cometadata/datacite-rtg-text-other-reclassification-records huggingface dataset:
Determining kernels in linear viscoelasticity
Creators: name: Kaltenbacher, Barbara
name: Khristenko, Ustim
name: Nikolić, Vanja
name: Rajendran, Mabel Lizzy
name: Wohlmuth, Barbara
Publisher: name: arXiv
Year: 2021
Subjects: subject: Analysis of PDEs (math.AP)
subject: Numerical Analysis (math.NA)
subject: Optimization and Control (math.OC)
subject: FOS: Mathematics
subject: 74B99, 35R30, 65J20

description: In this work, we investigate the inverse problem of determining the kernel functions that best describe the mechanical behavior of a complex medium modeled by a general nonlocal viscoelastic wave equation. To this end, we minimize a tracking-type data misfit function under this PDE constraint. We perform the well-posedness analysis of the state and adjoint problems and, using these results, rigorously derive the first-order sensitivities. Numerical experiments in a three-dimensional setting illustrate the method.
Glyptosternon akhtari Silas 1952
Creators: name: Çiçek, Erdoğan
name: Fricke, Ronald
name: Eagderi, Soheil
name: Sungur, Sevil
name: Coad, Brian W
name: Hamdard, Mohammad Hamid
Publisher: name: Zenodo
Year: 2023
Subjects: Biodiversity
Taxonomy
Animalia
Chordata
Actinopterygii
Siluriformes
Sisoridae
Glyptosternon
Glyptosternon akhtari

description: Glyptosternon akhtari Silas, 1952
[E]—Akhtari catfish
Taxonomy. Original description: Glyptosternum akhtari Silas in Hora & Silas 1952: 11, pl. 1, figs. 4–6 [Bamian River, Oxus watershed, Afghanistan; holotype: ZSI F643/2].— Afghanistan synonyms: None.—Revisions: None.—Illustration: Silas in Hora & Silas (1952: pl. 1, figs. 4–6).
Status in Afghanistan. Recorded from Afghanistan in original description by Hora and Silas (1952) as Glyptosternum akhtari; confirmed by Coad (1981: 16; 2014: 278; 2015: 229).—Afghanistan materials: None.
Distribution and habitat. Distribution in Afghanistan: Bamian River.—General distribution: Bamian River, Oxus watershed, Indus drainage, Afghanistan endemic.—Habitat: This species is a freshwater species that occurs in both fast-running and standing streams in mainly shallow but also deep areas. It is an omnivore and is thought to have a moderate tolerance for habitat degradation. Freshwater.
Economic importance. Locally consumed, but of no commercial importance.
Conservation. Conservation status in Afghanistan: Unknown.—IUCN: NE (2023).—Threats: Unknown.— Moderate sensitivity to human activities.—Keystone species.—Decline status: Unknown.—Moderate priority for conservation action.
description: Published as part of Çiçek, Erdoğan, Fricke, Ronald, Eagderi, Soheil, Sungur, Sevil, Coad, Brian W & Hamdard, Mohammad Hamid, 2023, Fishes of Afghanistan; a revised and updated annotated checklist, pp. 1-69 in Zootaxa 5305 (1) on page 39, DOI: 10.11646/zootaxa.5305.1.1, http://zenodo.org/record/8048564
Photochemical Synthesis of P-S-H Ternary Hydride at High Pressures
Creators: name: Ye, Tingting
name: Zeng, Hong
name: Cheng, Peng
name: Yao, Deyuan
name: Pan, Xiaomei
name: Zhang, Xiao
name: Ding, Junfeng
Publisher: name: arXiv
Year: 2021
Subjects: subject: Materials Science (cond-mat.mtrl-sci)
subject: Superconductivity (cond-mat.supr-con)
subject: FOS: Physical sciences

description: The recent discovery of room temperature superconductivity (283 K) in carbonaceous sulfur hydride (C-S-H) has attracted lots of interests in ternary hydrogen rich materials. In this report, ternary hydride P-S-H has been synthesized through photochemical reaction from elemental sulfur (S), phosphorus (P) and molecular hydrogen (H2) at high pressures and room temperature. The Raman spectroscopy under pressure shows that H2S and PH3 compounds are synthesized after laser heating at 0.9 GPa and a ternary van der Waals compound P-S-H is synthesized with a further compression to 4.6 GPa. The P-S-H compound is probably a mixed alloy of PH3 and (H2S)2H2 with a guest-host structure similar to the C-S-H system. The ternary hydride can persist up to 35.6 GPa at least and shows two phase transitions at approximately 23.6 GPa and 32.8 GPa, respectively. The P-S-H ternary hydride in this report is a competitive candidate for new hydride superconductors with near room-temperature transitions.
D8.2; First Year Workshop
Creators: name: Péra, Marie-Cécile
Publisher: name: Zenodo
Year: 2014
Subjects: Workshop
Invited session
International IEEE conference
Visibility

description: The first workshop of the SAPPHIRE Project was held in Coimbra, Portugal, the 26th of October, as an invited session of the international IEEE VPPC (350 attendees). It gathered 30 attendees to listen to 6 presentations and was chaired by two SAPPHIRE partners. The workshop was advertised on the conference website, the booklet and the proceedings USB keys. The full articles related to the 5 scientific presentations will be available on-line on the IEEE-Xplore website.
Sonnenfleckenzeichnung Nr. 3639.
Zeichnung von Flecken und Fackelflächen zur Ermittlung der Sonnenaktivität am 25.06.1902, erstellt von Alfred Wolfer
Creators: name: Eidgenössische Sternwarte in Zürich (ETH Zürich bzw. vor 1911 Polytechnikum)
Publisher: name: [s.n.]
Year: 1902

description: Bleistiftzeichnung mit Tinte und Farbstift überschrieben, erstellt als Projektionsbildzeichnung in der Eidgenössischen Sternwarte Zürich. Instrument: Kern-Merz-Refraktor.
Die Beobachtungen zu Einzelflecken und zu Sonnenfleckengruppen wurden mit Bleistift auf einem Vordruck eingetragen. Zugeordnete numerische Werte wurden in einer separat geführten, chronologischen Tabelle erfasst. Unter Umständen sind tabellarisch notierte Werte, die für Protuberanzen mit rot geschrieben wurden, direkt auf der Fleckenzeichnung vermerkt
description: ETH-Bibliothek
A ribbon model for nematic polymer networks
Creators: name: Singh, Harmeet
name: Virga, Epifanio G.
Publisher: name: arXiv
Year: 2021
Subjects: subject: Soft Condensed Matter (cond-mat.soft)
subject: FOS: Physical sciences

description: We present a theory of deformation of ribbons made of nematic polymer networks (NPNs). These materials exhibit properties of rubber and nematic liquid crystals, and can be activated by external stimuli of heat and light. A two-dimensional energy for a sheet of such a material has already been derived from the celebrated neo-classical energy of nematic elastomers in three space dimensions. Here, we use a dimension reduction method to obtain the appropriate energy for a ribbon from the aforementioned sheet energy. We also present an illustrative example of a rectangular NPN ribbon that undergoes in-plane serpentine deformations upon activation under an appropriate set of boundary conditions.
description: Published version
Megophrys stejnegeri Taylor 1920
Creators: name: Diesmos, Arvin C.
name: Watters, Jessa L.
name: Huron, Nicholas A.
name: Davis, Drew R.
name: Alcala, Angel C.
name: Crombie, Ronald I.
name: Afuang, Leticia E.
name: Gee-Das, Genevieve
name: Sison, Rogelio V.
name: Sanguila, Marites B.
name: Penrod, Michelle L.
name: Labonte, Marie J.
name: Davey, Conner S.
name: Leone, E. Austin
name: Diesmos, Mae L.
name: Sy, Emerson Y.
name: Welton, Luke J.
name: Brown, Rafe M.
name: Siler, Cameron D.
Publisher: name: Zenodo
Year: 2015
Subjects: Biodiversity
Taxonomy
Animalia
Chordata
Amphibia
Anura
Megophryidae
Megophrys
Megophrys stejnegeri

description: Megophrys stejnegeri Taylor 1920
 Megophrys stejnegeri Taylor 1920
 Megophrys monticola stejnegeri, Inger 1954
 Megophrys steynegeri, Iskandar 1998
Type locality and holotype specimen: Philippines, Mindanao, Agusan Province, Bunawan (CM 3394).
Philippine distribution: Bohol, Dinagat, Leyte, Mindanao, Samar (Endemic).
Figures 18 and 37.
description: Published as part of Diesmos, Arvin C., Watters, Jessa L., Huron, Nicholas A., Davis, Drew R., Alcala, Angel C., Crombie, Ronald I., Afuang, Leticia E., Gee-Das, Genevieve, Sison, Rogelio V., Sanguila, Marites B., Penrod, Michelle L., Labonte, Marie J., Davey, Conner S., Leone, E. Austin, Diesmos, Mae L., Sy, Emerson Y., Welton, Luke J., Brown, Rafe M. & Siler, Cameron D., 2015, Amphibians of the Philippines, Part I: Checklist of the Species, pp. 457-539 in Proceedings of the California Academy of Sciences 62 (20) on page 473, DOI: 10.5281/zenodo.13155106
Chaperina fusca Mocquard 1892
Creators: name: Diesmos, Arvin C.
name: Watters, Jessa L.
name: Huron, Nicholas A.
name: Davis, Drew R.
name: Alcala, Angel C.
name: Crombie, Ronald I.
name: Afuang, Leticia E.
name: Gee-Das, Genevieve
name: Sison, Rogelio V.
name: Sanguila, Marites B.
name: Penrod, Michelle L.
name: Labonte, Marie J.
name: Davey, Conner S.
name: Leone, E. Austin
name: Diesmos, Mae L.
name: Sy, Emerson Y.
name: Welton, Luke J.
name: Brown, Rafe M.
name: Siler, Cameron D.
Publisher: name: Zenodo
Year: 2015
Subjects: Biodiversity
Taxonomy
Animalia
Chordata
Amphibia
Anura
Microhylidae
Chaperina
Chaperina fusca

description: Chaperina fusca Mocquard 1892
 Chaperina fusca Mocquard 1892; Inger, 1954
 Microhyla leucostigma Boulenger 1899
 Chaperina beyeri Taylor 1920
 Nectophryne picturata Smith 1921
 Sphenophryne fusca, Van Kampen 1923; Nieden, 1926
 Sphenophryne beyeri Van Kampen 1923
 Sphenophryne leucostigma Smith 1925
Type locality and holotype specimen: Borneo, Sintang (MNHNP 91-49).
Philippine distribution: Basilan, Mindanao, Palawan, Sulu Archipelago (Non-endemic).
Figures 18 and 37.
description: Published as part of Diesmos, Arvin C., Watters, Jessa L., Huron, Nicholas A., Davis, Drew R., Alcala, Angel C., Crombie, Ronald I., Afuang, Leticia E., Gee-Das, Genevieve, Sison, Rogelio V., Sanguila, Marites B., Penrod, Michelle L., Labonte, Marie J., Davey, Conner S., Leone, E. Austin, Diesmos, Mae L., Sy, Emerson Y., Welton, Luke J., Brown, Rafe M. & Siler, Cameron D., 2015, Amphibians of the Philippines, Part I: Checklist of the Species, pp. 457-539 in Proceedings of the California Academy of Sciences 62 (20) on page 474, DOI: 10.5281/zenodo.13155106
Regularization of a strong-weak duality between pointlike interactions in one dimension
Creators: name: Granet, Etienne
Publisher: name: arXiv
Year: 2021
Subjects: subject: Mathematical Physics (math-ph)
subject: Quantum Gases (cond-mat.quant-gas)
subject: FOS: Physical sciences

description: Pointlike interactions between bosons in 1D are related to pointlike interactions between fermions through the Girardeau mapping. This mapping is a strong-weak duality since the coupling constants in the bosonic and fermionic cases are inversely proportional to each other. We present a regularization of these pointlike interactions that preserves the strong-weak duality, contrary to previously known regularizations. This is proven rigorously. This allows one to use this duality perturbatively and we illustrate it in the Lieb-Liniger model at strong coupling.
description: 20 pages
Glyptothorax stocki Mirza & Nijssen 1978
Creators: name: Çiçek, Erdoğan
name: Fricke, Ronald
name: Eagderi, Soheil
name: Sungur, Sevil
name: Coad, Brian W
name: Hamdard, Mohammad Hamid
Publisher: name: Zenodo
Year: 2023
Subjects: Biodiversity
Taxonomy
Animalia
Chordata
Actinopterygii
Siluriformes
Sisoridae
Glyptothorax
Glyptothorax stocki

description: Glyptothorax stocki Mirza & Nijssen, 1978
[N]—Stock’s catfish
Taxonomy. Original description: Glyptothorax stocki Mirza & Nijssen, 1978: 79, fig. 1 [Bhed Nullah, small stream on G.T. road to Rawalpindi, 7 miles from Lahore, Pakistan; holotype: ZMA 114763].— Afghanistan synonyms: None—Revisions: Jayaram (2006: 247).—Illustration: Mirza & Nijssen (1978: fig. 1).
Status in Afghanistan. First record from Afghanistan by Coad (1981: 16; 2014: 330).—Afghanistan materials: None.
Distribution and habitat. Distribution in Afghanistan: Kabul River.—General distribution: Indus River drainage, Afghanistan and Pakistan.—Habitat: This species is a carnivorous cold-water species that occurs in hillstreams between 300 and 1,500 m asl, with stones as the major substrate. Freshwater.
Economic importance. No commercial importance.
Conservation. Conservation status in Afghanistan: Unknown.—IUCN: EN (Rafique et al. 2021g).—Threats: CLI, CON, ABS, HAB, EUT.—High sensitivity to human activities.—Keystone species.—Decline status: Decreasing.—Moderate priority for conservation action.
description: Published as part of Çiçek, Erdoğan, Fricke, Ronald, Eagderi, Soheil, Sungur, Sevil, Coad, Brian W & Hamdard, Mohammad Hamid, 2023, Fishes of Afghanistan; a revised and updated annotated checklist, pp. 1-69 in Zootaxa 5305 (1) on page 40, DOI: 10.11646/zootaxa.5305.1.1, http://zenodo.org/record/8048564
Poisson-Lie T-plurality for dressing cosets
Creators: name: Sakatani, Yuho
Publisher: name: arXiv
Year: 2021
Subjects: subject: High Energy Physics - Theory (hep-th)
subject: FOS: Physical sciences

description: The Poisson-Lie T-plurality is an equivalence of string theories on various cosets $\mathcal{D}/\tilde{G}$, $\mathcal{D}/\tilde{G}'$, $\cdots$, where $\mathcal{D}$ is a Drinfel'd double and $\tilde{G}$, $\tilde{G}'$, $\cdots$ are maximal isotropic subgroups. This can be extended to the equivalence for dressing cosets, i.e., $F\backslash\mathcal{D}/\tilde{G}$, $F\backslash\mathcal{D}/\tilde{G}'$, $\cdots$, where $F$ is an isotropic subgroup of $\mathcal{D}$. We explore this extended Poisson-Lie T-plurality, clarifying the relation between several previous approaches. We propose a gauged sigma model for a general gauge group $F$ and obtain the formula for the metric and the B-field on the dressing coset. Using this formula and an ansatz for the dilaton, we show that the Poisson-Lie T-plurality for dressing cosets (with spectator fields) is a symmetry of double field theory. The formula for the R-R field strength is also proposed such that the equations of motion for the NS-NS fields are transformed covariantly. In addition, we provide specific examples of the PL T-plurality for dressing cosets.
description: cover + 101 pages; v2: minor corrections, a reference added
Kaloula kalingensis Taylor 1922
Creators: name: Diesmos, Arvin C.
name: Watters, Jessa L.
name: Huron, Nicholas A.
name: Davis, Drew R.
name: Alcala, Angel C.
name: Crombie, Ronald I.
name: Afuang, Leticia E.
name: Gee-Das, Genevieve
name: Sison, Rogelio V.
name: Sanguila, Marites B.
name: Penrod, Michelle L.
name: Labonte, Marie J.
name: Davey, Conner S.
name: Leone, E. Austin
name: Diesmos, Mae L.
name: Sy, Emerson Y.
name: Welton, Luke J.
name: Brown, Rafe M.
name: Siler, Cameron D.
Publisher: name: Zenodo
Year: 2015
Subjects: Biodiversity
Taxonomy
Animalia
Chordata
Amphibia
Anura
Microhylidae
Kaloula
Kaloula kalingensis

description: Kaloula kalingensis Taylor, 1922
 Kaloula kalingensis Taylor 1922; Ross and Gonzales 1992
 Kaloula baleata kalingensis, Inger 1954
Type locality and holotype specimen: Philippines, Luzon, Mountain Province, Kalinga, Balbalan (CAS 61462).
Philippine distribution: Luzon, Palaui (Endemic).
Figures 19 and 37.
description: Published as part of Diesmos, Arvin C., Watters, Jessa L., Huron, Nicholas A., Davis, Drew R., Alcala, Angel C., Crombie, Ronald I., Afuang, Leticia E., Gee-Das, Genevieve, Sison, Rogelio V., Sanguila, Marites B., Penrod, Michelle L., Labonte, Marie J., Davey, Conner S., Leone, E. Austin, Diesmos, Mae L., Sy, Emerson Y., Welton, Luke J., Brown, Rafe M. & Siler, Cameron D., 2015, Amphibians of the Philippines, Part I: Checklist of the Species, pp. 457-539 in Proceedings of the California Academy of Sciences 62 (20) on page 475, DOI: 10.5281/zenodo.13155106
Glyptosternon reticulatum McClelland 1842
Creators: name: Çiçek, Erdoğan
name: Fricke, Ronald
name: Eagderi, Soheil
name: Sungur, Sevil
name: Coad, Brian W
name: Hamdard, Mohammad Hamid
Publisher: name: Zenodo
Year: 2023
Subjects: Biodiversity
Taxonomy
Animalia
Chordata
Actinopterygii
Siluriformes
Sisoridae
Glyptosternon
Glyptosternon reticulatum

description: Glyptosternon reticulatum McClelland, 1842
[N]—Turkestan catfish
Taxonomy. Original description: Glyptosternon reticulatum McClelland, 1842: 384 (Sir-i-Chusma, source of Kabul River, Afghanistan; no types known).— Afghanistan synonyms: Glyptosternon reticulatum (McClelland, 1842).—Revisions: Berg (1949: 921); Jayaram (2006: 259).—Illustration: Berg (1949: 922-923, figs. 670– 673).
Status in Afghanistan. First record from Afghanistan by McClelland (1842: 574) as Glyptosternon reticulatus; confirmed by Coad (1981: 8; 2014: 279; 2015: 229).—Afghanistan materials: FMNH.
Distribution and habitat. Distribution in Afghanistan:Amu Darya, Bamian River, Kabul River drainages.—General distribution: South Asia: upper Indus River basin (Afghanistan, Tadzhikistan, Pakistan and India).—Habitat: This species is a mountain stream species. It occurs in fast-flowing rivers and streams in mountainous areas, clinging to stones and rocks over sandy and sandstone bottoms; it is also found in some mountain and piedmont reservoirs. Freshwater.
Economic importance. Locally consumed, but of no commercial importance.
Conservation. Conservation status in Afghanistan: Unknown.—IUCN: LC (Karimov 2020f).—Threats: FIT, CLI, CON, ABS, HAB, EUT.—Moderate sensitivity to human activities.—Not considered as a keystone species.— Decline status: Significant decline.—Moderate priority for conservation action.
description: Published as part of Çiçek, Erdoğan, Fricke, Ronald, Eagderi, Soheil, Sungur, Sevil, Coad, Brian W & Hamdard, Mohammad Hamid, 2023, Fishes of Afghanistan; a revised and updated annotated checklist, pp. 1-69 in Zootaxa 5305 (1) on page 39, DOI: 10.11646/zootaxa.5305.1.1, http://zenodo.org/record/8048564
On the strangeness of quantum mechanics
Creators: name: Poletti, Marcello
Publisher: name: arXiv
Year: 2021
Subjects: subject: History and Philosophy of Physics (physics.hist-ph)
subject: Quantum Physics (quant-ph)
subject: FOS: Physical sciences

description: The extravagances of quantum mechanics never fail to enrich daily the debate around natural philosophy. Entanglement, non-locality, collapse, many worlds, many minds, and subjectivism have challenged generations of thinkers. Its approach can perhaps be placed in the stream of quantum logic, in which the "strangeness" of quantum mechanics is "measured" through the violation of Bell's inequalities and, from there, attempts an interpretative path that preserves realism yet ends up overturning it, restating the fundamental mechanisms of QM as a logical necessity for a strong realism.
Ompok bimaculatus
Creators: name: Çiçek, Erdoğan
name: Fricke, Ronald
name: Eagderi, Soheil
name: Sungur, Sevil
name: Coad, Brian W
name: Hamdard, Mohammad Hamid
Publisher: name: Zenodo
Year: 2023
Subjects: Biodiversity
Taxonomy
Animalia
Chordata
Actinopterygii
Siluriformes
Siluridae
Ompok
Ompok bimaculatus

description: Ompok bimaculatus (Bloch, 1794)
[N]—Butter catfish
Taxonomy. Original description: Silurus bimaculatus Bloch, 1794: 24, pl. 364 [India; lectotype: ZMB 2916; lectotype selected by Paepke (1999: 139)].— Afghanistan synonyms: Silurus (Callichrus) affinis Swainson, 1839; Silurus anostomus Valenciennes, 1840; Silurus chechra Hamilton, 1822; Silurus duda Hamilton, 1822; Silurus (Callichrus) immaculatus Swainson, 1839; Silurus indicus McClelland, 1842; Pseudosilurus macropthalmos Blyth, 1860; Silurus microcephalus Valenciennes, 1840; Silurus mysoricus Valenciennes, 1840; Silurus (Callichrus) nebulosus Swainson, 1839; Callichrous notatus Day, 1870; Ompok siluroides Lacepède, 1803; Callichrous sindensis Day, 1877; Ompok sindensis (Day, 1877).—Revisions: Jayaram (2006:105).— Illustration: Talwar & Jhingran (1991: 582, fig. 194).
Status in Afghanistan. First record from Afghanistan by Coad (1981: 16); confirmed by Coad (2014: 287; 2015: 229).—Afghanistan materials: None.
Distribution and habitat. Distribution in Afghanistan: Kabul River.—General distribution: South Asia: Afghanistan, Pakistan, India and Myanmar.—Habitat: This species inhabits plains and submontane regions and is found in rivers, lakes, tanks, and ponds. Freshwater.
Economic importance. Commercially important.
Conservation. Conservation status in Afghanistan: Unknown.—IUCN: NT (Ng et al. 2010).—Threats: FIT.— Moderate sensitivity to human activities.—Not considered as a keystone species.—Decline status: Unknown.— Moderate priority for conservation action.
description: Published as part of Çiçek, Erdoğan, Fricke, Ronald, Eagderi, Soheil, Sungur, Sevil, Coad, Brian W & Hamdard, Mohammad Hamid, 2023, Fishes of Afghanistan; a revised and updated annotated checklist, pp. 1-69 in Zootaxa 5305 (1) on pages 40-41, DOI: 10.11646/zootaxa.5305.1.1, http://zenodo.org/record/8048564
Black Hole Binaries in Cubic Horndeski Theories
Creators: name: Figueras, Pau
name: França, Tiago
Publisher: name: arXiv
Year: 2021
Subjects: subject: General Relativity and Quantum Cosmology (gr-qc)
subject: High Energy Physics - Theory (hep-th)
subject: FOS: Physical sciences

description: We study black hole binary mergers in certain cubic Horndeski theories of gravity, treating them fully non-linearly. In the regime of validity of effective field theory, the mismatch of the gravitational wave strain between Horndeski and general relativity (coupled to a scalar field) can be as large as $10-13\%$ in the Advanced LIGO mass range. The initial data and coupling constants are chosen such the theory remains in the weakly coupled regime throughout the evolution. In all cases that we have explored, we observe that the waveform in the Horndeski theory is shifted by an amount much larger than the smallness parameter that controls the initial data. This effect is generic and may be present in other theories of gravity involving higher derivatives.
description: 17 pages, 12 figures, 1 appendix. v2: updated figures 3 and 7, updated table I
Kaloula rigida Taylor 1922
Creators: name: Diesmos, Arvin C.
name: Watters, Jessa L.
name: Huron, Nicholas A.
name: Davis, Drew R.
name: Alcala, Angel C.
name: Crombie, Ronald I.
name: Afuang, Leticia E.
name: Gee-Das, Genevieve
name: Sison, Rogelio V.
name: Sanguila, Marites B.
name: Penrod, Michelle L.
name: Labonte, Marie J.
name: Davey, Conner S.
name: Leone, E. Austin
name: Diesmos, Mae L.
name: Sy, Emerson Y.
name: Welton, Luke J.
name: Brown, Rafe M.
name: Siler, Cameron D.
Publisher: name: Zenodo
Year: 2015
Subjects: Biodiversity
Taxonomy
Animalia
Chordata
Amphibia
Anura
Microhylidae
Kaloula
Kaloula rigida

description: Kaloula rigida Taylor 1922
 Kaloula rigida Taylor 1922; Parker 1934; Slevin and Leviton 1956
Type locality and holotype specimen: Philippines, Luzon, Mountain Province, Kalinga, Balbalan (CAS 61475).
Philippine distribution: Luzon (Endemic).
Figures 20 and 38.
description: Published as part of Diesmos, Arvin C., Watters, Jessa L., Huron, Nicholas A., Davis, Drew R., Alcala, Angel C., Crombie, Ronald I., Afuang, Leticia E., Gee-Das, Genevieve, Sison, Rogelio V., Sanguila, Marites B., Penrod, Michelle L., Labonte, Marie J., Davey, Conner S., Leone, E. Austin, Diesmos, Mae L., Sy, Emerson Y., Welton, Luke J., Brown, Rafe M. & Siler, Cameron D., 2015, Amphibians of the Philippines, Part I: Checklist of the Species, pp. 457-539 in Proceedings of the California Academy of Sciences 62 (20) on page 476, DOI: 10.5281/zenodo.13155106
Towards RNA life on Early Earth: From atmospheric HCN to biomolecule production in warm little ponds
Creators: name: Pearce, Ben K. D.
name: Molaverdikhani, Karan
name: Pudritz, Ralph E.
name: Henning, Thomas
name: Cerrillo, Kaitlin E.
Publisher: name: arXiv
Year: 2022
Subjects: subject: Earth and Planetary Astrophysics (astro-ph.EP)
subject: Atmospheric and Oceanic Physics (physics.ao-ph)
subject: Chemical Physics (physics.chem-ph)
subject: Computational Physics (physics.comp-ph)
subject: Geophysics (physics.geo-ph)
subject: FOS: Physical sciences

description: The origin of life on Earth involves the early appearance of an information-containing molecule such as RNA. The basic building blocks of RNA could have been delivered by carbon-rich meteorites, or produced in situ by processes beginning with the synthesis of hydrogen cyanide (HCN) in the early Earth's atmosphere. Here, we construct a robust physical and non-equilibrium chemical model of the early Earth atmosphere. The atmosphere is supplied with hydrogen from impact degassing of meteorites, sourced with water evaporated from the oceans, carbon dioxide from volcanoes, and methane from undersea hydrothermal vents, and in which lightning and external UV-driven chemistry produce HCN. This allows us to calculate the rain-out of HCN into warm little ponds (WLPs). We then use a comprehensive sources and sinks numerical model to compute the resulting abundances of nucleobases, ribose, and nucleotide precursors such as 2-aminooxazole resulting from aqueous and UV-driven chemistry within them. We find that at 4.4 bya (billion years ago) the limits of adenine concentrations in ponds for habitable surfaces is 0.05$μ$M in the absence of seepage. These concentrations can be maintained for over 100 Myr. Meteorite delivery of adenine to WLPs can provide boosts in concentration by 2-3 orders of magnitude, but these boosts deplete within months by UV photodissociation, seepage, and hydrolysis. The early evolution of the atmosphere is dominated by the decrease of hydrogen due to falling impact rates and atmospheric escape, and the rise of oxygenated species such as OH from H2O photolysis. Our work points to an early origin of RNA on Earth within ~200 Myr of the Moon-forming impact.
description: Manuscript revised and resubmit to ApJ, 28 pages (14 main text), 13 figures, 8 tables
Wallago attu
Creators: name: Çiçek, Erdoğan
name: Fricke, Ronald
name: Eagderi, Soheil
name: Sungur, Sevil
name: Coad, Brian W
name: Hamdard, Mohammad Hamid
Publisher: name: Zenodo
Year: 2023
Subjects: Biodiversity
Taxonomy
Animalia
Chordata
Actinopterygii
Siluriformes
Siluridae
Wallago
Wallago attu

description: Wallago attu (Bloch & Schneider, 1801)
[N]—Pabdah catfish
Taxonomy. Original description: Silurus attu Bloch & Schneider, 1801: 378, pl. 75 [Malabar, India; holotype: ZMB 8783 (dry, lost)].— Afghanistan synonyms: Silurus boalis Hamilton, 1822; Silurodon hexanema Kner, 1866; Wallago hexanema (Kner, 1866); Silurus (Callichrus) macrostomus Swainson, 1839; Silurus muelleri Bleeker, 1846; Wallago russellii Bleeker, 1853; Wallago attu valeya Deraniyagala, 1953; Silurus wallagoo Valenciennes, 1840.—Revisions: Jayaram (2006: 112).—Illustration: Kottelat (2001: fig. 357).
Status in Afghanistan. First listed by Coad (1981: 15; 2014: 294; 2015: 229); confirmed by (Mirza 2003; Hossain et al. 2008).—Afghanistan materials: None.
Distribution and habitat. Distribution in Afghanistan: Kabul River.—General distribution: South Asia and Southeast Asia: Afghanistan, Pakistan, India, Sri Lanka, Nepal, Bangladesh, Myanmar, Yunnan / China, Thailand, Indonesia and East Indies.—Habitat: This species inhabits freshwater and tidal waters in a variety of habitats, including large rivers, lakes, tanks, channels, and reservoirs. It is one of the largest, most voracious, and most predatory of the local catfish, which thrives well in rivers and tanks, especially in jheels with grassy margins. It mostly hides under holes in riverbanks and canals, and it prefers muddy tanks subject to periodic flooding from a nullah or river. It is rather sluggish and stays at the bottom of water in search of food. Freshwater.
Economic importance. Commercially important.
Conservation. Conservation status in Afghanistan: Unknown.—IUCN: VU (Ng et al. 2019).—Threats: CLI, CON, FIT, TOU, EUT.—High sensitivity to human activities.—Keystone species.—Decline status: Decreasing.— Moderate priority for conservation action.
description: Published as part of Çiçek, Erdoğan, Fricke, Ronald, Eagderi, Soheil, Sungur, Sevil, Coad, Brian W & Hamdard, Mohammad Hamid, 2023, Fishes of Afghanistan; a revised and updated annotated checklist, pp. 1-69 in Zootaxa 5305 (1) on pages 41-42, DOI: 10.11646/zootaxa.5305.1.1, http://zenodo.org/record/8048564
Kaloula walteri Diesmos, Brown, and Alcala 2002
Creators: name: Diesmos, Arvin C.
name: Watters, Jessa L.
name: Huron, Nicholas A.
name: Davis, Drew R.
name: Alcala, Angel C.
name: Crombie, Ronald I.
name: Afuang, Leticia E.
name: Gee-Das, Genevieve
name: Sison, Rogelio V.
name: Sanguila, Marites B.
name: Penrod, Michelle L.
name: Labonte, Marie J.
name: Davey, Conner S.
name: Leone, E. Austin
name: Diesmos, Mae L.
name: Sy, Emerson Y.
name: Welton, Luke J.
name: Brown, Rafe M.
name: Siler, Cameron D.
Publisher: name: Zenodo
Year: 2015
Subjects: Biodiversity
Taxonomy
Animalia
Chordata
Amphibia
Anura
Microhylidae
Kaloula
Kaloula walteri

description: Kaloula walteri Diesmos, Brown, and Alcala 2002
 Kaloula walteri Diesmos, Brown, and Alcala 2002
Type locality and holotype specimen: Philipines, Luzon, Quezon Province, Barangay Lalo, Municipality of Tayabas, on the southeast slope of Mt. Banahao (14.066667°N, 121.483333°E; WGS84; 950 m elev.) (PNM 6725).
Philippine distribution: Luzon, Polillo (Endemic).
Figures 20 and 38.
description: Published as part of Diesmos, Arvin C., Watters, Jessa L., Huron, Nicholas A., Davis, Drew R., Alcala, Angel C., Crombie, Ronald I., Afuang, Leticia E., Gee-Das, Genevieve, Sison, Rogelio V., Sanguila, Marites B., Penrod, Michelle L., Labonte, Marie J., Davey, Conner S., Leone, E. Austin, Diesmos, Mae L., Sy, Emerson Y., Welton, Luke J., Brown, Rafe M. & Siler, Cameron D., 2015, Amphibians of the Philippines, Part I: Checklist of the Species, pp. 457-539 in Proceedings of the California Academy of Sciences 62 (20) on page 476, DOI: 10.5281/zenodo.13155106
On the Robin spectrum for the equilateral triangle
Creators: name: Rudnick, Zeév
name: Wigman, Igor
Publisher: name: arXiv
Year: 2022
Subjects: subject: Spectral Theory (math.SP)
subject: Mathematical Physics (math-ph)
subject: Number Theory (math.NT)
subject: FOS: Mathematics
subject: FOS: Physical sciences
subject: 35P20

description: The equilateral triangle is one of the few planar domains where the Dirichlet and Neumann eigenvalue problems were explicitly determined, by Lamé in 1833, despite not admitting separation of variables. In this paper, we study the Robin spectrum of the equilateral triangle, which was determined by McCartin in 2004 in terms of a system of transcendental coupled secular equations. We give uniform upper bounds for the Robin-Neumann gaps, showing that they are bounded by their limiting mean value, which is hence an almost sure bound. The spectrum admits a systematic double multiplicity, and after removing it we study the gaps in the resulting desymmetrized spectrum. We show a spectral gap property, that there are arbitrarily large gaps, and also arbitrarily small ones, moreover that the nearest neighbour spacing distribution of the desymmetrized spectrum is a delta function at the origin. We show that for sufficiently small Robin parameter, the desymmetrized spectrum is simple.
description: revised version. Added one figure. Accepted for publication in Journal of Physics A, special issue "Claritons and Asymptotics of Ideas: The Physics of Michael Berry"
Glyptothorax jalalensis Balon & Hensel 1970
Creators: name: Çiçek, Erdoğan
name: Fricke, Ronald
name: Eagderi, Soheil
name: Sungur, Sevil
name: Coad, Brian W
name: Hamdard, Mohammad Hamid
Publisher: name: Zenodo
Year: 2023
Subjects: Biodiversity
Taxonomy
Animalia
Chordata
Actinopterygii
Siluriformes
Sisoridae
Glyptothorax
Glyptothorax jalalensis

description: Glyptothorax jalalensis Balon & Hensel, 1970
[N]—Jalalabad catfish
Taxonomy. Original description: Glyptothorax jalalensis Balon & Hensel, 1970: 160, fig. 1 [Kabul River tributary, near Jalal-Abad (Jalalabad), Afghanistan; holotype:SNMB 2176].— Afghanistan synonyms: None.—Revisions: None.—Illustration: Balon & Hensel (1970: fig. 1).
Status in Afghanistan. Recorded from Afghanistan in original description by Balon & Hensel (1970: 160); confirmed by Coad (1981: 16; 2014: 284; 2015: 229).—Afghanistan materials: None.
Distribution and habitat. Distribution in Afghanistan: Kabul River.—General distribution: Kabal River basin, Indus River drainage, Afghanistan and Pakistan.—Habitat: This species inhabits swift-flowing, larger rivers with a substrate of sand and gravel or rocks. Freshwater.
Economic importance. Locally consumed, but of no commercial importance.
Conservation. Conservation status in Afghanistan: Unknown.—IUCN: NE (2023).—Threats: Unknown.— Moderate sensitivity to human activities.—Keystone species.—Decline status: Unknown.—Moderate priority for conservation action.
description: Published as part of Çiçek, Erdoğan, Fricke, Ronald, Eagderi, Soheil, Sungur, Sevil, Coad, Brian W & Hamdard, Mohammad Hamid, 2023, Fishes of Afghanistan; a revised and updated annotated checklist, pp. 1-69 in Zootaxa 5305 (1) on page 40, DOI: 10.11646/zootaxa.5305.1.1, http://zenodo.org/record/8048564
Countering Mainstream Bias via End-to-End Adaptive Local Learning
Creators: name: Pan, Jinhao
name: Zhu, Ziwei
name: Wang, Jianling
name: Lin, Allen
name: Caverlee, James
Publisher: name: arXiv
Year: 2024
Subjects: subject: Information Retrieval (cs.IR)
subject: Machine Learning (cs.LG)
subject: FOS: Computer and information sciences

description: Collaborative filtering (CF) based recommendations suffer from mainstream bias -- where mainstream users are favored over niche users, leading to poor recommendation quality for many long-tail users. In this paper, we identify two root causes of this mainstream bias: (i) discrepancy modeling, whereby CF algorithms focus on modeling mainstream users while neglecting niche users with unique preferences; and (ii) unsynchronized learning, where niche users require more training epochs than mainstream users to reach peak performance. Targeting these causes, we propose a novel end-To-end Adaptive Local Learning (TALL) framework to provide high-quality recommendations to both mainstream and niche users. TALL uses a loss-driven Mixture-of-Experts module to adaptively ensemble experts to provide customized local models for different users. Further, it contains an adaptive weight module to synchronize the learning paces of different users by dynamically adjusting weights in the loss. Extensive experiments demonstrate the state-of-the-art performance of the proposed model. Code and data are provided at \url{https://github.com/JP-25/end-To-end-Adaptive-Local-Leanring-TALL-}
description: ECIR 2024
Convolutional Neural Network-reconstructed velocity for kinetic SZ detection
Creators: name: Tanimura, Hideki
name: Aghanim, Nabila
name: Bonjean, Victor
name: Zaroubi, Saleem
Publisher: name: arXiv
Year: 2022
Subjects: subject: Cosmology and Nongalactic Astrophysics (astro-ph.CO)
subject: FOS: Physical sciences

description: We report the detection of the kinetic Sunyaev-Zel'dovich (kSZ) effect in galaxy clusters with a 4.9 sigma significance using the latest 217 GHz Planck map from data release 4. For the detection, we stacked the Planck map at the positions of 30,431 galaxy clusters from the Wen-Han-Liu (WHL) catalog. To align the sign of the kSZ signals, the line-of-sight velocities of galaxy clusters were estimated with a machine-learning approach, in which the relation between the galaxy distribution around a cluster and its line-of-sight velocity was trained through a convolutional neural network. To train our network, we used the simulated galaxies and galaxy clusters in the Magneticum cosmological hydrodynamic simulations. The trained model was applied to the large-scale distribution of the Sloan Digital Sky Survey galaxies to derive the line-of-sight velocities of the WHL galaxy clusters. Assuming a standard beta-model for the intracluster medium, we obtained the gas mass fraction in R500 to be fgas,500 = 0.09 +- 0.02 within the galaxy clusters with the average mass of M500 ~ 1.0 x 10^14 Msun/h.
description: 8 pages, 6 figures. arXiv admin note: text overlap with arXiv:2007.02952
Ompok pabda
Creators: name: Çiçek, Erdoğan
name: Fricke, Ronald
name: Eagderi, Soheil
name: Sungur, Sevil
name: Coad, Brian W
name: Hamdard, Mohammad Hamid
Publisher: name: Zenodo
Year: 2023
Subjects: Biodiversity
Taxonomy
Animalia
Chordata
Actinopterygii
Siluriformes
Siluridae
Ompok
Ompok pabda

description: Ompok pabda (Hamilton, 1822)
[N]—Pabdah catfish
Taxonomy. Original description: Silurus pabda Hamilton, 1822: 150, 374, pl. 25, fig. 47 (ponds and rivers of Bengal; no types preserved).— Afghanistan synonyms: Callichrous egertonii Day, 1872; Silurus lamghur Heckel, 1838; Cryptopterus latovittatus Playfair, 1867; Silurus (Callichrus) vittatus Swainson, 1839.—Revisions: Jayaram (2006: 108).—Illustration: Hamilton (1822: pl. 25, fig. 47) as Silurus pabda; Talwar & Jhingran 1991: (584, fig. 195).
Status in Afghanistan. First record from Afghanistan by Day (1880); confirmed by Coad (1981: 16; 2014: 288; 2015: 229).—Afghanistan materials: None.
Distribution and habitat. Distribution in Afghanistan: Kabul River.—General distribution: South central Asia: Afghanistan, Pakistan, India, Nepal, Bhutan, Bangladesh and Myanmar.—Habitat: This species inhabits a variety of habitats, such as rivers and larger streams. Lentic habitats such as lakes and ponds are likely to be marginal for this species. Freshwater.
Economic importance. Commercially important.
Conservation. Conservation status in Afghanistan: Unknown.—IUCN: NT (Tenzin & Ng 2020).—Threats: FIT.—Moderate sensitivity to human activities.—Not considered as a keystone species.—Decline status: Decreasing.—Moderate priority for conservation action.
description: Published as part of Çiçek, Erdoğan, Fricke, Ronald, Eagderi, Soheil, Sungur, Sevil, Coad, Brian W & Hamdard, Mohammad Hamid, 2023, Fishes of Afghanistan; a revised and updated annotated checklist, pp. 1-69 in Zootaxa 5305 (1) on page 41, DOI: 10.11646/zootaxa.5305.1.1, http://zenodo.org/record/8048564
Trustworthy Multimodal Fusion for Sentiment Analysis in Ordinal Sentiment Space
Creators: name: Xie, Zhuyang
name: Yang, Yan
name: Wang, Jie
name: Liu, Xiaorong
name: Li, Xiaofan
Publisher: name: arXiv
Year: 2024
Subjects: subject: Computer Vision and Pattern Recognition (cs.CV)
subject: FOS: Computer and information sciences

description: Multimodal video sentiment analysis aims to integrate multiple modal information to analyze the opinions and attitudes of speakers. Most previous work focuses on exploring the semantic interactions of intra- and inter-modality. However, these works ignore the reliability of multimodality, i.e., modalities tend to contain noise, semantic ambiguity, missing modalities, etc. In addition, previous multimodal approaches treat different modalities equally, largely ignoring their different contributions. Furthermore, existing multimodal sentiment analysis methods directly regress sentiment scores without considering ordinal relationships within sentiment categories, with limited performance. To address the aforementioned problems, we propose a trustworthy multimodal sentiment ordinal network (TMSON) to improve performance in sentiment analysis. Specifically, we first devise a unimodal feature extractor for each modality to obtain modality-specific features. Then, an uncertainty distribution estimation network is customized, which estimates the unimodal uncertainty distributions. Next, Bayesian fusion is performed on the learned unimodal distributions to obtain multimodal distributions for sentiment prediction. Finally, an ordinal-aware sentiment space is constructed, where ordinal regression is used to constrain the multimodal distributions. Our proposed TMSON outperforms baselines on multimodal sentiment analysis tasks, and empirical results demonstrate that TMSON is capable of reducing uncertainty to obtain more robust predictions.
description: 14 pages, 9 figures, Accepted by IEEE Transactions on Circuits and Systems for Video Technology
Hylarana erythraea
Creators: name: Diesmos, Arvin C.
name: Watters, Jessa L.
name: Huron, Nicholas A.
name: Davis, Drew R.
name: Alcala, Angel C.
name: Crombie, Ronald I.
name: Afuang, Leticia E.
name: Gee-Das, Genevieve
name: Sison, Rogelio V.
name: Sanguila, Marites B.
name: Penrod, Michelle L.
name: Labonte, Marie J.
name: Davey, Conner S.
name: Leone, E. Austin
name: Diesmos, Mae L.
name: Sy, Emerson Y.
name: Welton, Luke J.
name: Brown, Rafe M.
name: Siler, Cameron D.
Publisher: name: Zenodo
Year: 2015
Subjects: Biodiversity
Taxonomy
Animalia
Chordata
Amphibia
Anura
Ranidae
Hylarana
Hylarana erythraea

description: Hylarana erythraea (Schlegel 1837)
 Hyla erythraea Schlegel 1837
 Hylarana erythraea, Tschudi 1838; Bourret 1942; Fei, Ye, and Huang 1990; Chen, Murphy, Lathrop, Ngo, Orlov, Ho, and Somorjai 2005
 Limnodytes erythraeus, Duméril and Bibron 1841
 Hylorana erythraea, Günther 1864; Deckert 1938
 Rana erythraea, Boulenger 1882
 Rana (Hylorana) erythraea, Boulenger in Mason 1882
 Rana (Hylarana) erythraea, Müller 1887
 Rana (Limnodytes) erythraea, Bourret 1927
Type locality and holotype specimen: Sumatra (RMNH 1744, 1746, 1749; MNHNP 4570–4572, syntypes).
Philippine distribution: Borocay, Calagna-an, Guimaras, Leyte, Luzon, Masbate, Mindoro, Negros, Panay, Romblon Island Group, Samar (Introduced; Diesmos et al. 2006).
Figures 21 and 38.
description: Published as part of Diesmos, Arvin C., Watters, Jessa L., Huron, Nicholas A., Davis, Drew R., Alcala, Angel C., Crombie, Ronald I., Afuang, Leticia E., Gee-Das, Genevieve, Sison, Rogelio V., Sanguila, Marites B., Penrod, Michelle L., Labonte, Marie J., Davey, Conner S., Leone, E. Austin, Diesmos, Mae L., Sy, Emerson Y., Welton, Luke J., Brown, Rafe M. & Siler, Cameron D., 2015, Amphibians of the Philippines, Part I: Checklist of the Species, pp. 457-539 in Proceedings of the California Academy of Sciences 62 (20) on page 477, DOI: 10.5281/zenodo.13155106
Sonnenfleckenzeichnung Nr. 3683.
Zeichnung von Flecken und Fackelflächen zur Ermittlung der Sonnenaktivität am 10.08.1902, erstellt von Alfred Wolfer
Creators: name: Eidgenössische Sternwarte in Zürich (ETH Zürich bzw. vor 1911 Polytechnikum)
Publisher: name: [s.n.]
Year: 1902

description: Bleistiftzeichnung mit Tinte und Farbstift überschrieben, erstellt als Projektionsbildzeichnung in der Eidgenössischen Sternwarte Zürich. Instrument: Kern-Merz-Refraktor.
Die Beobachtungen zu Einzelflecken und zu Sonnenfleckengruppen wurden mit Bleistift auf einem Vordruck eingetragen. Zugeordnete numerische Werte wurden in einer separat geführten, chronologischen Tabelle erfasst. Unter Umständen sind tabellarisch notierte Werte, die für Protuberanzen mit rot geschrieben wurden, direkt auf der Fleckenzeichnung vermerkt
description: ETH-Bibliothek
Silurus glanis Linnaeus 1758
Creators: name: Çiçek, Erdoğan
name: Fricke, Ronald
name: Eagderi, Soheil
name: Sungur, Sevil
name: Coad, Brian W
name: Hamdard, Mohammad Hamid
Publisher: name: Zenodo
Year: 2023
Subjects: Biodiversity
Taxonomy
Animalia
Chordata
Actinopterygii
Siluriformes
Siluridae
Silurus
Silurus glanis

description: Silurus glanis Linnaeus, 1758
[N]—Wels catfish
Taxonomy. Original description: Silurus glanis Linnaeus, 1758: 304 [prient, less frequently in European lakes; syntypes: BMNH 1853.11.12.168 (1, skin), NRM 59 (1)].— Afghanistan synonyms: None.—Revisions: Berg (1949: 904).—Illustration: Berg (1949: 904-905, figs. 656–657).
Status in Afghanistan. First record from Afghanistan by Berg (1949: 906); confirmed by Nikolskii and Tzentilovich (1951), Moravec and Amin (1978), Coad (1981: 8; 2014: 290; 2015: 229).—Afghanistan materials: None.
Distribution and habitat. Distribution in Afghanistan: Kunduz and Murgab Rivers.—General distribution: North America; Eastern Europe to central Asia. Widely introduced elsewhere.—Habitat: This species inhabits large and medium-sized lowland rivers, backwaters, and well-vegetated lakes. Spawns in shallow, warm, and well vegetated riverine habitats without current. Freshwater.
Economic importance. Commercially important.
Conservation. Conservation status in Afghanistan: Unknown.—IUCN: LC (Freyhof & Kottelat 2008h).— Threats: HAB.—Low sensitivity to human activities.—Not considered as a keystone species.—Decline status: Unknown.—Low priority for conservation action.
description: Published as part of Çiçek, Erdoğan, Fricke, Ronald, Eagderi, Soheil, Sungur, Sevil, Coad, Brian W & Hamdard, Mohammad Hamid, 2023, Fishes of Afghanistan; a revised and updated annotated checklist, pp. 1-69 in Zootaxa 5305 (1) on page 41, DOI: 10.11646/zootaxa.5305.1.1, http://zenodo.org/record/8048564
Magnetoelectric classification of skyrmions
Creators: name: Bhowal, Sayantika
name: Spaldin, Nicola A.
Publisher: name: arXiv
Year: 2022
Subjects: subject: Mesoscale and Nanoscale Physics (cond-mat.mes-hall)
subject: FOS: Physical sciences

description: We develop a general theory to classify magnetic skyrmions and related spin textures in terms of their magnetoelectric multipoles. Since magnetic skyrmions are now established in insulating materials, where the magnetoelectric multipoles govern the linear magnetoelectric response, our classification provides a recipe for manipulating the magnetic properties of skyrmions using applied electric fields. We apply our formalism to skyrmions and anti-skyrmions of different helicities, as well as to magnetic bimerons, which are topologically, but not geometrically, equivalent to skyrmions. We show that the non-zero components of the magnetoelectric multipole and magnetoelectric response tensors are uniquely determined by the topology, helicity and geometry of the spin texture. Therefore, we propose straightforward linear magnetoelectric response measurements as an alternative to Lorentz microscopy for characterizing insulating skyrmionic textures.
description: 6 pages, 4 figures
Glyptothorax kashmirensis Hora 1923
Creators: name: Çiçek, Erdoğan
name: Fricke, Ronald
name: Eagderi, Soheil
name: Sungur, Sevil
name: Coad, Brian W
name: Hamdard, Mohammad Hamid
Publisher: name: Zenodo
Year: 2023
Subjects: Biodiversity
Taxonomy
Animalia
Chordata
Actinopterygii
Siluriformes
Sisoridae
Glyptothorax
Glyptothorax kashmirensis

description: Glyptothorax kashmirensis Hora, 1923
[N]—Kashmir catfish
Taxonomy. Original description: Glyptothorax kashmirensis Hora, 1923: 22, fig. 2 [Kashmir Valley, India; syntypes: ZSI F10270/1 (2)].— Afghanistan synonyms: Glyptothorax naziri Mirza & Naik, 1969.—Revisions: Jayaram (2006: 230).—Illustration: Hora (1923: fig. 2).
Status in Afghanistan. First listed by Coad (1981: 16 as Glyptothorax naziri; 2014: 330).—Afghanistan materials: None.
Distribution and habitat. Distribution in Afghanistan: Kabul River.—General distribution: Asia: Afghanistan, Pakistan and Kashmir.—Habitat: This species inhabits swift-flowing rivers with a substrate of sand and rocks, as well as lakes. Freshwater.
Economic importance. No commercial importance.
Conservation. Conservation status in Afghanistan: Unknown.—IUCN: CR (Rafique et al. 2022f).—Threats: CON, ABS, HAB, COM.—High sensitivity to human activities.—Keystone species.—Decline status: Severe decline.—High priority for conservation action.
description: Published as part of Çiçek, Erdoğan, Fricke, Ronald, Eagderi, Soheil, Sungur, Sevil, Coad, Brian W & Hamdard, Mohammad Hamid, 2023, Fishes of Afghanistan; a revised and updated annotated checklist, pp. 1-69 in Zootaxa 5305 (1) on page 40, DOI: 10.11646/zootaxa.5305.1.1, http://zenodo.org/record/8048564