pages 120-121, DOI: 10.11646/zootaxa.5088.1.1, http://zenodo.org/record/5836536
Strigamia laevipes Wood 1862
Creators: name: Bonato, Lucio
name: Dányi, László
name: Socci, Antonio Augusto
name: Minelli, Alessandro
Publisher: name: Zenodo
Year: 2012
Subjects: Biodiversity
Taxonomy
Animalia
Arthropoda
Chilopoda
Geophilomorpha
Linotaeniidae
Strigamia
Strigamia laevipes

description: Strigamia laevipes Wood, 1862 *
References for morphology: Wood 1862, 1865.
Taxonomic notes. Described originally as a species of Strigamia, it was cited variously under Linotaenia ¸ Scolioplanes or Tomotaenia. Following Chamberlin (1912b), who considered S. laevipes identical to S. epileptica and S. parviceps, and adopted S. laevipes as the name for this putatively single species, other specimens have been identified as S. laevipes but they should be probably reassigned to S. epileptica (Mercurio 2010). S. laevipes is recognized here as a distinct species only tentatively. The original description is very incomplete, and the number of trunk segments together with the geographical provenance of the type material suggest that it could be identical to another species, perhaps S. bidens (see Mercurio 2010).
Distribution: south-eastern part of North America, at least Georgia. Published records from other areas need confirmation, because of possible confusion with S. epileptica.
description: Published as part of Bonato, Lucio, Dányi, László, Socci, Antonio Augusto & Minelli, Alessandro, 2012, Species diversity of Strigamia Gray, 1843 (Chilopoda: Linotaeniidae): a preliminary synthesis, pp. 1-39 in Zootaxa 3593 on page 16, DOI: 10.5281/zenodo.214898
CHRONIC OBSTRUCTIVE PULMONARY DISEASE - EFFECT ON THE CLINICAL COURSE OF CARDIOVASCULAR DISEASES
Creators: name: Izzatullayev, Javohirbek
name: Makhsudboyev, Eldorbek
name: Shaymatov, Sherzod
Publisher: name: Zenodo
Year: 2024

description: Chronic obstructive pulmonary disease (COPD) is an independent nosological form, which is characterized by limitation of the air flow rate associated with the pathological inflammatory process in the lungs. This disease is one of the most common diseases in the world, its prevalence in different countries is from 6% to 26%. causes complications. Currently, special attention is paid to the study of OSOK risk factors, including urban air pollution, an increase in the amount of industrial dust, age, smoking, infectious diseases of the respiratory tract, their frequent exacerbations, obstructive lung. the condition of the disease is getting worse. In clinical practice, there are no standards for identifying comorbidities, treating physicians are not always focused on the search for concomitant pathology, which leads to late detection of cardiovascular pathology , as a result of which complications and mortality increase.
A Theory of Everything from Pure Reason
Creators: name: Harvey-Tremblay, Alexandre
Publisher: name: Figshare
Year: 2017
Subjects: subject: 10599 Mathematical Physics not elsewhere classified
subject: FOS: Mathematics

description: In this work, I present a formal construction of the axiomless position. This construction ultimately leads to the theory of everything in physics (ToE). The purpose of this paper is to first derive the ToE from the axiomless position, then to derive sufficient physics from it so as to convince the skeptical reader of the validity of the methodology.
Part I is the axiomless derivation of the ToE. From this derivation I obtain, in part II, a master equation formulated as a Gibb's ensemble and relating the algorithmic notions of program-observables to that of entropy.
Part III is the derivation of physical laws so as to provide evidence that it is the ToE. I recover, in an axiomless manner, the exact mathematical formulation of the major theories of physics; including statistical mechanics, quantum mechanics (QM), special and general relativity (GR). These equations are derived entirely from pure reason with no appeal to physical observations. Deriving both QM and GR as necessary consequences and limiting cases of this equation is suggestive of unification.
These are some suggestive results that may indicate that this idea, while not yet fully completed*, could be a promising area of future research.
*As of the last revision date of this paper, a derivation of the elementary particles from this theory as per the standard model has not yet been investigated by the author.
Winnertzia pravdini Mamaeva & Mamaev
Creators: name: Jaschhof, Mathias
name: Jaschhof, Catrin
Publisher: name: Zenodo
Year: 2020
Subjects: Biodiversity
Taxonomy
Animalia
Arthropoda
Insecta
Diptera
Cecidomyiidae
Winnertzia
Winnertzia pravdini

description: Winnertzia pravdini Mamaeva & Mamaev
This species was originally described from the Russian part of the Caucasus Mountains, where larvae were found living in decaying bulbs of autumn crocus Colchicum speciosum Steven (Mamaeva & Mamaev 1971). It was subsequently reported from Sweden, Estonia, Latvia, Ukraine, and South Korea (Spungis 1992; Jaschhof & Jaschhof 2013; Ham et al. 2020). For the present revision we studied 17 males from Sweden (as opposed to only three in 2013), which we initially assumed were W. pravdini but on closer examination turned out to represent two distinct morphotypes. The distinctions discovered are numerous and clear, and concern non-genitalic as well as genitalic structures, which we take as evidence that they denote two discrete species. As indicated by the collection data, both species differ also in their habitat preference and adult phenology (information on larvae is unavailable). Much to our surprise we found that neither of our species is identical with W. pravdini, on the presumption that the morphological information communicated in the original description (Mamaeva & Mamaev 1971) is correct. On that assumption, W. pravdini is distinguished by the following combination of male characters: the necks of the flagellomeres are markedly longer than the nodes; the third and fourth palpal segments are equally long; the empodia have a large tooth basally; the gonostylus is broadest on the distal half and then strongly tapered towards the apex; and the posterior edge of the ninth tergite is only slightly concave medially (Mamaeva & Mamaev 1971: fig. 2). While our results leave W. pravdini without a valid record in Sweden, the two new species close to it are described below as W. pratensis and W. silvestris. In view of future studies into the taxonomy of Winnertzia, it should be mentioned here that we know of another pravdini -like species that occurs in the cloud forest of Costa Rica (unpublished data).
description: Published as part of Jaschhof, Mathias & Jaschhof, Catrin, 2020, Reevaluation of species richness in Winnertzia (Diptera, Cecidomyiidae, Winnertziinae), with descriptions of 37 new species from Sweden, Peru and Australia, pp. 1-72 in Zootaxa 4829 (1) on page 57, DOI: 10.11646/zootaxa.4829.1.1, http://zenodo.org/record/4402757