taxonID	type	format	identifier	references	title	description	created	creator	contributor	publisher	audience	source	license	rightsHolder	datasetID
40FB2815B957569AB37D133C264A8180.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1333016	https://doi.org/10.3897/zookeys.1238.124535.figures12	Figures 12. Adults of Acizzia aliceae Percy & Martoni, sp. nov. A adult lateral habitus of male B same, female C dorsal habitus of male D same, female E fore wing of male F same, female G immature habitus showing placement of long capitate setae on abdomen and wing pads H metatibiotarsus of immature I antenna of immature J circumanal ring of immature. Scale bars: 1 mm (A – D); 0.5 mm (E, F); 0.3 mm (G, I); 0.1 mm (H, J).	Figures 12. Adults of Acizzia aliceae Percy & Martoni, sp. nov. A adult lateral habitus of male B same, female C dorsal habitus of male D same, female E fore wing of male F same, female G immature habitus showing placement of long capitate setae on abdomen and wing pads H metatibiotarsus of immature I antenna of immature J circumanal ring of immature. Scale bars: 1 mm (A – D); 0.5 mm (E, F); 0.3 mm (G, I); 0.1 mm (H, J).	2025-05-19	Martoni, Francesco;Tweed, James M. H.;Blacket, Mark J.;Percy, Diana M.		Zenodo	biologists	Martoni, Francesco;Tweed, James M. H.;Blacket, Mark J.;Percy, Diana M.			
40FB2815B957569AB37D133C264A8180.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1333017	https://doi.org/10.3897/zookeys.1238.124535.figure13	Figure 13. Acizzia aliceae Percy & Martoni, sp. nov. A fore wing and hind wing (below) B detail of radular spinule cluster positions C head (dorsal view) D head (dorso-lateral view) indicating naked patches at base of genal cones and around discal foveae E head (ventro-lateral) showing genal cones downturned apically F clypeus and proboscis G antennae with apical detail (inset) H head and thorax (lateral view) I thorax (dorsal view) J hind leg K metafemur apex indicating cluster of stout lateral setae and genual spine on metatibia L metatarsi showing a single outer metabasitarsus spine. Scale bars as reported.	Figure 13. Acizzia aliceae Percy & Martoni, sp. nov. A fore wing and hind wing (below) B detail of radular spinule cluster positions C head (dorsal view) D head (dorso-lateral view) indicating naked patches at base of genal cones and around discal foveae E head (ventro-lateral) showing genal cones downturned apically F clypeus and proboscis G antennae with apical detail (inset) H head and thorax (lateral view) I thorax (dorsal view) J hind leg K metafemur apex indicating cluster of stout lateral setae and genual spine on metatibia L metatarsi showing a single outer metabasitarsus spine. Scale bars as reported.	2025-05-19	Martoni, Francesco;Tweed, James M. H.;Blacket, Mark J.;Percy, Diana M.		Zenodo	biologists	Martoni, Francesco;Tweed, James M. H.;Blacket, Mark J.;Percy, Diana M.			
40FB2815B957569AB37D133C264A8180.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1333018	https://doi.org/10.3897/zookeys.1238.124535.figure14	Figure 14. Acizzia aliceae Percy & Martoni, sp. nov. A male terminalia with aedeagus detail (inset) B aedeagus (posterior view) C male terminalia (posterior view) with detail of paramere apex (inset) D paramere outer surface (above) and inner surface (below) E male proctiger (lateral view) with detail of basal portion (illustrated) F female terminalia (lateral view) G female proctiger (dorsal view) with detail of anal ring pores H female subgenital plate (ventral view) I anal ring (dorsal view) J ovipositor (lateral view) with detail of single subapical tooth on valvulae ventralis (inset). Scale bars as reported.	Figure 14. Acizzia aliceae Percy & Martoni, sp. nov. A male terminalia with aedeagus detail (inset) B aedeagus (posterior view) C male terminalia (posterior view) with detail of paramere apex (inset) D paramere outer surface (above) and inner surface (below) E male proctiger (lateral view) with detail of basal portion (illustrated) F female terminalia (lateral view) G female proctiger (dorsal view) with detail of anal ring pores H female subgenital plate (ventral view) I anal ring (dorsal view) J ovipositor (lateral view) with detail of single subapical tooth on valvulae ventralis (inset). Scale bars as reported.	2025-05-19	Martoni, Francesco;Tweed, James M. H.;Blacket, Mark J.;Percy, Diana M.		Zenodo	biologists	Martoni, Francesco;Tweed, James M. H.;Blacket, Mark J.;Percy, Diana M.			
40FB2815B957569AB37D133C264A8180.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1333019	https://doi.org/10.3897/zookeys.1238.124535.figure15	Figure 15. Confirmed occurrence records for Pseudophacopteron aewagriini Percy & Martoni, sp. nov. (triangles) and Acizzia aliceae Percy & Martoni, sp. nov. (circles). The dotted line indicates the boundaries of Norfolk Island National Park and Botanic Gardens. Records shown are derived from both collected material and confirmed records from iNaturalist (https://www.inaturalist.org/) and personal communications. Map constructed in QGIS with satellite imagery sourced from ESRI World Imagery.	Figure 15. Confirmed occurrence records for Pseudophacopteron aewagriini Percy & Martoni, sp. nov. (triangles) and Acizzia aliceae Percy & Martoni, sp. nov. (circles). The dotted line indicates the boundaries of Norfolk Island National Park and Botanic Gardens. Records shown are derived from both collected material and confirmed records from iNaturalist (https://www.inaturalist.org/) and personal communications. Map constructed in QGIS with satellite imagery sourced from ESRI World Imagery.	2025-05-19	Martoni, Francesco;Tweed, James M. H.;Blacket, Mark J.;Percy, Diana M.		Zenodo	biologists	Martoni, Francesco;Tweed, James M. H.;Blacket, Mark J.;Percy, Diana M.			
40FB2815B957569AB37D133C264A8180.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1333020	https://doi.org/10.3897/zookeys.1238.124535.figure16	Figure 16. Systematic placement of the Norfolk Island psyllid fauna (native taxa in black bold, adventive taxa in red) determined using a maximum likelihood backbone constraint analysis with the mitogenome data from Percy et al. (2018). The two annotated genomes for the endemic species, Acizzia aliceae Percy & Martoni, sp. nov. and Pseudophacopteron aewagriini Percy & Martoni, sp. nov. are illustrated as well as more detailed clade placement for Acizzia spp. (A – Australia, P – Pacific, A-P – Austro-Pacific). Two taxa indicated by [? in grey] are referred to as Glycaspis sp. and Trioza sp. in Maynard et al. (2018) and are considered here to refer to Glycaspis granulata and Powellia vitreoradiata, respectively (see Discussion).	Figure 16. Systematic placement of the Norfolk Island psyllid fauna (native taxa in black bold, adventive taxa in red) determined using a maximum likelihood backbone constraint analysis with the mitogenome data from Percy et al. (2018). The two annotated genomes for the endemic species, Acizzia aliceae Percy & Martoni, sp. nov. and Pseudophacopteron aewagriini Percy & Martoni, sp. nov. are illustrated as well as more detailed clade placement for Acizzia spp. (A – Australia, P – Pacific, A-P – Austro-Pacific). Two taxa indicated by [? in grey] are referred to as Glycaspis sp. and Trioza sp. in Maynard et al. (2018) and are considered here to refer to Glycaspis granulata and Powellia vitreoradiata, respectively (see Discussion).	2025-05-19	Martoni, Francesco;Tweed, James M. H.;Blacket, Mark J.;Percy, Diana M.		Zenodo	biologists	Martoni, Francesco;Tweed, James M. H.;Blacket, Mark J.;Percy, Diana M.			
5A9053FF33745E9FA9E321861972300C.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1333012	https://doi.org/10.3897/zookeys.1238.124535.figure8	Figure 8. Pseudophacopteron aewagriini Percy & Martoni, sp. nov. A adult lateral habitus of male B same, female C dorsal habitus of male D same, female E fore wing of male F same, female G immature habitus showing type of truncate marginal setae H metatibiotarsus of immature I circumanal ring of immature. Scale bars: 1 mm (A – D); 0.5 mm (E, F); 0.3 mm (G); 0.1 mm (H, I).	Figure 8. Pseudophacopteron aewagriini Percy & Martoni, sp. nov. A adult lateral habitus of male B same, female C dorsal habitus of male D same, female E fore wing of male F same, female G immature habitus showing type of truncate marginal setae H metatibiotarsus of immature I circumanal ring of immature. Scale bars: 1 mm (A – D); 0.5 mm (E, F); 0.3 mm (G); 0.1 mm (H, I).	2025-05-19	Martoni, Francesco;Tweed, James M. H.;Blacket, Mark J.;Percy, Diana M.		Zenodo	biologists	Martoni, Francesco;Tweed, James M. H.;Blacket, Mark J.;Percy, Diana M.			
5A9053FF33745E9FA9E321861972300C.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1333013	https://doi.org/10.3897/zookeys.1238.124535.figure9	Figure 9. Pseudophacopteron aewagriini Percy & Martoni, sp. nov. A fore wing of male B fore wing and hind wing of female C detail of radular spinule cluster positions D head (dorsal view) indicating anterior bulges either side of median ridge E head (anterior view) indicating median ridge and genal tubercles below toruli F head (lateral view) indicating protruding genal tubercles G clypeus and proboscis H head and antennae (with detail inset) indicating median ridge on vertex and position of large rhinaria on segments 4–9, termination of two apical setae is indicated by open arrow heads I male (lateral view) J head and thorax (dorsal view) K thorax from dorsal view L thorax from anterior view indicating medial depression on mesoscutum M hind leg with detail of medial constriction of metafemur (inset) N metatibia apex indicating relatively slender lateral setae O metatarsi showing two metabasitarsus spines.	Figure 9. Pseudophacopteron aewagriini Percy & Martoni, sp. nov. A fore wing of male B fore wing and hind wing of female C detail of radular spinule cluster positions D head (dorsal view) indicating anterior bulges either side of median ridge E head (anterior view) indicating median ridge and genal tubercles below toruli F head (lateral view) indicating protruding genal tubercles G clypeus and proboscis H head and antennae (with detail inset) indicating median ridge on vertex and position of large rhinaria on segments 4–9, termination of two apical setae is indicated by open arrow heads I male (lateral view) J head and thorax (dorsal view) K thorax from dorsal view L thorax from anterior view indicating medial depression on mesoscutum M hind leg with detail of medial constriction of metafemur (inset) N metatibia apex indicating relatively slender lateral setae O metatarsi showing two metabasitarsus spines.	2025-05-19	Martoni, Francesco;Tweed, James M. H.;Blacket, Mark J.;Percy, Diana M.		Zenodo	biologists	Martoni, Francesco;Tweed, James M. H.;Blacket, Mark J.;Percy, Diana M.			
5A9053FF33745E9FA9E321861972300C.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1333014	https://doi.org/10.3897/zookeys.1238.124535.figure10	Figure 10. Pseudophacopteron aewagriini Percy & Martoni, sp. nov. A male terminalia (lateral view) B male terminalia (posterior view) indicating a row of stout setae on dorsal margin C paramere outer surface (left) and inner surface (right), and aedeagus D female terminalia (lateral view) showing irregular profile of anal ring (inset) E ovipositor (lateral view) showing detail of shallow serrations on valvulae dorsalis F female proctiger (dorsal view) with detail of anal ring pores G female subgenital plate (ventral view) indicating truncate and slightly incised apex.	Figure 10. Pseudophacopteron aewagriini Percy & Martoni, sp. nov. A male terminalia (lateral view) B male terminalia (posterior view) indicating a row of stout setae on dorsal margin C paramere outer surface (left) and inner surface (right), and aedeagus D female terminalia (lateral view) showing irregular profile of anal ring (inset) E ovipositor (lateral view) showing detail of shallow serrations on valvulae dorsalis F female proctiger (dorsal view) with detail of anal ring pores G female subgenital plate (ventral view) indicating truncate and slightly incised apex.	2025-05-19	Martoni, Francesco;Tweed, James M. H.;Blacket, Mark J.;Percy, Diana M.		Zenodo	biologists	Martoni, Francesco;Tweed, James M. H.;Blacket, Mark J.;Percy, Diana M.			
5A9053FF33745E9FA9E321861972300C.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1333019	https://doi.org/10.3897/zookeys.1238.124535.figure15	Figure 15. Confirmed occurrence records for Pseudophacopteron aewagriini Percy & Martoni, sp. nov. (triangles) and Acizzia aliceae Percy & Martoni, sp. nov. (circles). The dotted line indicates the boundaries of Norfolk Island National Park and Botanic Gardens. Records shown are derived from both collected material and confirmed records from iNaturalist (https://www.inaturalist.org/) and personal communications. Map constructed in QGIS with satellite imagery sourced from ESRI World Imagery.	Figure 15. Confirmed occurrence records for Pseudophacopteron aewagriini Percy & Martoni, sp. nov. (triangles) and Acizzia aliceae Percy & Martoni, sp. nov. (circles). The dotted line indicates the boundaries of Norfolk Island National Park and Botanic Gardens. Records shown are derived from both collected material and confirmed records from iNaturalist (https://www.inaturalist.org/) and personal communications. Map constructed in QGIS with satellite imagery sourced from ESRI World Imagery.	2025-05-19	Martoni, Francesco;Tweed, James M. H.;Blacket, Mark J.;Percy, Diana M.		Zenodo	biologists	Martoni, Francesco;Tweed, James M. H.;Blacket, Mark J.;Percy, Diana M.			
5A9053FF33745E9FA9E321861972300C.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1333020	https://doi.org/10.3897/zookeys.1238.124535.figure16	Figure 16. Systematic placement of the Norfolk Island psyllid fauna (native taxa in black bold, adventive taxa in red) determined using a maximum likelihood backbone constraint analysis with the mitogenome data from Percy et al. (2018). The two annotated genomes for the endemic species, Acizzia aliceae Percy & Martoni, sp. nov. and Pseudophacopteron aewagriini Percy & Martoni, sp. nov. are illustrated as well as more detailed clade placement for Acizzia spp. (A – Australia, P – Pacific, A-P – Austro-Pacific). Two taxa indicated by [? in grey] are referred to as Glycaspis sp. and Trioza sp. in Maynard et al. (2018) and are considered here to refer to Glycaspis granulata and Powellia vitreoradiata, respectively (see Discussion).	Figure 16. Systematic placement of the Norfolk Island psyllid fauna (native taxa in black bold, adventive taxa in red) determined using a maximum likelihood backbone constraint analysis with the mitogenome data from Percy et al. (2018). The two annotated genomes for the endemic species, Acizzia aliceae Percy & Martoni, sp. nov. and Pseudophacopteron aewagriini Percy & Martoni, sp. nov. are illustrated as well as more detailed clade placement for Acizzia spp. (A – Australia, P – Pacific, A-P – Austro-Pacific). Two taxa indicated by [? in grey] are referred to as Glycaspis sp. and Trioza sp. in Maynard et al. (2018) and are considered here to refer to Glycaspis granulata and Powellia vitreoradiata, respectively (see Discussion).	2025-05-19	Martoni, Francesco;Tweed, James M. H.;Blacket, Mark J.;Percy, Diana M.		Zenodo	biologists	Martoni, Francesco;Tweed, James M. H.;Blacket, Mark J.;Percy, Diana M.			
5A9053FF33745E9FA9E321861972300C.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1333011	https://doi.org/10.3897/zookeys.1238.124535.figure7	Figure 7. Psyllids on their host plants A damage caused by the open pit galls of Pseudophacopteron aewagriini Percy & Martoni, sp. nov. on the leaves of Alyxia gynopogon B same, detail of distribution of galls on the upper leaf surface C close up of immatures (orange) seated in the pit galls on the upper leaf surface D lerp of Cardiaspina fiscella on leaves of Eucalyptus sp., the lerp is built by the immatures which live underneath until adulthood E cluster of both immatures and adults of Mesohomotoma hibisci on the new growth of Hibiscus tiliaceus showing production of white waxy filaments F damage caused by Powellia vitreoradiata on Pittosporum bracteolatum, showing the presence of shallow pit galls.	Figure 7. Psyllids on their host plants A damage caused by the open pit galls of Pseudophacopteron aewagriini Percy & Martoni, sp. nov. on the leaves of Alyxia gynopogon B same, detail of distribution of galls on the upper leaf surface C close up of immatures (orange) seated in the pit galls on the upper leaf surface D lerp of Cardiaspina fiscella on leaves of Eucalyptus sp., the lerp is built by the immatures which live underneath until adulthood E cluster of both immatures and adults of Mesohomotoma hibisci on the new growth of Hibiscus tiliaceus showing production of white waxy filaments F damage caused by Powellia vitreoradiata on Pittosporum bracteolatum, showing the presence of shallow pit galls.	2025-05-19	Martoni, Francesco;Tweed, James M. H.;Blacket, Mark J.;Percy, Diana M.		Zenodo	biologists	Martoni, Francesco;Tweed, James M. H.;Blacket, Mark J.;Percy, Diana M.			
