cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.15468/wf8eqc
title: Four new species of Aenetus Herrich-Schäffer (Lepidoptera: Hepialidae) from eastern Indonesia, with comment on distributional correlation with Gondwana tectonics

description: This dataset contains the digitized treatments in Plazi based on the original journal article Grehan, John R., Mielke, Carlos G. C., Ignatev, Nikolai, Groof, Benny De, Yakovlev, Roman, Klingler, Mark A. (2025): Four new species of Aenetus Herrich-Schäffer (Lepidoptera: Hepialidae) from eastern Indonesia, with comment on distributional correlation with Gondwana tectonics. Zootaxa 5613 (3): 537-554, DOI: 10.11646/zootaxa.5613.3.6, URL: https://doi.org/10.11646/zootaxa.5613.3.6AbstractFour new Aenetus species and geographic records are presented for islands of eastern Indonesia: A. porlovi sp. nov. from Lomblen (= Palu Lembata) Island in the Solor Archipelago, A. degroofi sp. nov. from Pulau Yamdena in the Tanimbar Archipelago, A. negasii sp. nov. from Palau Sumba, and A. verdiceae sp. nov. from Palau Selayar on the southern coast of Sulawesi. New geographic records are made for undetermined specimens from the the islands of Flores, Timor, and Buru. These records further extend the known distributional limit of Aenetus in South East Asia in a region comprising Gondwana terranes. The Selayar and Sumba islands localities are geologically part of, or derived from, ‘continental’ Laurasia, but may originally comprise fragments of Gondwana that accreted in Cretaceous time. A tectonic correlation would indicate the possibility that the distribution of Aenetus in Southeast Asia was mediated either as fragments of Gondwana accreting to Asia in the Cretaceous, or more recently by the Sula Spur of northeastern Gondwana merging with Southeast Asia about 25 Ma. The presence of A. sumatraensis Grehan, Witt & Ignatev in northern Sumatra may have resulted from tectonic accretion such as the Woyla island arc, or represents later range expansion following convergence of the Sula Spur. Future biotic surveys for Aenetus in this region, along with determination of its allopatric sister group, will be essential for resolving the biogeographic boundaries of this genus, particularly with respect to Java, Sumatra, and Sulawesi.
DOI: 10.5281/zenodo.18057499
title: Integrating Hierarchical Bayesian Models and Hydrodynamic Simulations for eDNA Dynamics in Adaptive Ecosystem Management under Global Change

description: Environmental DNA (eDNA) methodologies—encompassing metabarcoding, metagenomics, metatranscriptomics, and digital PCR—herald a paradigm shift in non-invasive biodiversity surveillance amid escalating global stressors like climate change. This conceptual framework synthesizes advanced multi-dimensional mathematical modeling, Bayesian hierarchical inference, rigorous sensitivity analyses, and Python-driven hydrodynamic simulations to translate eDNA signals into falsifiable, actionable strategies for ecosystem resilience. We derive detailed equations for eDNA fate, transport, decay, and detection, incorporating power-law removal kinetics and inhibition effects, validated against empirical parameters (e.g., decay half-lives of 4--5 hours from riverine studies). Reproducible simulations leverage datasets from UNESCO marine expeditions and catchment-scale surveys, quantifying uncertainties via credible intervals and adhering to Popperian falsifiability criteria. Bolstered by quantitative statistics, Bayesian evidence ratios, and integrations with remote sensing, this self-contained framework addresses standardization gaps, stressor-induced microbial shifts, and policy translation, providing a blueprint for scalable conservation in aquatic, terrestrial, and polar realms facing existential threats.
DOI: 10.5281/zenodo.18057500
title: Integrating Hierarchical Bayesian Models and Hydrodynamic Simulations for eDNA Dynamics in Adaptive Ecosystem Management under Global Change

description: Environmental DNA (eDNA) methodologies—encompassing metabarcoding, metagenomics, metatranscriptomics, and digital PCR—herald a paradigm shift in non-invasive biodiversity surveillance amid escalating global stressors like climate change. This conceptual framework synthesizes advanced multi-dimensional mathematical modeling, Bayesian hierarchical inference, rigorous sensitivity analyses, and Python-driven hydrodynamic simulations to translate eDNA signals into falsifiable, actionable strategies for ecosystem resilience. We derive detailed equations for eDNA fate, transport, decay, and detection, incorporating power-law removal kinetics and inhibition effects, validated against empirical parameters (e.g., decay half-lives of 4--5 hours from riverine studies). Reproducible simulations leverage datasets from UNESCO marine expeditions and catchment-scale surveys, quantifying uncertainties via credible intervals and adhering to Popperian falsifiability criteria. Bolstered by quantitative statistics, Bayesian evidence ratios, and integrations with remote sensing, this self-contained framework addresses standardization gaps, stressor-induced microbial shifts, and policy translation, providing a blueprint for scalable conservation in aquatic, terrestrial, and polar realms facing existential threats.
DOI: 10.15468/2tteqh
title: Revisionary notes on the genus Paraphysifer Sinaiko & Dietrich, 2020 (Auchenorrhyncha: Cicadellidae: Deltocephalinae)

description: This dataset contains the digitized treatments in Plazi based on the original journal article Gnezdilov, Vladimir M., Sinaiko, Guy (2023): Revisionary notes on the genus Paraphysifer Sinaiko & Dietrich, 2020 (Auchenorrhyncha: Cicadellidae: Deltocephalinae). Zootaxa 5254 (2): 295-300, DOI: 10.11646/zootaxa.5254.2.9, URL: http://dx.doi.org/10.11646/zootaxa.5254.2.9AbstractThe monotypical genus Paraphysifer Sinaiko & Dietrich, 2020 is revised. The type species of the genus, Paraphysifer wilsoni Sinaiko & Dietrich, 2020, is placed in synonymy under Psammotettix pictipennis (Kirschbaum, 1868), with a new combination proposed— Paraphysifer pictipennis (Kirschbaum, 1868), comb. n. Psammotettix narsikulovi Dlabola, 1960, P. salsuginosus Logvinenko, 1961, and P. perpictus Logvinenko, 1978 are transferred to the genus Paraphysifer with new combinations proposed— Paraphysifer narsikulovi (Dlabola, 1960), comb. n., P. salsuginosus (Logvinenko, 1961), comb. n., and P. perpictus (Logvinenko, 1978), comb. n. Key to species of Paraphysifer given. Relationships of Paraphysifer and Psammotettix Haupt, 1929 are discussed.
DOI: 10.5281/zenodo.18057617
title: Table 1 in A consolidated phylogeny of snail-eating snakes (Serpentes, Dipsadini), with the description of five new species from Colombia, Ecuador, and Panama

description: Table 1. Partition scheme and models of evolution used in phylogenetic analyses. Numbers in parentheses indicate codon position.
PartititionBest modelGene regionsNumber of aligned sites1GTR+I+G12S, 16S, COI(1), CYTB(3), ND4(1)17422HKY+I+GCYTB(1), ND4(2)6143GTR+I+GCOI(3), CYTB(2), ND4(3)8334K80+IDNAH3(1), DNAH3(2)4505K80+GDNAH3(3), NT3(1)3816K80+GNT3(2), NT3(3)3137F81COI(2)219
description: Published as part of Arteaga, Alejandro & Batista, Abel, 2023, A consolidated phylogeny of snail-eating snakes (Serpentes, Dipsadini), with the description of five new species from Colombia, Ecuador, and Panama, pp. 1 in ZooKeys 1143 on page 1, DOI: 10.3897/zookeys.1143.93601
DOI: 10.5281/zenodo.18057618
title: Table 1 in A consolidated phylogeny of snail-eating snakes (Serpentes, Dipsadini), with the description of five new species from Colombia, Ecuador, and Panama

description: Table 1. Partition scheme and models of evolution used in phylogenetic analyses. Numbers in parentheses indicate codon position.
PartititionBest modelGene regionsNumber of aligned sites1GTR+I+G12S, 16S, COI(1), CYTB(3), ND4(1)17422HKY+I+GCYTB(1), ND4(2)6143GTR+I+GCOI(3), CYTB(2), ND4(3)8334K80+IDNAH3(1), DNAH3(2)4505K80+GDNAH3(3), NT3(1)3816K80+GNT3(2), NT3(3)3137F81COI(2)219
description: Published as part of Arteaga, Alejandro & Batista, Abel, 2023, A consolidated phylogeny of snail-eating snakes (Serpentes, Dipsadini), with the description of five new species from Colombia, Ecuador, and Panama, pp. 1 in ZooKeys 1143 on page 1, DOI: 10.3897/zookeys.1143.93601
DOI: 10.5281/zenodo.18057619
title: Table 2 in A consolidated phylogeny of snail-eating snakes (Serpentes, Dipsadini), with the description of five new species from Colombia, Ecuador, and Panama

description: Table 2. Differences in coloration, scale counts, and size between Sibon annulatus, S. canopy sp. nov., S. irmelindicaprioae sp. nov., and S. marleyae sp. nov. The range of each continuous variable is from our own sample, Peters (1960), Savage and McDiarmid 1992, Lewis et al. (2013), Lotzkat (2014), and Meneses-Pelayo et al. (2016). The numbers in parentheses represent the sample size.
VariableSibon annulatusSibon canopy sp. nov.Sibon irmelindicaprioae sp. nov.Sibon marleyae sp. nov.Dorsum patternReddish bands distinct and extending over the entire dorsal and lateral surfacesReddish bands distinct and broken along vertebral line in about half of individualsReddish bands faint and broken along vertebral lineReddish bands distinct and usually broken along vertebral lineReddish vertebral spots in interspacesNoYesNoNoHead patternSymmetrical broad blotchesIrregular broad blotchesFinely variegatedIrregular/symmetrical broad blotchesSupralabials7-86-87-97-8Infralabials7-96-88-108-9Postmentals2122 (1 in QCAZ 16974)SexMales (n = 10)Females (n = 15)Males (n = 12)Females (n = 8)Males (n = 7)Females (n = 1)Males (n = 6)Females (n = 5)Maximum TOL707 mm611 mm648 mm536 mm580 mm606 mm657 mm551 mmVentrals170-192161-186180-189170-185187-196174186-204176-193Subcaudals108-135113-126113-130107-124110-128117130-143109-128
description: Published as part of Arteaga, Alejandro & Batista, Abel, 2023, A consolidated phylogeny of snail-eating snakes (Serpentes, Dipsadini), with the description of five new species from Colombia, Ecuador, and Panama, pp. 1 in ZooKeys 1143 on page 1, DOI: 10.3897/zookeys.1143.93601
DOI: 10.5281/zenodo.18057620
title: Table 2 in A consolidated phylogeny of snail-eating snakes (Serpentes, Dipsadini), with the description of five new species from Colombia, Ecuador, and Panama

description: Table 2. Differences in coloration, scale counts, and size between Sibon annulatus, S. canopy sp. nov., S. irmelindicaprioae sp. nov., and S. marleyae sp. nov. The range of each continuous variable is from our own sample, Peters (1960), Savage and McDiarmid 1992, Lewis et al. (2013), Lotzkat (2014), and Meneses-Pelayo et al. (2016). The numbers in parentheses represent the sample size.
VariableSibon annulatusSibon canopy sp. nov.Sibon irmelindicaprioae sp. nov.Sibon marleyae sp. nov.Dorsum patternReddish bands distinct and extending over the entire dorsal and lateral surfacesReddish bands distinct and broken along vertebral line in about half of individualsReddish bands faint and broken along vertebral lineReddish bands distinct and usually broken along vertebral lineReddish vertebral spots in interspacesNoYesNoNoHead patternSymmetrical broad blotchesIrregular broad blotchesFinely variegatedIrregular/symmetrical broad blotchesSupralabials7-86-87-97-8Infralabials7-96-88-108-9Postmentals2122 (1 in QCAZ 16974)SexMales (n = 10)Females (n = 15)Males (n = 12)Females (n = 8)Males (n = 7)Females (n = 1)Males (n = 6)Females (n = 5)Maximum TOL707 mm611 mm648 mm536 mm580 mm606 mm657 mm551 mmVentrals170-192161-186180-189170-185187-196174186-204176-193Subcaudals108-135113-126113-130107-124110-128117130-143109-128
description: Published as part of Arteaga, Alejandro & Batista, Abel, 2023, A consolidated phylogeny of snail-eating snakes (Serpentes, Dipsadini), with the description of five new species from Colombia, Ecuador, and Panama, pp. 1 in ZooKeys 1143 on page 1, DOI: 10.3897/zookeys.1143.93601
DOI: 10.5281/zenodo.18057622
title: Table 3 in A consolidated phylogeny of snail-eating snakes (Serpentes, Dipsadini), with the description of five new species from Colombia, Ecuador, and Panama

description: Table 3. Differences in coloration, scale counts, and size between Sibon leucomelas and S. vieirai sp. nov. The range of each continuous variable is from our own sample, Boulenger 1896, and Frazier et al. (2006). The numbers in parentheses represent the sample size.
VariableSibon leucomelasSibon vieirai sp. nov.White dorsal bandsDistinct, 1-2 scales wideIncomplete, broken into dotsComplete black bands extending over the entire dorsal and lateral surfacesPresent, distinctUsually absent; if present, indistinct and brokenColor of pale dorsal markingsRosy whiteWhiteThroat patternEntirely black with fine white specklingCheckerboard, with large black and white markingsSexMales (n = 5)Females (n = 7)Males (n = 8)Females (n = 5)Maximum TOL809 mm700 mm732 mm714 mmVentral scales190-198187-194183-195178-189Subcaudal scales86-10184-10095-10578-92
description: Published as part of Arteaga, Alejandro & Batista, Abel, 2023, A consolidated phylogeny of snail-eating snakes (Serpentes, Dipsadini), with the description of five new species from Colombia, Ecuador, and Panama, pp. 1 in ZooKeys 1143 on page 1, DOI: 10.3897/zookeys.1143.93601
DOI: 10.5281/zenodo.18057621
title: Table 3 in A consolidated phylogeny of snail-eating snakes (Serpentes, Dipsadini), with the description of five new species from Colombia, Ecuador, and Panama

description: Table 3. Differences in coloration, scale counts, and size between Sibon leucomelas and S. vieirai sp. nov. The range of each continuous variable is from our own sample, Boulenger 1896, and Frazier et al. (2006). The numbers in parentheses represent the sample size.
VariableSibon leucomelasSibon vieirai sp. nov.White dorsal bandsDistinct, 1-2 scales wideIncomplete, broken into dotsComplete black bands extending over the entire dorsal and lateral surfacesPresent, distinctUsually absent; if present, indistinct and brokenColor of pale dorsal markingsRosy whiteWhiteThroat patternEntirely black with fine white specklingCheckerboard, with large black and white markingsSexMales (n = 5)Females (n = 7)Males (n = 8)Females (n = 5)Maximum TOL809 mm700 mm732 mm714 mmVentral scales190-198187-194183-195178-189Subcaudal scales86-10184-10095-10578-92
description: Published as part of Arteaga, Alejandro & Batista, Abel, 2023, A consolidated phylogeny of snail-eating snakes (Serpentes, Dipsadini), with the description of five new species from Colombia, Ecuador, and Panama, pp. 1 in ZooKeys 1143 on page 1, DOI: 10.3897/zookeys.1143.93601
DOI: 10.5281/zenodo.18057623
title: Table 4 in A consolidated phylogeny of snail-eating snakes (Serpentes, Dipsadini), with the description of five new species from Colombia, Ecuador, and Panama

description: Table 4. Differences in coloration, scale counts, and size between Dipsas vermiculata and D. welborni sp. nov. The range of each continuous variable is from our own sample, Peters (1960), and Vera-Pérez (2020). The numbers in parentheses represent the sample size.
VariableDipsas vermiculataDipsas welborni sp. nov.Background color of ventral surfacesAlways whiteUsually yellow, occasionally pale yellowish whitePrefrontals fusedNo (partially fused in ZSFQ 5060)YesRows of spines on hemipenis body (asulcate surface)1-2 rows of curved spines2 rows of straight spines followed by 2-3 rows of curved spinesSexMales (n = 8)Females (n = 3)Males (n = 7)Females (n = 3)Maximum SVL515 mm501 mm542 mm595 mmMaximum TOL735 mm701 mm689 mm876 mmVentral scales181-192173-174181-193177-179Subcaudal scales103-11399-103107-116105-106
description: Published as part of Arteaga, Alejandro & Batista, Abel, 2023, A consolidated phylogeny of snail-eating snakes (Serpentes, Dipsadini), with the description of five new species from Colombia, Ecuador, and Panama, pp. 1 in ZooKeys 1143 on page 1, DOI: 10.3897/zookeys.1143.93601
DOI: 10.5281/zenodo.18057624
title: Table 4 in A consolidated phylogeny of snail-eating snakes (Serpentes, Dipsadini), with the description of five new species from Colombia, Ecuador, and Panama

description: Table 4. Differences in coloration, scale counts, and size between Dipsas vermiculata and D. welborni sp. nov. The range of each continuous variable is from our own sample, Peters (1960), and Vera-Pérez (2020). The numbers in parentheses represent the sample size.
VariableDipsas vermiculataDipsas welborni sp. nov.Background color of ventral surfacesAlways whiteUsually yellow, occasionally pale yellowish whitePrefrontals fusedNo (partially fused in ZSFQ 5060)YesRows of spines on hemipenis body (asulcate surface)1-2 rows of curved spines2 rows of straight spines followed by 2-3 rows of curved spinesSexMales (n = 8)Females (n = 3)Males (n = 7)Females (n = 3)Maximum SVL515 mm501 mm542 mm595 mmMaximum TOL735 mm701 mm689 mm876 mmVentral scales181-192173-174181-193177-179Subcaudal scales103-11399-103107-116105-106
description: Published as part of Arteaga, Alejandro & Batista, Abel, 2023, A consolidated phylogeny of snail-eating snakes (Serpentes, Dipsadini), with the description of five new species from Colombia, Ecuador, and Panama, pp. 1 in ZooKeys 1143 on page 1, DOI: 10.3897/zookeys.1143.93601
DOI: 10.5281/zenodo.18057629
title: Table A 2 in A consolidated phylogeny of snail-eating snakes (Serpentes, Dipsadini), with the description of five new species from Colombia, Ecuador, and Panama

description: Table A2. List of PCR and sequencing primers and their respective PCR conditions (denaturation, annealing, extension and number of corresponding cycles) used in this study. All PCR protocols included an initial 3-min step at 94 °C and a final extension of 10 min at 72 °C.
LocusPrimerSequence (5 ’-3’)ReferencePCR profile:12SH1557modGTACRCTTACCWTGTTACGACTTZaher et al. 200993 °C (1 min), 54 °C (1 min), 72 °C (2-5 min) [x25-40]L1091modCAAACTAGGATTAGATACCCTACTAT16S16Sar-LCGCCTGTTTATCAAAAACATPalumbi et al. (1991)94 °C (45 sec), 53 °C (45 sec), 72 °C (1 min) [x30]16Sbr-H-RCCGGTCTGAACTCAGATCACGTCOIRepCOI-FTNTTMTCAACNAACCACAAAGAMurphy et al. (2013)94 °C (3 min), 48.5 °C (30 sec), 72 °C (1 min) [x40]RepCOI-RACTTCTGGRTGKCCAAARAATCACytbL14910GACCTGTGATMTGAAAACCAYCGTTGTBurbrink et al. (2000)94 °C (1 min), 58 °C (1 min), 72 °C (2 min) [x30-36]H16064CTTTGGTTTACAAGAACAATGCTTTAND4ND4CACCTATGACTACCAAAAGCTCATGTAGAAGCArévalo et al. (1994)94 °C (25 sec), 56 or 60 °C (1 min), 72 °C (2 min) [x25-30]LeuCATTACTTTTACTTGGATTTGCACCA
description: Published as part of Arteaga, Alejandro & Batista, Abel, 2023, A consolidated phylogeny of snail-eating snakes (Serpentes, Dipsadini), with the description of five new species from Colombia, Ecuador, and Panama, pp. 1 in ZooKeys 1143 on page 1, DOI: 10.3897/zookeys.1143.93601
DOI: 10.5281/zenodo.18057630
title: Table A 2 in A consolidated phylogeny of snail-eating snakes (Serpentes, Dipsadini), with the description of five new species from Colombia, Ecuador, and Panama

description: Table A2. List of PCR and sequencing primers and their respective PCR conditions (denaturation, annealing, extension and number of corresponding cycles) used in this study. All PCR protocols included an initial 3-min step at 94 °C and a final extension of 10 min at 72 °C.
LocusPrimerSequence (5 ’-3’)ReferencePCR profile:12SH1557modGTACRCTTACCWTGTTACGACTTZaher et al. 200993 °C (1 min), 54 °C (1 min), 72 °C (2-5 min) [x25-40]L1091modCAAACTAGGATTAGATACCCTACTAT16S16Sar-LCGCCTGTTTATCAAAAACATPalumbi et al. (1991)94 °C (45 sec), 53 °C (45 sec), 72 °C (1 min) [x30]16Sbr-H-RCCGGTCTGAACTCAGATCACGTCOIRepCOI-FTNTTMTCAACNAACCACAAAGAMurphy et al. (2013)94 °C (3 min), 48.5 °C (30 sec), 72 °C (1 min) [x40]RepCOI-RACTTCTGGRTGKCCAAARAATCACytbL14910GACCTGTGATMTGAAAACCAYCGTTGTBurbrink et al. (2000)94 °C (1 min), 58 °C (1 min), 72 °C (2 min) [x30-36]H16064CTTTGGTTTACAAGAACAATGCTTTAND4ND4CACCTATGACTACCAAAAGCTCATGTAGAAGCArévalo et al. (1994)94 °C (25 sec), 56 or 60 °C (1 min), 72 °C (2 min) [x25-30]LeuCATTACTTTTACTTGGATTTGCACCA
description: Published as part of Arteaga, Alejandro & Batista, Abel, 2023, A consolidated phylogeny of snail-eating snakes (Serpentes, Dipsadini), with the description of five new species from Colombia, Ecuador, and Panama, pp. 1 in ZooKeys 1143 on page 1, DOI: 10.3897/zookeys.1143.93601
DOI: 10.15468/66h9mb
title: Review of the subgenus Larsoceraphron Dessart, 1981 of the genus Ceraphron Jurine, 1807 (Hymenoptera, Ceraphronidae) with the description of a new species from Thailand

description: This dataset contains the digitized treatments in Plazi based on the original journal article Ghafouri Moghaddam, Mostafa, Salden, Tobias, Heidari Latibari, Minoo, Butcher, Buntika A. (2025): Review of the subgenus Larsoceraphron Dessart, 1981 of the genus Ceraphron Jurine, 1807 (Hymenoptera, Ceraphronidae) with the description of a new species from Thailand. Journal of Hymenoptera Research 98: 579-602, DOI: 10.3897/jhr.98.151607AbstractThe subgenus Larsoceraphron Dessart, 1981 of the genus Ceraphron Jurine, 1807 is reviewed, and a new species, Ceraphron (Larsoceraphron) chularoipaad sp. nov., from Thailand is described and illustrated. This represents the first species-level record of the genus Ceraphron in Thailand. Additionally, we provide the redescriptions and illustrations of three previously known species viz., C. (L.) huggerti, C. (L.) sylviae, and C. (L.) tobiasi. We also include two identification keys for all known subgenera of Ceraphron and species of the subgenus Larsoceraphron.
DOI: 10.15468/jze2sz
title: Five new species of the spider genus Heteropoda Latreille, 1804 (Araneae: Sparassidae) from China

description: This dataset contains the digitized treatments in Plazi based on the original journal article Korai, Shakal Khan, Jäger, Peter (2024): Five new species of the spider genus Heteropoda Latreille, 1804 (Araneae: Sparassidae) from China. European Journal of Taxonomy 947 (1): 109-129, DOI: 10.5852/ejt.2024.947.2623, URL: https://europeanjournaloftaxonomy.eu/index.php/ejt/article/download/2623/12041Abstract. Five new species of Heteropoda (Araneae, Sparassidae, Heteropodinae) are described from China: H. bawanglingensis sp. nov. (female; Hainan), H. dulongensis sp. nov. (male, female; Yunnan), H. hainanensis sp. nov. (male, female; Hainan), H. longa sp. nov. (female; Guizhou), and H. vaginalis sp. nov. (female; Yunnan). We provide descriptions and illustrations for each species as well as a distribution map in the current paper.
DOI: 10.15468/ffe9wd
title: A revision of the genus Pontocrates Boeck, 1871 (Amphipoda, Oedicerotidae) with the description of P. moorei sp. nov. and the re-establishment of P. norvegicus (Boeck, 1860)

description: This dataset contains the digitized treatments in Plazi based on the original journal article Myers, Alan A., Ashelby, Christopher W. (2022): A revision of the genus Pontocrates Boeck, 1871 (Amphipoda, Oedicerotidae) with the description of P. moorei sp. nov. and the re-establishment of P. norvegicus (Boeck, 1860). Zootaxa 5115 (4): 582-598, DOI: 10.11646/zootaxa.5115.4.8AbstractThe genus Pontocrates Boeck, 1871 is revised. Pontocrates norvegicus Boeck (1860), is re-established and a new species, P. moorei sp. nov., is described. An illustrated key to the species of the genus is provided.