taxonID	type	format	identifier	references	title	description	created	creator	contributor	publisher	audience	source	license	rightsHolder	datasetID
611387FF8839913885E5FE47FBFC9A8A.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/13774308/files/figure.png	https://doi.org/10.5281/zenodo.13774308	Figure 2. Genetic analyses of Trictenotomidae. Upper left, population genetic structure of Autocrates maqueti obtained from TCS and TCSBU. Lower left, the distribution of A. maqueti populations and their genetic clusters inferred by COI data. The colour of each haplotype corresponds to the colours in the upper left.Right, molecular phylogenetic tree resulting from IQ-TREE and BEAST and the molecular species delimitation results.The left semicircle on the node represents the ultrafast bootstrap value, and the right semicircle represents the posterior probability. Black indicates a supporting value>95, grey>80 (and <95).	Figure 2. Genetic analyses of Trictenotomidae. Upper left, population genetic structure of Autocrates maqueti obtained from TCS and TCSBU. Lower left, the distribution of A. maqueti populations and their genetic clusters inferred by COI data. The colour of each haplotype corresponds to the colours in the upper left.Right, molecular phylogenetic tree resulting from IQ-TREE and BEAST and the molecular species delimitation results.The left semicircle on the node represents the ultrafast bootstrap value, and the right semicircle represents the posterior probability. Black indicates a supporting value>95, grey>80 (and <95).	2024-08-07	Lee, Seunghyun;Drumont, Alain;Telnov, Dmitry;Lee, Seunghwan;Bai, Ming		Zenodo	biologists	Lee, Seunghyun;Drumont, Alain;Telnov, Dmitry;Lee, Seunghwan;Bai, Ming			
611387FF8839913885E5FE47FBFC9A8A.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/13774306/files/figure.png	https://doi.org/10.5281/zenodo.13774306	Figure 1. The genus Autocrates. A, global distribution and detailed discovery record in South Korea. B, Autocrates aeneus from Myanmar.C, Autocrates maqueti from South Korea.D, female oviposition of A. maqueti and L1 larvae (inner circle). E, mature larva of A. maqueti. F, pupa of A. maqueti.	Figure 1. The genus Autocrates. A, global distribution and detailed discovery record in South Korea. B, Autocrates aeneus from Myanmar.C, Autocrates maqueti from South Korea.D, female oviposition of A. maqueti and L1 larvae (inner circle). E, mature larva of A. maqueti. F, pupa of A. maqueti.	2024-08-07	Lee, Seunghyun;Drumont, Alain;Telnov, Dmitry;Lee, Seunghwan;Bai, Ming		Zenodo	biologists	Lee, Seunghyun;Drumont, Alain;Telnov, Dmitry;Lee, Seunghwan;Bai, Ming			
611387FF8839913885E5FE47FBFC9A8A.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/13774310/files/figure.png	https://doi.org/10.5281/zenodo.13774310	Figure 3. Divergence time estimation and biogeographical analysis. The main figure shows the time tree of Trictenotomidae obtained from BEAST, and the horizontal bars on the nodes indicate 95% highest posterior density intervals for divergence time estimates.The pie charts above nodes indicate the relative probability of ancestral distribution at the corresponding node. Upper left box, biogeographical regions used in the present study.Upper right box, Palaeo-map of East Asia 3.5–0.8 Mya. The red dotted line indicates Min-Zhe uplift.Modified from Zhang et al. (2019). Abbreviations:CN, China; KR, South Korea.	Figure 3. Divergence time estimation and biogeographical analysis. The main figure shows the time tree of Trictenotomidae obtained from BEAST, and the horizontal bars on the nodes indicate 95% highest posterior density intervals for divergence time estimates.The pie charts above nodes indicate the relative probability of ancestral distribution at the corresponding node. Upper left box, biogeographical regions used in the present study.Upper right box, Palaeo-map of East Asia 3.5–0.8 Mya. The red dotted line indicates Min-Zhe uplift.Modified from Zhang et al. (2019). Abbreviations:CN, China; KR, South Korea.	2024-08-07	Lee, Seunghyun;Drumont, Alain;Telnov, Dmitry;Lee, Seunghwan;Bai, Ming		Zenodo	biologists	Lee, Seunghyun;Drumont, Alain;Telnov, Dmitry;Lee, Seunghwan;Bai, Ming			
611387FF883B913A85AFF8A8FDEB9C0C.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/13774306/files/figure.png	https://doi.org/10.5281/zenodo.13774306	Figure 1. The genus Autocrates. A, global distribution and detailed discovery record in South Korea. B, Autocrates aeneus from Myanmar.C, Autocrates maqueti from South Korea.D, female oviposition of A. maqueti and L1 larvae (inner circle). E, mature larva of A. maqueti. F, pupa of A. maqueti.	Figure 1. The genus Autocrates. A, global distribution and detailed discovery record in South Korea. B, Autocrates aeneus from Myanmar.C, Autocrates maqueti from South Korea.D, female oviposition of A. maqueti and L1 larvae (inner circle). E, mature larva of A. maqueti. F, pupa of A. maqueti.	2024-08-07	Lee, Seunghyun;Drumont, Alain;Telnov, Dmitry;Lee, Seunghwan;Bai, Ming		Zenodo	biologists	Lee, Seunghyun;Drumont, Alain;Telnov, Dmitry;Lee, Seunghwan;Bai, Ming			
611387FF883B913A85AFF8A8FDEB9C0C.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/13774308/files/figure.png	https://doi.org/10.5281/zenodo.13774308	Figure 2. Genetic analyses of Trictenotomidae. Upper left, population genetic structure of Autocrates maqueti obtained from TCS and TCSBU. Lower left, the distribution of A. maqueti populations and their genetic clusters inferred by COI data. The colour of each haplotype corresponds to the colours in the upper left.Right, molecular phylogenetic tree resulting from IQ-TREE and BEAST and the molecular species delimitation results.The left semicircle on the node represents the ultrafast bootstrap value, and the right semicircle represents the posterior probability. Black indicates a supporting value>95, grey>80 (and <95).	Figure 2. Genetic analyses of Trictenotomidae. Upper left, population genetic structure of Autocrates maqueti obtained from TCS and TCSBU. Lower left, the distribution of A. maqueti populations and their genetic clusters inferred by COI data. The colour of each haplotype corresponds to the colours in the upper left.Right, molecular phylogenetic tree resulting from IQ-TREE and BEAST and the molecular species delimitation results.The left semicircle on the node represents the ultrafast bootstrap value, and the right semicircle represents the posterior probability. Black indicates a supporting value>95, grey>80 (and <95).	2024-08-07	Lee, Seunghyun;Drumont, Alain;Telnov, Dmitry;Lee, Seunghwan;Bai, Ming		Zenodo	biologists	Lee, Seunghyun;Drumont, Alain;Telnov, Dmitry;Lee, Seunghwan;Bai, Ming			
611387FF883B913A85AFF8A8FDEB9C0C.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/13774310/files/figure.png	https://doi.org/10.5281/zenodo.13774310	Figure 3. Divergence time estimation and biogeographical analysis. The main figure shows the time tree of Trictenotomidae obtained from BEAST, and the horizontal bars on the nodes indicate 95% highest posterior density intervals for divergence time estimates.The pie charts above nodes indicate the relative probability of ancestral distribution at the corresponding node. Upper left box, biogeographical regions used in the present study.Upper right box, Palaeo-map of East Asia 3.5–0.8 Mya. The red dotted line indicates Min-Zhe uplift.Modified from Zhang et al. (2019). Abbreviations:CN, China; KR, South Korea.	Figure 3. Divergence time estimation and biogeographical analysis. The main figure shows the time tree of Trictenotomidae obtained from BEAST, and the horizontal bars on the nodes indicate 95% highest posterior density intervals for divergence time estimates.The pie charts above nodes indicate the relative probability of ancestral distribution at the corresponding node. Upper left box, biogeographical regions used in the present study.Upper right box, Palaeo-map of East Asia 3.5–0.8 Mya. The red dotted line indicates Min-Zhe uplift.Modified from Zhang et al. (2019). Abbreviations:CN, China; KR, South Korea.	2024-08-07	Lee, Seunghyun;Drumont, Alain;Telnov, Dmitry;Lee, Seunghwan;Bai, Ming		Zenodo	biologists	Lee, Seunghyun;Drumont, Alain;Telnov, Dmitry;Lee, Seunghwan;Bai, Ming			
