taxonID	type	format	identifier	references	title	description	created	creator	contributor	publisher	audience	source	license	rightsHolder	datasetID
03A287B16B3A5565F231F903FE6CF827.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/14339653/files/figure.png	https://doi.org/10.5281/zenodo.14339653	Fig. 47. Lioosicia bojani Sulej and Niedźwiedzki, 2019 from Lisowice-Lipie Śląskie. Reconstruction of skull (A, B) and mandible (C) based on many elements described in text, in lateral (A, C), and dorsal (B) views.	Fig. 47. Lioosicia bojani Sulej and Niedźwiedzki, 2019 from Lisowice-Lipie Śląskie. Reconstruction of skull (A, B) and mandible (C) based on many elements described in text, in lateral (A, C), and dorsal (B) views.	2024-09-14	Sulej, Tomasz		Zenodo	biologists	Sulej, Tomasz			
03A287B16B3A5565F231F903FE6CF827.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/14339655/files/figure.png	https://doi.org/10.5281/zenodo.14339655	Fig. 48. Lioosicia bojani Sulej and Niedźwiedzki, 2019 from Lisowice-Lipie Śląskie. A, reconstruction of skeleton in lateral view. Ŋe proportions from Parakannemeyeria chengi, and the shape of the manus and foot are based on Camp and Welles (1956). B, reconstruction of vertebral column in lateral view.	Fig. 48. Lioosicia bojani Sulej and Niedźwiedzki, 2019 from Lisowice-Lipie Śląskie. A, reconstruction of skeleton in lateral view. Ŋe proportions from Parakannemeyeria chengi, and the shape of the manus and foot are based on Camp and Welles (1956). B, reconstruction of vertebral column in lateral view.	2024-09-14	Sulej, Tomasz		Zenodo	biologists	Sulej, Tomasz			
03A287B16B0F556FF2D5FB61FF15FE79.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/14339660/files/figure.png	https://doi.org/10.5281/zenodo.14339660	Fig. 49. Phylogeny of Triassic dicynodonts.Ŋe crania of the well-known dicynodonts in cross-sections, showing three lineages with much different shape of the parietal and braincase.Stahleckeria and Iochigualaotia are based on Camp (1956).	Fig. 49. Phylogeny of Triassic dicynodonts.Ŋe crania of the well-known dicynodonts in cross-sections, showing three lineages with much different shape of the parietal and braincase.Stahleckeria and Iochigualaotia are based on Camp (1956).	2024-09-14	Sulej, Tomasz		Zenodo	biologists	Sulej, Tomasz			
03A287B16B0F556FF2D5FB61FF15FE79.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/14339664/files/figure.png	https://doi.org/10.5281/zenodo.14339664	Fig. 50. Phylogeny of the well-known Triassic dicynodonts. The ilium of Dinodontooauruo brevirootrio is based on the material from MCN [ personal studies , and Kammerer and Ordoñez ( 2021 ) ] , ilium of Stahleckeria poteno and all postcranial elements of Placeriao ‘gigao’ are based on Camp and Welles ( 1956 ) and modified . The skulls of Dinodontooauruo tener and D . brevirootrio , their scapula and sternum are based on Kammerer and Ordoñez (2021). The skull of Stahleckeria poteno is based on Maisch ( 2001 ) , its scapula is based on personal observation of the GPIT . The sternum of Stahleckeria is based on Cox (1965). The scapula of Iochigualaotia jenoeni is based on personal studies of MCZ materials . The rest of the Iochigualaotia jenoeni bones are based on Cox ( 1965 ) and modified. The scapula of Jachaleria candelarienoio is based on Araújo and Gonzaga (1980) , skull and other bones are based on Vega-Diaz and Schultz ( 2004 ) and modified based on personal studies. Jachaleria colorata is based on Bonaparte (1978). Acratophoruo argentinenoio is based on Kammerer and Ordoñez ( 2021 ) . Kannemeyeria oimocephaluo is based on Cox ( 1965 ) and Renaut and Hancox (2001). Rhadiodromuo mariae is based on Surkov (2003), Rabidooauruo criotatuo is based on personal observation , Wadiaoauruo indicuo is based on Bandyopadhyay ( 1988 ) and modified based on personal observations. Parakannemeyeria youngi skull and Sinokannemeyeria yingchiaoenoio scapula , ilium , and sternum from Sun ( 1963 ) . Sanguoauruo is based on Angielczyk et al. (2018). Shaanbeikannemeyeria is based on Liu et al. (2017). Woznikella is based on Szczygielski and Sulej ( 2023 ) . Zambiaoauruo is based on Cox ( 1969 ) .	Fig. 50. Phylogeny of the well-known Triassic dicynodonts. The ilium of Dinodontooauruo brevirootrio is based on the material from MCN [ personal studies , and Kammerer and Ordoñez ( 2021 ) ] , ilium of Stahleckeria poteno and all postcranial elements of Placeriao ‘gigao’ are based on Camp and Welles ( 1956 ) and modified . The skulls of Dinodontooauruo tener and D . brevirootrio , their scapula and sternum are based on Kammerer and Ordoñez (2021). The skull of Stahleckeria poteno is based on Maisch ( 2001 ) , its scapula is based on personal observation of the GPIT . The sternum of Stahleckeria is based on Cox (1965). The scapula of Iochigualaotia jenoeni is based on personal studies of MCZ materials . The rest of the Iochigualaotia jenoeni bones are based on Cox ( 1965 ) and modified. The scapula of Jachaleria candelarienoio is based on Araújo and Gonzaga (1980) , skull and other bones are based on Vega-Diaz and Schultz ( 2004 ) and modified based on personal studies. Jachaleria colorata is based on Bonaparte (1978). Acratophoruo argentinenoio is based on Kammerer and Ordoñez ( 2021 ) . Kannemeyeria oimocephaluo is based on Cox ( 1965 ) and Renaut and Hancox (2001). Rhadiodromuo mariae is based on Surkov (2003), Rabidooauruo criotatuo is based on personal observation , Wadiaoauruo indicuo is based on Bandyopadhyay ( 1988 ) and modified based on personal observations. Parakannemeyeria youngi skull and Sinokannemeyeria yingchiaoenoio scapula , ilium , and sternum from Sun ( 1963 ) . Sanguoauruo is based on Angielczyk et al. (2018). Shaanbeikannemeyeria is based on Liu et al. (2017). Woznikella is based on Szczygielski and Sulej ( 2023 ) . Zambiaoauruo is based on Cox ( 1969 ) .	2024-09-14	Sulej, Tomasz		Zenodo	biologists	Sulej, Tomasz			
03A287B16B0A5571F182FDC3FD45FF5F.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/14339655/files/figure.png	https://doi.org/10.5281/zenodo.14339655	Fig. 48. Lioosicia bojani Sulej and Niedźwiedzki, 2019 from Lisowice-Lipie Śląskie. A, reconstruction of skeleton in lateral view. Ŋe proportions from Parakannemeyeria chengi, and the shape of the manus and foot are based on Camp and Welles (1956). B, reconstruction of vertebral column in lateral view.	Fig. 48. Lioosicia bojani Sulej and Niedźwiedzki, 2019 from Lisowice-Lipie Śląskie. A, reconstruction of skeleton in lateral view. Ŋe proportions from Parakannemeyeria chengi, and the shape of the manus and foot are based on Camp and Welles (1956). B, reconstruction of vertebral column in lateral view.	2024-09-14	Sulej, Tomasz		Zenodo	biologists	Sulej, Tomasz			
03A287B16B0A5571F182FDC3FD45FF5F.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/14339664/files/figure.png	https://doi.org/10.5281/zenodo.14339664	Fig. 50. Phylogeny of the well-known Triassic dicynodonts. The ilium of Dinodontooauruo brevirootrio is based on the material from MCN [ personal studies , and Kammerer and Ordoñez ( 2021 ) ] , ilium of Stahleckeria poteno and all postcranial elements of Placeriao ‘gigao’ are based on Camp and Welles ( 1956 ) and modified . The skulls of Dinodontooauruo tener and D . brevirootrio , their scapula and sternum are based on Kammerer and Ordoñez (2021). The skull of Stahleckeria poteno is based on Maisch ( 2001 ) , its scapula is based on personal observation of the GPIT . The sternum of Stahleckeria is based on Cox (1965). The scapula of Iochigualaotia jenoeni is based on personal studies of MCZ materials . The rest of the Iochigualaotia jenoeni bones are based on Cox ( 1965 ) and modified. The scapula of Jachaleria candelarienoio is based on Araújo and Gonzaga (1980) , skull and other bones are based on Vega-Diaz and Schultz ( 2004 ) and modified based on personal studies. Jachaleria colorata is based on Bonaparte (1978). Acratophoruo argentinenoio is based on Kammerer and Ordoñez ( 2021 ) . Kannemeyeria oimocephaluo is based on Cox ( 1965 ) and Renaut and Hancox (2001). Rhadiodromuo mariae is based on Surkov (2003), Rabidooauruo criotatuo is based on personal observation , Wadiaoauruo indicuo is based on Bandyopadhyay ( 1988 ) and modified based on personal observations. Parakannemeyeria youngi skull and Sinokannemeyeria yingchiaoenoio scapula , ilium , and sternum from Sun ( 1963 ) . Sanguoauruo is based on Angielczyk et al. (2018). Shaanbeikannemeyeria is based on Liu et al. (2017). Woznikella is based on Szczygielski and Sulej ( 2023 ) . Zambiaoauruo is based on Cox ( 1969 ) .	Fig. 50. Phylogeny of the well-known Triassic dicynodonts. The ilium of Dinodontooauruo brevirootrio is based on the material from MCN [ personal studies , and Kammerer and Ordoñez ( 2021 ) ] , ilium of Stahleckeria poteno and all postcranial elements of Placeriao ‘gigao’ are based on Camp and Welles ( 1956 ) and modified . The skulls of Dinodontooauruo tener and D . brevirootrio , their scapula and sternum are based on Kammerer and Ordoñez (2021). The skull of Stahleckeria poteno is based on Maisch ( 2001 ) , its scapula is based on personal observation of the GPIT . The sternum of Stahleckeria is based on Cox (1965). The scapula of Iochigualaotia jenoeni is based on personal studies of MCZ materials . The rest of the Iochigualaotia jenoeni bones are based on Cox ( 1965 ) and modified. The scapula of Jachaleria candelarienoio is based on Araújo and Gonzaga (1980) , skull and other bones are based on Vega-Diaz and Schultz ( 2004 ) and modified based on personal studies. Jachaleria colorata is based on Bonaparte (1978). Acratophoruo argentinenoio is based on Kammerer and Ordoñez ( 2021 ) . Kannemeyeria oimocephaluo is based on Cox ( 1965 ) and Renaut and Hancox (2001). Rhadiodromuo mariae is based on Surkov (2003), Rabidooauruo criotatuo is based on personal observation , Wadiaoauruo indicuo is based on Bandyopadhyay ( 1988 ) and modified based on personal observations. Parakannemeyeria youngi skull and Sinokannemeyeria yingchiaoenoio scapula , ilium , and sternum from Sun ( 1963 ) . Sanguoauruo is based on Angielczyk et al. (2018). Shaanbeikannemeyeria is based on Liu et al. (2017). Woznikella is based on Szczygielski and Sulej ( 2023 ) . Zambiaoauruo is based on Cox ( 1969 ) .	2024-09-14	Sulej, Tomasz		Zenodo	biologists	Sulej, Tomasz			
