A New Species Of Hauptmannia (Acari: Erythraeidae) From Montenegro Author Saboori, A. Author Sundic, M. Author Pesic, V. Author Hakimitabar, M. text Acarologia 2011 2011-03-30 51 1 61 68 http://dx.doi.org/10.1051/acarologia/20111989 journal article 10.1051/acarologia/20111989 2107-7207 5403900 Hauptmannia striata Saboori , ˘Sundi´c & Pe˘si´c, n. sp. ( Figs. 1 – 4 ) Diagnosis Palpal tibial claw bifid, palpal accessory claw entire, cheliceral bases striated and punctate, fn Ti 12-13- 13. Larva ( Holotype ) — Idiosoma oval, dorsal surface with 46 setae with fine barbs and on platelets ( Fig. 1 ). Scutum length and width equal, scutum punctate with 2 pairs of scutalae; PL longer than AL; both with fine barbs. Anterior pair of sensilla ( AM ) very short and smooth; posterior pair of sensilla (S) with fine barbs throughout the length ( Fig. 1 ). Each side of scutum with one eye, circular, not on platelets; eyes 15, ocular ring 20 across . Ventral surface of idiosoma bearing 6 sternalae, 4 setae between coxae I and II, 16 barbed setae between coxae II and III and 19 setae behind coxae III. All ventral setae with fine barbs. Sternalae more or less equal in length. Coxae I–III each with one seta; coxala 1b longer than other coxalae; coxala 2b about as long as coxala 3b ; all coxalae barbed ( Fig. 2 ). NDV = 46 + 39 = 85. Gnathosoma with smooth galealae (Ga) and anterior hypostomalae (aHy) and barbed posterior hypostomalae (pHy) ( Fig. 3 ). Palpal femur with 2 barbed and genu with 1 nude and 2 barbed setae ( Fig. 3 ). Tibia with 1 barbed and 1 nude seta and an entire accessory claw. TABLE 1: Metric data of Hauptmannia striata n. sp. larvae (a, holotype; b-d, paratypes).

Character	a	b	c	d
IL	332	430	421	445
IW	111	208	215	238
SD	74	73	74	75
W	74	73	74	75
AW	46	52	48	50
PW	64	66	64	65
MA	17	17	18	17
AA	12	10	12	15
SB	17	19	17	18
ISD	54	57	52	62
AP	21	14	14	22
AL	28	26	‐	30
PL	46	45	42	47
AM	38	33	42	37
S	63	50	59	61
DS	41–48	31–46	30–47	30–47
PDS	37–47	44–54	40–47	35–50
1a	32	28	32	27
1b	51	63	50	50
2a	32	26	32	27
2b	28	25	27	35
3a	30	26	27	30
3b	28	25	27	30
GL	114	120	121	121
PaScFed	33	32	39	‐
PaScFev	50	48	51	50
PaScGed1	32	30	37	35
PaScGed2	35	32	42	35
PaScGev	25	27	27	27
aHy	42	31	30	52

Character	a	b	c	d
pHy	37	33	‐	37
Ga	35	31	30	27
Ta I (L)	66	64	62	65
Ta I (H)	28	36	27	27
Ti I	64	69	69	70
Ge I	67	65	62	67
TFe I	33	33	32	35
BFe I	50	50	35	42
Tr I	47	50	37	37
Cx I	60	59	52	57
Leg I	387	390	349	373
Ta II (L)	60	54	54	57
Ta II (H)	25	25	27	26
Ti II	64	62	62	67
Ge II	64	57	62	64
TFe II	30	30	27	32
BFe II	41	42	32	37
Tr II	42	45	47	50
Cx II	77	67	62	69
Leg II	378	357	346	376
Ta III (L)	61	57	55	57
Ta III (H)	22	25	25	22
Ti III	90	89	89	97
Ge III	75	74	74	79
TFe III	38	37	37	42
BFe III	45	28	45	42
Tr III	50	42	50	45
Cx III	71	69	62	67
Leg III	430	396	412	429
IP	1195	1143	1107	1178

Tarsus with 7 setae including one barbed and four nude normal setae, a solenidion and an eupathidium ( Fig. 3 ). fPp = 0-BB-BBN-BNN2- BNNNN ωζ . Palps and ventral gnathosoma with fine punctation. Cheliceral bases striated and punctate. Supracoxal seta of palp ( eP ) 5 long. Leg segmentation formula: 7-7-7. Leg setal formula: Leg I: Ta- 1 ω , 1 ε , 2 ζ , 1Cp, 24n; Ti- 2 ’ , 1 κ , 12n; Ge- 1 σ , 1 κ , 11n; TFe- 8n; BFe- 4n; Tr- 2n; Cx- 1n (+ 1 eP ) ( Fig. 4A ). Leg II: Ta- 1 ω , 2 ζ , 1Cp, 21n; Ti- 2 ’ , 13n; Ge- 1 σ , 1 κ , 9n; TFe- 5n; BFe- 4n; Tr- 2n; Cx- 1n ( Fig. 4B ). Leg III: Ta- 1 ζ , 18n; Ti- 1 ’ , 13n; Ge- 1 σ , 9n; TFe- 5n; BFe- 4n; Tr- 2n; Cx- 1n ( Fig. 4C ). All tarsi with two falciform claws and a claw-like empodium. Measurements are given in Table 1 . Etymology Name referring to the striations on cheliceral bases.