taxonID	type	format	identifier	references	title	description	created	creator	contributor	publisher	audience	source	license	rightsHolder	datasetID
6F298CD612E85A6A8ABD44EDDDCC448A.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1625045	https://doi.org/10.3897/zookeys.1279.178071.figure7	Figure 7. Australopsylla spp., forewings. A. A. carinata, female; B. A. revoluta, female; C – H. A. exotica Matsunaga & Percy, sp. nov.: C. Female forewing with hindwing below; D. Male; E. Setae on costal margin; F. Marginal spinule density (no radular spines); G. Vein detail showing transverse ridges; H. Spinule-free bands along veins in anterior portion.	Figure 7. Australopsylla spp., forewings. A. A. carinata, female; B. A. revoluta, female; C – H. A. exotica Matsunaga & Percy, sp. nov.: C. Female forewing with hindwing below; D. Male; E. Setae on costal margin; F. Marginal spinule density (no radular spines); G. Vein detail showing transverse ridges; H. Spinule-free bands along veins in anterior portion.	2026-05-05	Matsunaga, Janis N.;Magnacca, Karl N.;Krushelnycky, Paul D.;Percy, Diana M.		Zenodo	biologists	Matsunaga, Janis N.;Magnacca, Karl N.;Krushelnycky, Paul D.;Percy, Diana M.			
6F298CD612E85A6A8ABD44EDDDCC448A.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1625046	https://doi.org/10.3897/zookeys.1279.178071.figure8	Figure 8. Australopsylla spp. A, B. Australopsylla carinata: A. Head (preocular tubercule arrowed); B. Head and antenna; C, D. A. revoluta: C. Head (preocular tubercule arrowed); D. Head and antenna; E – L. A. exotica Matsunaga & Percy, sp. nov.: E. Head (preocular tubercule arrowed); F. Head and antenna; G. Terminal antennal segments; H. Antennal segment 10 (two unequal terminal setae in grey); I. Clypeus and proboscis; J. Head and proboscis (lateral view); K. Female in lateral view; L. Head and thorax in dorsal view.	Figure 8. Australopsylla spp. A, B. Australopsylla carinata: A. Head (preocular tubercule arrowed); B. Head and antenna; C, D. A. revoluta: C. Head (preocular tubercule arrowed); D. Head and antenna; E – L. A. exotica Matsunaga & Percy, sp. nov.: E. Head (preocular tubercule arrowed); F. Head and antenna; G. Terminal antennal segments; H. Antennal segment 10 (two unequal terminal setae in grey); I. Clypeus and proboscis; J. Head and proboscis (lateral view); K. Female in lateral view; L. Head and thorax in dorsal view.	2026-05-05	Matsunaga, Janis N.;Magnacca, Karl N.;Krushelnycky, Paul D.;Percy, Diana M.		Zenodo	biologists	Matsunaga, Janis N.;Magnacca, Karl N.;Krushelnycky, Paul D.;Percy, Diana M.			
6F298CD612E85A6A8ABD44EDDDCC448A.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1625047	https://doi.org/10.3897/zookeys.1279.178071.figure9	Figure 9. Australopsylla exotica Matsunaga & Percy, sp. nov.: A. Hind leg showing metafemur sub-basal inflation (arrow); B. Coxa swelling with blunt tubercle (arrow); C. Genual spine (arrow); D. Apex of metatibia and metatarsus; E. Apex of metatibia with isolated spur (arrow); F. Female terminalia in lateral view showing anterior proctiger humps (arrow); G. Female proctiger in dorsal view showing placement of humps (arrows) relative to anal ring; H. Female proctiger in dorsal view; I. Anal ring in dorsal view showing anterior pore (white arrow) and anal ring mid-anterior discontinuity (black arrow); J. Detail of anal ring pores; K. Female subgenital plate indicating cleft apex (arrow); L. Ovipositor with inset detail of ridges on dorsal valves; M. Egg; N. Honeycomb sculpturing on egg surface.	Figure 9. Australopsylla exotica Matsunaga & Percy, sp. nov.: A. Hind leg showing metafemur sub-basal inflation (arrow); B. Coxa swelling with blunt tubercle (arrow); C. Genual spine (arrow); D. Apex of metatibia and metatarsus; E. Apex of metatibia with isolated spur (arrow); F. Female terminalia in lateral view showing anterior proctiger humps (arrow); G. Female proctiger in dorsal view showing placement of humps (arrows) relative to anal ring; H. Female proctiger in dorsal view; I. Anal ring in dorsal view showing anterior pore (white arrow) and anal ring mid-anterior discontinuity (black arrow); J. Detail of anal ring pores; K. Female subgenital plate indicating cleft apex (arrow); L. Ovipositor with inset detail of ridges on dorsal valves; M. Egg; N. Honeycomb sculpturing on egg surface.	2026-05-05	Matsunaga, Janis N.;Magnacca, Karl N.;Krushelnycky, Paul D.;Percy, Diana M.		Zenodo	biologists	Matsunaga, Janis N.;Magnacca, Karl N.;Krushelnycky, Paul D.;Percy, Diana M.			
6F298CD612E85A6A8ABD44EDDDCC448A.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1625049	https://doi.org/10.3897/zookeys.1279.178071.figure11	Figure 11. Australopsylla spp. A – E. A. exotica Matsunaga & Percy, sp. nov.: A. Male terminalia in lateral view; B. Paramere in external view; C. Paramere in interior view; D. Paramere in posterior view; E. Aedeagus distal segment; F – I. A. revoluta: F. Male terminalia in lateral view; G. Paramere in interior view; H. Paramere in posterior view; I. Aedeagus distal segment with mid-dorsal projection (in grey).	Figure 11. Australopsylla spp. A – E. A. exotica Matsunaga & Percy, sp. nov.: A. Male terminalia in lateral view; B. Paramere in external view; C. Paramere in interior view; D. Paramere in posterior view; E. Aedeagus distal segment; F – I. A. revoluta: F. Male terminalia in lateral view; G. Paramere in interior view; H. Paramere in posterior view; I. Aedeagus distal segment with mid-dorsal projection (in grey).	2026-05-05	Matsunaga, Janis N.;Magnacca, Karl N.;Krushelnycky, Paul D.;Percy, Diana M.		Zenodo	biologists	Matsunaga, Janis N.;Magnacca, Karl N.;Krushelnycky, Paul D.;Percy, Diana M.			
6F298CD612E85A6A8ABD44EDDDCC448A.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1625050	https://doi.org/10.3897/zookeys.1279.178071.figure12	Figure 12. Australopsylla exotica Matsunaga & Percy, sp. nov., immatures: A. 5 th instar immature indicating position of appendages – on sternites (white arrow, blue box), on tergites (brown box), on wing pads (green and black arrows), and lateral position of abdominal pore fields; B. 5 th instar antenna; C. Detail of terminal antennal segments; D. Detail of interior (green arrow) and exterior (black arrow) digitate wing pad appendages and sternite tubercle at base of middle legs (white arrow); E. Detail of sternite tubercles at base of hind legs; F. Detail of tergite tubercles on 1 st abdominal segment; G. 1 st instar showing relative positions of wing pad interior digitate appendages (green arrows), tergite tubercles (brown arrows) and lateral abdominal pore fields; H. Tarsal claws; I, J. Dorso-posterior view of anus showing oval orifice; K. Ventro-posterior view of anus with inset detail of stalked and unstalked pores.	Figure 12. Australopsylla exotica Matsunaga & Percy, sp. nov., immatures: A. 5 th instar immature indicating position of appendages – on sternites (white arrow, blue box), on tergites (brown box), on wing pads (green and black arrows), and lateral position of abdominal pore fields; B. 5 th instar antenna; C. Detail of terminal antennal segments; D. Detail of interior (green arrow) and exterior (black arrow) digitate wing pad appendages and sternite tubercle at base of middle legs (white arrow); E. Detail of sternite tubercles at base of hind legs; F. Detail of tergite tubercles on 1 st abdominal segment; G. 1 st instar showing relative positions of wing pad interior digitate appendages (green arrows), tergite tubercles (brown arrows) and lateral abdominal pore fields; H. Tarsal claws; I, J. Dorso-posterior view of anus showing oval orifice; K. Ventro-posterior view of anus with inset detail of stalked and unstalked pores.	2026-05-05	Matsunaga, Janis N.;Magnacca, Karl N.;Krushelnycky, Paul D.;Percy, Diana M.		Zenodo	biologists	Matsunaga, Janis N.;Magnacca, Karl N.;Krushelnycky, Paul D.;Percy, Diana M.			
6F298CD612E85A6A8ABD44EDDDCC448A.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1625051	https://doi.org/10.3897/zookeys.1279.178071.figure13	Figure 13. Australopsylla exotica Matsunaga & Percy, sp. nov. A. Adult female (left) and male (right); B. Adult female on Eucalyptus stem; C. 3 rd instar on Eucalyptus stem; D. Instars 1–5 showing size and color variation; E. Eggs in axil of leaf bud petiole (arrows) and lerps on leaf bud; F. Crowded lerps on senescing leaf buds.	Figure 13. Australopsylla exotica Matsunaga & Percy, sp. nov. A. Adult female (left) and male (right); B. Adult female on Eucalyptus stem; C. 3 rd instar on Eucalyptus stem; D. Instars 1–5 showing size and color variation; E. Eggs in axil of leaf bud petiole (arrows) and lerps on leaf bud; F. Crowded lerps on senescing leaf buds.	2026-05-05	Matsunaga, Janis N.;Magnacca, Karl N.;Krushelnycky, Paul D.;Percy, Diana M.		Zenodo	biologists	Matsunaga, Janis N.;Magnacca, Karl N.;Krushelnycky, Paul D.;Percy, Diana M.			
6F298CD612E85A6A8ABD44EDDDCC448A.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1625053	https://doi.org/10.3897/zookeys.1279.178071.figure15	Figure 15. Systematic placement of the Hawaiian Island psyllid fauna (native taxa represented by black boxes, adventive taxa represented by red or blue triangles) based on previously published data (Percy et al. 2018) and new sequence data from this study (Table 3). The tree represents the mitogenome analysis of Percy et al. (2018) (all genera treated here that are included using original or newly generated molecular data are in black or red; genera without molecular data in blue), with updated classification according to Burckhardt et al. (2021). Placement of nine taxa not included in the original mitogenome analysis (Percy et al. 2018) are determined using a maximum likelihood backbone constraint analysis (see Methods). The more detailed clade placement within subfamily Spondyliaspidinae shows the placement of Australopsylla, and A. exotica Matsunaga & Percy, sp. nov. relative to the other two described Australopsylla species and Australopsylla sp. sensu Tuthill and Taylor (1955: 237). Blepharocosta was recovered within Cardiaspina but with support < 80 %. Eucalyptolyma, for which we do not have molecular data, is positioned here close to Anoeconeossa (according to Taylor 1987 a; Martoni et al. 2018). Host plant genera and families are given for HI records if known, otherwise extrapolated from host data elsewhere.	Figure 15. Systematic placement of the Hawaiian Island psyllid fauna (native taxa represented by black boxes, adventive taxa represented by red or blue triangles) based on previously published data (Percy et al. 2018) and new sequence data from this study (Table 3). The tree represents the mitogenome analysis of Percy et al. (2018) (all genera treated here that are included using original or newly generated molecular data are in black or red; genera without molecular data in blue), with updated classification according to Burckhardt et al. (2021). Placement of nine taxa not included in the original mitogenome analysis (Percy et al. 2018) are determined using a maximum likelihood backbone constraint analysis (see Methods). The more detailed clade placement within subfamily Spondyliaspidinae shows the placement of Australopsylla, and A. exotica Matsunaga & Percy, sp. nov. relative to the other two described Australopsylla species and Australopsylla sp. sensu Tuthill and Taylor (1955: 237). Blepharocosta was recovered within Cardiaspina but with support < 80 %. Eucalyptolyma, for which we do not have molecular data, is positioned here close to Anoeconeossa (according to Taylor 1987 a; Martoni et al. 2018). Host plant genera and families are given for HI records if known, otherwise extrapolated from host data elsewhere.	2026-05-05	Matsunaga, Janis N.;Magnacca, Karl N.;Krushelnycky, Paul D.;Percy, Diana M.		Zenodo	biologists	Matsunaga, Janis N.;Magnacca, Karl N.;Krushelnycky, Paul D.;Percy, Diana M.			
6F298CD612E85A6A8ABD44EDDDCC448A.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1625048	https://doi.org/10.3897/zookeys.1279.178071.figure10	Figure 10. Australopsylla spp. A, B. A. carinata: A. Female terminalia in lateral view, inset medial cleft on apex of subgenital plate; B. Anterior portion of female proctiger in dorsal view showing anterior pore (arrow) and anal ring shape with position relative to anterior humps; C, D. A. revoluta: C. Female terminalia in lateral view, inset medial cleft on apex of subgenital plate; D. Anterior portion of female proctiger in dorsal view showing anterior pore (arrow) and anal ring shape with position relative to anterior humps, and short mid-anterior discontinuity in anal ring (arrow).	Figure 10. Australopsylla spp. A, B. A. carinata: A. Female terminalia in lateral view, inset medial cleft on apex of subgenital plate; B. Anterior portion of female proctiger in dorsal view showing anterior pore (arrow) and anal ring shape with position relative to anterior humps; C, D. A. revoluta: C. Female terminalia in lateral view, inset medial cleft on apex of subgenital plate; D. Anterior portion of female proctiger in dorsal view showing anterior pore (arrow) and anal ring shape with position relative to anterior humps, and short mid-anterior discontinuity in anal ring (arrow).	2026-05-05	Matsunaga, Janis N.;Magnacca, Karl N.;Krushelnycky, Paul D.;Percy, Diana M.		Zenodo	biologists	Matsunaga, Janis N.;Magnacca, Karl N.;Krushelnycky, Paul D.;Percy, Diana M.			
DD1B2FC19724534FAA8CF4A2A48AB0AA.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1625053	https://doi.org/10.3897/zookeys.1279.178071.figure15	Figure 15. Systematic placement of the Hawaiian Island psyllid fauna (native taxa represented by black boxes, adventive taxa represented by red or blue triangles) based on previously published data (Percy et al. 2018) and new sequence data from this study (Table 3). The tree represents the mitogenome analysis of Percy et al. (2018) (all genera treated here that are included using original or newly generated molecular data are in black or red; genera without molecular data in blue), with updated classification according to Burckhardt et al. (2021). Placement of nine taxa not included in the original mitogenome analysis (Percy et al. 2018) are determined using a maximum likelihood backbone constraint analysis (see Methods). The more detailed clade placement within subfamily Spondyliaspidinae shows the placement of Australopsylla, and A. exotica Matsunaga & Percy, sp. nov. relative to the other two described Australopsylla species and Australopsylla sp. sensu Tuthill and Taylor (1955: 237). Blepharocosta was recovered within Cardiaspina but with support < 80 %. Eucalyptolyma, for which we do not have molecular data, is positioned here close to Anoeconeossa (according to Taylor 1987 a; Martoni et al. 2018). Host plant genera and families are given for HI records if known, otherwise extrapolated from host data elsewhere.	Figure 15. Systematic placement of the Hawaiian Island psyllid fauna (native taxa represented by black boxes, adventive taxa represented by red or blue triangles) based on previously published data (Percy et al. 2018) and new sequence data from this study (Table 3). The tree represents the mitogenome analysis of Percy et al. (2018) (all genera treated here that are included using original or newly generated molecular data are in black or red; genera without molecular data in blue), with updated classification according to Burckhardt et al. (2021). Placement of nine taxa not included in the original mitogenome analysis (Percy et al. 2018) are determined using a maximum likelihood backbone constraint analysis (see Methods). The more detailed clade placement within subfamily Spondyliaspidinae shows the placement of Australopsylla, and A. exotica Matsunaga & Percy, sp. nov. relative to the other two described Australopsylla species and Australopsylla sp. sensu Tuthill and Taylor (1955: 237). Blepharocosta was recovered within Cardiaspina but with support < 80 %. Eucalyptolyma, for which we do not have molecular data, is positioned here close to Anoeconeossa (according to Taylor 1987 a; Martoni et al. 2018). Host plant genera and families are given for HI records if known, otherwise extrapolated from host data elsewhere.	2026-05-05	Matsunaga, Janis N.;Magnacca, Karl N.;Krushelnycky, Paul D.;Percy, Diana M.		Zenodo	biologists	Matsunaga, Janis N.;Magnacca, Karl N.;Krushelnycky, Paul D.;Percy, Diana M.			
1455AA6602C75CE49CC72F72CC09E877.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1625052	https://doi.org/10.3897/zookeys.1279.178071.figure14	Figure 14. Eucalyptolyma maideni. A. Lerp on Corymbia citriodora leaf; B. Early instar immature producing waxy filamentous flocculence.	Figure 14. Eucalyptolyma maideni. A. Lerp on Corymbia citriodora leaf; B. Early instar immature producing waxy filamentous flocculence.	2026-05-05	Matsunaga, Janis N.;Magnacca, Karl N.;Krushelnycky, Paul D.;Percy, Diana M.		Zenodo	biologists	Matsunaga, Janis N.;Magnacca, Karl N.;Krushelnycky, Paul D.;Percy, Diana M.			
