taxonID	type	format	identifier	references	title	description	created	creator	contributor	publisher	audience	source	license	rightsHolder	datasetID
10F2EE9759595C18BE255B6FFB1C197E.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/800095	https://doi.org/10.3897/vz.73.e98367.figure5	Figure 5. Horaglanis populi holotype (KUFOS. F. 2022.101, 32.5 mm standard length) in A life and B - F immediately after preservation. A, B Lateral view; C ventral view; D dorsal view; E lateral view of head; F ventral view of head.	Figure 5. Horaglanis populi holotype (KUFOS. F. 2022.101, 32.5 mm standard length) in A life and B - F immediately after preservation. A, B Lateral view; C ventral view; D dorsal view; E lateral view of head; F ventral view of head.	2023-01-25	Raghavan, Rajeev;Sundar, Remya L.;Arjun, C. P.;Britz, Ralf;Dahanukar, Neelesh		Zenodo	biologists	Raghavan, Rajeev;Sundar, Remya L.;Arjun, C. P.;Britz, Ralf;Dahanukar, Neelesh			
10F2EE9759595C18BE255B6FFB1C197E.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/800092	https://doi.org/10.3897/vz.73.e98367.figure2	Figure 2. Phylogenetic tree of species of Horaglanis and their delimitation. A Maximum likelihood phylogenetic tree based on concatenated mitochondrial COI, cyt b, 12 S rRNA and 16 S rRNA gene sequences employing best partition scheme and nucleotide substitution models. B Maximum likelihood phylogenetic analysis based on COI gene employing best partition scheme and nucleotide substitution models. Species delimitation based on ASAP, PTP, bPTP and mPTP processes shown as bars adjacent to species names. C Box plots of intraspecific and interspecific genetic p-distances in COI gene. Genetic gap between greatest intraspecific (5.3 %) and smallest interspecific (7.0 %) genetic distance shown in light grey. A, B Clarias species used as outgroups. Values along nodes are bootstrap supports based on 1000 iterations. Asterisks indicate sequences generated in the current study.	Figure 2. Phylogenetic tree of species of Horaglanis and their delimitation. A Maximum likelihood phylogenetic tree based on concatenated mitochondrial COI, cyt b, 12 S rRNA and 16 S rRNA gene sequences employing best partition scheme and nucleotide substitution models. B Maximum likelihood phylogenetic analysis based on COI gene employing best partition scheme and nucleotide substitution models. Species delimitation based on ASAP, PTP, bPTP and mPTP processes shown as bars adjacent to species names. C Box plots of intraspecific and interspecific genetic p-distances in COI gene. Genetic gap between greatest intraspecific (5.3 %) and smallest interspecific (7.0 %) genetic distance shown in light grey. A, B Clarias species used as outgroups. Values along nodes are bootstrap supports based on 1000 iterations. Asterisks indicate sequences generated in the current study.	2023-01-25	Raghavan, Rajeev;Sundar, Remya L.;Arjun, C. P.;Britz, Ralf;Dahanukar, Neelesh		Zenodo	biologists	Raghavan, Rajeev;Sundar, Remya L.;Arjun, C. P.;Britz, Ralf;Dahanukar, Neelesh			
10F2EE9759595C18BE255B6FFB1C197E.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/800096	https://doi.org/10.3897/vz.73.e98367.figure6	Figure 6. 3 - D reconstructed CT-images of head and anterior vertebrae of Horaglanis populi, KUFOS. F. 2022.106, 29.3 mm. A Lateral view, note large trigeminofacial foramen (marked by asterisk) in lateral wall of neurocranium; B dorsal view illustrating lack of epiphyseal bridge and large cranial fontanelle (margin marked by line of dots); C anterior view of upper and lower jaws, showing rows of sharply pointed recurved, villiform teeth.	Figure 6. 3 - D reconstructed CT-images of head and anterior vertebrae of Horaglanis populi, KUFOS. F. 2022.106, 29.3 mm. A Lateral view, note large trigeminofacial foramen (marked by asterisk) in lateral wall of neurocranium; B dorsal view illustrating lack of epiphyseal bridge and large cranial fontanelle (margin marked by line of dots); C anterior view of upper and lower jaws, showing rows of sharply pointed recurved, villiform teeth.	2023-01-25	Raghavan, Rajeev;Sundar, Remya L.;Arjun, C. P.;Britz, Ralf;Dahanukar, Neelesh		Zenodo	biologists	Raghavan, Rajeev;Sundar, Remya L.;Arjun, C. P.;Britz, Ralf;Dahanukar, Neelesh			
10F2EE9759595C18BE255B6FFB1C197E.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/800091	https://doi.org/10.3897/vz.73.e98367.figure1	Figure 1. Habitus, habitat and distribution of Horaglanis in Kerala, southwestern India. A Horaglanis in life. B Typical laterite rock showing tiny pores. C Homestead lateritic dug-out well in Kerala - habitat of Horaglanis. D Range and species-specific localities within the lateritic soil zone of Kerala based on published distribution records prior to current study. E Current distribution records resulting from our citizen science campaign. Colored circles are genetically confirmed species, while unfilled / white circles indicate records available from social and print media that were not genetically analyzed.	Figure 1. Habitus, habitat and distribution of Horaglanis in Kerala, southwestern India. A Horaglanis in life. B Typical laterite rock showing tiny pores. C Homestead lateritic dug-out well in Kerala - habitat of Horaglanis. D Range and species-specific localities within the lateritic soil zone of Kerala based on published distribution records prior to current study. E Current distribution records resulting from our citizen science campaign. Colored circles are genetically confirmed species, while unfilled / white circles indicate records available from social and print media that were not genetically analyzed.	2023-01-25	Raghavan, Rajeev;Sundar, Remya L.;Arjun, C. P.;Britz, Ralf;Dahanukar, Neelesh		Zenodo	biologists	Raghavan, Rajeev;Sundar, Remya L.;Arjun, C. P.;Britz, Ralf;Dahanukar, Neelesh			
