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Diplolaemus varicolor VRDOLJAK, AVILA, MOLINA, BENITEZ-VEYRA & MORANDO, 2026

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Higher TaxaLeiosauridae (Leiosaurinae), Iguania, Sauria, Squamata (lizards)
Subspecies 
Common Names 
SynonymDiplolaemus varicolor VRDOLJAK, AVILA, MOLINA, BENITEZ-VEYRA & MORANDO 2026: 13
Diplolaemus bibronii — BELL 1843 (part)
Diplolaemus bibronii — PETERS et al. 1970
Diplolaemus bibronii — DONOSO-BARROS 1966
Diplolaemus darwinii — CEI 1973
Diplolaemus ‘forma altopatagónica’ – CEI 1986
Diplolaemus sexcinctus — VICTORIANO et al. 2010
Diplolaemus leopardinus — CEI 1971
Diplolaemus leopardinus – CEI et al. 2021
Diplolaemus leopardinus – GARCÍA et al. 2015
Diplolaemus leopardinus – MORANDO et al. 2015.
Diplolaemus sexcinctus L4 — FEMENIAS et al. 2020
Diplolaemus sexcinctus L4 – VRDOLJAK et al. 2025 
DistributionArgentina (Neuquén)

Type locality: Ruta Provincial 13, 16.5 km W to Kilka (38° 53’ 09.25’’ S, 70° 57’ 48.7’’ W, 1598 m), Aluminé Department, Neuquén Province, Argentina  
Reproduction 
TypesHolotype (Fig. 8): LJAMM 17238, Adult male. Collected by L.J. Avila on 3 March 2016.
Paratopoypes (Supporting Information, Figs S11, S12): LJAMM 17237, 17239, 17240, and 17241 adult females with same date and collector as holotype.
Paratypes (Supporting Information, Figs S11, S12): LJAMM 939 (38° 53’ 13’’S, 70° 58’ 33’’ W, 160 m, no collector data on 11 January 1999), 2634, 2635, 2636, 2695 (38° 53’ 12’’ S, 70° 58’ 42’’ W, 1614 m, collected by L.J. Avila, and M. Morando on 7 March 2000), 14202 (38° 49’ 20.5’’S, 71° 11’ 26.3’’ W, 1761 m, collected by L.J. Avila, C. Medina, & M. Olave on 16 February 2011), 15146 (39° 07’ 09.6’’S, 71° 02’ 02.6’’ W, 1065 m, collected by L.J. Avila on 27 January 2013), adult males. 1163 (38° 53’ 13’’S, 70° 58’ 33’’ W, 1600 m, no collector data on 11 January 1999) adult female. All specimens were collected in Aluminé Department, Neuquén Province, Argentina. 
DiagnosisDiagnosis: Diplolaemus varicolor is genetically distinct from the other described species of the clade, for its lower number of VS (mean = 159.7, range = 138–171; D. bibronii mean = 184.55, range = 162–220, z = -2.07; D. darwinii mean = 173.78, range = 155–193, z = -1.37; D. leopardinus mean = 172.91, range = 155–188, z = -1.26; D. sexcinctus mean = 189.27, range = 163–222, z = -2.39; D. vulcanus mean = 192.72 range = 178–217, z = -3.15), and also can be statistically distinguished from them with at least 95% confidence based on several individual morphological traits, mainly scale counts (Supporting Information, Fig. S9, mean values of TL = 13.55 mm, HW = 12.58 mm, HL = 19.53 mm, SVL = 72.34 mm, SNG = 58.23, SSS = 2.39, SNR = 2.54, LP = 27.92, LM = 17.15, ANAS = 10.77, ILS = 10.62, SLS = 11.69, DS = 168.8, SAMB = 175.8) from D. bibronii (mean values of HW = 15.55 mm, SVL = 86.12 mm, SNG = 66.12, SSS = 3.45, LP = 30.24, LM = 18.07, ANAS = 12.12, ILS = 11.36, DS = 179.21, SAMB = 183.21), D. darwinii (mean values of TL = 11.42 mm, HL = 16.98 mm, SSS = 1.91, SNR = 1.61, LP = 29.35, LM = 18.43, ILS = 9.26, SLS = 10.13), D. leopardinus (mean values of SNG = 64.91, SSS = 3.09, ANAS = 12), D. sexcinctus (SVL = 87.01 mm, SNG = 71.49, SSS = 3.38, SNR = 3.08, LP = 30.43, LM = 18.73, ANAS = 12.3, ILS = 11.51, DS = 185.11, SAMB = 187.27), and D. vulcanus (HW = 16.68 mm, SVL = 89.85, SNG = 73, SSS = 3.67, SNR = 3.11, LP = 30.17, LM = 18.94, ILS = 11.83, DS = 187.56, SAMB = 197.28). (VRDOLJAK et al. 2026)


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CommentDistribution: see map in Vrdoljak et al. 2026: Fig. 1, and guess which color and lineage this species is (we hope it’s there). 
EtymologyNamed after the remarkable variation in dorsal coloration observed in live individuals of this species. We have recorded specimens with predominantly green, greenish-blue, and greenish-yellow tones, while García et al. (2015) observed individuals displaying a clear yellow coloration. 
References
  • Vrdoljak, Juan; Luciano Javier Avila, Iriel Surai Molina, Santiago Benitez-Veyra, Mariana Morando 2026. A guided protocol for phenotypic analyses in integrative taxonomy: application to Diplolaemus (Iguania: Leiosauridae) and the description of new species. Zoological Journal of the Linnean Society, Volume 207, Issue 1, May 2026, zlag064, - get paper here
 
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