reapxdev/zenodo-scraper huggingface dataset:
THERMODYNAMIC PROOF OF THE RIEMANN HYPOTHESIS: Kinematic Stability of the Finite Arithmetic Vacuum
Authors: Aksman, Michael
Type: Poster
Published: 2026-08-01

<p>The Riemann Hypothesis is conventionally treated as a purely abstract proposition regarding<br>the distribution of prime numbers. This manuscript completely reconceptualizes the Riemann<br>Hypothesis, proving it to be a strict kinematic and thermodynamic boundary condition<br>required for the infinite-time stability of the physical universe. We establish that the vacuum<br>is not a continuous empty space, but a finite, mechanically active, and incompressible vorton<br>fluid bounded by a rigid arithmetic geometry: the DSM-861 spectral manifold, anchored<br>to the maximal class-number-one Heegner discriminant D = −163. Concurrently, recent<br>exact statistical solutions for freely decaying incompressible turbulence—formulated via<br>momentum-loop quantum field theory—demonstrate that the universal attractor for fluid<br>chaos is the planar Euler ensemble, where asymptotic temporal scaling is governed entirely<br>by poles corresponding to the non-trivial zeros of the Riemann zeta function. By uniting<br>this continuous hydrodynamic asymptotic limit with the discrete finite spectral capacity<br>of the DSM-861 manifold, we rigorously demonstrate that any zero lying off the critical<br>line σ = 1/2 generates uncompensated exponential growth in the vacuum fluid. Because a<br>finite spectral manifold inherently cannot sustain exponential divergence without structural<br>rupture, perfect symmetry in the decay roots is mandatory. Consequently, all non-trivial<br>zeros must lie exactly on the critical line.</p>
TRUSTEX Poster: Digital Product Passports for Circular Textiles
Authors: Dierickx, Jérome
Type: Poster
Published: 2026-05-22

<p>Poster presented at the DPP4EU event by Jérome Dierickx (TerraMatters), Elena Hidalgo (CETIM Technological Centre), David Ariza (CETIM Technological Centre), and Beatriz Mafra (Made2Flow), 22 May 2026.</p>
<p>This poster presents the approach of the Horizon Europe project TRUSTEX ("Advancing Sustainable Textiles in the Circular Economy through Innovative EPR Schemes") to Digital Product Passports (DPPs) for textiles. It addresses a core barrier: the textile sector combines fragmented supply chains with a shortage of harmonised standards, which makes it difficult to collect and exchange the information a DPP requires. TRUSTEX develops interoperable digital infrastructures that turn fragmented and heterogeneous data into standardised, regulation-ready outputs.</p>
<p>The methods build on the Product Circularity Data Sheet (PCDS, ISO 59040), which communicates circularity attributes such as recycled content, repairability, and end-of-life options in interoperable formats and supports ESPR compliance, while noting that taxonomy gaps and sector-specific complexities remain unresolved. The workflow moves from data collection at brands and suppliers, through terminology mapping and PCDS data alignment, to a backend database, a blockchain layer, and a user interface that presents DPP information to the final user. Participants hold dynamic roles, for example manufacturer, waste manager, and final user, with restricted access so that only verified participants add data and only authorised users assign roles, which guards against fraudulent entries.</p>
<p>The key innovations combine standardised APIs that integrate emission-factor databases, life cycle assessment engines, and verified batch-level supply chain data; AI-driven data validation paired with blockchain trust mechanisms that detect inconsistencies and complement missing information with industry-verified secondary sources; and a blockchain architecture that records a cryptographic fingerprint of the data instead of the data itself, so tampering becomes detectable without exposing confidential business information. Role-based access control limits each participant to their area of responsibility.</p>
<p>The conclusion sets out four design goals for DPP success: data maturity alignment, one-way protection through hashing, double-entry prevention, and universal access via the ERC-1155 standard for compatibility across textile applications. The poster argues that digitalisation is a fundamental requirement for overcoming current barriers to DPP adoption in the sector.</p>
Supplemental images for the manuscript 'CASZ1 regulates the maturation of outer hair cells and is required for hearing in mice'
Authors: Nakano, Yoko, Driver, Elizabeth, Hu, Ning, Peguero, Braulio, Wiechert, Susan, Boger, Erich, Allamargot, Chantal, Hipp, Rebecca, Doetzlhofer, Angelika, Green, Steven, Morell, Robert, Kelley, Matthew, Banfi, Botond
Type: Figure
Published: 2026-08-03
Keywords: CASZ1

<p>Supplemental microscopy images for the manuscript "CASZ1 regulates the maturation of outer hair cells and is required for hearing in mice"</p>
Fig. 15 in Ghosts of subterranean waters: two new troglobitic species of Spelaeometra D. Polhemus & Ferreira, 2018 (Heteroptera: Hydrometridae) from Brazil, with remarks on the enigmatic species Cephalometra pallida D. Polhemus & Ferreira, 2018
Authors: Serafim, Ingrid R., Santos, Júlio C.C.V., Ferreira, Rodrigo L.
Type: Figure
Published: 2026-07-20
Keywords: Biodiversity, Taxonomy, Animalia, Arthropoda, Insecta, Hemiptera, Hydrometridae, Spelaeometra

Fig. 15. Parameres of the species of Spelaeometra. A. Spelaeometra gruta D. Polhemus & Ferreira, 2018, paratype ♂ (redrawn from D. Polhemus & Ferreira 2018: fig. 6B). B. Spelaeometra hypogea Cordeiro & Moreira, 2023 (redrawn from Cordeiro et al. 2018: fig. 6B). C. Spelaeometra ybykoara Serafim & Ferreira sp. nov., paratype, ♂ (ISLA 126340). D. Spelaeometra iuiu Serafim & Ferreira sp. nov., holotype, ♂ (ISLA 125922).
Fig. 14. A in Ghosts of subterranean waters: two new troglobitic species of Spelaeometra D. Polhemus & Ferreira, 2018 (Heteroptera: Hydrometridae) from Brazil, with remarks on the enigmatic species Cephalometra pallida D. Polhemus & Ferreira, 2018
Authors: Serafim, Ingrid R., Santos, Júlio C.C.V., Ferreira, Rodrigo L.
Type: Figure
Published: 2026-07-20
Keywords: Biodiversity, Taxonomy, Animalia, Arthropoda, Insecta, Hemiptera, Hydrometridae, Cephalometra

Fig. 14. A. Entrance to Gruta da Natividade. B. Inside of Gruta da Natividade. C. Immature specimen of Cephalometra pallida Polhemus & Ferreira, 2018. D. Adult specimen of C. pallida.
Figure 4 in From Waters to Screens: Looking at Wild Betta Betta spp. (Anabantiformes: Osphronemidae) Trading in Indonesia's Online Marketplaces
Authors: Arifah, Nur, Sari, Diah Komala, Widayanti, Gusti Ayu, Syafutra, Randi, Aprillia, Ina, Iqbal, Muhammad
Type: Figure
Published: 2025-12-27
Keywords: Biodiversity, Taxonomy

Figure 4. Proportion of wild Betta species by IUCN conservation status recorded from Indonesia's online marketplaces in 2025.
Figure 3 in From Waters to Screens: Looking at Wild Betta Betta spp. (Anabantiformes: Osphronemidae) Trading in Indonesia's Online Marketplaces
Authors: Arifah, Nur, Sari, Diah Komala, Widayanti, Gusti Ayu, Syafutra, Randi, Aprillia, Ina, Iqbal, Muhammad
Type: Figure
Published: 2025-12-27
Keywords: Biodiversity, Taxonomy

Figure 3. Bar chart showing the number of endemic wild Betta species by island category (Sumatran Endemic, Kalimantan Endemic, Sumatran and Kalimantan Endemic, and Javan Endemic).
Figure 2 in From Waters to Screens: Looking at Wild Betta Betta spp. (Anabantiformes: Osphronemidae) Trading in Indonesia's Online Marketplaces
Authors: Arifah, Nur, Sari, Diah Komala, Widayanti, Gusti Ayu, Syafutra, Randi, Aprillia, Ina, Iqbal, Muhammad
Type: Figure
Published: 2025-12-27
Keywords: Biodiversity, Taxonomy

Figure 2. The bar chart illustrates the relationship between the IUCN conservation status of wild Betta species and their average online selling price on Indonesian e-commerce platforms.
Figure 1 in From Waters to Screens: Looking at Wild Betta Betta spp. (Anabantiformes: Osphronemidae) Trading in Indonesia's Online Marketplaces
Authors: Arifah, Nur, Sari, Diah Komala, Widayanti, Gusti Ayu, Syafutra, Randi, Aprillia, Ina, Iqbal, Muhammad
Type: Figure
Published: 2025-12-27
Keywords: Biodiversity, Taxonomy

Figure 1. Endemic wild Betta Betta spp. species recorded in Indonesia's online markets include: 1a. Betta unimaculata from Kalimantan; as well as 1b. B. schalleri, 1c. B. chloropharynx, and B. raja from Sumatra (Photographs: Muhammad Iqbal).
Figure 3 in Recent Records of Racket-tailed Treepie Crypsirina temia (Passeriformes: Corvidae) in Kalimantan, Indonesia
Authors: Nugroho, Teguh Willy, Putera, Alexander Kurniawan Sariyanto, Iqbal, Muhammad, Ferdiansyah, Happy, Noviyono, Ari, Syah, Abdul Hakim, Zafran, Fikri El
Type: Figure
Published: 2025-12-27
Keywords: Biodiversity, Taxonomy

Figure 3. Habitat conditions in Palangka Raya University, Palangkaraya, Central Kalimantan, are dominated by Acacia Acacia mangium and have a dense fern understory (Photograph: Teguh Willy Nugroho).
Figure 2 in Recent Records of Racket-tailed Treepie Crypsirina temia (Passeriformes: Corvidae) in Kalimantan, Indonesia
Authors: Nugroho, Teguh Willy, Putera, Alexander Kurniawan Sariyanto, Iqbal, Muhammad, Ferdiansyah, Happy, Noviyono, Ari, Syah, Abdul Hakim, Zafran, Fikri El
Type: Figure
Published: 2025-12-27
Keywords: Biodiversity, Taxonomy

Figure 2. Juvenile Crypsirina temia, Sigam, Pulau Laut Utara, Kotabaru, South Kalimantan, perching on Api-api tree Avicennia mariana, on 25 April 2024 (Photograph: Muhammad Rizkani).
Figure 1 in Recent Records of Racket-tailed Treepie Crypsirina temia (Passeriformes: Corvidae) in Kalimantan, Indonesia
Authors: Nugroho, Teguh Willy, Putera, Alexander Kurniawan Sariyanto, Iqbal, Muhammad, Ferdiansyah, Happy, Noviyono, Ari, Syah, Abdul Hakim, Zafran, Fikri El
Type: Figure
Published: 2025-12-27
Keywords: Biodiversity, Taxonomy

Figure 1. Map of Kalimantan (Indonesian Borneo) and location records of Crypsirina temia. The colors on the markers are based on the differences in location (red: West Kalimantan, blue: Central Kalimantan, green: South Kalimantan, yellow: East Kalimantan, and purple: a note from South Kalimantan).
Embracing the Dark Side: Detecting and Repairing Inconsistencies between Light and Dark Modes of Web Applications
Authors: anonymous
Type: Figure
Published: 2026-07-31

<p>The dataset consists of light and dark mode screenshots in screen-size "iPhone 12 Pro" along with UPstage OCR detection and JSON file, UIED GUI element detection and JSON file. </p>
<p>This collection of datasets is used to identify the GUI inconsistency between light and dark modes.</p>
<p> </p>
Figure 6 from: Alkufi HK, Salih OS, Taher SS (2026) Formulation, in vitro, and in vivo evaluation of ebastine Solusome nanovesicle-based oral lyophilized tablets. Pharmacia 73: e200581. https://doi.org/10.3897/pharmacia.73.e200581
Authors: Alkufi, Hussein K., Salih, Omar Saeb, Taher, Salam Shanta
Type: Figure
Published: 2026-07-31
Keywords: Ebastine, oral lyophilisates, Soluplus®, Solusome nanovesicles, thin-film hydration technique

Figure 6 Mean plasma concentration–time profile of carebastine after oral administration of the EBS suspension and the F7 oral lyophilisate formulation.
Figure 5 from: Alkufi HK, Salih OS, Taher SS (2026) Formulation, in vitro, and in vivo evaluation of ebastine Solusome nanovesicle-based oral lyophilized tablets. Pharmacia 73: e200581. https://doi.org/10.3897/pharmacia.73.e200581
Authors: Alkufi, Hussein K., Salih, Omar Saeb, Taher, Salam Shanta
Type: Figure
Published: 2026-07-31
Keywords: Ebastine, oral lyophilisates, Soluplus®, Solusome nanovesicles, thin-film hydration technique

Figure 5 PXRD patterns of (1) EBS, (2) the F7 physical mixture, and (3) the F7 oral lyophilisate formulation.
Figure 4 from: Alkufi HK, Salih OS, Taher SS (2026) Formulation, in vitro, and in vivo evaluation of ebastine Solusome nanovesicle-based oral lyophilized tablets. Pharmacia 73: e200581. https://doi.org/10.3897/pharmacia.73.e200581
Authors: Alkufi, Hussein K., Salih, Omar Saeb, Taher, Salam Shanta
Type: Figure
Published: 2026-07-31
Keywords: Ebastine, oral lyophilisates, Soluplus®, Solusome nanovesicles, thin-film hydration technique

Figure 4 DSC thermograms of (1) EBS, (2) the F7 physical mixture, and (3) the F7 oral lyophilisate formulation.
Figure 3 from: Alkufi HK, Salih OS, Taher SS (2026) Formulation, in vitro, and in vivo evaluation of ebastine Solusome nanovesicle-based oral lyophilized tablets. Pharmacia 73: e200581. https://doi.org/10.3897/pharmacia.73.e200581
Authors: Alkufi, Hussein K., Salih, Omar Saeb, Taher, Salam Shanta
Type: Figure
Published: 2026-07-31
Keywords: Ebastine, oral lyophilisates, Soluplus®, Solusome nanovesicles, thin-film hydration technique

Figure 3 FTIR spectra of (1) EBS, (2) the F7 physical mixture, and (3) the F7 oral lyophilisate formulation.
Figure 2 from: Alkufi HK, Salih OS, Taher SS (2026) Formulation, in vitro, and in vivo evaluation of ebastine Solusome nanovesicle-based oral lyophilized tablets. Pharmacia 73: e200581. https://doi.org/10.3897/pharmacia.73.e200581
Authors: Alkufi, Hussein K., Salih, Omar Saeb, Taher, Salam Shanta
Type: Figure
Published: 2026-07-31
Keywords: Ebastine, oral lyophilisates, Soluplus®, Solusome nanovesicles, thin-film hydration technique

Figure 2 Comparison of the dissolution behavior of pure EBS-containing oral lyophilisates with the in vitro drug-release profile of formulation F7 in 0.1 N hydrochloric acid (pH 1.2).
Figure 1 from: Alkufi HK, Salih OS, Taher SS (2026) Formulation, in vitro, and in vivo evaluation of ebastine Solusome nanovesicle-based oral lyophilized tablets. Pharmacia 73: e200581. https://doi.org/10.3897/pharmacia.73.e200581
Authors: Alkufi, Hussein K., Salih, Omar Saeb, Taher, Salam Shanta
Type: Figure
Published: 2026-07-31
Keywords: Ebastine, oral lyophilisates, Soluplus®, Solusome nanovesicles, thin-film hydration technique

Figure 1 Three-dimensional surface plots illustrating how varying concentrations of gelatin, PVP K90, and glycine influence the disintegration time and friability of oral lyophilisates prepared from EBS-loaded Solusome nanovesicles.
Figure 9 from: Wood TJ (2026) A revision of Anthophora (Caranthophora) Brooks with a remarkable new species from the Afrotropical region (Hymenoptera, Apidae). Deutsche Entomologische Zeitschrift 73(2): 385-404. https://doi.org/10.3897/dez.73.201925
Authors: Wood, Thomas J.
Type: Figure
Published: 2026-07-31
Keywords: Anthophorinae, Eastern Africa, identification key, solitary bees, synonymy

Figure 9 Anthophora dufourii Lepeletier, 1841 male from Bulgaria (TJWC). A. Hind basitarsus, lateral view (posterior and anterior teeth indicated). Anthophora tarsalis Priesner, 1957 male from Morocco (TJWC); B. Hind tarsi, posterior view; D. Hind tarsi, lateral view; F. Hind femur and coxa, frontal view; H. Genital capsule, dorsal view. Anthophora pubescens (Fabricius, 1781) male from Romania (TJWC); C. Hind tarsi, lateral view; E. Hind femur and coxa, frontal view; G. Genital capsule, dorsal view.
Figure 8 from: Wood TJ (2026) A revision of Anthophora (Caranthophora) Brooks with a remarkable new species from the Afrotropical region (Hymenoptera, Apidae). Deutsche Entomologische Zeitschrift 73(2): 385-404. https://doi.org/10.3897/dez.73.201925
Authors: Wood, Thomas J.
Type: Figure
Published: 2026-07-31
Keywords: Anthophorinae, Eastern Africa, identification key, solitary bees, synonymy

Figure 8 Anthophora tarsalis Priesner, 1957 neotype male (ZMHB) and Anthophora spinacoxa Brooks, 1988 holotype male. A. Label information; B. Habitus, lateral view; C. Head, frontal view; D. Hind tarsus, lateral view; E. Hind coxae, lateral view; F. S7, ventral view; G. S8, ventral view; H. Genital capsule, dorsal view.
Figure 7 from: Wood TJ (2026) A revision of Anthophora (Caranthophora) Brooks with a remarkable new species from the Afrotropical region (Hymenoptera, Apidae). Deutsche Entomologische Zeitschrift 73(2): 385-404. https://doi.org/10.3897/dez.73.201925
Authors: Wood, Thomas J.
Type: Figure
Published: 2026-07-31
Keywords: Anthophorinae, Eastern Africa, identification key, solitary bees, synonymy

Figure 7 Anthophora hedini Alfken, 1936 paratype male (ZMHB). A. Label information; B. Habitus, lateral view; C. Head, frontal view; D. Mid tarsus, lateral view; E. Hind basitarsus, lateral view; F. Metasoma, dorsal view.
Figure 6 from: Wood TJ (2026) A revision of Anthophora (Caranthophora) Brooks with a remarkable new species from the Afrotropical region (Hymenoptera, Apidae). Deutsche Entomologische Zeitschrift 73(2): 385-404. https://doi.org/10.3897/dez.73.201925
Authors: Wood, Thomas J.
Type: Figure
Published: 2026-07-31
Keywords: Anthophorinae, Eastern Africa, identification key, solitary bees, synonymy

Figure 6 Anthophora iole Bingham, 1898 female from southern Oman (CSE). A. Face, frontal view. Anthophora iole Bingham, 1898 female from northern Oman (SHPC); B. Face, frontal view. Anthophora pubescens (Fabricius, 1781) female from Morocco (TJWC); C. Face, frontal view. Anthophora tarsalis Priesner, 1957 female from Morocco (TJWC); D. Face, frontal view.
Figure 5 from: Wood TJ (2026) A revision of Anthophora (Caranthophora) Brooks with a remarkable new species from the Afrotropical region (Hymenoptera, Apidae). Deutsche Entomologische Zeitschrift 73(2): 385-404. https://doi.org/10.3897/dez.73.201925
Authors: Wood, Thomas J.
Type: Figure
Published: 2026-07-31
Keywords: Anthophorinae, Eastern Africa, identification key, solitary bees, synonymy

Figure 5 Anthophora iole Bingham, 1898 male from northern Oman (SHPC). A. Hind basitarsus, lateral view; C. S7, ventral view; E. S8, ventral view; G. Genital capsule, dorsal view. Anthophora iole Bingham, 1898 male from Nepal (SMNS); B. Hind basitarsus, lateral view; D. S7, ventral view; F. S8, ventral view; H. Genital capsule, dorsal view.
Figure 4 from: Wood TJ (2026) A revision of Anthophora (Caranthophora) Brooks with a remarkable new species from the Afrotropical region (Hymenoptera, Apidae). Deutsche Entomologische Zeitschrift 73(2): 385-404. https://doi.org/10.3897/dez.73.201925
Authors: Wood, Thomas J.
Type: Figure
Published: 2026-07-31
Keywords: Anthophorinae, Eastern Africa, identification key, solitary bees, synonymy

Figure 4 Anthophora albopicta Cockerell, 1917 holotype female (USNM). A. Label information; B. Habitus, lateral view; C. Head, frontal view; D. Mesosoma, posterior view.
Figure 3 from: Wood TJ (2026) A revision of Anthophora (Caranthophora) Brooks with a remarkable new species from the Afrotropical region (Hymenoptera, Apidae). Deutsche Entomologische Zeitschrift 73(2): 385-404. https://doi.org/10.3897/dez.73.201925
Authors: Wood, Thomas J.
Type: Figure
Published: 2026-07-31
Keywords: Anthophorinae, Eastern Africa, identification key, solitary bees, synonymy

Figure 3 Anthophora iole Bingham, 1898 holotype male (NHMUK). A. Label information; B. Habitus, lateral view; C. Head, frontal view; D. Hind tarsi, lateral view.
Figure 2 from: Wood TJ (2026) A revision of Anthophora (Caranthophora) Brooks with a remarkable new species from the Afrotropical region (Hymenoptera, Apidae). Deutsche Entomologische Zeitschrift 73(2): 385-404. https://doi.org/10.3897/dez.73.201925
Authors: Wood, Thomas J.
Type: Figure
Published: 2026-07-31
Keywords: Anthophorinae, Eastern Africa, identification key, solitary bees, synonymy

Figure 2 Distribution map of Anthophora (Caranthophora) species. Anthophora pubescens (Fabricius, 1781) (black triangles); Anthophora dufourii Lepeletier, 1841 (yellow squares); Anthophora iole Bingham, 1898 (red circles); Anthophora hedini Alfken, 1936 (orange triangles); Anthophora tarsalis Priesner, 1957 (blue circles); Anthophora calcarispina sp. nov. (pink triangle). A black ? indicates the locus typicus of Anthophora (Caranthophora) unispina (Wu, 1982) which is of uncertain specific placement. Distributional data are not comprehensive.
Figure 11 from: Wood TJ (2026) A revision of Anthophora (Caranthophora) Brooks with a remarkable new species from the Afrotropical region (Hymenoptera, Apidae). Deutsche Entomologische Zeitschrift 73(2): 385-404. https://doi.org/10.3897/dez.73.201925
Authors: Wood, Thomas J.
Type: Figure
Published: 2026-07-31
Keywords: Anthophorinae, Eastern Africa, identification key, solitary bees, synonymy

Figure 11 Anthophora kneuckeri Alfken, 1935 holotype female (ZMHB). A. Label information; B. Habitus, lateral view; C. Head, frontal view; D. Metasoma, dorsal view.
Figure 10 from: Wood TJ (2026) A revision of Anthophora (Caranthophora) Brooks with a remarkable new species from the Afrotropical region (Hymenoptera, Apidae). Deutsche Entomologische Zeitschrift 73(2): 385-404. https://doi.org/10.3897/dez.73.201925
Authors: Wood, Thomas J.
Type: Figure
Published: 2026-07-31
Keywords: Anthophorinae, Eastern Africa, identification key, solitary bees, synonymy

Figure 10 Anthophora calcarispina sp. nov. holotype male (SMNHTAU). A. Habitus, lateral view; B. Head, frontal view; C. Metasoma, dorsal view; D. Hind leg, lateral view; E. Hind femur and coxa, frontal view; F. S7, ventral view; G. S8, ventral view; H. Genital capsule, dorsal view.
Figure 1 from: Wood TJ (2026) A revision of Anthophora (Caranthophora) Brooks with a remarkable new species from the Afrotropical region (Hymenoptera, Apidae). Deutsche Entomologische Zeitschrift 73(2): 385-404. https://doi.org/10.3897/dez.73.201925
Authors: Wood, Thomas J.
Type: Figure
Published: 2026-07-31
Keywords: Anthophorinae, Eastern Africa, identification key, solitary bees, synonymy

Figure 1 Apis pubescens Fabricius, 1781 holotype female (NHMD). A. Label information; B. Habitus, lateral view; C. Head, frontal view; D. Metasoma, dorsal view.
Figure 9 from: Huang J-F, Liao Y-C, Chan T-Y, Chen H-M, Smith DG (2026) The congrid eel genus Gnathophis in Taiwan (Anguilliformes, Congridae), with descriptions of three new species. ZooKeys 1287: 11-46. https://doi.org/10.3897/zookeys.1287.183842
Authors: Huang, Jian-Fu, Liao, Yun-Chih, Chan, Tin-Yam, Chen, Hong-Ming, Smith, David G.
Type: Figure
Published: 2026-07-31
Keywords: Biodiversity, Congrinae, DNA barcoding, new species, taxonomy

Figure 9 Maximum likelihood tree of Gnathophis species reconstructed from COI sequences under the HKY+G substitution model. Bootstrap values are only presented for main branches, and values below 60 are not shown.
Figure 8 from: Huang J-F, Liao Y-C, Chan T-Y, Chen H-M, Smith DG (2026) The congrid eel genus Gnathophis in Taiwan (Anguilliformes, Congridae), with descriptions of three new species. ZooKeys 1287: 11-46. https://doi.org/10.3897/zookeys.1287.183842
Authors: Huang, Jian-Fu, Liao, Yun-Chih, Chan, Tin-Yam, Chen, Hong-Ming, Smith, David G.
Type: Figure
Published: 2026-07-31
Keywords: Biodiversity, Congrinae, DNA barcoding, new species, taxonomy

Figure 8 Vomerine tooth pattern and variation of Gnathophis heterognathos. From the left to right: A1–A3. Collected from Daxi, Yilan, TOU-AE 10869, 173 mm TL, TOU-AE 8031, 251 mm TL, TOU-AE 9900, 329 mm TL; B1–B3. Collected from Badouzhi, Keelung, TOU-AE 9845, 246 mm TL, TOU-AE 9837, 355 mm TL, TOU-AE 9832, 483 mm TL; C1–C3. Collected from Xianxi, Changhua, TOU-AE 8021, 180 mm TL, TOU-AE 8180, 234 mm TL, TOU-AE 8181, 295 mm TL; D1–D3. Collected from Ke-tzu-liao, Kaohsiung, TOU-AE 10170, 168 mm TL, TOU-AE 11018, 209 mm TL, TOU-AE 11016, 311 mm TL; E1, E2. Collected from Dong-gang, Pingtung, NMMB-P31510, 164 mm TL, TOU-AE 11231, 164 mm TL; F. Holotype of Myrophis heterognathos Bleeker, 1858, BMNH 1867.11.28.305, 137 mm TL.
Figure 7 from: Huang J-F, Liao Y-C, Chan T-Y, Chen H-M, Smith DG (2026) The congrid eel genus Gnathophis in Taiwan (Anguilliformes, Congridae), with descriptions of three new species. ZooKeys 1287: 11-46. https://doi.org/10.3897/zookeys.1287.183842
Authors: Huang, Jian-Fu, Liao, Yun-Chih, Chan, Tin-Yam, Chen, Hong-Ming, Smith, David G.
Type: Figure
Published: 2026-07-31
Keywords: Biodiversity, Congrinae, DNA barcoding, new species, taxonomy

Figure 7 Tooth pattern on upper jaw. A. Gnathophis melanurum sp. nov., TOU-AE 8777, 300 mm TL, holotype; B. Gnathophis kbalanensis sp. nov., TOU-AE 9480, 472 mm TL, holotype; C. Gnathophis asanoi, TOU-AE 6842, 357 mm TL; D. Gnathophis nanhaiensis sp. nov., ASIZP66800, 245 mm TL, holotype. Not to scale.