cometadata/datacite-rtg-text-other-reclassification-records huggingface dataset:
Anauchen informis subsp. parcedentata Vermeulen, Phung & Truong 2007
Creators: name: Gojšina, Vukašin
name: Hunyadi, András
name: Sutcharit, Chirasak
name: Tongkerd, Piyoros
name: Auffenberg, Kurt
name: Grego, Jozef
name: Vermeulen, Jaap J.
name: Reischütz, Alexander
name: Páll-Gergely, Barna
Publisher: name: Zenodo
Year: 2025
Subjects: Biodiversity
Taxonomy
Animalia
Mollusca
Gastropoda
Stylommatophora
Hypselostomatidae
Anauchen
Anauchen informis
Anauchen informis parcedentata vermeulen, phung & truong, 2007

description: Anauchen informis parcedentata Vermeulen, Phung & Truong, 2007
Figs 10 I, 21, 37
Anauchen informis parcedentata Vermeulen, Phung & Truong, 2007: 89, fig. 7.
Anauchen informis parcedentata — Schileyko 2011: 4.
Type material examined.
Vietnam • holotype; RMNH 108987.
Type locality.
“ Vietnam, Kien Giang prov., Kien Luong, Ba Tai hill ”.
Differential diagnosis.
Similar to the nominotypical subspecies but with 1–3 barriers in the aperture (parietal always present, both palatals occasionally) and usually more whorls.
Distribution.
This subspecies is known only from the type locality.
description: Published as part of Gojšina, Vukašin, Hunyadi, András, Sutcharit, Chirasak, Tongkerd, Piyoros, Auffenberg, Kurt, Grego, Jozef, Vermeulen, Jaap J., Reischütz, Alexander & Páll-Gergely, Barna, 2025, A new start? Revision of the genera Anauchen, Bensonella, Gyliotrachela and Hypselostoma (Gastropoda, Eupulmonata, Hypselostomatidae) of Southeast Asia with description of 46 new species, pp. 1-338 in ZooKeys 1235 on pages 1-338, DOI: 10.3897/zookeys.1235.145281
Deania Jordon & Snyder 1902
Creators: name: Ebert, David A.
name: Wintner, Sabine P.
name: Kyne, Peter M.
Publisher: name: Zenodo
Year: 2021
Subjects: Biodiversity
Taxonomy
Animalia
Chordata
Elasmobranchii
Squaliformes
Centrophoridae
Deania

description: Genus Deania Jordon & Snyder, 1902
Birdbeaked Dogfishes
Deania Jordan & Snyder, 1902: 80. Type species: Deania eglantina Jordan & Snyder, 1902, by monotypy, a junior synonym of Acanthidium calceum Lowe, 1839.
Remarks: Three species of Deania (D. calceus, D. profundorum, D. quadrispinosa) have long been reported to occur in South African waters, however a fourth species (D. hystricosa) was listed by Compagno (1999), but without explanation. Compagno (2016) and Weigmann (2016) subsequently listed this species as occurring off South Africa, but we are unaware of any verified specimens attributed to this species. Furthermore, the validity of D. hystricosa and the nomenclature for the genus is currently under investigation (S. Tanaka, Tokai University, pers. comm.).
description: Published as part of Ebert, David A., Wintner, Sabine P. & Kyne, Peter M., 2021, An annotated checklist of the chondrichthyans of South Africa, pp. 1-127 in Zootaxa 4947 (1) on page 25, DOI: 10.11646/zootaxa.4947.1.1, http://zenodo.org/record/4614567
Deania profundorum
Creators: name: Ebert, David A.
name: Wintner, Sabine P.
name: Kyne, Peter M.
Publisher: name: Zenodo
Year: 2021
Subjects: Biodiversity
Taxonomy
Animalia
Chordata
Elasmobranchii
Squaliformes
Centrophoridae
Deania
Deania profundorum

description: Deania profundorum (Smith & Radcliffe, 1912)
Arrowhead Dogfish
Nasisqualus profundorum Smith & Radcliffe in Smith 1912: 681, pl. 53, fig. 3. Type locality: between Leyte and Mindanao Islands, Philippines.
Local synonymy: Acanthidium natalense: Gilchrist, 1922: 49, fig. 2, pl. 7 (off Illovo River, KwaZulu-Natal, South Africa); Barnard, 1925: 51, fig. 1, pl. 3; Smith, 1937: 170 (of uncertain validity). Deania eglantina: Smith, 1949a: 58, fig. 49 (in part = D. quadrispinosa); Smith, 1965: 58, fig. 49. Deania natalensis: Penrith, 1969: 62. Deania profundorum: Bass et al., 1976: fig. 30; Compagno, 1984a: 67, fig.; Bass et al., 1986: 54, fig. 5.9; Compagno et al., 1989: 26, pl.; Compagno et al., 1991: 59; Ebert et al., 1992: 604; Compagno, 1999: 114; Compagno et al., 2005: 89, pl. 5; Ebert, 2013: 75, fig. 92; Ebert et al., 2013 a: 109, fig., pl. 7; Ebert & Mostarda, 2013: 28, fig.; Ebert, 2015: 66, fig. 70; Ebert & Mostarda, 2015: 22, fig.; Ebert & van Hees, 2015: 144; Compagno, 2016: 1175; Weigmann, 2016: 891. Deania natalense: Bigelow & Schroeder, 1948b: 106 (Natal, South Africa).
South Africa voucher material: Acanthidium natalense: Syntypes: SAIAB [former RUSI] 2 (2 specimens). Deania profundorum [non-types]: SAIAB 26274, SAIAB 26275, SAIAB 26276, SAIAB 26277, SAIAB 26308, SAIAB 26335, SAIAB 26336, SAIAB 26436.
South Africa distribution: Off the west coast (NC) and east coast (KZN). This species likely occurs off the entire South African coast along the upper continental slope.
Remarks: The most common Deania species after D. calceus; both species are frequently caught mixed in large aggregations during research survey cruises.
Conservation status: NT (2020).
description: Published as part of Ebert, David A., Wintner, Sabine P. & Kyne, Peter M., 2021, An annotated checklist of the chondrichthyans of South Africa, pp. 1-127 in Zootaxa 4947 (1) on pages 26-27, DOI: 10.11646/zootaxa.4947.1.1, http://zenodo.org/record/4614567
Deania quadrispinosa
Creators: name: Ebert, David A.
name: Wintner, Sabine P.
name: Kyne, Peter M.
Publisher: name: Zenodo
Year: 2021
Subjects: Biodiversity
Taxonomy
Animalia
Chordata
Elasmobranchii
Squaliformes
Centrophoridae
Deania
Deania quadrispinosa

description: Deania quadrispinosa (McCulloch, 1915)
Longsnout Dogfish
Acanthidium quadrispinosum McCulloch, 1915: 100, pl. 14, figs. 5–8. Type: ???. Type locality: Great Australian Bight, southern Australia.
Local synonymy: Acanthidium quadrispinosum: Smith, 1937: 168, fig. 1. Deania eglantina: Smith, 1949a: 58, fig. 49. (in part = D. profundorum); Smith, 1965: 58, fig. 49. Deania quadrispinosa: Penrith, 1969: 62; Ebert, 2013: 75, fig. 93; Ebert et al., 2013 a: 109, fig., pl. 7; Ebert & Mostarda, 2013: 28, fig.; Ebert, 2015: 66, fig. 71; Ebert & Mostarda, 2015: 22, fig.; Compagno, 2016: 1177; Weigmann, 2016: 891. Deania quadrispinosum: Bass et al., 1976: 37, fig. 29 (caption as D. quadrispinosa); Compagno, 1984a: 68, fig.; Compagno et al., 1989: 26, pl.; Compagno et al., 1991: 60; Compagno, 1999: 114; Compagno et al., 2005: 89, pl. 5; Ebert & van Hees, 2015: 144. Deania quadrispinosus: Bass et al., 1986: 54, fig. 5.10.
South Africa voucher material: SAM uncatalogued, collected during research survey and reported by Compagno et al. (1991).
South Africa distribution: A few scattered records from off Cape Town (WC), Algoa Bay (EC), and northern KZN.
Remarks: Records from South Africa are few; this species appears to be more common off Mozambique and Madagascar.
Conservation status: VU (2020).
description: Published as part of Ebert, David A., Wintner, Sabine P. & Kyne, Peter M., 2021, An annotated checklist of the chondrichthyans of South Africa, pp. 1-127 in Zootaxa 4947 (1) on page 27, DOI: 10.11646/zootaxa.4947.1.1, http://zenodo.org/record/4614567
Centroscyllium Muller & Henle 1841
Creators: name: Ebert, David A.
name: Wintner, Sabine P.
name: Kyne, Peter M.
Publisher: name: Zenodo
Year: 2021
Subjects: Biodiversity
Taxonomy
Animalia
Chordata
Elasmobranchii
Squaliformes
Etmopteridae
Centroscyllium

description: Genus Centroscyllium Müller & Henle, 1841
Combtooth Lanternsharks
Centroscyllium M̹ller & Henle, 1841: 191. Type species: Spinax fabricii Reinhardt, 1825, by monotypy.
description: Published as part of Ebert, David A., Wintner, Sabine P. & Kyne, Peter M., 2021, An annotated checklist of the chondrichthyans of South Africa, pp. 1-127 in Zootaxa 4947 (1) on page 27, DOI: 10.11646/zootaxa.4947.1.1, http://zenodo.org/record/4614567
title: Web based sizing and evaluation of electrolysis projects – The Electrolysis Calculator
Creators: name: Brands, Marvin Benedict
name: Stenzel, Peter
Year: 2024
Subjects: subject: 600 Technik, Medizin, angewandte Wissenschaften

description: The decarbonization and the substitution of fossil fuels with hydrogen have emerged as critical objectives in the ongoing energy transition. However, the lack of understanding and awareness surrounding industrial-scale hydrogen projects and their potential hinder progress in addressing these challenges. To expedite the transition process, it is imperative to cultivate a sense of awareness and sensitivity among industrial-scale hydrogen projects, dimensions of generation plants, and potential use cases for hydrogen and its co-products from electrolysis.
This research endeavors to answer the fundamental question: "How can a general sense of awareness and sensitivity for hydrogen projects be established in a manner that is easily comprehensible?" To accomplish this goal, a systematic approach is proposed. The research leverages renewable generation profiles in hourly resolution data from photovoltaic plants and onshore/offshore wind turbines, to ascertain the available electricity that can be utilized for electrolysis. By employing scientifically grounded assumptions about the parameters of electrolysis plants, the design and resource requirements will be determined and visually represented. Additionally, predefined use cases for the produced hydrogen and its by-products will be considered, and diverse supply capacities will be visualized across sectors such as mobility, industry, and housing, considering in non-cumulative manner. In addition, the potential of hydrogen as a long-term storage media for renewable electricity can be assessed. 
The outcome of this research manifests as an accessible web tool called the "Electrolysis Calculator". This user-friendly tool necessitates four user-input values and performs calculations for primary electrolysis design parameters, encompassing full-load hours, resource consumption, generated energy, and substance quantities. Furthermore, the web tool provides intuitive visualizations of typical use case capacities, aimed at fostering awareness and understanding of hydrogen projects among its users.
The web tool enables decision-making and promoting widespread adoption of hydrogen as an alternative energy carrier and long term storage media.
Centroscyllium fabricii
Creators: name: Ebert, David A.
name: Wintner, Sabine P.
name: Kyne, Peter M.
Publisher: name: Zenodo
Year: 2021
Subjects: Biodiversity
Taxonomy
Animalia
Chordata
Elasmobranchii
Squaliformes
Etmopteridae
Centroscyllium
Centroscyllium fabricii

description: Centroscyllium fabricii (Reinhardt, 1825)
Black Dogfish
Spinax fabricii Reinhardt, 1825: 3. Syntypes: ZMUC P 07106 [ex 185] (1 stuffed). Type locality: Julianehåb, Greenland, western North Atlantic.
Local synonymy: Centroscyllium fabricii: Compagno, 1984a: 47, fig.; Compagno et al., 1989: 28, pl.; Compagno et al., 1991: 56; Ebert et al., 1992: 603; Compagno, 1999: 114; Ebert et al., 2013 a: 122, fig., pl. 8; NPOA, 2013: 37; Ebert, 2015: 71, fig. 77; Ebert & Mostarda, 2015: 24, fig.; Ebert & van Hees, 2015: 144; Compagno, 2016: 1185; Weigmann, 2016: 893.
South Africa voucher material: SAIAB 25708, SAIAB 25736, SAIAB 26338, SAIAB 26339, SAIAB 26340, SAIAB 26424, SAIAB 26425, SAIAB 26426, SAIAB 26427, SAIAB 26428, SAIAB 26429, SAIAB 27183, SAIAB 30309.
South Africa distribution: From the Orange River (NC) to southwest of Cape Agulhas (WC).
Remarks: Compagno (1984a) reported the first South African record of this species from off the southwestern Cape. Previous southern African records were from off Namibia (Bass et al., 1976). This is one of the most common species of deep-sea lanternsharks off the South African west coast.
Conservation status: LC (2020).
description: Published as part of Ebert, David A., Wintner, Sabine P. & Kyne, Peter M., 2021, An annotated checklist of the chondrichthyans of South Africa, pp. 1-127 in Zootaxa 4947 (1) on page 27, DOI: 10.11646/zootaxa.4947.1.1, http://zenodo.org/record/4614567
title: Understanding the function of structural domains of CACHD1, a CaV3 calcium channel modulator
Creators: name: Roznovcova, Maria
Publisher: name: University of Reading
Year: 2025

description: CACHD1 is classified as a member of the α2δ protein family due to their shared organisation 
of structural motifs and domains. However, unlike α2δ, CACHD1 has been characterised as a 
modulator of the CaV3 low-voltage-activated voltage-gated Ca2+ channels (LVA VGCCs), 
distinguishing it as the sole auxiliary subunit of LVA VGCCs. As a relatively unstudied protein, 
CACHD1 research has primarily focused on its functional effects on LVA VGCCs and its 
potential role in disease. This study represents the first investigation into the mechanisms by 
which specific motifs govern CACHD1 modulation of LVA VGCCs, and its trafficking pathways.
This thesis tested the hypothesis that structural motifs within CACHD1 play crucial roles in 
regulating its expression, sub-cellular localisation, trafficking, and function as a modulator of 
LVA VGCCs.
This study first characterised the role of the variant MIDAS motif (D234xGxS) on CACHD1 
expression, sub-cellular localisation, and function as a modulator of CaV3 channels, using 
western blotting, immunocytochemistry, and whole-cell patch clamp electrophysiology.
Interestingly, mutagenesis of the G236 residue to Ser showed similar CACHD1 expression and
sub-cellular localisation in the absence of CaV3.1 compared to wild-type CACHD1 (CACHD1-
wt). Moreover, like CACHD1-wt, CACHD1-G236S significantly increased the current density 
and Gmax of rat CaV3.1 (rCaV3.1) VGCCs. In contrast, mutating all three key residues to Ala 
(DxGxS to AxAxA) led to significant reduction in CACHD1 expression levels and disrupted 
trafficking to cell surface. Additionally, the AxAxA mutant resulted in a significant decrease in 
rCaV3.1 currents and Gmax, underscoring the important role of an intact MIDAS motif in 
CACHD1 function.
Next, this study investigated the internalisation, and post-endocytic mechanisms used by 
CACHD1. The use of endocytic inhibitors showed that methyl-β-cyclodextrin (MβCD), a 
cholesterol depleting agent, inhibited CACHD1 internalisation. Moreover, cholesterol 
recovery post-MβCD treatment restored CACHD1 internalisation, suggesting a caveolae 
pathway dependent on cholesterol was used by CACHD1. Additionally, CACHD1 co-localised 
with EEA1, Rab5, and Rab11, indicating CACHD1 recycling back to the membrane via a Rab11-
associated pathway. Further analysis identified a tyrosine internalisation motif (Y1197STM) 
present in the intracellular C-terminal tail of CACHD1. Mutagenesis of the Y1197 residue to Ala 
and Phe showed that the Y1197F slowed CACHD1 internalisation. Surprisingly, the removal of
the C-terminal tail, thus the YSTM signal motif, had no discernible effect on CACHD1 
internalisation, indicating the involvement of multiple motifs. Moreover, removal of the 
transmembrane domain led to intracellular retention of CACHD1, but modification of the 
natural signal peptide to Igκ signal peptide facilitated protein secretion, enabling the 
purification of soluble CACHD1 protein.
Etmopterus Rafinesque 1810
Creators: name: Ebert, David A.
name: Wintner, Sabine P.
name: Kyne, Peter M.
Publisher: name: Zenodo
Year: 2021
Subjects: Biodiversity
Taxonomy
Animalia
Chordata
Elasmobranchii
Squaliformes
Etmopteridae
Etmopterus

description: Genus Etmopterus Rafinesque, 1810a
Lanternsharks
Etmopterus Rafinesque, 1810a: 14. Type species: Etmopterus aculeatus Rafinesque, 1810a, by monotypy.
description: Published as part of Ebert, David A., Wintner, Sabine P. & Kyne, Peter M., 2021, An annotated checklist of the chondrichthyans of South Africa, pp. 1-127 in Zootaxa 4947 (1) on page 27, DOI: 10.11646/zootaxa.4947.1.1, http://zenodo.org/record/4614567
Electrostatic instability of non-spherical dust in sub-stellar clouds
Creators: name: Stark, Craig R.
name: Diver, Declan A.
name: Swayne, Matthew I.
Publisher: name: arXiv
Year: 2025
Subjects: subject: Earth and Planetary Astrophysics (astro-ph.EP)
subject: Astrophysics of Galaxies (astro-ph.GA)
subject: Solar and Stellar Astrophysics (astro-ph.SR)
subject: FOS: Physical sciences

description: Charged dust clouds play an important role in the evolution of sub-stellar atmospheres through electrical discharges such as lightning events or inter-grain discharges. The consequent plasma activation presents an alternative source of disequilibrium chemistry, potentially triggering a set of chemical reactions otherwise energetically unavailable. The aim of this paper is to address the problem of the electrostatic stability of charged spheroidal dust grains in sub-stellar clouds and its impact on inter-grain electrostatic discharges, the available area for atmospheric gas-phase surface chemistry, the particle eccentricity distribution function and observed polarization signatures. This paper has derived the criterion for the allowed values of dust eccentricity that are electrostatically stable as a function of grain size $a\in[0.2,1.8]~μ$m, floating potential $ϕ_{f}\in[1, 10]$~V and tensile strength $Σ_{s}=10^{3}$~Pa. As a consequence of electrostatic instability we also calculate the expected electric field enhancement at the spheroidal poles, the increased surface area of a dust grain, the truncation of the particle eccentricity distribution function and the resultant degree of polarization. Dust grains with an eccentricity below a critical value will be electrostatically stable; whereas, grains with an eccentricity above a critical value will be unstable. The results presented here are applicable not only to spheroidal dust grains but any non-spherical dust grains where non-uniform surface electric fields or inhomogeneous tensile strengths could be susceptible to electrostatic instability. In this context electrostatic erosion presents a mechanism that may produce bumpy, irregularly shaped or porous grains.
description: 19 pages, 10 figures. Accepted to Plasma Physics and Controlled Fusion
Etmopterus alphus Ebert, Straube, Leslie, & Weigmann 2016
Creators: name: Ebert, David A.
name: Wintner, Sabine P.
name: Kyne, Peter M.
Publisher: name: Zenodo
Year: 2021
Subjects: Biodiversity
Taxonomy
Animalia
Chordata
Elasmobranchii
Squaliformes
Etmopteridae
Etmopterus
Etmopterus alphus

description: Etmopterus alphus Ebert, Straube, Leslie, & Weigmann, 2016
Whitecheek Lanternshark
Etmopterus alphus Ebert, Straube, Leslie, & Weigmann, 2016: 2, figs. 1–6. Holotype: SAM MB-F37564. Type locality: east of the Zambezi River, central Mozambique, 18°14'S, 37°31'E.
Local synonymy: Etmopterus alphus: Ebert et al., 2016: 2, figs. 1–6.
South Africa voucher material: SAIAB 190352.
South Africa distribution: New record. Recently recorded off Durban (KZN).
Remarks: This recently described species was known only from off Mozambique, but is reported here for the first time in South African waters. It also occurs off Madagascar and on the Madagascar Ridge.
Conservation status: LC (2019).
description: Published as part of Ebert, David A., Wintner, Sabine P. & Kyne, Peter M., 2021, An annotated checklist of the chondrichthyans of South Africa, pp. 1-127 in Zootaxa 4947 (1) on page 28, DOI: 10.11646/zootaxa.4947.1.1, http://zenodo.org/record/4614567
Etmopterus bigelowi Shirai & Tachikawa 1993
Creators: name: Ebert, David A.
name: Wintner, Sabine P.
name: Kyne, Peter M.
Publisher: name: Zenodo
Year: 2021
Subjects: Biodiversity
Taxonomy
Animalia
Chordata
Elasmobranchii
Squaliformes
Etmopteridae
Etmopterus
Etmopterus bigelowi

description: Etmopterus bigelowi Shirai & Tachikawa, 1993
Blurred Lanternshark
Etmopterus bigelowi Shirai & Tachikawa, 1993: 487, figs. 1, 2, 5. Holotype: HUMZ 100176. Type locality: off Angola, 11°37'S, 05°13'W, southeastern Atlantic.
Local synonymy: Etmopterus bigelowi: Compagno, 1999: 114; Compagno et al., 2005: 95, fig., pl. 8; Ebert, 2013: 83, fig. 104; Ebert et al., 2013 a: 125, fig., pl. 10; Ebert & Mostarda, 2015: 30, fig.; Ebert, 2015: 75, fig. 81; Ebert & Mostarda, 2015: 27, fig.; Ebert & van Hees, 2015: 144; Compagno, 2016: 1186; Weigmann, 2016: 894.
South Africa voucher material: FAKU 46064, FSFL-S 427, HUMZ 74378. Several uncatalogued SAM specimens from off Mossel Bay (WC).
South Africa distribution: Scattered records from off the west coast (NC) to KZN.
Remarks: The occurrence of this species off South Africa is patchy, but this may be due to misidentification with E. pusillus.
Conservation status: LC (2020).
description: Published as part of Ebert, David A., Wintner, Sabine P. & Kyne, Peter M., 2021, An annotated checklist of the chondrichthyans of South Africa, pp. 1-127 in Zootaxa 4947 (1) on page 28, DOI: 10.11646/zootaxa.4947.1.1, http://zenodo.org/record/4614567
Etmopterus compagnoi : Fricke & Koch 1990
Creators: name: Ebert, David A.
name: Wintner, Sabine P.
name: Kyne, Peter M.
Publisher: name: Zenodo
Year: 2021
Subjects: Biodiversity
Taxonomy
Animalia
Chordata
Elasmobranchii
Squaliformes
Etmopteridae
Etmopterus
Etmopterus compagnoi

description: Etmopterus compagnoi Fricke & Koch, 1990
Brown Lanternshark
Etmopterus compagnoi Fricke & Koch, 1990: 2, figs. 1–2. Holotype: SMNS 8999. Type locality: off Cape Town, Western Cape Province, South Africa, 34°41'S, 18°37'E, southeastern Atlantic.
Local synonymy: Etmopterus spinax: Gilchrist, 1922b: 49; Barnard, 1925; Barnard, 1947: 20, fig. 5, pl. 3; Smith, 1949a: 59, fig. 51; Smith, 1965: 59, fig. 51; Compagno, 1984: 85, fig. Spinax spinax: Norman, 1935: 37. Etmopterus gracilispinis: Karrer, 1973: 199; Shcherbachev et al., 1978: 186; Compagno, 1984: 76, fig.; Compagno et al., 1989: 28, pl.; Compagno, 2016: 1187. Etmopterus sp.: Bass et al., 1986: 57, fig. 5.16. Etmopterus compagnoi: Fricke & Koch, 1990: 2, figs. 1–2; Compagno et al., 1991: 61; Ebert et al., 1992: 605; Compagno, 1999: 114; Straube et al., 2011a: 146; Ebert, 2013: 84, fig. 114; Ebert et al., 2013 a: 128, fig., pl. 10; Ebert & Mostarda, 2013: 34, fig.; Ebert, 2015: 76, fig. 87; Ebert & Mostarda, 2015: 28, fig.; Ebert & van Hees, 2015: 144; Straube et al., 2015: 11; Weigmann, 2016: 894. Etmopterus unicolor: Compagno et al., 2005: 108, fig., pl. 9.
South Africa voucher material: SAIAB 25737, SAIAB 26271, SAIAB 27586, SAIAB 27587, SAIAB 27588, SAIAB 27589, SAIAB 27590, SAIAB 27591, SAIAB 27592, SAIAB 27593, SAIAB 27594, SAIAB 27595, SAIAB 27596, SAIAB 27597, SAIAB 27598, SAIAB 61706, SAIAB 87361, SAIAB 186423, SAIAB 186458, SAIAB 189169, SAIAB 193038.
South Africa distribution: The Orange River (NC) to at least Port Alfred (EC) and possibly KZN.
Remarks: Etmopterus compagnoi has a convoluted taxonomic history with most early literature accounts referring to it as either E. spinax or E. gracilispinis. However, Straube et al. (2015) found this species to be distinct from these other lanternsharks. Etmopterus compagnoi was thought to be a South African endemic (Compagno et al., 1989; Straube et al., 2015). However, it appears to have a wider geographic range occurring from southern Namibia to Cape Point (WC), where it is quite common, and east to off Port Alfred (EC) (Ebert, 2015). It also occurs off southern Mozambique and the northern Madagascar Plateau. However, specimens from outside the WC and EC should be closely examined to confirm their identification.
Conservation status: LC (2019).
description: Published as part of Ebert, David A., Wintner, Sabine P. & Kyne, Peter M., 2021, An annotated checklist of the chondrichthyans of South Africa, pp. 1-127 in Zootaxa 4947 (1) on page 28, DOI: 10.11646/zootaxa.4947.1.1, http://zenodo.org/record/4614567
Etmopterus granulosus
Creators: name: Ebert, David A.
name: Wintner, Sabine P.
name: Kyne, Peter M.
Publisher: name: Zenodo
Year: 2021
Subjects: Biodiversity
Taxonomy
Animalia
Chordata
Elasmobranchii
Squaliformes
Etmopteridae
Etmopterus
Etmopterus granulosus

description: Etmopterus granulosus (Günther, 1880)
Southern Lanternshark
Spinax granulosus G̹nther, 1880: 19, fig. C, pl. 2. Holotype: BMNH 1879.5.14.460. Type locality: Southwestern coast of South America, Challenger station 305.
Local synonymy: Etmopterus granulosus: Gilchrist, 1922b: 49; Barnard, 1925: 49, fig. 8, pl. 2; Smith, 1949a: 58, fig. 50; Bigelow & Schroeder, 1957: 55; Smith, 1965: 58, fig. 50; Compagno, 1984a: 77, fig.; Bass et al., 1986: 55 (Cape Point); Compagno et al., 1989: 28, pl.; Straube et al., 2011a: 138; Ebert, 2013: 84, fig. 117; Ebert et al., 2013 a: 132, fig., pl. 9; Ebert & Mostada, 2013: 31, fig.; Ebert, 2015: 78, fig. 91; Ebert & Mostada, 2015: 25, fig.; Ebert & van Hees, 2015: 144; Straube et al., 2015: 11; Weigmann, 2016: 895. Spinax granulosus: Norman, 1935: 37 (SW of Cape Town, 34°08'S, 17°33'E). Etmopterus cf. granulosus: Compagno et al., 1991: 63; Ebert et al., 1992: 605; Compagno, 1999: 114. Etmopterus baxteri: Compagno et al., 2005: 94, pl. 8; Compagno, 2016: 1185.
South Africa voucher material: SAIAB 25710, SAIAB 26341, SAIAB 26342, SAIAB 26343, SAIAB 26344, SAIAB 26345, SAIAB 26346, SAIAB 26347, SAIAB 26348, SAIAB 26349, SAIAB 26350, SAIAB 26351, SAIAB 26352, SAIAB 26353, SAIAB 26354, SAIAB 26355, SAIAB 26356, SAIAB 26357, SAIAB 26358, SAIAB 26359, SAIAB 26360, SAIAB 26361, SAIAB 26362, SAIAB 26363, SAIAB 26364, SAIAB 26365, SAIAB 26366, SAIAB 26367, SAIAB 26368, SAIAB 26369, SAIAB 26370, SAIAB 26371, SAIAB 26372, SAIAB 26373, SAIAB 26374, SAIAB 26375, SAIAB 26430, SAIAB 26431, SAIAB 26432, SAIAB 26433, SAIAB 26434, SAIAB 26435, SAIAB 27170, SAIAB 27171, SAIAB 27172, SAIAB 27173, SAIAB 27174, SAIAB 27175, SAIAB 27176, SAIAB 27177, SAIAB 27178, SAIAB 27179, SAIAB 27180, SAIAB 27181, SAIAB 27182, SAIAB 27184, SAIAB 27185, SAIAB 27186, SAIAB 30297, SAIAB 81676, SAIAB 186424, SAIAB 186462.
South Africa distribution: West coast from Cape Columbine (WC) to about Algoa Bay (EC).
Remarks: The taxonomic history of this species off South Africa, like most members of this genus, has been rather convoluted, although Straube et al. (2015) clarified the name status of this species. Etmopterus granulosus is one of the most common lanternsharks off the South African west coast. It is wide-ranging throughout the Southern Hemisphere at higher latitudes.
Conservation status: LC (2018).
description: Published as part of Ebert, David A., Wintner, Sabine P. & Kyne, Peter M., 2021, An annotated checklist of the chondrichthyans of South Africa, pp. 1-127 in Zootaxa 4947 (1) on page 29, DOI: 10.11646/zootaxa.4947.1.1, http://zenodo.org/record/4614567
Shock and SEP Modeling Study for the 5 September 2022 SEP Event
Creators: name: Kouloumvakos, A.
name: Wijsen, N.
name: Jebaraj, I. C.
name: Afanasiev, A.
name: Lario, D.
name: Cohen, C. M. S.
name: Riley, P.
name: Mitchell, D. G.
name: Ding, Z.
name: Vourlidas, A.
name: Giacalone, J.
name: Chen, X.
name: Hill, M. E.
Publisher: name: arXiv
Year: 2025
Subjects: subject: Solar and Stellar Astrophysics (astro-ph.SR)
subject: Space Physics (physics.space-ph)
subject: FOS: Physical sciences

description: On September 5, 2022, during Parker Solar Probe's (PSP) 13th encounter, a fast shock wave and a related solar energetic particle (SEP) event were observed as the spacecraft approached the perihelion of its orbit. Observations from the Integrated Science Investigation of the Sun (ISOIS) instrument suite show that SEPs arrived at the spacecraft with a significant delay from the onset of the parent solar eruption and that the first arriving SEPs exhibited an Inverse Velocity Dispersion (IVD) for energetic protons above $\sim$1~MeV. Utilizing data from multiple spacecraft we investigate the eruption dynamics and shock wave propagation. Our analysis includes 3D shock modeling and SEP transport simulations to examine the origins of this SEP event and explore the causes of the delayed SEP onset and the observed IVD. The data-driven SEP simulation reproduces the SEP event onset observed at PSP, its evolving energy spectrum and the IVD. This IVD is attributed to a relatively slow, ongoing particle acceleration process occurring at the flank of the expanding shock wave intercepted by PSP. This has significant implications for the role of shocks in the release of SEPs at widespread events and for methods used to infer the SEP release times. Furthermore, the match between the simulation and observations worsens when cross-field diffusion is considered, indicating that SEP diffusion had a minor effect on this event. These findings underscore the complexity of SEP events and emphasize the need for advanced modelling approaches to better understand the role of shock waves and other physical processes in SEP acceleration and release.
description: 21 pages, 11 figures, Accepted in The Astrophysical Journal
Etmopterus pusillus
Creators: name: Ebert, David A.
name: Wintner, Sabine P.
name: Kyne, Peter M.
Publisher: name: Zenodo
Year: 2021
Subjects: Biodiversity
Taxonomy
Animalia
Chordata
Elasmobranchii
Squaliformes
Etmopteridae
Etmopterus
Etmopterus pusillus

description: Etmopterus pusillus (Lowe, 1839)
Smooth Lanternshark
Acanthidium pusillum Lowe, 1839: 91. Syntypes: BMNH 1855.11.29.27 (2 specimens). Type locality: Madeira, eastern Atlantic.
Local synonymy: Etmopterus pusillus: Bass et al., 1976: 23, fig. 16 (KZN); Compagno, 1984: 82, fig.; Bass et al., 1986: 56, fig. 5.14; Compagno et al., 1989: 30, pl.; Compagno et al., 1991: 64; Ebert et al., 1992: 605; Compagno, 1999: 115; Compagno et al., 2005: 107, fig., pl. 7; Ebert, 2013: 83, fig. 105; Ebert et al., 2013 a: 137, fig., pl. 9; Ebert & Mostada, 2013: 30, fig.; Ebert, 2015: 80, fig. 93; Ebert & Mostada, 2015: 27, fig.; Ebert & van Hees, 2015: 144; Compagno, 2016: 1188; Weigmann, 2016: 897.
South Africa voucher material: SAIAB 6182 [former ORI 1104], SAIAB 6183 [former ORI 1477], SAIAB 6184 [former ORI 2866], SAIAB 6185 [former ORI 2867], SAIAB 6186 [former ORI 2868], SAIAB 6187 [former ORI 2869].
South Africa distribution: West coast from the Orange River (NC) to Cape Point (WC) and off KZN, but not yet confirmed from the EC.
Remarks: Widespread, but patchy off South Africa, this species is often misidentified with E. bigelowi.
Conservation status: LC (2020).
description: Published as part of Ebert, David A., Wintner, Sabine P. & Kyne, Peter M., 2021, An annotated checklist of the chondrichthyans of South Africa, pp. 1-127 in Zootaxa 4947 (1) on page 29, DOI: 10.11646/zootaxa.4947.1.1, http://zenodo.org/record/4614567
Etmopterus sculptus Ebert, Compagno, & De Vries 2011
Creators: name: Ebert, David A.
name: Wintner, Sabine P.
name: Kyne, Peter M.
Publisher: name: Zenodo
Year: 2021
Subjects: Biodiversity
Taxonomy
Animalia
Chordata
Elasmobranchii
Squaliformes
Etmopteridae
Etmopterus
Etmopterus sculptus

description: Etmopterus sculptus Ebert, Compagno, & De Vries, 2011
Sculpted Lanternshark
Etmopterus sculptus Ebert, Compagno, & De Vries, 2011: 279, figs. 1–2. Holotype: SAM 37569. Type locality: 33°22.9'S, 17°29.1'E, off Cape Town, South Africa.
Local synonymy: Etmopterus lucifer: Gilchrist, 1922b: 49; Barnard, 1925: 50; Smith, 1949a: 59, fig. 52; Bigelow & Schroeder, 1957: 56; Smith, 1965: 59, fig. 52; Bass et al., 1976: 25, figs. 17, 18c; Compagno, 1984: 79, fig.; Compagno et al., 2005: 102, fig., pl. 8. Spinax lucifer: Norman, 1935: 37. Etmopterus brachyurus: Bass et al., 1986: 55, fig. 5.11; Compagno et al., 1989: 30, pl.; Compagno et al., 1991: 61. Etmopterus cf. brachyurus: Ebert et al., 1992: 604; Compagno, 1999: 114; Compagno, 2016: 1186, fig. Etmopterus sculptus: Ebert, 2013: 83, fig. 108; Ebert et al., 2013 a: 139, fig., pl. 10; Ebert & Mostada, 2013: 33, fig.; Ebert, 2015: 82, fig. 95; Ebert & Mostada, 2015: 29, fig.; Ebert & van Hees, 2015: 144; Weigmann, 2016: 897.
South Africa voucher material: Holotype: SAM 37569. Paratypes: SAM 33011, 37570 (2 specimens), 37571 (2 specimens). Non-types: SAIAB 6191, SAIAB 6195, SAIAB 2430, SAIAB 2431, SAIAB 2432, SAIAB 2588, SAIAB 21930, SAIAB 21931, SAIAB 25308, SAIAB 25309, SAIAB 25735, SAIAB 26256, SAIAB 26258, SAIAB 26259, SAIAB 26265, SAM F41924 -3, SAM F41924 -4.
South Africa distribution: Occurs along the entire South African coast from the Orange River (NC) to KZN border with Mozambique.
Remarks: Etmopterus sculptus was long misidentified in the South African literature either as E. brachyurus or E. lucifer, but both of these species occur in the Western Pacific. Etmopterus sculptus is one of the most common lanternshark species found in South African waters (after E. granulosus).
Conservation status: LC (2019).
description: Published as part of Ebert, David A., Wintner, Sabine P. & Kyne, Peter M., 2021, An annotated checklist of the chondrichthyans of South Africa, pp. 1-127 in Zootaxa 4947 (1) on pages 29-30, DOI: 10.11646/zootaxa.4947.1.1, http://zenodo.org/record/4614567
Assessing the Impact of Nitrogen Fertilization, Variety Selection, Year and Their Interaction on Wheat Yield and Yield Components
Creators: name: Hnizil, Oussama
name: Baidani, Aziz
name: Khlila, Ilham
name: Nsarellah, Nasserelhaq
name: Amamou, Ali
Publisher: name: figshare
Year: 2024
Subjects: classificationCode: 300204
subject: Agricultural management of nutrients
classificationCode: 300210
subject: Sustainable agricultural development
classificationCode: 300299
subject: Agriculture, land and farm management not elsewhere classified

description: AbstractThis five-year study (2016–2021) in Morocco’s Mediterranean climate investigated the effect of nitrogen fertilization and genotypic selection on wheat yield and associated components. Utilizing a split-plot design, the study assessed five wheat genotypes—’Faraj’, ‘Luiza’, ‘Itri’, ‘Karim’ and ‘Nassira’—under three nitrogen application rates (120, 60 and 0 kg/ha) across thirty plots with two replicates. Interactions between nitrogen and year showed marked significance in yield (p = 0.001), biomass (p = 0.002), TKW (p = 0.003) and Spk/m2 (p = 0.001), underscoring the variability in optimal nitrogen application rates across different years. Additionally, significant interactions between variety and year were observed for biomass (p = 0.001) and G/m2 (p = 0.001), indicating variability in the performance of different varieties across years. The ‘Itri’ genotype showed the highest yield in 2017, while ‘Luiza’ was pre-eminent in 2018, with ‘Itri’ producing the most biomass. ‘Faraj’ demonstrated consistent superiority in yield and biomass during 2019 and 2020. Our integrated principal component analysis and quadratic models elucidated that an intermediate nitrogen rate of 60 kg/ha (N2) was particularly advantageous for the ‘Faraj’ and ‘Karim’ genotypes. These findings highlight the substantial impact of informed nitrogen level adjustment and genotypic selection on yield optimization.
Etmopterus sentosus Bass, D'Aubrey, & Kistnasamy 1976
Creators: name: Ebert, David A.
name: Wintner, Sabine P.
name: Kyne, Peter M.
Publisher: name: Zenodo
Year: 2021
Subjects: Biodiversity
Taxonomy
Animalia
Chordata
Elasmobranchii
Squaliformes
Etmopteridae
Etmopterus
Etmopterus sentosus

description: Etmopterus sentosus Bass, D’Aubrey, & Kistnasamy, 1976
Thorny Lanternshark
Etmopterus sentosus Bass, D’Aubrey, & Kistnasamy, 1976: 22, figs. 15, 18a. Holotype: SAIAB 6201 [ex ORI 2369]. Type locality: near Bazaruto Island, southern Mozambique.
Local synonymy: Etmopterus sentosus: Bass et al., 1976: 22, figs. 15, 18a; Compagno, 1984a: 64, fig.; Bass et al., 1986: 57, fig. 5.15; Compagno et al., 1989: 30, pl.; Compagno, 1999: 115; Compagno et al., 2005: 107, fig., pl. 8.; Ebert, 2013: 82, fig. 101; Ebert et al., 2013 a: 139, fig., pl. 11; Ebert & van Hees, 2015: 144; Weigmann, 2016: 897.
South Africa voucher material: SAIAB 6200 [former ORI 1391].
South Africa distribution: Occurs from off Durban to northern KZN.
Remarks: This distinctive lanternshark species appears to be common where it occurs, especially off southern Mozambique.
Conservation status: LC (2019).
description: Published as part of Ebert, David A., Wintner, Sabine P. & Kyne, Peter M., 2021, An annotated checklist of the chondrichthyans of South Africa, pp. 1-127 in Zootaxa 4947 (1) on page 30, DOI: 10.11646/zootaxa.4947.1.1, http://zenodo.org/record/4614567
title: Art history and textual return: reading self-portrait, geometry and paint
Creators: name: Yeh, Ting Fang
Publisher: name: University of Reading
Year: 2024

description: This thesis is a revisitation of issues in art history in the wake of Hal Foster’s The 
Return of the Real (1996) and Paul Gilroy’s The Black Atlantic (1993). It turns on a 
central research question: art or textuality? Variously grounded in the proposals of 
Object-Orientated Ontology (OOO), posthumanism, and Hegelian-Lacanian theory, I 
identify a move within contemporary criticism to forward a notion of pure and undefiled 
objecthood in art. The result, I argue, is a transcendental reading of paintings. In order to 
counter this narrative, and subverting a formulation from Foster, I aim to stage a ‘textual 
return’, leading me to question a variety of discourses within recent Art Theory: neuro-phenomenology; new materialism; algorithmic theory; immanence philosophy, and 
Lacanian psychoanalysis. Although this thesis does not call for any claim of recoverable 
history or a psychoanalytical Real in art, it does read both a difference and an
impossibility of difference between images and language; an inescapable structure, form, 
and narrative that haunt critics’ own (political) resistance.
My offered chapters of this thesis engage with three main areas in Art History: 
Self-portrait and Faciality (Chapter 1), Lines, Geometry and The Visual Field (Chapter 
2), and Paint, Psychoanalysis and Narrative (Chapter 3), which lead to discussions around 
the historical, scientifical, psychoanalytical, or political notions of transparency, 
authenticity, equilibrium, transformation, representation, materiality, visuality, affect, 
and identities in Samantha L. Smith’s ‘Blinding the Viewer: Rembrandt’s 1628 Self-portrait’ (2015), Claudio Celis Bueno’s ‘The Face Revisited: Using Deleuze and Guattari 
to Explore the Politics of Algorithmic Face Recognition’ (2020), Gilles Deleuze’s A 
Thousand Plateaus (1987), Joan Copjec’s ‘The Strut of Vision: Seeing’s Corporeal 
Support’ (2004), Charles Blanc’s The Grammar of Painting and Engraving (Grammaire 
des arts du dessin) (1874), Babak Saleh and others’ ‘Toward automated discovery of 
artistic influence’ (2016), Dany Nobus’s ‘From Sense to Sensation: Bacon, Pasting Paint 
and the Futility of Lacanian Psychoanalysis’ (2019), and Parveen Adams’s ‘The Violence 
of Paint’ (1995). These notions, in turn, are caught up in the collapse, discrepancy, and 
inconsistency of theorists’ own terms, whose indivisible object, either art or literary 
criticism, is questioned in this thesis.
Etmopterus viator Straube 2011
Creators: name: Ebert, David A.
name: Wintner, Sabine P.
name: Kyne, Peter M.
Publisher: name: Zenodo
Year: 2021
Subjects: Biodiversity
Taxonomy
Animalia
Chordata
Elasmobranchii
Squaliformes
Etmopteridae
Etmopterus
Etmopterus viator

description: Etmopterus viator Straube, 2011
Traveler Lanternshark
Etmopterus viator Straube, in Straube et al., 2011: 143, figs. 2a, b, 3, 5. Holotype: MNHN 2008-1899. Type locality: Kerguelen Plateau, 49°39'29''S, 72°45'00''E, Indian Ocean.
Local synonymy: Etmopterus viator; Straube, 2011a: 143, figs. 2a, b, 3, 5 (distribution including South Africa); Ebert, 2013: 84, fig. 116; Ebert et al., 2013 a: 142, fig., pl. 10; Ebert & Mostada, 2013: 34, fig.; Ebert, 2015: 75, fig. 86; Ebert & van Hees, 2015: 144; Weigmann, 2016: 898.
South Africa voucher material: None.
South Africa distribution: Straube (2011) mentions that this species was recorded from three locations in South African waters, but provides no location information or cites any specimens in museum collection.
Remarks: This appears to be a wide-ranging species around seamounts and islands in the Southern Ocean.
Conservation status: LC (2018).
description: Published as part of Ebert, David A., Wintner, Sabine P. & Kyne, Peter M., 2021, An annotated checklist of the chondrichthyans of South Africa, pp. 1-127 in Zootaxa 4947 (1) on page 30, DOI: 10.11646/zootaxa.4947.1.1, http://zenodo.org/record/4614567
Anauchen kozari Pall-Gergely 2023
Creators: name: Gojšina, Vukašin
name: Hunyadi, András
name: Sutcharit, Chirasak
name: Tongkerd, Piyoros
name: Auffenberg, Kurt
name: Grego, Jozef
name: Vermeulen, Jaap J.
name: Reischütz, Alexander
name: Páll-Gergely, Barna
Publisher: name: Zenodo
Year: 2025
Subjects: Biodiversity
Taxonomy
Animalia
Mollusca
Gastropoda
Stylommatophora
Hypselostomatidae
Anauchen
Anauchen kozari

description: Anauchen kozari Páll-Gergely, 2023
Figs 10 K, 24, 37
Anauchen kozari Páll-Gergely, 2023 a: 64–66, figs 1 D, F, 2, 3.
Type material examined.
Laos • holotype; Luang Prabang Province, Phou Xuang Mountain, ca 1.5 km NE of Ban Lak Sip, ca 5 km SE of Luang Prabang, under rocks and logs in old secondary forest under cliff; 19 ° 851.6050 ' N, 10 ° 2811.0810 ' E; 640 m a. s. l.; A. Abdou, I. V Muratov leg.; 24 Nov. 2006; MNHN -IM-2012-27269.
Type locality.
“ Central Laos, Luang Prabang Province, Phou Xuang mountain, ca 1.5 km NE of Ban Lak Sip, ca 5 km SE of Luang Prabang, under rocks and logs in old secondary forest under cliff, 19 ° 851.6050 ' N, 10 ° 2811.0810 ' E, alt. 640 m ”.
Differential diagnosis.
See under A. messageri.
Distribution.
This species is known only from the type locality.
Remarks.
This species is not a typical representative of its genus since it has a palatal tubercle frequently found in Bensonella and a granulated, rough surface of the apertural barriers frequently found in Hypselostoma. It is also the smallest of all Anauchen species. It is however retained in Anauchen for the following reasons: i) the arrangement of apertural barriers is highly reminiscent to those of A. messageri (see Páll-Gergely 2023 a); ii) there is a single lamella on the parietal side; iii) last whorl adnate to the penultimate.
description: Published as part of Gojšina, Vukašin, Hunyadi, András, Sutcharit, Chirasak, Tongkerd, Piyoros, Auffenberg, Kurt, Grego, Jozef, Vermeulen, Jaap J., Reischütz, Alexander & Páll-Gergely, Barna, 2025, A new start? Revision of the genera Anauchen, Bensonella, Gyliotrachela and Hypselostoma (Gastropoda, Eupulmonata, Hypselostomatidae) of Southeast Asia with description of 46 new species, pp. 1-338 in ZooKeys 1235 on pages 1-338, DOI: 10.3897/zookeys.1235.145281
Centroscymnus Barbosa du Bocage & de Brito Capello 1864
Creators: name: Ebert, David A.
name: Wintner, Sabine P.
name: Kyne, Peter M.
Publisher: name: Zenodo
Year: 2021
Subjects: Biodiversity
Taxonomy
Animalia
Chordata
Elasmobranchii
Squaliformes
Somniosidae
Centroscymnus

description: Genus Centroscymnus Barbosa du Bocage & de Brito Capello, 1864
Portuguese Sharks
Centroscymnus Barbosa du Bocage & de Brito Capello, 1864: 263. Type species: Centroscymnus coelolepis Barbosa du Bocage & de Brito Capello, 1864 by monotypy.
description: Published as part of Ebert, David A., Wintner, Sabine P. & Kyne, Peter M., 2021, An annotated checklist of the chondrichthyans of South Africa, pp. 1-127 in Zootaxa 4947 (1) on page 30, DOI: 10.11646/zootaxa.4947.1.1, http://zenodo.org/record/4614567
Spectra of standing kink waves in loops and the effects of the lower solar atmosphere
Creators: name: Karampelas, Konstantinos
name: Lim, Daye
name: Van Doorsselaere, Tom
name: Gao, Yuhang
Publisher: name: arXiv
Year: 2025
Subjects: subject: Solar and Stellar Astrophysics (astro-ph.SR)
subject: FOS: Physical sciences

description: Understanding the effects of the lower solar atmosphere on the spectrum of standing kink oscillations of coronal loops, in both the decaying and decayless regime, is essential for developing more advanced tools for coronal seismology. We aim to reveal the effects of the chromosphere on the spatial profiles and frequencies of the standing kink modes, create synthetic emission maps to compare with observations, and study the results using spatial and temporal coronal seismology techniques. We excited transverse oscillations in a 3D straight flux tube using (a) a broadband footpoint driver, (b) a sinusoidal velocity pulse, and (c) an off-centre Gaussian velocity pulse, using the PLUTO code. The flux tube is gravitationally stratified, with footpoints embedded in chromospheric plasma. Using the FoMo code, we created synthetic observations of our data in the Fe IX 17.1 nm line and calculated the spectra with the Auto-NUWT code. We also numerically solved the generalised eigenvalue system for the 1D wave equation to determine the effects of the stratification on the kink modes of our system. The synthetic observations of the loops perturbed by the velocity pulses show a single dominant mode that our 1D analysis reveals to be the third harmonic of the system. For the broadband driver, the synthetic emission shows multiple frequency bands, associated with both the loop and the driver. Finally, using seismological techniques, we highlight the possibility of misidentifying the observed third, sixth, and ninth harmonics with the first, second, and third harmonics of the coronal part of longer loops. Unless more advanced techniques of spatial seismology are used with many data points from observations along the entire loop length, this misidentification can result in overestimating the mean magnetic field by a factor equal to the period ratio of the fundamental over the third harmonic.
description: 14 pages, 9 figures, 1 appendix, accepted for publication in A&A
Centroscymnus coelolepis Barbosa du Bocage & de Brito Capello 1864
Creators: name: Ebert, David A.
name: Wintner, Sabine P.
name: Kyne, Peter M.
Publisher: name: Zenodo
Year: 2021
Subjects: Biodiversity
Taxonomy
Animalia
Chordata
Elasmobranchii
Squaliformes
Somniosidae
Centroscymnus
Centroscymnus coelolepis

description: Centroscymnus coelolepis Barbosa du Bocage & de Brito Capello, 1864
Portuguese Shark
Centroscymnus coelolepis Barbosa du Bocage & de Brito Capello, 1864: 263, fig. 4. Holotype: Museu Bocage, Lisbon, MB T113, destroyed in fire. Type locality: off Portugal, northeastern Atlantic.
Local synonymy:? Centroscymnus fuscus: Gilchrist & von Bonde, 1924: 2 (off St. Helena Bay, South Africa, SE Atlantic); Barnard, 1925: 51; Smith, 1949a: 58; Smith, 1965: 58. Centrophorus squamosus: Hulley, 1971: 267, fig. 1; Bass et al., 1976: 28 (in part, for synonymy of C. fuscus with this species). Centroscymnus coelolepis: Compagno, 1984a: 55, fig.; Compagno et al., 1989: 32, pl.; Compagno et al., 1991: 56; Ebert et al., 1992: 603; Compagno, 1999: 115; Compagno et al., 2005: 112, fig., pl. 10; Ebert, 2013: 90, fig. 127; Ebert et al., 2013 a: 151, fig., pl. 13; Ebert & Mostada, 2013: 35, fig.; Ebert, 2015: 87, fig. 104; Ebert & Mostada, 2015: 31, fig.; Ebert & van Hees, 2015: 144; White et al., 2015: 214; Weigmann et al., 2016b: 642; Compagno, 2016: 1189; Weigmann, 2016: 899.
South Africa voucher material: SAIAB 25727, SAIAB 26272, SAIAB 26273, SAIAB 26417, SAIAB 27601.
South Africa distribution: Common off the west coast from the Orange River (NC) to off Cape Agulhas (WC), but also extending to the EC. It has not been found off KZN, but likely occurs there since it has been caught off southern Mozambique and is common on the Walters Shoal (Weigmann et al., 2016).
Remarks: Centroscymnus fuscus was described from a specimen taken off St. Helena Bay and was recognized as a valid species until Hulley (1971) and Bass et al. (1976) synonymized it with Centrophorus squamosus. However, details of the original description by Gilchrist and von Bonde (1924) suggest that C. fuscus may be a synonym of C. coelolepis rather than C. squamosus. Centroscymnus coelolepis is common in the area off St. Helena Bay where the type specimen was caught, while C. squamosus is relatively uncommon in that area. Unfortunately, C. fuscus was never illustrated and the holotype is lost.
Conservation status: NT (2020).
description: Published as part of Ebert, David A., Wintner, Sabine P. & Kyne, Peter M., 2021, An annotated checklist of the chondrichthyans of South Africa, pp. 1-127 in Zootaxa 4947 (1) on page 31, DOI: 10.11646/zootaxa.4947.1.1, http://zenodo.org/record/4614567
Review of: Conscientious objection to enforcing living wills: A conflict between beneficence and autonomy and a solution from Indian philosophy
Creators: name: Kothari-Speakman, Gargi
Publisher: name: figshare
Year: 2024
Subjects: classificationCode: 500106
subject: Medical ethics
classificationCode: 500316
subject: Philosophy of religion

description: Critique of a case study on the application of Hindu philosophical principles to end of life care and the need for the integration of non-Western ethical concepts into the practice of medicine given the diverse backgrounds of all stakeholders such as doctors and patients who may profess different faiths apart from Christianity.