taxonID	type	format	identifier	references	title	description	created	creator	contributor	publisher	audience	source	license	rightsHolder	datasetID
7A05017AD0FF5B258EF8408D678F9104.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/829397	https://doi.org/10.3897/dez.70.98982.figure1	Figure 1. Diversity of the Caribbean Pygmy Jumping Leaves, tribe Choriphyllini, genera Choriphyllum and Phyllotettix. All the specimens with available photographs are shown, representing the first variability assessment for the species of these genera. The scale bar represents 5 millimetres.	Figure 1. Diversity of the Caribbean Pygmy Jumping Leaves, tribe Choriphyllini, genera Choriphyllum and Phyllotettix. All the specimens with available photographs are shown, representing the first variability assessment for the species of these genera. The scale bar represents 5 millimetres.	2023-03-24	Skejo, Josip;Yong, Sheyla;Bogic, Domagoj;Kasalo, Niko		Zenodo	biologists	Skejo, Josip;Yong, Sheyla;Bogic, Domagoj;Kasalo, Niko			
7A05017AD0FF5B258EF8408D678F9104.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/829398	https://doi.org/10.3897/dez.70.98982.figure2	Figure 2. Biogeography of the Caribbean Jumping Leaves (Cladonotinae, Choriphyllini). Biogeographic data of the tribe Choriphyllini is scarce. The distribution map of the six species belonging to this leaf-like tribe has the distribution of three species missing, as no localities are known.	Figure 2. Biogeography of the Caribbean Jumping Leaves (Cladonotinae, Choriphyllini). Biogeographic data of the tribe Choriphyllini is scarce. The distribution map of the six species belonging to this leaf-like tribe has the distribution of three species missing, as no localities are known.	2023-03-24	Skejo, Josip;Yong, Sheyla;Bogic, Domagoj;Kasalo, Niko		Zenodo	biologists	Skejo, Josip;Yong, Sheyla;Bogic, Domagoj;Kasalo, Niko			
53C83E311C8850659445D914F2920574.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/829397	https://doi.org/10.3897/dez.70.98982.figure1	Figure 1. Diversity of the Caribbean Pygmy Jumping Leaves, tribe Choriphyllini, genera Choriphyllum and Phyllotettix. All the specimens with available photographs are shown, representing the first variability assessment for the species of these genera. The scale bar represents 5 millimetres.	Figure 1. Diversity of the Caribbean Pygmy Jumping Leaves, tribe Choriphyllini, genera Choriphyllum and Phyllotettix. All the specimens with available photographs are shown, representing the first variability assessment for the species of these genera. The scale bar represents 5 millimetres.	2023-03-24	Skejo, Josip;Yong, Sheyla;Bogic, Domagoj;Kasalo, Niko		Zenodo	biologists	Skejo, Josip;Yong, Sheyla;Bogic, Domagoj;Kasalo, Niko			
53C83E311C8850659445D914F2920574.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/829398	https://doi.org/10.3897/dez.70.98982.figure2	Figure 2. Biogeography of the Caribbean Jumping Leaves (Cladonotinae, Choriphyllini). Biogeographic data of the tribe Choriphyllini is scarce. The distribution map of the six species belonging to this leaf-like tribe has the distribution of three species missing, as no localities are known.	Figure 2. Biogeography of the Caribbean Jumping Leaves (Cladonotinae, Choriphyllini). Biogeographic data of the tribe Choriphyllini is scarce. The distribution map of the six species belonging to this leaf-like tribe has the distribution of three species missing, as no localities are known.	2023-03-24	Skejo, Josip;Yong, Sheyla;Bogic, Domagoj;Kasalo, Niko		Zenodo	biologists	Skejo, Josip;Yong, Sheyla;Bogic, Domagoj;Kasalo, Niko			
53C83E311C8850659445D914F2920574.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/829399	https://doi.org/10.3897/dez.70.98982.figure3	Figure 3. Annotated schematic pictorial key to genera and species of Choriphyllini. Specimens are not to scale; for size comparison see Fig. 1. The red line shows the position of the highest point of the pronotal crest. The blue arrow points to the anterior margin of the pronotum; the green arrow points to the posterior pronotal tip; and the purple arrow points to the caudal margin of the pronotal crest. Shown are silhouettes of the type specimens of each species. For C. sagrai, shown is the silhouette of Serville's (1838) drawing of the holotype. The capital sinus is marked in red and pointed out in grey.	Figure 3. Annotated schematic pictorial key to genera and species of Choriphyllini. Specimens are not to scale; for size comparison see Fig. 1. The red line shows the position of the highest point of the pronotal crest. The blue arrow points to the anterior margin of the pronotum; the green arrow points to the posterior pronotal tip; and the purple arrow points to the caudal margin of the pronotal crest. Shown are silhouettes of the type specimens of each species. For C. sagrai, shown is the silhouette of Serville's (1838) drawing of the holotype. The capital sinus is marked in red and pointed out in grey.	2023-03-24	Skejo, Josip;Yong, Sheyla;Bogic, Domagoj;Kasalo, Niko		Zenodo	biologists	Skejo, Josip;Yong, Sheyla;Bogic, Domagoj;Kasalo, Niko			
86F6BE508B2C5137BEBD39DD5D064B68.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/829397	https://doi.org/10.3897/dez.70.98982.figure1	Figure 1. Diversity of the Caribbean Pygmy Jumping Leaves, tribe Choriphyllini, genera Choriphyllum and Phyllotettix. All the specimens with available photographs are shown, representing the first variability assessment for the species of these genera. The scale bar represents 5 millimetres.	Figure 1. Diversity of the Caribbean Pygmy Jumping Leaves, tribe Choriphyllini, genera Choriphyllum and Phyllotettix. All the specimens with available photographs are shown, representing the first variability assessment for the species of these genera. The scale bar represents 5 millimetres.	2023-03-24	Skejo, Josip;Yong, Sheyla;Bogic, Domagoj;Kasalo, Niko		Zenodo	biologists	Skejo, Josip;Yong, Sheyla;Bogic, Domagoj;Kasalo, Niko			
86F6BE508B2C5137BEBD39DD5D064B68.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/829399	https://doi.org/10.3897/dez.70.98982.figure3	Figure 3. Annotated schematic pictorial key to genera and species of Choriphyllini. Specimens are not to scale; for size comparison see Fig. 1. The red line shows the position of the highest point of the pronotal crest. The blue arrow points to the anterior margin of the pronotum; the green arrow points to the posterior pronotal tip; and the purple arrow points to the caudal margin of the pronotal crest. Shown are silhouettes of the type specimens of each species. For C. sagrai, shown is the silhouette of Serville's (1838) drawing of the holotype. The capital sinus is marked in red and pointed out in grey.	Figure 3. Annotated schematic pictorial key to genera and species of Choriphyllini. Specimens are not to scale; for size comparison see Fig. 1. The red line shows the position of the highest point of the pronotal crest. The blue arrow points to the anterior margin of the pronotum; the green arrow points to the posterior pronotal tip; and the purple arrow points to the caudal margin of the pronotal crest. Shown are silhouettes of the type specimens of each species. For C. sagrai, shown is the silhouette of Serville's (1838) drawing of the holotype. The capital sinus is marked in red and pointed out in grey.	2023-03-24	Skejo, Josip;Yong, Sheyla;Bogic, Domagoj;Kasalo, Niko		Zenodo	biologists	Skejo, Josip;Yong, Sheyla;Bogic, Domagoj;Kasalo, Niko			
41B1B51DF65751BBA18BD0BF6C3F3087.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/829398	https://doi.org/10.3897/dez.70.98982.figure2	Figure 2. Biogeography of the Caribbean Jumping Leaves (Cladonotinae, Choriphyllini). Biogeographic data of the tribe Choriphyllini is scarce. The distribution map of the six species belonging to this leaf-like tribe has the distribution of three species missing, as no localities are known.	Figure 2. Biogeography of the Caribbean Jumping Leaves (Cladonotinae, Choriphyllini). Biogeographic data of the tribe Choriphyllini is scarce. The distribution map of the six species belonging to this leaf-like tribe has the distribution of three species missing, as no localities are known.	2023-03-24	Skejo, Josip;Yong, Sheyla;Bogic, Domagoj;Kasalo, Niko		Zenodo	biologists	Skejo, Josip;Yong, Sheyla;Bogic, Domagoj;Kasalo, Niko			
41B1B51DF65751BBA18BD0BF6C3F3087.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/829397	https://doi.org/10.3897/dez.70.98982.figure1	Figure 1. Diversity of the Caribbean Pygmy Jumping Leaves, tribe Choriphyllini, genera Choriphyllum and Phyllotettix. All the specimens with available photographs are shown, representing the first variability assessment for the species of these genera. The scale bar represents 5 millimetres.	Figure 1. Diversity of the Caribbean Pygmy Jumping Leaves, tribe Choriphyllini, genera Choriphyllum and Phyllotettix. All the specimens with available photographs are shown, representing the first variability assessment for the species of these genera. The scale bar represents 5 millimetres.	2023-03-24	Skejo, Josip;Yong, Sheyla;Bogic, Domagoj;Kasalo, Niko		Zenodo	biologists	Skejo, Josip;Yong, Sheyla;Bogic, Domagoj;Kasalo, Niko			
41B1B51DF65751BBA18BD0BF6C3F3087.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/829399	https://doi.org/10.3897/dez.70.98982.figure3	Figure 3. Annotated schematic pictorial key to genera and species of Choriphyllini. Specimens are not to scale; for size comparison see Fig. 1. The red line shows the position of the highest point of the pronotal crest. The blue arrow points to the anterior margin of the pronotum; the green arrow points to the posterior pronotal tip; and the purple arrow points to the caudal margin of the pronotal crest. Shown are silhouettes of the type specimens of each species. For C. sagrai, shown is the silhouette of Serville's (1838) drawing of the holotype. The capital sinus is marked in red and pointed out in grey.	Figure 3. Annotated schematic pictorial key to genera and species of Choriphyllini. Specimens are not to scale; for size comparison see Fig. 1. The red line shows the position of the highest point of the pronotal crest. The blue arrow points to the anterior margin of the pronotum; the green arrow points to the posterior pronotal tip; and the purple arrow points to the caudal margin of the pronotal crest. Shown are silhouettes of the type specimens of each species. For C. sagrai, shown is the silhouette of Serville's (1838) drawing of the holotype. The capital sinus is marked in red and pointed out in grey.	2023-03-24	Skejo, Josip;Yong, Sheyla;Bogic, Domagoj;Kasalo, Niko		Zenodo	biologists	Skejo, Josip;Yong, Sheyla;Bogic, Domagoj;Kasalo, Niko			
54689ADFB40E52F484AD8FEAC6B54B44.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/829397	https://doi.org/10.3897/dez.70.98982.figure1	Figure 1. Diversity of the Caribbean Pygmy Jumping Leaves, tribe Choriphyllini, genera Choriphyllum and Phyllotettix. All the specimens with available photographs are shown, representing the first variability assessment for the species of these genera. The scale bar represents 5 millimetres.	Figure 1. Diversity of the Caribbean Pygmy Jumping Leaves, tribe Choriphyllini, genera Choriphyllum and Phyllotettix. All the specimens with available photographs are shown, representing the first variability assessment for the species of these genera. The scale bar represents 5 millimetres.	2023-03-24	Skejo, Josip;Yong, Sheyla;Bogic, Domagoj;Kasalo, Niko		Zenodo	biologists	Skejo, Josip;Yong, Sheyla;Bogic, Domagoj;Kasalo, Niko			
54689ADFB40E52F484AD8FEAC6B54B44.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/829399	https://doi.org/10.3897/dez.70.98982.figure3	Figure 3. Annotated schematic pictorial key to genera and species of Choriphyllini. Specimens are not to scale; for size comparison see Fig. 1. The red line shows the position of the highest point of the pronotal crest. The blue arrow points to the anterior margin of the pronotum; the green arrow points to the posterior pronotal tip; and the purple arrow points to the caudal margin of the pronotal crest. Shown are silhouettes of the type specimens of each species. For C. sagrai, shown is the silhouette of Serville's (1838) drawing of the holotype. The capital sinus is marked in red and pointed out in grey.	Figure 3. Annotated schematic pictorial key to genera and species of Choriphyllini. Specimens are not to scale; for size comparison see Fig. 1. The red line shows the position of the highest point of the pronotal crest. The blue arrow points to the anterior margin of the pronotum; the green arrow points to the posterior pronotal tip; and the purple arrow points to the caudal margin of the pronotal crest. Shown are silhouettes of the type specimens of each species. For C. sagrai, shown is the silhouette of Serville's (1838) drawing of the holotype. The capital sinus is marked in red and pointed out in grey.	2023-03-24	Skejo, Josip;Yong, Sheyla;Bogic, Domagoj;Kasalo, Niko		Zenodo	biologists	Skejo, Josip;Yong, Sheyla;Bogic, Domagoj;Kasalo, Niko			
54689ADFB40E52F484AD8FEAC6B54B44.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/829402	https://doi.org/10.3897/dez.70.98982.figure6	Figure 6. The evidence of synonymy of Choriphyllum westwoodi Hancock, 1902 a with Phyllotettix rhombeus (Felton, 1965); A. Felton's (1765) original drawing of Cicada rhombea; B. Felton's and Westwood's drawings of specimens of Phyllotettix rhombeus overlapped, showing they are almost identical; C. Westwood's (1839) drawing of a new record of Hymenotes rhombea; D. Hancock's (1902 a) establishment of the name " Choriphyllum westwoodi "; E. Hancock's (1902 a) drawing of Choriphyllum westwoodi can be regarded as type specimen designation. All specimens undoubtedly show Phyllotettix rhombeus (see Figs 1 - 3 for comparison).	Figure 6. The evidence of synonymy of Choriphyllum westwoodi Hancock, 1902 a with Phyllotettix rhombeus (Felton, 1965); A. Felton's (1765) original drawing of Cicada rhombea; B. Felton's and Westwood's drawings of specimens of Phyllotettix rhombeus overlapped, showing they are almost identical; C. Westwood's (1839) drawing of a new record of Hymenotes rhombea; D. Hancock's (1902 a) establishment of the name " Choriphyllum westwoodi "; E. Hancock's (1902 a) drawing of Choriphyllum westwoodi can be regarded as type specimen designation. All specimens undoubtedly show Phyllotettix rhombeus (see Figs 1 - 3 for comparison).	2023-03-24	Skejo, Josip;Yong, Sheyla;Bogic, Domagoj;Kasalo, Niko		Zenodo	biologists	Skejo, Josip;Yong, Sheyla;Bogic, Domagoj;Kasalo, Niko			
54689ADFB40E52F484AD8FEAC6B54B44.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/829398	https://doi.org/10.3897/dez.70.98982.figure2	Figure 2. Biogeography of the Caribbean Jumping Leaves (Cladonotinae, Choriphyllini). Biogeographic data of the tribe Choriphyllini is scarce. The distribution map of the six species belonging to this leaf-like tribe has the distribution of three species missing, as no localities are known.	Figure 2. Biogeography of the Caribbean Jumping Leaves (Cladonotinae, Choriphyllini). Biogeographic data of the tribe Choriphyllini is scarce. The distribution map of the six species belonging to this leaf-like tribe has the distribution of three species missing, as no localities are known.	2023-03-24	Skejo, Josip;Yong, Sheyla;Bogic, Domagoj;Kasalo, Niko		Zenodo	biologists	Skejo, Josip;Yong, Sheyla;Bogic, Domagoj;Kasalo, Niko			
54689ADFB40E52F484AD8FEAC6B54B44.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/829403	https://doi.org/10.3897/dez.70.98982.figure7	Figure 7. Old Cuban Dancing Leaf (Choriphyllum sagrai Serville, 1838) in the natural environment amongst the leaf-litter in Cuba, photograph Sheyla Yong.	Figure 7. Old Cuban Dancing Leaf (Choriphyllum sagrai Serville, 1838) in the natural environment amongst the leaf-litter in Cuba, photograph Sheyla Yong.	2023-03-24	Skejo, Josip;Yong, Sheyla;Bogic, Domagoj;Kasalo, Niko		Zenodo	biologists	Skejo, Josip;Yong, Sheyla;Bogic, Domagoj;Kasalo, Niko			
1EA759B50BCE5DDD9C86E62148FFE781.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/829398	https://doi.org/10.3897/dez.70.98982.figure2	Figure 2. Biogeography of the Caribbean Jumping Leaves (Cladonotinae, Choriphyllini). Biogeographic data of the tribe Choriphyllini is scarce. The distribution map of the six species belonging to this leaf-like tribe has the distribution of three species missing, as no localities are known.	Figure 2. Biogeography of the Caribbean Jumping Leaves (Cladonotinae, Choriphyllini). Biogeographic data of the tribe Choriphyllini is scarce. The distribution map of the six species belonging to this leaf-like tribe has the distribution of three species missing, as no localities are known.	2023-03-24	Skejo, Josip;Yong, Sheyla;Bogic, Domagoj;Kasalo, Niko		Zenodo	biologists	Skejo, Josip;Yong, Sheyla;Bogic, Domagoj;Kasalo, Niko			
1EA759B50BCE5DDD9C86E62148FFE781.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/829397	https://doi.org/10.3897/dez.70.98982.figure1	Figure 1. Diversity of the Caribbean Pygmy Jumping Leaves, tribe Choriphyllini, genera Choriphyllum and Phyllotettix. All the specimens with available photographs are shown, representing the first variability assessment for the species of these genera. The scale bar represents 5 millimetres.	Figure 1. Diversity of the Caribbean Pygmy Jumping Leaves, tribe Choriphyllini, genera Choriphyllum and Phyllotettix. All the specimens with available photographs are shown, representing the first variability assessment for the species of these genera. The scale bar represents 5 millimetres.	2023-03-24	Skejo, Josip;Yong, Sheyla;Bogic, Domagoj;Kasalo, Niko		Zenodo	biologists	Skejo, Josip;Yong, Sheyla;Bogic, Domagoj;Kasalo, Niko			
1EA759B50BCE5DDD9C86E62148FFE781.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/829399	https://doi.org/10.3897/dez.70.98982.figure3	Figure 3. Annotated schematic pictorial key to genera and species of Choriphyllini. Specimens are not to scale; for size comparison see Fig. 1. The red line shows the position of the highest point of the pronotal crest. The blue arrow points to the anterior margin of the pronotum; the green arrow points to the posterior pronotal tip; and the purple arrow points to the caudal margin of the pronotal crest. Shown are silhouettes of the type specimens of each species. For C. sagrai, shown is the silhouette of Serville's (1838) drawing of the holotype. The capital sinus is marked in red and pointed out in grey.	Figure 3. Annotated schematic pictorial key to genera and species of Choriphyllini. Specimens are not to scale; for size comparison see Fig. 1. The red line shows the position of the highest point of the pronotal crest. The blue arrow points to the anterior margin of the pronotum; the green arrow points to the posterior pronotal tip; and the purple arrow points to the caudal margin of the pronotal crest. Shown are silhouettes of the type specimens of each species. For C. sagrai, shown is the silhouette of Serville's (1838) drawing of the holotype. The capital sinus is marked in red and pointed out in grey.	2023-03-24	Skejo, Josip;Yong, Sheyla;Bogic, Domagoj;Kasalo, Niko		Zenodo	biologists	Skejo, Josip;Yong, Sheyla;Bogic, Domagoj;Kasalo, Niko			
991E20034A585C4CB9196C00C434700A.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/829397	https://doi.org/10.3897/dez.70.98982.figure1	Figure 1. Diversity of the Caribbean Pygmy Jumping Leaves, tribe Choriphyllini, genera Choriphyllum and Phyllotettix. All the specimens with available photographs are shown, representing the first variability assessment for the species of these genera. The scale bar represents 5 millimetres.	Figure 1. Diversity of the Caribbean Pygmy Jumping Leaves, tribe Choriphyllini, genera Choriphyllum and Phyllotettix. All the specimens with available photographs are shown, representing the first variability assessment for the species of these genera. The scale bar represents 5 millimetres.	2023-03-24	Skejo, Josip;Yong, Sheyla;Bogic, Domagoj;Kasalo, Niko		Zenodo	biologists	Skejo, Josip;Yong, Sheyla;Bogic, Domagoj;Kasalo, Niko			
991E20034A585C4CB9196C00C434700A.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/829398	https://doi.org/10.3897/dez.70.98982.figure2	Figure 2. Biogeography of the Caribbean Jumping Leaves (Cladonotinae, Choriphyllini). Biogeographic data of the tribe Choriphyllini is scarce. The distribution map of the six species belonging to this leaf-like tribe has the distribution of three species missing, as no localities are known.	Figure 2. Biogeography of the Caribbean Jumping Leaves (Cladonotinae, Choriphyllini). Biogeographic data of the tribe Choriphyllini is scarce. The distribution map of the six species belonging to this leaf-like tribe has the distribution of three species missing, as no localities are known.	2023-03-24	Skejo, Josip;Yong, Sheyla;Bogic, Domagoj;Kasalo, Niko		Zenodo	biologists	Skejo, Josip;Yong, Sheyla;Bogic, Domagoj;Kasalo, Niko			
991E20034A585C4CB9196C00C434700A.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/829399	https://doi.org/10.3897/dez.70.98982.figure3	Figure 3. Annotated schematic pictorial key to genera and species of Choriphyllini. Specimens are not to scale; for size comparison see Fig. 1. The red line shows the position of the highest point of the pronotal crest. The blue arrow points to the anterior margin of the pronotum; the green arrow points to the posterior pronotal tip; and the purple arrow points to the caudal margin of the pronotal crest. Shown are silhouettes of the type specimens of each species. For C. sagrai, shown is the silhouette of Serville's (1838) drawing of the holotype. The capital sinus is marked in red and pointed out in grey.	Figure 3. Annotated schematic pictorial key to genera and species of Choriphyllini. Specimens are not to scale; for size comparison see Fig. 1. The red line shows the position of the highest point of the pronotal crest. The blue arrow points to the anterior margin of the pronotum; the green arrow points to the posterior pronotal tip; and the purple arrow points to the caudal margin of the pronotal crest. Shown are silhouettes of the type specimens of each species. For C. sagrai, shown is the silhouette of Serville's (1838) drawing of the holotype. The capital sinus is marked in red and pointed out in grey.	2023-03-24	Skejo, Josip;Yong, Sheyla;Bogic, Domagoj;Kasalo, Niko		Zenodo	biologists	Skejo, Josip;Yong, Sheyla;Bogic, Domagoj;Kasalo, Niko			
750F8C294994575BACE1B740DF340BB0.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/829398	https://doi.org/10.3897/dez.70.98982.figure2	Figure 2. Biogeography of the Caribbean Jumping Leaves (Cladonotinae, Choriphyllini). Biogeographic data of the tribe Choriphyllini is scarce. The distribution map of the six species belonging to this leaf-like tribe has the distribution of three species missing, as no localities are known.	Figure 2. Biogeography of the Caribbean Jumping Leaves (Cladonotinae, Choriphyllini). Biogeographic data of the tribe Choriphyllini is scarce. The distribution map of the six species belonging to this leaf-like tribe has the distribution of three species missing, as no localities are known.	2023-03-24	Skejo, Josip;Yong, Sheyla;Bogic, Domagoj;Kasalo, Niko		Zenodo	biologists	Skejo, Josip;Yong, Sheyla;Bogic, Domagoj;Kasalo, Niko			
750F8C294994575BACE1B740DF340BB0.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/829397	https://doi.org/10.3897/dez.70.98982.figure1	Figure 1. Diversity of the Caribbean Pygmy Jumping Leaves, tribe Choriphyllini, genera Choriphyllum and Phyllotettix. All the specimens with available photographs are shown, representing the first variability assessment for the species of these genera. The scale bar represents 5 millimetres.	Figure 1. Diversity of the Caribbean Pygmy Jumping Leaves, tribe Choriphyllini, genera Choriphyllum and Phyllotettix. All the specimens with available photographs are shown, representing the first variability assessment for the species of these genera. The scale bar represents 5 millimetres.	2023-03-24	Skejo, Josip;Yong, Sheyla;Bogic, Domagoj;Kasalo, Niko		Zenodo	biologists	Skejo, Josip;Yong, Sheyla;Bogic, Domagoj;Kasalo, Niko			
750F8C294994575BACE1B740DF340BB0.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/829399	https://doi.org/10.3897/dez.70.98982.figure3	Figure 3. Annotated schematic pictorial key to genera and species of Choriphyllini. Specimens are not to scale; for size comparison see Fig. 1. The red line shows the position of the highest point of the pronotal crest. The blue arrow points to the anterior margin of the pronotum; the green arrow points to the posterior pronotal tip; and the purple arrow points to the caudal margin of the pronotal crest. Shown are silhouettes of the type specimens of each species. For C. sagrai, shown is the silhouette of Serville's (1838) drawing of the holotype. The capital sinus is marked in red and pointed out in grey.	Figure 3. Annotated schematic pictorial key to genera and species of Choriphyllini. Specimens are not to scale; for size comparison see Fig. 1. The red line shows the position of the highest point of the pronotal crest. The blue arrow points to the anterior margin of the pronotum; the green arrow points to the posterior pronotal tip; and the purple arrow points to the caudal margin of the pronotal crest. Shown are silhouettes of the type specimens of each species. For C. sagrai, shown is the silhouette of Serville's (1838) drawing of the holotype. The capital sinus is marked in red and pointed out in grey.	2023-03-24	Skejo, Josip;Yong, Sheyla;Bogic, Domagoj;Kasalo, Niko		Zenodo	biologists	Skejo, Josip;Yong, Sheyla;Bogic, Domagoj;Kasalo, Niko			
750F8C294994575BACE1B740DF340BB0.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/829400	https://doi.org/10.3897/dez.70.98982.figure4	Figure 4. Wallace's Cuban Pygmy Dancing Leaf, holotype male from MNCN photo M. Paris (A), its labels (B) and a photograph of Alfred Russel Wallace (C) after whom the new species was named.	Figure 4. Wallace's Cuban Pygmy Dancing Leaf, holotype male from MNCN photo M. Paris (A), its labels (B) and a photograph of Alfred Russel Wallace (C) after whom the new species was named.	2023-03-24	Skejo, Josip;Yong, Sheyla;Bogic, Domagoj;Kasalo, Niko		Zenodo	biologists	Skejo, Josip;Yong, Sheyla;Bogic, Domagoj;Kasalo, Niko			
A8980090153859C58500888240313BBD.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/829397	https://doi.org/10.3897/dez.70.98982.figure1	Figure 1. Diversity of the Caribbean Pygmy Jumping Leaves, tribe Choriphyllini, genera Choriphyllum and Phyllotettix. All the specimens with available photographs are shown, representing the first variability assessment for the species of these genera. The scale bar represents 5 millimetres.	Figure 1. Diversity of the Caribbean Pygmy Jumping Leaves, tribe Choriphyllini, genera Choriphyllum and Phyllotettix. All the specimens with available photographs are shown, representing the first variability assessment for the species of these genera. The scale bar represents 5 millimetres.	2023-03-24	Skejo, Josip;Yong, Sheyla;Bogic, Domagoj;Kasalo, Niko		Zenodo	biologists	Skejo, Josip;Yong, Sheyla;Bogic, Domagoj;Kasalo, Niko			
A8980090153859C58500888240313BBD.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/829398	https://doi.org/10.3897/dez.70.98982.figure2	Figure 2. Biogeography of the Caribbean Jumping Leaves (Cladonotinae, Choriphyllini). Biogeographic data of the tribe Choriphyllini is scarce. The distribution map of the six species belonging to this leaf-like tribe has the distribution of three species missing, as no localities are known.	Figure 2. Biogeography of the Caribbean Jumping Leaves (Cladonotinae, Choriphyllini). Biogeographic data of the tribe Choriphyllini is scarce. The distribution map of the six species belonging to this leaf-like tribe has the distribution of three species missing, as no localities are known.	2023-03-24	Skejo, Josip;Yong, Sheyla;Bogic, Domagoj;Kasalo, Niko		Zenodo	biologists	Skejo, Josip;Yong, Sheyla;Bogic, Domagoj;Kasalo, Niko			
A8980090153859C58500888240313BBD.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/829399	https://doi.org/10.3897/dez.70.98982.figure3	Figure 3. Annotated schematic pictorial key to genera and species of Choriphyllini. Specimens are not to scale; for size comparison see Fig. 1. The red line shows the position of the highest point of the pronotal crest. The blue arrow points to the anterior margin of the pronotum; the green arrow points to the posterior pronotal tip; and the purple arrow points to the caudal margin of the pronotal crest. Shown are silhouettes of the type specimens of each species. For C. sagrai, shown is the silhouette of Serville's (1838) drawing of the holotype. The capital sinus is marked in red and pointed out in grey.	Figure 3. Annotated schematic pictorial key to genera and species of Choriphyllini. Specimens are not to scale; for size comparison see Fig. 1. The red line shows the position of the highest point of the pronotal crest. The blue arrow points to the anterior margin of the pronotum; the green arrow points to the posterior pronotal tip; and the purple arrow points to the caudal margin of the pronotal crest. Shown are silhouettes of the type specimens of each species. For C. sagrai, shown is the silhouette of Serville's (1838) drawing of the holotype. The capital sinus is marked in red and pointed out in grey.	2023-03-24	Skejo, Josip;Yong, Sheyla;Bogic, Domagoj;Kasalo, Niko		Zenodo	biologists	Skejo, Josip;Yong, Sheyla;Bogic, Domagoj;Kasalo, Niko			
93E3E6238DA555ABAD95B96D765A4FE8.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/829401	https://doi.org/10.3897/dez.70.98982.figure5	Figure 5. Hancock's plate I from the " Tettigidae of North America " shows leaf-like Caribbean species under the numbers 1), 2) and 7), but has many taxonomic and nomenclatural errors. 1) - Phyllotettix foliatus (= female holotype of Hancock's Choriphyllum foliatum), 2) - Phyllotettix rhombeus (= Hancock's Choriphyllum westwoodi), 7) - Choriphyllum saussurei. (= Hancock's Phyllonotus saussurei). Source: Biodiversity Heritage Library, available at https: // www. biodiversitylibrary. org / item / 25899 # page / 10.	Figure 5. Hancock's plate I from the " Tettigidae of North America " shows leaf-like Caribbean species under the numbers 1), 2) and 7), but has many taxonomic and nomenclatural errors. 1) - Phyllotettix foliatus (= female holotype of Hancock's Choriphyllum foliatum), 2) - Phyllotettix rhombeus (= Hancock's Choriphyllum westwoodi), 7) - Choriphyllum saussurei. (= Hancock's Phyllonotus saussurei). Source: Biodiversity Heritage Library, available at https: // www. biodiversitylibrary. org / item / 25899 # page / 10.	2023-03-24	Skejo, Josip;Yong, Sheyla;Bogic, Domagoj;Kasalo, Niko		Zenodo	biologists	Skejo, Josip;Yong, Sheyla;Bogic, Domagoj;Kasalo, Niko			
93E3E6238DA555ABAD95B96D765A4FE8.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/829402	https://doi.org/10.3897/dez.70.98982.figure6	Figure 6. The evidence of synonymy of Choriphyllum westwoodi Hancock, 1902 a with Phyllotettix rhombeus (Felton, 1965); A. Felton's (1765) original drawing of Cicada rhombea; B. Felton's and Westwood's drawings of specimens of Phyllotettix rhombeus overlapped, showing they are almost identical; C. Westwood's (1839) drawing of a new record of Hymenotes rhombea; D. Hancock's (1902 a) establishment of the name " Choriphyllum westwoodi "; E. Hancock's (1902 a) drawing of Choriphyllum westwoodi can be regarded as type specimen designation. All specimens undoubtedly show Phyllotettix rhombeus (see Figs 1 - 3 for comparison).	Figure 6. The evidence of synonymy of Choriphyllum westwoodi Hancock, 1902 a with Phyllotettix rhombeus (Felton, 1965); A. Felton's (1765) original drawing of Cicada rhombea; B. Felton's and Westwood's drawings of specimens of Phyllotettix rhombeus overlapped, showing they are almost identical; C. Westwood's (1839) drawing of a new record of Hymenotes rhombea; D. Hancock's (1902 a) establishment of the name " Choriphyllum westwoodi "; E. Hancock's (1902 a) drawing of Choriphyllum westwoodi can be regarded as type specimen designation. All specimens undoubtedly show Phyllotettix rhombeus (see Figs 1 - 3 for comparison).	2023-03-24	Skejo, Josip;Yong, Sheyla;Bogic, Domagoj;Kasalo, Niko		Zenodo	biologists	Skejo, Josip;Yong, Sheyla;Bogic, Domagoj;Kasalo, Niko			
93E3E6238DA555ABAD95B96D765A4FE8.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/829397	https://doi.org/10.3897/dez.70.98982.figure1	Figure 1. Diversity of the Caribbean Pygmy Jumping Leaves, tribe Choriphyllini, genera Choriphyllum and Phyllotettix. All the specimens with available photographs are shown, representing the first variability assessment for the species of these genera. The scale bar represents 5 millimetres.	Figure 1. Diversity of the Caribbean Pygmy Jumping Leaves, tribe Choriphyllini, genera Choriphyllum and Phyllotettix. All the specimens with available photographs are shown, representing the first variability assessment for the species of these genera. The scale bar represents 5 millimetres.	2023-03-24	Skejo, Josip;Yong, Sheyla;Bogic, Domagoj;Kasalo, Niko		Zenodo	biologists	Skejo, Josip;Yong, Sheyla;Bogic, Domagoj;Kasalo, Niko			
93E3E6238DA555ABAD95B96D765A4FE8.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/829399	https://doi.org/10.3897/dez.70.98982.figure3	Figure 3. Annotated schematic pictorial key to genera and species of Choriphyllini. Specimens are not to scale; for size comparison see Fig. 1. The red line shows the position of the highest point of the pronotal crest. The blue arrow points to the anterior margin of the pronotum; the green arrow points to the posterior pronotal tip; and the purple arrow points to the caudal margin of the pronotal crest. Shown are silhouettes of the type specimens of each species. For C. sagrai, shown is the silhouette of Serville's (1838) drawing of the holotype. The capital sinus is marked in red and pointed out in grey.	Figure 3. Annotated schematic pictorial key to genera and species of Choriphyllini. Specimens are not to scale; for size comparison see Fig. 1. The red line shows the position of the highest point of the pronotal crest. The blue arrow points to the anterior margin of the pronotum; the green arrow points to the posterior pronotal tip; and the purple arrow points to the caudal margin of the pronotal crest. Shown are silhouettes of the type specimens of each species. For C. sagrai, shown is the silhouette of Serville's (1838) drawing of the holotype. The capital sinus is marked in red and pointed out in grey.	2023-03-24	Skejo, Josip;Yong, Sheyla;Bogic, Domagoj;Kasalo, Niko		Zenodo	biologists	Skejo, Josip;Yong, Sheyla;Bogic, Domagoj;Kasalo, Niko			
93E3E6238DA555ABAD95B96D765A4FE8.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/829398	https://doi.org/10.3897/dez.70.98982.figure2	Figure 2. Biogeography of the Caribbean Jumping Leaves (Cladonotinae, Choriphyllini). Biogeographic data of the tribe Choriphyllini is scarce. The distribution map of the six species belonging to this leaf-like tribe has the distribution of three species missing, as no localities are known.	Figure 2. Biogeography of the Caribbean Jumping Leaves (Cladonotinae, Choriphyllini). Biogeographic data of the tribe Choriphyllini is scarce. The distribution map of the six species belonging to this leaf-like tribe has the distribution of three species missing, as no localities are known.	2023-03-24	Skejo, Josip;Yong, Sheyla;Bogic, Domagoj;Kasalo, Niko		Zenodo	biologists	Skejo, Josip;Yong, Sheyla;Bogic, Domagoj;Kasalo, Niko			
BF6D6DEAA2D75BD8A41A47F5614438C8.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/829398	https://doi.org/10.3897/dez.70.98982.figure2	Figure 2. Biogeography of the Caribbean Jumping Leaves (Cladonotinae, Choriphyllini). Biogeographic data of the tribe Choriphyllini is scarce. The distribution map of the six species belonging to this leaf-like tribe has the distribution of three species missing, as no localities are known.	Figure 2. Biogeography of the Caribbean Jumping Leaves (Cladonotinae, Choriphyllini). Biogeographic data of the tribe Choriphyllini is scarce. The distribution map of the six species belonging to this leaf-like tribe has the distribution of three species missing, as no localities are known.	2023-03-24	Skejo, Josip;Yong, Sheyla;Bogic, Domagoj;Kasalo, Niko		Zenodo	biologists	Skejo, Josip;Yong, Sheyla;Bogic, Domagoj;Kasalo, Niko			
BF6D6DEAA2D75BD8A41A47F5614438C8.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/829397	https://doi.org/10.3897/dez.70.98982.figure1	Figure 1. Diversity of the Caribbean Pygmy Jumping Leaves, tribe Choriphyllini, genera Choriphyllum and Phyllotettix. All the specimens with available photographs are shown, representing the first variability assessment for the species of these genera. The scale bar represents 5 millimetres.	Figure 1. Diversity of the Caribbean Pygmy Jumping Leaves, tribe Choriphyllini, genera Choriphyllum and Phyllotettix. All the specimens with available photographs are shown, representing the first variability assessment for the species of these genera. The scale bar represents 5 millimetres.	2023-03-24	Skejo, Josip;Yong, Sheyla;Bogic, Domagoj;Kasalo, Niko		Zenodo	biologists	Skejo, Josip;Yong, Sheyla;Bogic, Domagoj;Kasalo, Niko			
BF6D6DEAA2D75BD8A41A47F5614438C8.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/829399	https://doi.org/10.3897/dez.70.98982.figure3	Figure 3. Annotated schematic pictorial key to genera and species of Choriphyllini. Specimens are not to scale; for size comparison see Fig. 1. The red line shows the position of the highest point of the pronotal crest. The blue arrow points to the anterior margin of the pronotum; the green arrow points to the posterior pronotal tip; and the purple arrow points to the caudal margin of the pronotal crest. Shown are silhouettes of the type specimens of each species. For C. sagrai, shown is the silhouette of Serville's (1838) drawing of the holotype. The capital sinus is marked in red and pointed out in grey.	Figure 3. Annotated schematic pictorial key to genera and species of Choriphyllini. Specimens are not to scale; for size comparison see Fig. 1. The red line shows the position of the highest point of the pronotal crest. The blue arrow points to the anterior margin of the pronotum; the green arrow points to the posterior pronotal tip; and the purple arrow points to the caudal margin of the pronotal crest. Shown are silhouettes of the type specimens of each species. For C. sagrai, shown is the silhouette of Serville's (1838) drawing of the holotype. The capital sinus is marked in red and pointed out in grey.	2023-03-24	Skejo, Josip;Yong, Sheyla;Bogic, Domagoj;Kasalo, Niko		Zenodo	biologists	Skejo, Josip;Yong, Sheyla;Bogic, Domagoj;Kasalo, Niko			
17A1629F2B2B5C549741D2E51106BD7A.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/829398	https://doi.org/10.3897/dez.70.98982.figure2	Figure 2. Biogeography of the Caribbean Jumping Leaves (Cladonotinae, Choriphyllini). Biogeographic data of the tribe Choriphyllini is scarce. The distribution map of the six species belonging to this leaf-like tribe has the distribution of three species missing, as no localities are known.	Figure 2. Biogeography of the Caribbean Jumping Leaves (Cladonotinae, Choriphyllini). Biogeographic data of the tribe Choriphyllini is scarce. The distribution map of the six species belonging to this leaf-like tribe has the distribution of three species missing, as no localities are known.	2023-03-24	Skejo, Josip;Yong, Sheyla;Bogic, Domagoj;Kasalo, Niko		Zenodo	biologists	Skejo, Josip;Yong, Sheyla;Bogic, Domagoj;Kasalo, Niko			
17A1629F2B2B5C549741D2E51106BD7A.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/829397	https://doi.org/10.3897/dez.70.98982.figure1	Figure 1. Diversity of the Caribbean Pygmy Jumping Leaves, tribe Choriphyllini, genera Choriphyllum and Phyllotettix. All the specimens with available photographs are shown, representing the first variability assessment for the species of these genera. The scale bar represents 5 millimetres.	Figure 1. Diversity of the Caribbean Pygmy Jumping Leaves, tribe Choriphyllini, genera Choriphyllum and Phyllotettix. All the specimens with available photographs are shown, representing the first variability assessment for the species of these genera. The scale bar represents 5 millimetres.	2023-03-24	Skejo, Josip;Yong, Sheyla;Bogic, Domagoj;Kasalo, Niko		Zenodo	biologists	Skejo, Josip;Yong, Sheyla;Bogic, Domagoj;Kasalo, Niko			
17A1629F2B2B5C549741D2E51106BD7A.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/829399	https://doi.org/10.3897/dez.70.98982.figure3	Figure 3. Annotated schematic pictorial key to genera and species of Choriphyllini. Specimens are not to scale; for size comparison see Fig. 1. The red line shows the position of the highest point of the pronotal crest. The blue arrow points to the anterior margin of the pronotum; the green arrow points to the posterior pronotal tip; and the purple arrow points to the caudal margin of the pronotal crest. Shown are silhouettes of the type specimens of each species. For C. sagrai, shown is the silhouette of Serville's (1838) drawing of the holotype. The capital sinus is marked in red and pointed out in grey.	Figure 3. Annotated schematic pictorial key to genera and species of Choriphyllini. Specimens are not to scale; for size comparison see Fig. 1. The red line shows the position of the highest point of the pronotal crest. The blue arrow points to the anterior margin of the pronotum; the green arrow points to the posterior pronotal tip; and the purple arrow points to the caudal margin of the pronotal crest. Shown are silhouettes of the type specimens of each species. For C. sagrai, shown is the silhouette of Serville's (1838) drawing of the holotype. The capital sinus is marked in red and pointed out in grey.	2023-03-24	Skejo, Josip;Yong, Sheyla;Bogic, Domagoj;Kasalo, Niko		Zenodo	biologists	Skejo, Josip;Yong, Sheyla;Bogic, Domagoj;Kasalo, Niko			
A1A491FE40E25968ADDC69C397B01F00.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/829401	https://doi.org/10.3897/dez.70.98982.figure5	Figure 5. Hancock's plate I from the " Tettigidae of North America " shows leaf-like Caribbean species under the numbers 1), 2) and 7), but has many taxonomic and nomenclatural errors. 1) - Phyllotettix foliatus (= female holotype of Hancock's Choriphyllum foliatum), 2) - Phyllotettix rhombeus (= Hancock's Choriphyllum westwoodi), 7) - Choriphyllum saussurei. (= Hancock's Phyllonotus saussurei). Source: Biodiversity Heritage Library, available at https: // www. biodiversitylibrary. org / item / 25899 # page / 10.	Figure 5. Hancock's plate I from the " Tettigidae of North America " shows leaf-like Caribbean species under the numbers 1), 2) and 7), but has many taxonomic and nomenclatural errors. 1) - Phyllotettix foliatus (= female holotype of Hancock's Choriphyllum foliatum), 2) - Phyllotettix rhombeus (= Hancock's Choriphyllum westwoodi), 7) - Choriphyllum saussurei. (= Hancock's Phyllonotus saussurei). Source: Biodiversity Heritage Library, available at https: // www. biodiversitylibrary. org / item / 25899 # page / 10.	2023-03-24	Skejo, Josip;Yong, Sheyla;Bogic, Domagoj;Kasalo, Niko		Zenodo	biologists	Skejo, Josip;Yong, Sheyla;Bogic, Domagoj;Kasalo, Niko			
A1A491FE40E25968ADDC69C397B01F00.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/829402	https://doi.org/10.3897/dez.70.98982.figure6	Figure 6. The evidence of synonymy of Choriphyllum westwoodi Hancock, 1902 a with Phyllotettix rhombeus (Felton, 1965); A. Felton's (1765) original drawing of Cicada rhombea; B. Felton's and Westwood's drawings of specimens of Phyllotettix rhombeus overlapped, showing they are almost identical; C. Westwood's (1839) drawing of a new record of Hymenotes rhombea; D. Hancock's (1902 a) establishment of the name " Choriphyllum westwoodi "; E. Hancock's (1902 a) drawing of Choriphyllum westwoodi can be regarded as type specimen designation. All specimens undoubtedly show Phyllotettix rhombeus (see Figs 1 - 3 for comparison).	Figure 6. The evidence of synonymy of Choriphyllum westwoodi Hancock, 1902 a with Phyllotettix rhombeus (Felton, 1965); A. Felton's (1765) original drawing of Cicada rhombea; B. Felton's and Westwood's drawings of specimens of Phyllotettix rhombeus overlapped, showing they are almost identical; C. Westwood's (1839) drawing of a new record of Hymenotes rhombea; D. Hancock's (1902 a) establishment of the name " Choriphyllum westwoodi "; E. Hancock's (1902 a) drawing of Choriphyllum westwoodi can be regarded as type specimen designation. All specimens undoubtedly show Phyllotettix rhombeus (see Figs 1 - 3 for comparison).	2023-03-24	Skejo, Josip;Yong, Sheyla;Bogic, Domagoj;Kasalo, Niko		Zenodo	biologists	Skejo, Josip;Yong, Sheyla;Bogic, Domagoj;Kasalo, Niko			
A1A491FE40E25968ADDC69C397B01F00.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/829398	https://doi.org/10.3897/dez.70.98982.figure2	Figure 2. Biogeography of the Caribbean Jumping Leaves (Cladonotinae, Choriphyllini). Biogeographic data of the tribe Choriphyllini is scarce. The distribution map of the six species belonging to this leaf-like tribe has the distribution of three species missing, as no localities are known.	Figure 2. Biogeography of the Caribbean Jumping Leaves (Cladonotinae, Choriphyllini). Biogeographic data of the tribe Choriphyllini is scarce. The distribution map of the six species belonging to this leaf-like tribe has the distribution of three species missing, as no localities are known.	2023-03-24	Skejo, Josip;Yong, Sheyla;Bogic, Domagoj;Kasalo, Niko		Zenodo	biologists	Skejo, Josip;Yong, Sheyla;Bogic, Domagoj;Kasalo, Niko			
A1A491FE40E25968ADDC69C397B01F00.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/829397	https://doi.org/10.3897/dez.70.98982.figure1	Figure 1. Diversity of the Caribbean Pygmy Jumping Leaves, tribe Choriphyllini, genera Choriphyllum and Phyllotettix. All the specimens with available photographs are shown, representing the first variability assessment for the species of these genera. The scale bar represents 5 millimetres.	Figure 1. Diversity of the Caribbean Pygmy Jumping Leaves, tribe Choriphyllini, genera Choriphyllum and Phyllotettix. All the specimens with available photographs are shown, representing the first variability assessment for the species of these genera. The scale bar represents 5 millimetres.	2023-03-24	Skejo, Josip;Yong, Sheyla;Bogic, Domagoj;Kasalo, Niko		Zenodo	biologists	Skejo, Josip;Yong, Sheyla;Bogic, Domagoj;Kasalo, Niko			
A1A491FE40E25968ADDC69C397B01F00.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/829399	https://doi.org/10.3897/dez.70.98982.figure3	Figure 3. Annotated schematic pictorial key to genera and species of Choriphyllini. Specimens are not to scale; for size comparison see Fig. 1. The red line shows the position of the highest point of the pronotal crest. The blue arrow points to the anterior margin of the pronotum; the green arrow points to the posterior pronotal tip; and the purple arrow points to the caudal margin of the pronotal crest. Shown are silhouettes of the type specimens of each species. For C. sagrai, shown is the silhouette of Serville's (1838) drawing of the holotype. The capital sinus is marked in red and pointed out in grey.	Figure 3. Annotated schematic pictorial key to genera and species of Choriphyllini. Specimens are not to scale; for size comparison see Fig. 1. The red line shows the position of the highest point of the pronotal crest. The blue arrow points to the anterior margin of the pronotum; the green arrow points to the posterior pronotal tip; and the purple arrow points to the caudal margin of the pronotal crest. Shown are silhouettes of the type specimens of each species. For C. sagrai, shown is the silhouette of Serville's (1838) drawing of the holotype. The capital sinus is marked in red and pointed out in grey.	2023-03-24	Skejo, Josip;Yong, Sheyla;Bogic, Domagoj;Kasalo, Niko		Zenodo	biologists	Skejo, Josip;Yong, Sheyla;Bogic, Domagoj;Kasalo, Niko			
C575C2A6760A5216AE3214C0456C0DFB.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/829397	https://doi.org/10.3897/dez.70.98982.figure1	Figure 1. Diversity of the Caribbean Pygmy Jumping Leaves, tribe Choriphyllini, genera Choriphyllum and Phyllotettix. All the specimens with available photographs are shown, representing the first variability assessment for the species of these genera. The scale bar represents 5 millimetres.	Figure 1. Diversity of the Caribbean Pygmy Jumping Leaves, tribe Choriphyllini, genera Choriphyllum and Phyllotettix. All the specimens with available photographs are shown, representing the first variability assessment for the species of these genera. The scale bar represents 5 millimetres.	2023-03-24	Skejo, Josip;Yong, Sheyla;Bogic, Domagoj;Kasalo, Niko		Zenodo	biologists	Skejo, Josip;Yong, Sheyla;Bogic, Domagoj;Kasalo, Niko			
C575C2A6760A5216AE3214C0456C0DFB.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/829398	https://doi.org/10.3897/dez.70.98982.figure2	Figure 2. Biogeography of the Caribbean Jumping Leaves (Cladonotinae, Choriphyllini). Biogeographic data of the tribe Choriphyllini is scarce. The distribution map of the six species belonging to this leaf-like tribe has the distribution of three species missing, as no localities are known.	Figure 2. Biogeography of the Caribbean Jumping Leaves (Cladonotinae, Choriphyllini). Biogeographic data of the tribe Choriphyllini is scarce. The distribution map of the six species belonging to this leaf-like tribe has the distribution of three species missing, as no localities are known.	2023-03-24	Skejo, Josip;Yong, Sheyla;Bogic, Domagoj;Kasalo, Niko		Zenodo	biologists	Skejo, Josip;Yong, Sheyla;Bogic, Domagoj;Kasalo, Niko			
C575C2A6760A5216AE3214C0456C0DFB.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/829399	https://doi.org/10.3897/dez.70.98982.figure3	Figure 3. Annotated schematic pictorial key to genera and species of Choriphyllini. Specimens are not to scale; for size comparison see Fig. 1. The red line shows the position of the highest point of the pronotal crest. The blue arrow points to the anterior margin of the pronotum; the green arrow points to the posterior pronotal tip; and the purple arrow points to the caudal margin of the pronotal crest. Shown are silhouettes of the type specimens of each species. For C. sagrai, shown is the silhouette of Serville's (1838) drawing of the holotype. The capital sinus is marked in red and pointed out in grey.	Figure 3. Annotated schematic pictorial key to genera and species of Choriphyllini. Specimens are not to scale; for size comparison see Fig. 1. The red line shows the position of the highest point of the pronotal crest. The blue arrow points to the anterior margin of the pronotum; the green arrow points to the posterior pronotal tip; and the purple arrow points to the caudal margin of the pronotal crest. Shown are silhouettes of the type specimens of each species. For C. sagrai, shown is the silhouette of Serville's (1838) drawing of the holotype. The capital sinus is marked in red and pointed out in grey.	2023-03-24	Skejo, Josip;Yong, Sheyla;Bogic, Domagoj;Kasalo, Niko		Zenodo	biologists	Skejo, Josip;Yong, Sheyla;Bogic, Domagoj;Kasalo, Niko			
65F0BFAD6BB450FBB61FEB4CBA2EAA3B.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/829397	https://doi.org/10.3897/dez.70.98982.figure1	Figure 1. Diversity of the Caribbean Pygmy Jumping Leaves, tribe Choriphyllini, genera Choriphyllum and Phyllotettix. All the specimens with available photographs are shown, representing the first variability assessment for the species of these genera. The scale bar represents 5 millimetres.	Figure 1. Diversity of the Caribbean Pygmy Jumping Leaves, tribe Choriphyllini, genera Choriphyllum and Phyllotettix. All the specimens with available photographs are shown, representing the first variability assessment for the species of these genera. The scale bar represents 5 millimetres.	2023-03-24	Skejo, Josip;Yong, Sheyla;Bogic, Domagoj;Kasalo, Niko		Zenodo	biologists	Skejo, Josip;Yong, Sheyla;Bogic, Domagoj;Kasalo, Niko			
65F0BFAD6BB450FBB61FEB4CBA2EAA3B.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/829398	https://doi.org/10.3897/dez.70.98982.figure2	Figure 2. Biogeography of the Caribbean Jumping Leaves (Cladonotinae, Choriphyllini). Biogeographic data of the tribe Choriphyllini is scarce. The distribution map of the six species belonging to this leaf-like tribe has the distribution of three species missing, as no localities are known.	Figure 2. Biogeography of the Caribbean Jumping Leaves (Cladonotinae, Choriphyllini). Biogeographic data of the tribe Choriphyllini is scarce. The distribution map of the six species belonging to this leaf-like tribe has the distribution of three species missing, as no localities are known.	2023-03-24	Skejo, Josip;Yong, Sheyla;Bogic, Domagoj;Kasalo, Niko		Zenodo	biologists	Skejo, Josip;Yong, Sheyla;Bogic, Domagoj;Kasalo, Niko			
65F0BFAD6BB450FBB61FEB4CBA2EAA3B.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/829399	https://doi.org/10.3897/dez.70.98982.figure3	Figure 3. Annotated schematic pictorial key to genera and species of Choriphyllini. Specimens are not to scale; for size comparison see Fig. 1. The red line shows the position of the highest point of the pronotal crest. The blue arrow points to the anterior margin of the pronotum; the green arrow points to the posterior pronotal tip; and the purple arrow points to the caudal margin of the pronotal crest. Shown are silhouettes of the type specimens of each species. For C. sagrai, shown is the silhouette of Serville's (1838) drawing of the holotype. The capital sinus is marked in red and pointed out in grey.	Figure 3. Annotated schematic pictorial key to genera and species of Choriphyllini. Specimens are not to scale; for size comparison see Fig. 1. The red line shows the position of the highest point of the pronotal crest. The blue arrow points to the anterior margin of the pronotum; the green arrow points to the posterior pronotal tip; and the purple arrow points to the caudal margin of the pronotal crest. Shown are silhouettes of the type specimens of each species. For C. sagrai, shown is the silhouette of Serville's (1838) drawing of the holotype. The capital sinus is marked in red and pointed out in grey.	2023-03-24	Skejo, Josip;Yong, Sheyla;Bogic, Domagoj;Kasalo, Niko		Zenodo	biologists	Skejo, Josip;Yong, Sheyla;Bogic, Domagoj;Kasalo, Niko			
