cometadata/datacite-rtg-text-other-reclassification-records huggingface dataset:
Ghoria albocinerea , Moore 1878
Creators: name: Volynkin, Anton V.
Publisher: name: Zenodo
Year: 2021
Subjects: Biodiversity
Taxonomy
Animalia
Arthropoda
Insecta
Lepidoptera
Erebidae
Ghoria
Ghoria albocinerea

description: Ghoria albocinerea Moore, 1878
(Figs 4–6, 10, 13)
Ghoria albocinerea Moore, 1878, Proceedings of the general meetings for scientific business of the Zoological Society of London, 1878: 13, pl. 1, fig. 10 (Type locality: [NE India, north of West Bengal, Darjeeling] “ Darjiling ”).
Type material examined. Syntype (Fig. 4): male, “Darjiling 19” / “Moore Coll. 94–106.” / red ring “Type” label / QRcode label with unique number “ NHMUK010401896 ” (NHMUK).
Additional material examined. NEPAL: 1 male, Kanchenjunga Himal, Khambachen, 4150 m, 28. VI.1998, Márton Hreblay & Balázs Benedek leg. (MWM/ ZSM); 1 male, 2300 m, Mt. Kalinchok, 5 km W of Bigu, 3.VII.1997, M. Hreblay & K. Csak leg. (MWM/ ZSM); 1 male, 2835 m, Mt. Kalinchok, 6 km NNE Muldi (Murre), 27. VI.1997, M. Hreblay & K. Csak leg. (MWM/ ZSM); 1 male, 2900 m, Mt. Kalinchok, 3 km SW Kalinchok peak, 30. VI.1997, M. Hreblay & K. Csak leg. (MWM/ ZSM); 9 males, 6 females, Ganesh Himal, 3 km NE of Sunpati, 2330 m, 13. VI.1993, M. Hreblay, G. Csorba leg., gen. prep. Nos.: ZSM Arct. 2019-945 (male), ZSM Arct. 2020-041 (female) (prepared by Volynkin) (MWM/ ZSM); 2 males, Annapurna Himal, 1000 m, 1 km S of Bahundanda, 84’25’’E, 28’20’’N, 06. VI.1996, Hreblay & Szaboky leg. (MWM/ ZSM); 1 male, 1 female, Annapurna Himal, valley of Kali Gandaki, 2080 m, near Ghasa, 83°39,5’E, 28°36’N, 04. VI.1996, Gy. M. László & G. Ronkay leg., gen. prep. No.: ZSM Arct. 2020-040 (male) (prepared by Volynkin) (MWM/ ZSM); 1 female, Annapurna Himal, valley of Kali Gandaki, Kokethanti village, 2650 m, 17. VI.1996, Gy. M. László & G. Ronkay leg. (MWM/ ZSM); 1 female, Annapurna Himal, Banthanti village, 2420 m, 83°43’E, 28°22.5’N, 01. VI.1996, Gy. M. László & G. Ronkay leg. (MWM/ ZSM).
Diagnosis. The forewing length is 16–16.5 mm in males and 17.5–18 mm in females. The detailed comparison with G. sericeipennis is provided above in the diagnosis of the latter species.
Distribution. The species is known from Northeast India (north of West Bengal) (Moore 1878) and Nepal (Kishida 1994).
description: Published as part of Volynkin, Anton V., 2021, Restoration of Ghoria sericeipennis Moore (Lepidoptera: Erebidae: Arctiinae: Lithosiini), pp. 296-300 in Zootaxa 5067 (2) on pages 299-300, DOI: 10.11646/zootaxa.5067.2.12, http://zenodo.org/record/5677779
NATURAL LANGUAGE PROCESSING PARSER TECHNIQUE FOR DOCUMENT CRACKING AND INFORMATION EXTRACTION MODEL
Creators: name: Asore, Olorunfemi Bolaji
Publisher: name: figshare
Year: 2024
Subjects: classificationCode: 461103
subject: Deep learning
classificationCode: 460507
subject: Information extraction and fusion
classificationCode: 460208
subject: Natural language processing
classificationCode: 460806
subject: Human-computer interaction

description: Many user environments are not yet familiar with the advancements in natural language processing that come from structuring both formatted semantic information and unstructured knowledge-base information in a multimodal way. This method aids in creating grammatically correct sentences arranged within the context of the intuition of Chomsky's formal language. In recent years, deep learning (DL) has significantly impacted natural language processing, causing a paradigm shift from "syntax checkers" to programs that check the syntax of natural language. This shift has opened the door to a large pool of knowledge and information systems available for data extraction without service resilience. The API renders make the research attention-worthy, particularly in information extraction (IE) tasks. In this research, all models should be further investigated to reinforce their vulnerability by testing their ability to conduct theoretical, hypothesis, and pragmatic reviews of the logical structural model. This will help improve the model's generalization ability, aiding proficient operational performance.
Nanochromis minor
Creators: name: Anton Lamboj
Publisher: name: Zenodo
Year: 2005
Subjects: Biodiversity
Taxonomy
Animalia
Chordata
Actinopterygii
Perciformes
Cichlidae
Nanochromis
Nanochromis minor

description: Nanochromis minor:
1 specimen: MCZ 50342, paratype, Democratic Republic of the Congo: Zaire River.
description: Published as part of Anton Lamboj, 2005, Nanochromis sabinae, a new cichlid species (Teleostei, Cichlidae) from the Upper Congo River area and Northeast Gabon., pp. 1-11 in Zootaxa 827 on page 9
Nanochromis nudiceps
Creators: name: Anton Lamboj
Publisher: name: Zenodo
Year: 2005
Subjects: Biodiversity
Taxonomy
Animalia
Chordata
Actinopterygii
Perciformes
Cichlidae
Nanochromis
Nanochromis nudiceps

description: Nanochromis nudiceps:
2 specimens: MRAC 1045, holotype, Lac Kutu. BMNH 1899.11.27.64, paralectotype, Democratic Republic of the Congo: Stanley Pool.
description: Published as part of Anton Lamboj, 2005, Nanochromis sabinae, a new cichlid species (Teleostei, Cichlidae) from the Upper Congo River area and Northeast Gabon., pp. 1-11 in Zootaxa 827 on page 10
Drosophila Fallen-Nominotypical
Creators: name: El-Hawagry, Magdi S.
name: Zatwarnicki, Tadeusz
name: Ebrahim, Ayman M.
Publisher: name: Zenodo
Year: 2018
Subjects: Biodiversity
Taxonomy
Animalia
Arthropoda
Insecta
Diptera
Drosophilidae
Drosophila

description: Subgenus DROSOPHILA Fallén—Nominotypical subgenus
Drosophila (Drosophila) busckii Coquillett, 1901
Drosophila busckii Coquillett, 1901a: 18. Lectotype, female (designated by Bachli, 1982: 292, but lectotype already mentioned in Rocha Pite & Tsacas, 1980: 38). USA (District of Columbia: Washington) (USNM).
Drosophila plurilineata Villeneuve, 1911: 83. France (Paris).
Drosophila rubrostriata Becker, 1908: 155. Spain (Canary Is.: Teneriffe).
Distribution: Cosmopolitan.
Egyptian localities: Coastal Strip: Alexandria (Burla & Bächli 1978; Bächli et al. 1982). Lower Nile Valley & Delta: Cairo (Khishin 1956), Mansoura (Burla & Bächli 1978; Bächli et al. 1982).
Dates of collection: March & October.
description: Published as part of El-Hawagry, Magdi S., Zatwarnicki, Tadeusz & Ebrahim, Ayman M., 2018, Catalogue of the Egyptian Ephydroidea (Diptera: Schizophora: Acalyptratae), pp. 201-246 in Zootaxa 4444 (3) on page 234, DOI: 10.11646/zootaxa.4444.3.1, http://zenodo.org/record/1309626
Gondwanabates obutusus Smit & Pešić, 2025, sp. nov.
Creators: name: Smit, Harry
name: Pešić, Vladimir
Publisher: name: Zenodo
Year: 2025
Subjects: Biodiversity
Taxonomy
Animalia
Arthropoda
Arachnida
Trombidiformes
Hygrobatidae
Gondwanabates
Gondwanabates obutusus

description: Gondwanabates obutusus sp. nov.
Figure 10
Material examined. Holotype male, Leatherbarrel Creek, crossing Alpine Way, Kosciuszko NP, New South Wales, 36°31.523 S 148°11.626 E, 975 m asl, 10-ii-2024, leg. Smit, dissected and slide mounted (AMS).
Diagnosis (Female unknown). Dorsal shield consisting of paired anterior plates and unpaired, bluntly pointed posterior plate, posterior plate with four pairs of glandularia and anterior margin medially projecting.
Description. Male. Dorsal and ventral shield present; dorsal shield 430 long and 275 wide, consisting of paired anterior plates and a bluntly pointed posterior plate (Figure 10A), anterior plates 246 long and 128 wide, posterior plate with four pairs of glandularia, 238 long and 275 wide, anterior margin of posterior plate medially projecting. Ventral shield (Figure 10B) 478 long and 316 wide; anterior coxal plates extending beyond anterior idiosoma margin. Genital field fused with the ventral shield and with three pairs of acetabula, genital field 100 long and 88 wide between outer margins of acetabula, maximum diameter Ac 1–3: 33, 30–34, 22–23; gonopore 71 long.
Palp as illustrated in Figure 10C: dorsal length/height: P1, 23/23; P2, 77/55; P3, 39/39; P4, 80/27; P5, 33/13; ventral margin of P2 with numerous, relatively large denticles, distoventral portion of P3 with several denticles, P4 without a ventral extension, P5 with a small ventral extension. Gnathosoma with included anchoral process 110 long, anchoral process noticeably shorter than the gnathosoma proper (Figure 10E). Chelicera 137 long.
Dorsal lengths of I-leg: 36, 48, 55, 86, 92, 92; distoventral seta at I-leg-5 somewhat expanded distally (Figure 10D); Dorsal lengths of IV-leg-3–6: 95, 114, 125, 109.
Female: Unknown.
Etymology. Named for the bluntly pointed posterior dorsal plate.
Remarks. Due to the structure of the dorsal shield consisting of paired anterior plates and unpaired posterior plates the new species resembles Gondwanabates hopkinsi Imamura, 1984, from which it differs in the posterior dorsal plate bearing four pairs of glandularia (two in G. hopkinsi) and the anterior margin medially distinctly projecting (slightly projecting G. hopkinsi, see fig. 595 in Cook 1986).
Distribution. New South Wales; known only from the type locality
description: Published as part of Smit, Harry & Pešić, Vladimir, 2025, New records of hygrobatid water mites from SE Australia (Acari: Hydrachnidia Hygrobatidae) with the description of ten new species, pp. 481-521 in Zootaxa 5566 (3) on page 501, DOI: 10.11646/zootaxa.5566.3.3, http://zenodo.org/record/14703311
Nanochromis parilus
Creators: name: Anton Lamboj
Publisher: name: Zenodo
Year: 2005
Subjects: Biodiversity
Taxonomy
Animalia
Chordata
Actinopterygii
Perciformes
Cichlidae
Nanochromis
Nanochromis parilus

description: Nanochromis parilus:
5 specimens: MCZ 50309, paratypes, Democratic Republic of the Congo: Zaire River. MCZ 50475, paratypes, Democratic Republic of the Congo: Zaire River.
description: Published as part of Anton Lamboj, 2005, Nanochromis sabinae, a new cichlid species (Teleostei, Cichlidae) from the Upper Congo River area and Northeast Gabon., pp. 1-11 in Zootaxa 827 on page 10
title: Influence of Bulk Compressibility on Tides in Rocky and Icy Worlds
Creators: name: Renaud, Joe P.
name: Wagner, Nick
name: Cascioli, Gael
name: Goossens, Sander J.
name: Henning, Wade
Publisher: name: Maryland Shared Open Access Repository
Year: 2024
Subjects: subject: planetary Love numbers
subject: tidal modeling
subject: Bulk Compressibility

description: AGU 2024 Washington, DC, Dec. 9-13 2024
description: The tidal response of terrestrial planets or icy moons is a complex interplay between the interior and orbit of the world. A significant factor in this response comes from the thermal and viscoelastic state of the deep interior. Suggesting that if measurements of the tidal and mass-loading (if applicable) response are obtained with sufficient precision, then tides can provide a probe of these properties that are otherwise hidden from other measurement techniques. This has been utilized across the Solar System to constrain questions such as, does Mercury or Venus have a solid core? Does our Moon have significant partial melting in its mantle? Or do icy moons in the outer Solar System contain large, and astrobiologically relevant, liquid oceans? New missions like BepiColombo, VERITAS, Europa Clipper, and more will provide high-precision measurements of tidally-relevant properties such as the Love Number k2 (and perhaps h2 and their phase lags). However, linking these observations to the interior requires proper modeling of all the major factors that drive changes in these values.In this study, we look at an often-omitted concept in tidal modeling: Bulk Compressibility, which is the inclusion of bulk modulus in the viscoelastic-gravitational equations used to calculate planetary Love numbers. Including bulk modulus can be mathematically and computationally complex so it is not uncommon to ignore it. This is occasionally justified by the misnomer of 揷ompressibility� being only relevant to large bodies. However, bulk compressibility is not directly dependent on the size or mass of a planet. Instead, it provides another degree of freedom for the world to respond to tidal or loading stresses.In this presentation, we will discuss the background and theory behind bulk compressibility and showcase that its addition can have a measurable impact on tidal and loading Love numbers. For example, work by this team has shown that it can lead to >20% difference in the tidal and loading Love number k2 and up to 40% difference for h2. Furthermore, it can significantly alter the phase lag of these numbers which is an important probe of thermal and rheological properties. Finally, we will discuss when bulk compressibility can be ignored and what sort of measurement precision is most affected.
Paryphosmylus Kruger 1913
Creators: name: Martins, Caleb Califre
name: Ardila-Camacho, Adrian
name: Aspöck, Ulrike
Publisher: name: Zenodo
Year: 2016
Subjects: Biodiversity
Taxonomy
Animalia
Arthropoda
Insecta
Neuroptera
Osmylidae
Paryphosmylus

description: Paryphosmylus Krüger, 1913
This genus contains only one species, P. ornatus Krüger, 1913, and it is known only from its type specimen. Paryphosmylus can be distinguished from Gryposmylus Krüger because a narrow costal field of forewing, in Gryposmylus it is strongly widened at base (Ghosh 2000). Moreover, this genus is separated from Heterosmylus Krüger, by the presence of numerous amber suffusions inside cells of forewing, amber spots surrounding crossveins in both wings; forewing with Rs cells narrowed and elongated, Rs+MA short, two crossveins before of separation of MA from Rs and basal piece of MA in the hindwing sinuous. In Heterosmylus wings are predominantly hyaline, Rs cells of forewing short and slightly widened, Rs+MA elongated, a single crossvein before of separation of MA from Rs and basal piece of MA of hindwing short and nearly straight (Nakahara 1955; Ghosh 2000).
description: Published as part of Martins, Caleb Califre, Ardila-Camacho, Adrian & Aspöck, Ulrike, 2016, Neotropical osmylids (Neuroptera, Osmylidae): Three new species of Isostenosmylus Krüger, 1913, new distributional records, redescriptions, checklist and key for the Neotropical species, pp. 1-66 in Zootaxa 4149 (1) on page 11, DOI: 10.11646/zootaxa.4149.1.1, http://zenodo.org/record/256806
Nanochromis splendens
Creators: name: Anton Lamboj
Publisher: name: Zenodo
Year: 2005
Subjects: Biodiversity
Taxonomy
Animalia
Chordata
Actinopterygii
Perciformes
Cichlidae
Nanochromis
Nanochromis splendens

description: Nanochromis splendens:
10 specimens: MCZ 50311, paratypes, Democratic Republic of the Congo: Zaire River. MCZ 50553, paratypes, Democratic Republic of the Congo: Zaire River.
description: Published as part of Anton Lamboj, 2005, Nanochromis sabinae, a new cichlid species (Teleostei, Cichlidae) from the Upper Congo River area and Northeast Gabon., pp. 1-11 in Zootaxa 827 on page 10
Drosophila (Drosophila) buzzatii Patterson & Wheeler 1942
Creators: name: El-Hawagry, Magdi S.
name: Zatwarnicki, Tadeusz
name: Ebrahim, Ayman M.
Publisher: name: Zenodo
Year: 2018
Subjects: Biodiversity
Taxonomy
Animalia
Arthropoda
Insecta
Diptera
Drosophilidae
Drosophila
Drosophila buzzatii

description: Drosophila (Drosophila) buzzatii Patterson & Wheeler, 1942
Drosophila buzzatii Patterson & Wheeler, 1942: 97. Lectotype, male (designated by Vilela, 1983: 48). Argentina (Cordoba). Drosophila tigrina Buzzati-Traverso, 1943: 44. Italy (Sicily: Trapani).
Distribution: AU: Australia. NT: S. America. PA: Egypt (Bächli et al. 1982), Europe (central), Lebanon.
Egyptian localities: Coastal Strip: Alexandria. Fayoum:? (Mourad & Mallah 1960). Lower Nile Valley & Delta: El-Khanka (Fontdevila et al. 1981).
Dates of collection: July to December.
description: Published as part of El-Hawagry, Magdi S., Zatwarnicki, Tadeusz & Ebrahim, Ayman M., 2018, Catalogue of the Egyptian Ephydroidea (Diptera: Schizophora: Acalyptratae), pp. 201-246 in Zootaxa 4444 (3) on page 235, DOI: 10.11646/zootaxa.4444.3.1, http://zenodo.org/record/1309626
Eucheilota maculata Hartlaub 1894
Creators: name: Peter Schuchert
Publisher: name: Zenodo
Year: 2017
Subjects: Biodiversity
Taxonomy

description: Eucheilota maculata Hartlaub, 1894: 193. – Hartlaub, 1897: 499, pl. 20 figs 4-8. ‒ Russell, 1953: 311, text-figs 193- 195. – Kramp, 1959a: 154, fig. 206. – Kramp, 1961: 174. – Werner, 1968: 136, figs 2-20, life cycle. – Russell, 1970: 256, figs 19s-20s. – Cornelius, 1995: 157, fig. 35. ‒ Nagata et al., 2014: 304, figs 17-18, Brazil.
Campanulina hincksii Hartlaub, 1897: 496, pl. 21, pl. 22 fig.
11. – Cornelius, 1995: 157, fig. 35.
Campomma hincksi. – Stechow, 1921: 255.
? Eucheilota maculata. ‒ Goy, 1979: 277, fig. 16.
Material examined: About 50 specimens; France, Normandy, Luc-sur-mer, 49.32102°N 00.3443527°W, 0 m depth, collected 18.05.2005; DNA isolate 386, 16S sequence FJ550501, 18S FJ550587, 28S FJ550444; DNA isolate of second specimen DNA1136, 16 S KY363942.
Diagnosis: Eucheilota medusa with a large black dot on each of the four interradial sides of the stomach. Umbrella diameter about 13 mm (range 10-20 mm), usually hemispherical or slightly higher, apical jelly somewhat thickened, no gastric peduncle. Top of subumbrella rather flat. Velum width ca 1/5 of bell radius. Manubrium short, cruciform cross-section, base not much larger than oral end, mouth simple, four perradial, slightly recurved lips. Radial canals four, narrow. Gonads elongate in females, covering 2/3 of radial canals, separated from circular canal and manubrium, when fully developed slightly wavy. Marginal tentacles typically 16 (occasionally 20) when mature, with distinct basal bulbs, between each pair of tentacles 1-3 small, rudimentary bulbs without tentacles. Tentaculate bulbs and sometimes also rudimentary bulbs with a lateral spiral cirrus on each side. Eight closed statocysts with 5-6 concretions each.
Polyp stage forming branched colonies of the “ Campanulina ” type, see Werner (1968) or Cornelius (1995).
of life medusae and to extract DNA sample 247; 16S FJ550493, COI KT981899, 18S FJ550570, 28S FJ550427.
Description of New Zealand material: Small medusa (diameter up to 3 mm), bell nearly hemispherical, jelly somewhat thickened at apex, otherwise moderately thin, without apical process. Velum width ca 1/6 of bell radius. Manubrium short, cruciform cross-section, base quadrangular, only slightly larger than oral end, mouth cruciform, simple, four perradial, slightly recurved Distribution: Southern North Sea, western Baltic Sea, English Channel, Argentina, Brazil, and southwest of India (Cornelius, 1995; Nagata et al., 2014). Type locality: North Sea, Helgoland.
References: Russell (1953), Cornelius (1995).
description: Published as part of Peter Schuchert, 2017, Systematic notes on some leptomedusa species with a description of Neotima galeai n. spec. (Hydrozoa, Cnidaria), pp. 351-375 in Revue suisse de Zoologie 124 (2) on pages 365-366, DOI: 10.5281/zenodo.893549
Nanochromis squamiceps
Creators: name: Anton Lamboj
Publisher: name: Zenodo
Year: 2005
Subjects: Biodiversity
Taxonomy
Animalia
Chordata
Actinopterygii
Perciformes
Cichlidae
Nanochromis
Nanochromis squamiceps

description: Nanochromis squamiceps:
13 specimens, all Democratic Republic of the Congo, Congo system: BMNH 1902.4.14.11, holotype, Lindi River. MRAC 49244-29251, Kunungu. MRAC 78-19-P-265-268, Riviere Iteli.
description: Published as part of Anton Lamboj, 2005, Nanochromis sabinae, a new cichlid species (Teleostei, Cichlidae) from the Upper Congo River area and Northeast Gabon., pp. 1-11 in Zootaxa 827 on page 10
Groonabates stanopus Cook 1986
Creators: name: Smit, Harry
name: Pešić, Vladimir
Publisher: name: Zenodo
Year: 2025
Subjects: Biodiversity
Taxonomy
Animalia
Arthropoda
Arachnida
Trombidiformes
Hygrobatidae
Groonabates
Groonabates stanopus

description: Groonabates stanopus Cook, 1986
Material examined. Tasmania. 8/5/0, Julius Rivulet, Julius River Forest Reserve, 41°09.296 S 145°01.707 E, 123 m asl, 21-iii-2008; 1/6/0, Rapid River at crossing with South Arthur River Forest Drive, 41°09.287 S 145°05.998 E, 70 m asl, 22-iii-2008; 11/9/0, unnamed creek crossing road Kanunnan Bridge-Couta Rocks, 41°08.142 S 144°57.003 E, 50 m asl, 22-iii-2008; 20/20/0, Blackwater Creek at crossing with road Kanunnan Bridge-Couta Rocks, 41°10.006 S 144°54.801 E, 132 m asl, 22-iii-2008; 17/11/0, Sumac Rivulet, at crossing with South Arthur River Forest Drive, 41°09.934 S 145°04.152 E, 127 m asl, 22-iii-2008; 0/1/0, Animal Creek at crossing with road Queenstown-Burnie (A10), 41°38.004 S 145°36.896 E, 400 m asl, 23-iii-2008; 3/5/0, Sterling River at crossing with road A10, 41°46.162 S 145°36.573 E, 222 m asl, 23-iii-2008; 3/1/0, Collingwood River at crossing with road A10, Franklin-Gordon Wild Rivers NP, 42°09.770 S 145°55.658 E, 370 m asl, 24-iii-2008; 9/13/0, Nelson Creek, Franklin-Gordon Wild Rivers NP, 42°06.152 S 145°43.282 E, 311 m asl, 24-iii-2008; 1/0/0, Pearl Creek, 3 km N of Queenstown, 42°03.387 S 145°32.441 E, 255 m asl, 24-iii-2008; 3/6/0, Nelson River at crossing with road A10, Franklin Gordon Wild Rivers NP, 42°06.247 S 145°44.186 E, 318 m asl, 24-iii-2008; 1/1/0, Newton Creek at crossing with road B28, 41°54.520 S 145°34.199 E, 493 m asl, 24-iii-2008; 5/5/0, Cuvier River upstream of confluence with Hugel River, Lake St Clair-Cradle Mountains NP, 42°06.581 S 146°09.820 E, 760 m asl, 25-iii-2008; 7/2/0, Franklin River at crossing with road A10, Franklin-Gordon Wild Rivers NP, 42°12.916 S 146°01.170 E, 421 m asl, 26-iii-2008; 4/10/0, Russell Falls Creek, downstream of falls, Mt Field NP, 27-iii-2008; 0/2/0, Apsley River at waterhole, Douglas Apsley NP, 41°51.758 S 148°11.186 E, 71 m asl, 28-iii-2008; 1/0/0, Douglas River, Douglas Apsley NP, 41°46.886 S 148°15.359 E, 0 m asl, 29-iii-2008; 1/4/1, South Esk River, upstream of Upper Esk, 41°25.182 S 147°43.147 E, 362 m asl, 29-iii-2008.
Distribution. Tasmania.
description: Published as part of Smit, Harry & Pešić, Vladimir, 2025, New records of hygrobatid water mites from SE Australia (Acari: Hydrachnidia Hygrobatidae) with the description of ten new species, pp. 481-521 in Zootaxa 5566 (3) on page 506, DOI: 10.11646/zootaxa.5566.3.3, http://zenodo.org/record/14703311
Nanochromis transvestitus
Creators: name: Anton Lamboj
Publisher: name: Zenodo
Year: 2005
Subjects: Biodiversity
Taxonomy
Animalia
Chordata
Actinopterygii
Perciformes
Cichlidae
Nanochromis
Nanochromis transvestitus

description: Nanochromis transvestitus:
5 specimens: MRAC 81-14-P-1-10, paratypes, Democratic Republic of the Congo: Lac Mai Ndombe.
description: Published as part of Anton Lamboj, 2005, Nanochromis sabinae, a new cichlid species (Teleostei, Cichlidae) from the Upper Congo River area and Northeast Gabon., pp. 1-11 in Zootaxa 827 on page 10
Drosophila (Drosophila) funebris
Creators: name: El-Hawagry, Magdi S.
name: Zatwarnicki, Tadeusz
name: Ebrahim, Ayman M.
Publisher: name: Zenodo
Year: 2018
Subjects: Biodiversity
Taxonomy
Animalia
Arthropoda
Insecta
Diptera
Drosophilidae
Drosophila
Drosophila funebris

description: Drosophila (Drosophila) funebris (Fabricius, 1787)
Musca funebris Fabricius, 1787: 345. Syntypes, females. Denmark (Copenhagen [= Hafniae]) (ZMUC).
Cordylura placida Harris, 1835: 600. Nomen nudum.
Musca erythrophthalma Panzer, 1794: 24. Germany (Lower Saxony: Braunschweig [=Brunswick]).
Distribution: Worldwide.
Egyptian localities: Lower Nile Valley & Delta:?.
Dates of collection: April.
description: Published as part of El-Hawagry, Magdi S., Zatwarnicki, Tadeusz & Ebrahim, Ayman M., 2018, Catalogue of the Egyptian Ephydroidea (Diptera: Schizophora: Acalyptratae), pp. 201-246 in Zootaxa 4444 (3) on page 235, DOI: 10.11646/zootaxa.4444.3.1, http://zenodo.org/record/1309626
Drosophila (Drosophila) hydei Sturtevant 1921
Creators: name: El-Hawagry, Magdi S.
name: Zatwarnicki, Tadeusz
name: Ebrahim, Ayman M.
Publisher: name: Zenodo
Year: 2018
Subjects: Biodiversity
Taxonomy
Animalia
Arthropoda
Insecta
Diptera
Drosophilidae
Drosophila
Drosophila hydei

description: Drosophila (Drosophila) hydei Sturtevant, 1921
Drosophila hydei Sturtevant, 1921: 101. Holotype, male. USA (Florida: Lakeland) (MCZ).
Distribution: Cosmopolitan.
Egyptian localities: Coastal Strip: Alexandria.
Dates of collection: March to October (Bächli et al. 1982 and Yassin & Abou-Youssef 2004).
description: Published as part of El-Hawagry, Magdi S., Zatwarnicki, Tadeusz & Ebrahim, Ayman M., 2018, Catalogue of the Egyptian Ephydroidea (Diptera: Schizophora: Acalyptratae), pp. 201-246 in Zootaxa 4444 (3) on page 235, DOI: 10.11646/zootaxa.4444.3.1, http://zenodo.org/record/1309626
MES-CoBraD_D6.2-MES-CoBraD Advanced Analytics Release 2.0.0-v1.00
Creators: name: EVOLUTION
Publisher: name: Zenodo
Year: 2023
Subjects: MES-CoBraD
CoBraD
Advanced Analytics
Medical Research

description: Expert Systems (ES) can provide an alternative methodology in analysing data to identify variables with the highest correlation to the outcome using the most appropriate data analysis and algorithms. By applying their effective machine learning (ML) abilities, significant research time and costs can be saved. The study aims to systematically review the applications of ES in neurological research and their methodological models for effective multi-variate analysis. Their domains, development and validity will be identified on WP6.

The scope of the ES is to:Implement general problem-solving AI techniques and explicitly modelled hypotheticodeductive behaviour.Maintain and update a central knowledge base, filtered by a fact checking database and an inference engine.Handle the knowledge base acquired from WP4 and WP8, but also from the scientific community through regular integrations.Provide symbolic rather than numeric representations of pertinent knowledge from domain of application.Provide categoric schemes for dealing with domain uncertainty.

The ES is tested for accuracy, feasibility, and acceptability in real-world practice. Artificial Intelligence (AI) knowledge-based system for data analysis and interpretation includes an algorithm and software to emulate human cognitive functions in the analysis, interpretation, and comprehension of heterogenous data. Data analytics according to the definitions of previous WPs and especially WP4 include visualisation, query definition and multi-purpose analytics. Interactive and intuitive visualisations (dashboards) assist clinicians to develop actionable insights about patients’ health condition and take the necessary corrective actions.

The objective of the development of AI modules is:

To be updatable based on acquired RWD.Improve data processing.Advance development of knowledge databases.Mimic human cognitive decision processes.Rely on supervised and unsupervised deep learning and machine learning techniques.

The present deliverable provides the basic structure of the algorithm that includes all variables that have been identified and result in the creation of the basic structure that hosts the data analysis. The system can receive a variety of variables analysed through AI algorithm and provide the end users with the appropriate results.
Ornithorhynchidae Gray 1825
Creators: name: Russell A. Mittermeier
name: Don E. Wilson
Publisher: name: Lynx Edicions
Year: 2015
Subjects: Biodiversity
Taxonomy
Animalia
Chordata
Mammalia
Monotremata
Ornithorhynchidae

description: Family ORNITHORHYNCHIDAE
(PLATYPUS)
* Small-sized streamlined, semi-aquatic, egg-laying mammal, with distinctive pliable bill covered with naked moist skin, short limbs, broad flat tail, conspicuously webbed forefeet, and dense fine underfur and coarse overlaying guard hairs.
e 40-60 cm.
Australasian Region.
Inland freshwater bodies and associated riparian zones.
1 genus, 1 species, 1 taxon.
No species threatened; none Extinct since 1600.
description: Published as part of Russell A. Mittermeier & Don E. Wilson, 2015, Ornithorhynchidae, pp. 66-67 in Handbook of the Mammals of the World – Volume 5 Monotremes and Marsupials, Barcelona :Lynx Edicions on page 66, DOI: 10.5281/zenodo.6621671
Mycetophylax Emery 1913
Creators: name: Klingenberg, Christiana
name: Brandão, Roberto F.
Publisher: name: Zenodo
Year: 2009
Subjects: Biodiversity
Taxonomy
Animalia
Arthropoda
Insecta
Hymenoptera
Formicidae
Mycetophylax

description: Mycetophylax Emery 1913
Cyphomyrmex conformis Mayr 1884. Brazil, French Guiana, Puerto Rico, Trinidad, Venezuela.
= Myrmicocrypta brittoni Wheeler 1907
= Mycetophylax brittoni var. litoralis Weber 1937
Mycetophylax morschi (Emery 1888). New combination. Brazil
= Cyphomyrmex (Mycetoritis) personatus Santschi 1923
Mycetophylax simplex (Emery 1888). Brazil.
description: Published as part of Klingenberg, Christiana & Brandão, Roberto F., 2009, Revision of the fungus-growing ant genera Mycetophylax Emery and Paramycetophylax Kusnezov rev. stat., and description of Kalathomyrmex n. gen. (Formicidae: Myrmicinae: Attini), pp. 1-31 in Zootaxa 2052 (1) on pages 4-5, DOI: 10.11646/zootaxa.2052.1.1, http://zenodo.org/record/186623
title: Infrared Band Strengths and Other Properties of Three Interstellar Compounds桝morphous Isocyanic Acid, Formaldehyde, and Formic Acid
Creators: name: Hudson, Reggie L.
name: Yarnall, Yukiko
name: Gerakines, Perry A.
Publisher: name: IOP Science
Year: 2024

description: Infrared (IR) spectral features of interstellar and solar system ices have been attributed to solid organic and inorganic compounds for over 50 yr, but in many cases the laboratory IR data needed to fully quantify such work have never been published, forcing researchers to rely on assumptions about gas- or liquid-phase measurements to interpret data for ices. Here, we report the first mid-IR intensity measurements for isocyanic acid (HNCO) ices that are free of such assumptions, providing new results for use by both observational and laboratory astrochemists. We also report similar new IR data for both formaldehyde (H2CO) and formic acid (HCOOH), which have been discussed in the astrochemical literature for decades, but again without adequate laboratory data to help quantify observational results. Densities and refractive indices of HNCO, H2CO, and HCOOH as amorphous ices also are reported. Two applications of the new H2CO work are presented, the first vapor-pressure measurements of solid H2CO, along with an enthalpy of sublimation, at 100 to 109 K and a set of IR intensities of H2CO in H2O + H2CO ices. Band strengths, absorption coefficients, and optical constants are calculated for all three compounds. Extensive comparisons are made to older results, which are not recommended for future use.
Drosophila (Drosophila) immigrans Sturtevant 1921
Creators: name: El-Hawagry, Magdi S.
name: Zatwarnicki, Tadeusz
name: Ebrahim, Ayman M.
Publisher: name: Zenodo
Year: 2018
Subjects: Biodiversity
Taxonomy
Animalia
Arthropoda
Insecta
Diptera
Drosophilidae
Drosophila
Drosophila immigrans

description: Drosophila (Drosophila) immigrans Sturtevant, 1921
Drosophila immigrans Sturtevant, 1921: 83. Holotype, male. USA (New York: White Plains) (AMNH).
Distribution: Cosmopolitan.
Egyptian localities: Coastal Strip: Alexandria (Burla & Bächli 1978; Bächli et al. 1982), Abu Sir (Mourad & Mallah 1960).
Dates of collection: March & April (Bächli et al. 1982), August to December (Mourad & Mallah 1960).
Remarks: This is an Australasian and Nearctic species, not Palaearctic, so we think it was probably misidentified by Bächli et al. (1982). Unfortunately the specimens of this identification are not available to ensure the identification.
description: Published as part of El-Hawagry, Magdi S., Zatwarnicki, Tadeusz & Ebrahim, Ayman M., 2018, Catalogue of the Egyptian Ephydroidea (Diptera: Schizophora: Acalyptratae), pp. 201-246 in Zootaxa 4444 (3) on page 235, DOI: 10.11646/zootaxa.4444.3.1, http://zenodo.org/record/1309626
Isostenosmylus septemtrionalandinus Ardila-Camacho & Noriega 2014
Creators: name: Martins, Caleb Califre
name: Ardila-Camacho, Adrian
name: Aspöck, Ulrike
Publisher: name: Zenodo
Year: 2016
Subjects: Biodiversity
Taxonomy
Animalia
Arthropoda
Insecta
Neuroptera
Osmylidae
Isostenosmylus
Isostenosmylus septemtrionalandinus

description: Isostenosmylus septemtrionalandinus Ardila-Camacho & Noriega, 2014
(Figs. 28, 29)
Isostenosmylus septemtrionalandinus Ardila-Camacho & Noriega, 2014: 324, figs. 2c, 3b, e, f, 5a, b, 6 (habitus, head, thorax, wings, legs, female terminalia and genitalia). Ref. Ardila-Camacho & Noriega (2014). Holotype female, IAvH.
Type-locality. Colombia: Santander, Nudo de Santurbán, Poveda stream, 07°27’N −72°49’W, 2000 m, 18.iii ~ 03.iv.2002.
Material examined. Holotype, “ Colombia: Santander, Nudo de Santurbán, Poveda stream, 07°27’N −72°49’W, 2000 m, 18.iii ~ 03.iv.2002, A. Santamaría, Malaise trap, M.3106” (1♀ IAvH).
Distribution (Fig. 43). Colombia (Santander).
Principal characteristics. Head brown with two dark brown spots below antennae; clypeus and labrum light brown with yellowish setae; labial palpi light brown at the base and dark brown at the apex; maxillary palpi pale brown; vertex brown with some brown setae; sutures bordering dark brown; occiput pale yellowish brown; antennae yellowish brown, scape almost as long as pedicel; flagellomeres almost as long as broad, covered with pale yellow setae. Pronotum pale brown with two posterolateral elongated black spots, densely covered by elongated dark brown and pale yellow setae, mainly laterally; mesonotum brown with three pairs of black spots and some dark brown setae; metanotum brown with a pair of large black spots. Legs yellow with many small dark brown spots. Forecoxa of female with a short pointed process near of apex. Wings hyaline with venation alternating brown and pale yellow, pterostigma well-marked (Fig. 28 A); forewing with some amber spots, mainly in radial trace, several costal crossveins forked near to the costal margin; hindwing without dark spots. Abdomen with tergites mottled by dark brown and yellowish brown.
Female (Figs. 28 C–F, 29). Fused ninth gonapophyses Y-shaped in ventral view, with two apical elongated lobes; two lateral mammiliform lobes in the fused eighth gonocoxites; ninth gonocoxites acuminate, with ventral margin curved; spermathecae reniform.
description: Published as part of Martins, Caleb Califre, Ardila-Camacho, Adrian & Aspöck, Ulrike, 2016, Neotropical osmylids (Neuroptera, Osmylidae): Three new species of Isostenosmylus Krüger, 1913, new distributional records, redescriptions, checklist and key for the Neotropical species, pp. 1-66 in Zootaxa 4149 (1) on pages 38-43, DOI: 10.11646/zootaxa.4149.1.1, http://zenodo.org/record/256806
title: Invertebrate herbivores influence seagrass wasting disease dynamics
Creators: name: Graham, Olivia J.
name: Aoki, Lillian R.
name: Burge, Colleen
name: Harvell, C. Drew
Publisher: name: Wiley
Year: 2024
Subjects: subject: plant杙athogen interactions
subject: disease transmission
subject: plant杊erbivore interactions
subject: plant杙athogen杊erbivore interactions
subject: eelgrass
subject: Labyrinthula zosterae
subject: vector
subject: disease ecology
subject: Zostera marina

description: Although invertebrate herbivores commonly impact terrestrial plant diseases by facilitating transmission of plant pathogens and increasing host susceptibility to infection via wounding, less is known about the role of herbivores in marine plant disease dynamics. Importantly, transmission via herbivores may not be required in the ocean since saline ocean waters support pathogen survival and transmission. Through laboratory experiments with eelgrass (Zostera marina), we showed that isopods (Pentidotea wosnesenskii) and snails (Lacuna spp.) created grazing scars that increased disease severity and thus indirectly facilitated transmission of Labyrinthula zosterae (Lz), a protist that causes seagrass wasting disease. Experiments also quantified different feeding preferences among herbivores: Amphipods (Ampithoe lacertosa) selectively consumed diseased eelgrass, while isopods and snails selectively grazed asymptomatic leaves, suggesting different herbivore taxa may have contrasting impacts on disease dynamics. Our experiments show no sign that herbivores directly vector Lz from diseased to asymptomatic eelgrass. However, we isolated live Lz from isopod, amphipod, and snail feces and detected Lz with quantitative polymerase chain reaction in amphipods and snails, suggesting that herbivores eating diseased eelgrass could pass the live pathogen. Finally, field surveys demonstrated a close association between seagrass wasting disease and invertebrate grazing scars; disease prevalence was 29 � 4.7% (95% CI) higher on eelgrass leaves with herbivore scars. Collectively, these findings show that some herbivores can increase eelgrass disease risk by facilitating the spread of an important pathogen via wounding, but not via direct transmission. Thus, herbivores may play different roles in plant disease dynamics in terrestrial versus marine ecosystems depending on the pathogen's ability to survive and transmit without a vector.
Kallimobates vietsi Cook 1986
Creators: name: Smit, Harry
name: Pešić, Vladimir
Publisher: name: Zenodo
Year: 2025
Subjects: Biodiversity
Taxonomy
Animalia
Arthropoda
Arachnida
Trombidiformes
Hygrobatidae
Kallimobates
Kallimobates vietsi

description: Kallimobates vietsi Cook, 1986
Material examined. Victoria. 2/1/0, Stringers Creek upstream of Walhalla, 37°56.006 S 146°26.926 E, 360 m asl, 9-iii-2008; 0/1/0, Morses Creek along Morses Creek Road, S of Bright, 36°49.393 S 146°58.527 E, 429 m asl, 14-ii- 2024; 0/1/0, Taggerty River, N of Marysville, 37°29.190 S 145°45.296 E, 369 m asl, 22-ii-2024; 0/2/0, Staevenson River at Ackneamen Bridge, 37°27.914 S 145°44.160 E, 315 m asl, 22-ii-2024. New South Wales. 0/3/0, Urumbilum River, Bindarri NP, 30°15.966 S 152°57.042 E, 137 m asl, 7-xi-2003; 1/2/0, Sheepstation Creek, Border Ranges NP, 11-xi-2003; 0/2/0, Rosewood River at crossing with Little North Arm Road, near Thora, 30°24.133 S 152°46.380 E, 22-xi-2003; 0/1/0; Never Never Creek near Tallywood Point, 30°21.624 S 152°54.269 E, 45 m asl, 23-xi-2003; same location, 4/5/0, 7-xi-2005; 0/1/0, Leatherbarrel Creek at crossing with Alpine Way, Kosciuszko NP, 36°31.559 S 148°11.611 E, 999 m asl, 8-xii-2003; 1/0/0, Twins Creek at crossing with Olsen Road, Kosciuszko NP, 36°19.399 S 148°16.612 E, 1058 m asl, 9-xii-2003; 0/1/0, Manning River at campground, Barrington Tops NP, 31°52.790 S 151°29.431 E, 1190 m asl, 10-i-2024; 3/0/0, unnamed creek crossing Bourke’s Road, Wadbilliga NP, 36°16.178 S 149°41.746 E, 192 m asl, 2-ii-2024; 1/0/0, Sugarloaf Creek, interstitial, at crossing with Misty Mountain Road, 35°33.738 S 150°00.715 E, 145 m asl, 3-ii-2024; 7/1/0, Sugarloaf Creek, at crossing with Misty Mountain Road, 35°33.738 S 150°00.715 E, 145 m asl, 3-ii-2024; 0/1/0, Leatherbarrel Creek, crossing Alpine Way, Kosciuszko NP, 36°31.523 S 148°11.626 E, 975 m asl, 10-ii-2024; 1/0/0, Swampy Plains River at Geehi Flats Picnic Area, Kosciuszko NP, 36°23.121 S 148°10.845 E, 435 m asl, 11-ii-2024.
Distribution. Victoria and New South Wales.
description: Published as part of Smit, Harry & Pešić, Vladimir, 2025, New records of hygrobatid water mites from SE Australia (Acari: Hydrachnidia Hygrobatidae) with the description of ten new species, pp. 481-521 in Zootaxa 5566 (3) on pages 507-508, DOI: 10.11646/zootaxa.5566.3.3, http://zenodo.org/record/14703311
Kalathomyrmex, New genus
Creators: name: Klingenberg, Christiana
name: Brandão, Roberto F.
Publisher: name: Zenodo
Year: 2009
Subjects: Biodiversity
Taxonomy
Animalia
Arthropoda
Insecta
Hymenoptera
Formicidae
Kalathomyrmex

description: Kalathomyrmex New genus
Myrmicocrypta emeryi Forel 1907. New combination. Argentina, Bolivia, Brazil, Colombia, Guyana, Paraguay, Peru, Venezuela
= Mycetophylax hummelincki Weber 1948
= Myrmicocrypta emeryi var. arenicola Forel 1912. New Synonymy.
= Myrmicocrypta (Mycetophylax) emeryi var. argentina Santschi 1916. New Synonymy.
= Myrmicocrypta emeryi var. fortis Forel 1912. New Synonymy.
= Mycetophylax bolivari Weber 1948. New Synonymy.
= Myrmicocrypta (Mycetophylax) emeryi st. gallardoi Santschi 1922. New Synonymy.
= Mycetophylax emeryi st. hubrichi Santschi 1925. New Synonymy.
= Mycetophylax emeryi st. weiseri Santschi 1929
= Mycetophylax glaber Weber 1948. New Synonymy.
description: Published as part of Klingenberg, Christiana & Brandão, Roberto F., 2009, Revision of the fungus-growing ant genera Mycetophylax Emery and Paramycetophylax Kusnezov rev. stat., and description of Kalathomyrmex n. gen. (Formicidae: Myrmicinae: Attini), pp. 1-31 in Zootaxa 2052 (1) on page 5, DOI: 10.11646/zootaxa.2052.1.1, http://zenodo.org/record/186623
Isostenosmylus fusciceps Kimmins 1940
Creators: name: Martins, Caleb Califre
name: Ardila-Camacho, Adrian
name: Aspöck, Ulrike
Publisher: name: Zenodo
Year: 2016
Subjects: Biodiversity
Taxonomy
Animalia
Arthropoda
Insecta
Neuroptera
Osmylidae
Isostenosmylus
Isostenosmylus fusciceps

description: Isostenosmylus fusciceps Kimmins, 1940
(Figs. 19, 20)
Isostenosmylus fusciceps Kimmins, 1940: 181, fig. 14, plate III.1 (male terminalia and genitalia, wings). Refs. Kimmins (1940), Penny (1977), Ardila-Camacho & Noriega (2014). Holotype male, BMNH.
Type-locality. Peru: Cañete, Callanga.
Material examined. Paratype, “ Peru: Cañete, Callanga,” (1♂ BMNH).
Distribution (Fig. 43). Peru (Cañete).
Principal characteristics. Head dark brown; vertex, frons to below antennae, and genae fuscous; antennae with scape and pedicel pale brown; flagellum amber, covered by elongate brown setae; palpi dark brown. Pronotum dark brown; twice as long as broad; covered with very long dark brown setae arising from protuberant bases, mainly laterally; meso and metanota dark brown with darker marks. Legs yellowish with small black spots. Wings hyaline (Fig. 19 B); veins mainly brownish with some yellowish areas; forewing with some black spots, mainly around the wing margin, along anterior radial and subcostal trace; hindwing without dark spots. Abdomial tergites dark brown and yellow.
Male (Fig. 20). Ectoproct small, with a pointed posteromedial lobe in lateral view; in dorsal view with that lobe broad, spatulated; ninth tergite rhomboidal in lateral view; medial lobe of ninth gonocoxites (tenth sternite of Kimmins 1940) is a short quadrate plate with some setae; complex of tenth gonocoxites (paramere of Kimmins 1940) has on its upper region a downwardly directed branch; basal branches are posteriorly directed and lying near each other, the basal branch is broad and the medial one is thin (Kimmins 1940).
description: Published as part of Martins, Caleb Califre, Ardila-Camacho, Adrian & Aspöck, Ulrike, 2016, Neotropical osmylids (Neuroptera, Osmylidae): Three new species of Isostenosmylus Krüger, 1913, new distributional records, redescriptions, checklist and key for the Neotropical species, pp. 1-66 in Zootaxa 4149 (1) on pages 31-34, DOI: 10.11646/zootaxa.4149.1.1, http://zenodo.org/record/256806
Drosophila (Drosophila) repleta Wollaston 1858
Creators: name: El-Hawagry, Magdi S.
name: Zatwarnicki, Tadeusz
name: Ebrahim, Ayman M.
Publisher: name: Zenodo
Year: 2018
Subjects: Biodiversity
Taxonomy
Animalia
Arthropoda
Insecta
Diptera
Drosophilidae
Drosophila
Drosophila repleta

description: Drosophila (Drosophila) repleta Wollaston, 1858
Drosophila repleta Wollaston, 1858: 117. Lectotype, male (designated by Coe, 1943: 205). Portugal (Madeira: Funchal) (BMNH).
Drosophila adspersa Mik, 1886: 328. Ghana (Ashanti).
Drosophila nigropunctata van der Wulp, 1891: 216. Indonesia (Java).
Drosophila maculiventris van der Wulp, 1897: 142. Sri Lanka (Kekirawa).
Distribution: Cosmopolitan.
Egyptian localities: Coastal Strip: Alexandris, Mariout, Ramleh. Lower Nile Valley: Cairo, Mansoura. Upper Nile Valley: Assiout (Bächli et al. 1982).
Dates of collection: March to November.
description: Published as part of El-Hawagry, Magdi S., Zatwarnicki, Tadeusz & Ebrahim, Ayman M., 2018, Catalogue of the Egyptian Ephydroidea (Diptera: Schizophora: Acalyptratae), pp. 201-246 in Zootaxa 4444 (3) on pages 235-236, DOI: 10.11646/zootaxa.4444.3.1, http://zenodo.org/record/1309626
Sophophora Sturtevant
Creators: name: El-Hawagry, Magdi S.
name: Zatwarnicki, Tadeusz
name: Ebrahim, Ayman M.
Publisher: name: Zenodo
Year: 2018
Subjects: Biodiversity
Taxonomy
Animalia
Arthropoda
Insecta
Diptera
Drosophilidae
Sophophora

description: Subgenus SOPHOPHORA Sturtevant
Sophophora Sturtevant, 1939: 139. Type species: Drosophila melanogaster Meigen, 1830, by original designation.
description: Published as part of El-Hawagry, Magdi S., Zatwarnicki, Tadeusz & Ebrahim, Ayman M., 2018, Catalogue of the Egyptian Ephydroidea (Diptera: Schizophora: Acalyptratae), pp. 201-246 in Zootaxa 4444 (3) on page 236, DOI: 10.11646/zootaxa.4444.3.1, http://zenodo.org/record/1309626
Kallimobates inusitatus Smit & Pešić, 2025, sp. nov.
Creators: name: Smit, Harry
name: Pešić, Vladimir
Publisher: name: Zenodo
Year: 2025
Subjects: Biodiversity
Taxonomy
Animalia
Arthropoda
Arachnida
Trombidiformes
Hygrobatidae
Kallimobates
Kallimobates inusitatus

description: Kallimobates inusitatus sp. nov.
Figure 13–14
Material examined. Holotype female, tributary of Wild Cattle Creek, Dorrigo NP, New South Wales, 8-xi-2003, leg. Smit dissected and slide mounted (AMS).
Diagnosis (Male unknown). Gnathosomal rostrum with a more or less uniform height along its length, denticles present on the ventral side of P2 and P3, P3 without ventral projection.
Description. Female. Dorsal and ventral shields present; dorsal shield 681 long and 644 wide, with three pairs of glandularia and the postocularia; a pair of glandularia lying in the dorsal furrow at the posterior end of the dorsal shield (Figure 13A). Ventral shield (Figure 13B) 769 long and 763 wide; gnathosomal bay moderately deep, 188 long. Genital field with three pairs of acetabula, fused with the ventral shield, 266 wide between outer margins of acetabula; gonopore 108 long and 118 wide.
Palp as illustrated in Figures 14A–B: dorsal length/height: P1, 27/44; P2, 93/57; P3, 140/52; P4, 108/26; P5, 44/14; ventral margin of P2 with a projection, denticles present on this projection and on the ventral side of P3, P-3 ventral margin without a projection, ventral margin P4 with well-developed tubercles in posterior part of the segment. Gnathosoma (Figure 13C) without an anchoral process, 222 long; chelicera 306 long.
Dorsal lengths of I-leg-3–5: 123, 178, 184, 103; I-leg-4–6 as illustrated in Figure 13D; dorsal lengths of IV-leg: 109, 115, 153, 194, 206, 163; IV-leg-5 with two moderately long swimming setae.
Male: Unknown.
Etymology. Named for its apparent rare occurrence.
Remarks. In regard to the shape of the gnathosomal rostrum which is of more or less uniform height along its length, the new species resembles K. vietsi. The latter species can easily be separated from the new species by the shape of palp with P-2 lacking denticles and P-3 with a well-developed ventral projection in posterior half of the segment (see Fig. 671 in Cook 1986).
Distribution. New South Wales; known only from the type locality.
description: Published as part of Smit, Harry & Pešić, Vladimir, 2025, New records of hygrobatid water mites from SE Australia (Acari: Hydrachnidia Hygrobatidae) with the description of ten new species, pp. 481-521 in Zootaxa 5566 (3) on page 508, DOI: 10.11646/zootaxa.5566.3.3, http://zenodo.org/record/14703311