identifier	taxonID	type	CVterm	format	language	title	description	additionalInformationURL	UsageTerms	rights	Owner	contributor	creator	bibliographicCitation
03EC132F702F8D0AE2AD94CDDF58AF4C.text	03EC132F702F8D0AE2AD94CDDF58AF4C.taxon	http://purl.org/dc/dcmitype/Text	http://rs.tdwg.org/ontology/voc/SPMInfoItems#GeneralDescription	text/html	en	Tycherobius Bolland 1986	<div><p>Genus Tycherobius Bolland, 1986</p><p>Type species: Neophyllobius lombardinii Summers &amp; Schlinger, 1955, 550.</p><p>Diagnosis. According to Bolland (1986) the genus can readily be recognized by the following combination of characters: Idiosoma with 14 or 15 pairs of dorsal setae, five or six pairs of dorsomedian pdx, c1, d1, e1, f1 and h1; four pairs of propodosomal vi, ve, sci, sce and five pairs of hystero-lateral setae c2, d2, e2, f2 and h2; seta pdx present or absent (if present then with one or two pdx); palp tarsus with or without solenidion, with one or two eupathidia, and with one or two simple setae. Two pairs of eyes present. Peritreme with 1–3 loops or complex; coxa I with 1 or 2 setae; femur I with 3 or 4 setae; genua I–IV with one seta; tibia I–II with 9(1 or 2 φ) - 8 or 9(1φ) setae; tibia I–IV with 9(1φ)-8(1φ)-8(1φ)-7(1φ) setae; tarsi I–IV 9 (1ω) or 10(1ω) - 10(1ω) or 8(1ω) – 7 or 7(1ω) – 7 or 7(1ω) and each of tarsi I–II with one sub-basal solenidion, and two variously spaced setae; tarsi III–IV with one medially placed seta.</p></div>	https://treatment.plazi.org/id/03EC132F702F8D0AE2AD94CDDF58AF4C	Public Domain	No known copyright restrictions apply. See Agosti, D., Egloff, W., 2009. Taxonomic information exchange and copyright: the Plazi approach. BMC Research Notes 2009, 2:53 for further explanation.		MagnoliaPress via Plazi	Khanjani, Mohammad;Yazyanpanah, Shima;Ostovan, Hadi;Fayaz, Bahman Asali	Khanjani, Mohammad, Yazyanpanah, Shima, Ostovan, Hadi, Fayaz, Bahman Asali (2012): Three new species of the genus Tycherobius Bolland (Acari: Camerobiidae) from Iran. Zootaxa 3266: 23-40, DOI: 10.5281/zenodo.280753
03EC132F702C8D0EE2AD94CDDA3CAA7E.text	03EC132F702C8D0EE2AD94CDDA3CAA7E.taxon	http://purl.org/dc/dcmitype/Text	http://rs.tdwg.org/ontology/voc/SPMInfoItems#GeneralDescription	text/html	en	Tycherobius iranensis	<div><p>Tycherobius iranensis sp. nov.</p><p>(Figs. 1–16)</p><p>Diagnosis. Dorsal idiosoma without pdx seta; palp tarsus with two simple setae; peritreme with one loop; dorsal seta c1 190 (183–208) [193]; the ratio of dorsal setae c1: d1: e1: f1 as follows: 1.9(2.6–3.05)[2.68]:1.7(2.04–2.42)[2.25]:0.93(1.19–1.42) [1.26]:1.0 (1.0) [1.0]; tarsus I–II with 9(ω)–8(ω); femora I–IV with 4–3–3–2.</p><p>Female (n=4). Length of body (excluding gnathosoma) 320 (260–330) [281], width 220 (170–250) [203].</p><p>Gnathosoma (Figs. 6, 7). Gnathosoma 90 (90–96) [92] long (from base of subcapitulum to tip of palp) and 70 (65–67) [66] wide. Peritreme with one loop (Fig. 6). Subcapitulum with setae m 28 (25–30) [27] and two pairs of adoral setae (or1–2), or1 7 (7) [7], or2 8 (7–10) [8]; m-m 29 (25–30) [28] (Fig. 7). Palpi five segmented with following setal distribution (Fig. 7): tarsus with one eupathidium, two simple setae, one small solenidion; tibia with three smooth setae and one long claw 17 (18–21) [20]; genu with one long and slender seta 40 (34–42) [39]; femur with two serrated setae 18 (15–20) [18], 33 (33–38) [37]; chelicerae fused 27 (27–30) [29] long. Palp coxa with one supra-coxal seta 3 (3) [3] long (Fig. 7).</p><p>Dorsum (Figs. 1–3). Dorsal idiosoma region with 14 pairs of long and thick serrated setae set on tubercles (Figs. 1–3). Length of dorsal setae as follows: vi 88 (83–90) [86], ve 51 (45–59) [54], sci 41 (58–62) [61], sce 37 (35–41) [38], c1 190 (183–208) [193], c2 71 (50–80) [64], d1 170 (145–170) [162], d2 53 (51–60) [54], e1 93 (85–99) [91], e2 50 (48–59) [52], f1 100 (60–83) [72], f2 45 (41–50) [46], h1 50 (44–48) [47], h2 40 (38–42) [40]. Distances between setae: vi-vi 38 (30–40) [35], ve–ve 108 (95–110) [102], vi–ve 41 (20–40) [33], ve-sci 19 (15–20) [18], scisci 135 (120–160) [140], sce–sce 185 (155–200) [182], sci–sce 58 (46–61) [53], c1-c1 15 (20–28) [24], c1-c2 95 (75–110) [95], c2–c2 215 (160–215) [194], c1–d1 70 (40–70) [57], c2-d2 50 (45–56) [52], d1–d1 25 (18–20) [19], d1–d2 85 (60–100) [86], d2–d2 195 (150–192) [174], d1– e 1 38 (42–52) [48], d2– e 2 60 (50–58) [54], e1- e 1 20 (25–30) [28], e1– e 2 80 (50–90) [73], e2–e2 145 (110–160) [137], e1–f1 62 (40–65) [55], e2–f2 45 (18–53) [27], f1–f1 20 (20–21) [20], f1–f2 50 (30–60) [47], f2–f2 120 (85–115) [104], f1–h1 50 (30–60) [44], f2–h2 30 (20–40) [30], h1-h1 17 (15–26) [21], h1–h2 19 (15–20) [18], h2–h2 60 (52–63) [58]. Seta c1 the longest and seta sce the smallest.</p><p>The ratio of dorsal setae vi / c1 0.46 (0.43–0.45)[0.45]; c1 / d1 1.12 (1.22–1.26)[1.2]; d1 / e1 1.83 (1.70–1.71)[1.78]; e1 / f1 0.93 (1.19–1.42)[1.26]; f1 / h1 2.0 (1.36–1.73)[1.53]; vi / ve 1.72 (1.52–1.84)[1.59]; sci / sce 1.1 (1.51–1.66)[1.60]; c1 / c2 2.67 (2.6–3.66)[3.01]; d1 / d2 3.2(2.83–2.84)[3.0]; e1 / e2 1.86 (1.68–1.77)[1.75]; f1 / f2 2.22 (1.46–1.66)[1.57]; h1 / h2 1.25 (1.14–1.16)[1.18]; c1: d1: e1: f1 as follows: 1.9(2.6–3.05)[2.68]: 1.7(2.04–2.42)[2.25]: 0.93(1.19–1.42)[1.26]: 1.0(1.0)[1.0]. Two pairs of eyes above seta sce, 8 (7–8) [8] and 14 (13–14) [13] diameter (Fig. 1).</p><p>Venter (Figs. 4, 5, 8). Ventral surface striated, coxae I–IV with smooth striation, coxal setae stout and serrate, ventral setae 1a, 3a and 4a slender and slightly serrate (1a set on coxa I). Endopodal shields absent. Anogenital area with one pair of aggenital setae (ag), one pair of genital seta (g) and three pairs of small and smooth anal setae (ps1–3). Length of ventral setae as follows: 1a 30 (25–33) [29], 1b 30 (20–33) [28], 1c 55 (44–65) [52], 2b 41 (35–48) [40], 3a 30 (33–35) [34], 3b 50 (45–56) [50], 3c 40 (31–46) [37], 4a 29 (27–31) [29], 4b 18 (16–20) [19], 4c 28 (24–27) [25], ag 19 (17–18) [18], g 15 (11) [11], ps1 15 (14–16) [15], ps2 11 (12–17) [15], ps3 9 (10–15) [12] (Figs. 4, 5, 8).</p><p>Legs (Figs. 9–16). Measurements of leg I 675 (615–643) [633], leg II 525 (535–580) [553], leg III 635 (585–643) [616], leg IV 755 (675–740) [712]. Chaetotaxy of leg segments as follows (solenidia in parentheses and not included in setal counts): coxae 3–1–2–2, trochanters 1–1–1–1, femora 4–3–3–2, genua 1(κ)–1(κ)–1–1, tibiae 9(φ)–8(φ)–8(φ)–7(φ), tarsi 9(ω)–8(ω)–7–7 (Figs. 9–16). Genua I–IV with one long, serrated setae, genual setae III–IV longer than I–II (Figs. 9–12). Number of tenent hairs in tarsi I–IV as follows: 7; 8; 4–8; 2–6. Genual setae I–IV length as follows: 63 (58–76) [65]–133 (132–160) [148]–163 (130–173) [183]–190 (170–195) [183]. Solenidia of legs I–IV length as follows: I κ 3 (3) [3], II κ 4 (3) [3], I φ 16 (13–15) [14], II φ 12 (10–12) [11], III φ 9 (10) [10], IV φ 8 (8–12) [10], I ω 8 (9–10) [9], II ω 5 (5–6) [5]. Coxa I with one supra-coxal seta 4 (4) [4] long (Fig. 8).</p><p>Male. Unknown.</p><p>Remarks. The new species, T. iranensis sp. nov., closely resembles T. hawaiiensis, T. ueckermanni sp. nov. and T. farsiensis sp. nov. in lacking seta pdx and having the same chaetotaxy of genua I–IV and tibia II–IV, however, it differs from T. hawaiiensis in: 1) coxa I with 3 setae and tarsus II 8 (1) in new species, instead of 1 and 9(1) in T. hawaiiensis; 2) peritreme with one loop in the former while complex in the latter; 3) the smallest dorsal seta sce vs. h 2 in T. hawaiiensis; 4) length of dorsal setae c1 183–208, d1 145–170 and h2 38–42 vs. c1 130–155, d1 121–148 and h 2 23–28; 5) the ratio of dorsal setae c1: d1: e1: f1: 1.9–3.05:1.7–2.42:0.93–1.42:1.0 instead of 2.03–2.28:1.95–2.12:0.96–1.04:1.0. It differs from T. ueckermanni in: 1) the smallest dorsal setae is sce in T. iranensis but h 2 in T. ueckermanni; 2) femur III with 3 setae and tarsi I–II with 9(ω)–8(ω) setae in the former whereas femur III with 2 setae and tarsi I–II with 10(ω)–9(ω) setae in the latter; 3) palp tarsus with two simple setae in the former oppose to one simple seta in the latter; 4) ratio of dorsal setae c1: d1: e1: f1: 1.9–3.05:1.7–2.42:0.93–1.42:1.0; sci / sce 1.1–1.66 in T. iranensis instead of c1: d1: e1: f1: 2.17–2.7:2.12:1.1–1.19:1.0; sci / sce 1.92–2.0 in T. ueckermanni; 5) ventral surface of coxae I–IV with striation in the former whereas ventral surface of coxae I–IV with smooth reticulations plus striations in the latter. It also differs from T. farsiensis sp. nov. in: 1) the longest and smallest dorsal setae is c1 and sce respectively in T. iranensis but d1 and c 1 in T. farsiensis; 2) tarsi I–II with 9(ω)–8(ω) setae in the former whereas 10(ω)–9(ω) in T. farsiensis; 3) seta e1 extending to over level of e 2 in new species opposed to not reaching e 2 in the second species; 4) ratio of dorsal setae c1: d1: e1: f1: 1.9–3.05:1.7–2.42:0.93–1.42:1.0; vi / c1 0.43–0.45; c1 / d1 1.12–1.26; sci / sce 1.1–1.66; 2.6–3.66; c1 / c2 2.6–3.66 instead of 0.39–0.45: 2.29–2.53:0.97–1.14:1.0; vi / c1 2.90–3.16; c1 / d1 0.16–0.17; sci / sce 2.14–2.43; c1 / c2 0.40–0.55.</p><p>Etymology. This species is named after country of its origin, Iran.</p><p>Type materials. Holotype female from soil and rotten leaves under oak tree ( Quercus brantii Lindl, Fagaceae), Koohmare Sorkhi region, Fars province, Iran (29° 32 ' 05'' N, 52° 12' 56'' E, 1916 m a.s.l.), 0 1 ix 2010. Three paratypes female from the same host and data collection (P1–3) respectively: P1, Koohmare Sorkhi region, Fars province, Iran (29° 28' 09'' N, 52° 10' 11'' E, 1769 m a.s.l.), 0 7 -03- 2010. P2, Koohmare Sorkhi region, Fars province, Iran (29° 31' 40'' N, 52° 12' 17'' E, 1827 m a.s.l.), 0 1 iii 2010. P3 from soil and rotten leaves under oak tree, Koohmare Sorkhi region, Fars province, Iran (29° 28' 52'' N, 52° 10' 27'' E, 1652 m a.s.l.), 0 3 i 2010, S. Yazdanpanah. The type materials are preserved as slide mounted specimens and the holotype female and two paratypes are deposited in the Acari Collection of the Department of Plant Protection, Faculty of Agriculture, University of Bu-Ali Sina, Hamedan, Iran and one paratype female will be deposited in the Mites collection of Arachnida, Biosystematic Division, ARC-Plant Protection Research Institute, Pretoria, South Africa.</p></div>	https://treatment.plazi.org/id/03EC132F702C8D0EE2AD94CDDA3CAA7E	Public Domain	No known copyright restrictions apply. See Agosti, D., Egloff, W., 2009. Taxonomic information exchange and copyright: the Plazi approach. BMC Research Notes 2009, 2:53 for further explanation.		MagnoliaPress via Plazi	Khanjani, Mohammad;Yazyanpanah, Shima;Ostovan, Hadi;Fayaz, Bahman Asali	Khanjani, Mohammad, Yazyanpanah, Shima, Ostovan, Hadi, Fayaz, Bahman Asali (2012): Three new species of the genus Tycherobius Bolland (Acari: Camerobiidae) from Iran. Zootaxa 3266: 23-40, DOI: 10.5281/zenodo.280753
03EC132F70278D07E2AD94CDDC2EAA96.text	03EC132F70278D07E2AD94CDDC2EAA96.taxon	http://purl.org/dc/dcmitype/Text	http://rs.tdwg.org/ontology/voc/SPMInfoItems#GeneralDescription	text/html	en	Tycherobius ueckermanni	<div><p>Tycherobius ueckermanni sp. nov.</p><p>(Figs. 17–33)</p><p>Diagnosis. Dorsal idiosoma without pdx seta; palp tarsus with one simple seta; peritreme with one loop; dorsal seta c1 190 (180–185 [183]; femoral formula I–IV 4-3 -2-2. The ratio dorsal setae c1: d1: e1: f1 as follows: 2.3(2.17–2.7)[2.4]:2.12(2.12–2.4)[2.28]:1.1(1.18–1.19)[1.18]:1.0(1.0)[1.0].; tarsus I–II with 10(ω)–9(ω).</p><p>Female (n=4). Length of body (excluding gnathosoma) 342 (290–320) [303], width 280 (230–245) [237].</p><p>Gnathosoma (Figs. 20–22). Gnathosoma 101 (75–95) [86] long (from base of subcapitulum to tip of palp) and 79 (68–95) [78] wide. Peritreme with one loop (Fig. 20). Chelicerae fused 36 (27–28) [28] long (Fig. 20). Palpi five segmented with following setal pattern (Fig. 21): tarsus with one eupathidium, one simple seta, and one small solenidion; tibia with three smooth setae and one long claw 25 (21–25) [23] long; genu with one long and slender seta 36 (34–35) [35]; femur with two serrated setae 16 (17–19) [18], 38 (35–38) [37]. Subcapitulum with setae m 25 (24) [24] and two pairs of adoral setae (or1–2), or1 8 (6–8) [7], or2 10 (8) [8]; m-m 25 (26–28) [27] (Fig. 22). Palp coxa with one supra-coxal seta 4 (4) [4] long (Fig. 22).</p><p>Dorsum (Figs 17–19). Dorsal idiosoma region with 14 pairs of long and thick serrated setae set on tubercles (Fig. 17–19). Length of dorsal setae as follows: vi 83 (73–85) [81], ve 62 (47–51) [49], sci 69 (48–66) [58], sce 35 (25–33) [29], c1 190 (180–185 [183], c2 64 (50–65) [56], d1 174 (160–180) [173], d2 55 (40–44) [42], e1 90 (80–100) [90], e2 58 (40–55) [47], f1 82 (67–85) [76], f2 42 (43–45) [44], h1 45 (39–41) [40], h2 31 (35–39) [37]. Distances between setae: vi-vi 36 (35–38) [36], ve–ve 86 (85–90) [87], vi–ve 30 (30)[30], ve-sci 43 (35–40) [38], sci-sci 145 (130–140) [133], sce–sce 210 (180–195) [188], sci–sce 60 (51–60) [55], c1-c1 20(20–25) [25], c1-c2 105 (104–120) [115], c2–c2 240 (200–220) [207], c1–d1 41 (50–60) [55], c2–d2 71 (61–70) [65], d1–d1 33 (27–33) [28], d1–d2 98 (77–100) [90], d2–d2 200 (151–190) [167], d2– e 2 65 (55–60) [58], d1– e 1 47 (40–60) [50], e1- e 1 27 (20–22) [21], e1– e 2 80 (80–85) [83], e2–e2 150 (130–150) [140], e1–f1 50 (55–58) [57], e2–f2 42 (26–50) [37], f1–f1 15 (15–18) [17], f1–f2 52 (45–58) [51], f2–f2 110 (94–95) [95], f1–h1 50 (44–45) [45], f2–h2 30 (25–26) [26], h1-h1 10 (11–15) [13], h1–h2 16 (16–17) [17], h2-h2 50 (50) [50]. Seta c1 the longest while seta h2 the smallest. The ratio of dorsal setae as follows: vi / c1 0.44 (0.41–0.46)[0.44]; c1 / d1 1.09 (1.03–1.13)[1.06]; d1 / e1 1.93 (1.80–2.0)[1.92]; e1 / f1 1.1 (1.17–1.19)[1.18]; f1 / h1 1.82 (1.72–2.07)[1.90]; vi / ve 1.34 (1.55–1.67)[1.65]; sci / sce 1.97 (1.92–2.0)[2.0]; c1 / c2 2.97 (2.84–3.6)[3.27]; d1 / d2 3.16(4.0–4.01)[4.12]; e1 / e2 1.55 (1.81–2.0)[1.91]; f1 / f2 1.95 (1.56–1.89)[1.73]; h1 / h2 1.45 (1.05–1.11)[1.08]; c1: d1: e1: f1: 2.3(2.17–2.7)[2.4]:2.12(2.12–2.4)[2.28]:1.1(1.18–1.19)[1.18]:1.0(1.0)[1.0]. Two pairs of eyes above the seta sce present, 8 (6–8) [7] and 15 (11–14) [13] diameter (Fig. 17).</p><p>Venter (Figs. 23–25). Ve n tra l sur fac e striated coxae with soft reticulation, coxal setae stout and serrate, ventral setae 1a, 3a and 4a slender and slightly serrate (1a set on coxa I). Endopodal shields absent. Anogenital area with one pair of aggenital setae (ag), genital valve with one pair of genital seta (g1) and three pairs of small and smooth anal setae (ps1–3). Length of ventral setae: 1a 32 (31) [31], 1b 32 (24–29) [27], 1c 63 (61–61) [61], 2b 45 (39) [39], 3a 31 (30–33) [32], 3b 44 (34–35) [35], 3c 34 (40) [40], 4a 25 (23–28) [26], 4b 16 (15–18) [17], 4c 26 (23–25) [24], ag 19 (15–16) [16], g 15 (15) [15], ps1 15 (15–17) [16], ps2 15 (15) [15], ps3 16 (14–16) [15]. (Figs. 23–25).</p><p>Legs (Figs. 26–33). Measurements of leg I 658 (635–645) [640], leg II 570 (513–537) [525], leg III 628 (580–583) [582], leg IV 719 (665–667) [666]. Chaetotaxy of leg segments as follows (solenidia in parentheses and not included in setal counts): coxae 3–1–2–2, trochanters 1–1–1–1, femora 4–3–2–2, genua 1(κ)–1(κ)–1–1, tibiae 9(φ)–8(φ)–7(φ)–7(φ), tarsi 10(ω)–9(ω)–7–7 (Figs. 26–33). Number of tenent hairs in tarsi I–IV as follows: 6–8; 9; 6–8; 2–6 (Figs. 30–33). Genua I–IV with one long, serrated seta, genual setae III–IV longer than I–II. Genual setae length as follows: I – IV 74 (60–65) [62]–133 (115–125) [119]–150 (128–155) [142]–163 (150–158) [154] (Figs. 26–29). Solenidia of legs I–IV length as follows: I κ 3 (3) [3], II κ 3 (3–4) [4], I φ 20 (18–19) [19], II φ 14 (10–12) [11], III φ 8 (11–12) [12], IV φ 9 (10–12) [11], I ω 11 (8–11) [10], II ω 7 (5–7) [6]. Coxa I with one supra-coxal seta 4 (3–4) [4] long (Fig. 25).</p><p>Male. Unknown.</p><p>Remarks. Tycherobius ueckermanni sp. nov. is similar to T. superbus (Canestrini, 1889) in having two setae on femur III however differs from the latter by: 1) femur I with four setae in T. ueckermanni whereas three in T. superbus; 2) length of dorsal setae c1 180–190 and d1 160–180 in the former vs. 140 and 115 in the latter. The new species also resembles T. farsiensis sp. nov. in lacking dorsal setae pdx and the same tibial setae and tarsal chaetotaxy but can be distinguished from the latter by: 1) femur III with two setae in T. ueckermanni sp. nov. instead of three in T. farsiensis; 2) palp tarsus with one simple seta (plus one eupathidion, one ω) in the former whereas two simple setae (plus one eupathidion, one ω) in the latter; 3) the longest and smallest dorsal setae c1 and h2 respectively in T. ueckermanni instead of d1 and c 1 in T. farsiensis; 4) length of dorsal seta c1 180–190 whereas 27–31 in the latter; 5) ventral surface of coxae I–IV with soft reticulation plus striation in the new species opposed to without reticulation pattern in T. farsiensis; 6) the ratio dorsal setae as follows: c1: d1: e1: f1 2.17–2.7:2.12–2.4:1.10–1.19:1.0; vi / c1 0.41–0.46; c1 / c2 2.84–3.6 versus 0.39–0.45:2.29–2.53:0.97–1.14:1.0; vi / c1 2.90–3.16; c1 / c2 0.40–0.55.</p><p>Etymology. This species is named in honor of Prof. Edward A. Ueckermann, who kindly assisted the senior author through excellent collaborations and has helped other Iranian Acarologists in last two decades.</p><p>Type materials. Holotype from soil and rotten leaves under oak tree ( Quercus brantii Lindl, Fagaceae), Koohmare Sorkhi region, Fars province, Iran (29° 28' 41'' N, 52° 10' 08'' E, 1688 m a.s.l.), 31 xii 2010. Three paratypes (P1–3) from same host respectively: P1, Koohmare Sorkhi region, Fars province, Iran (29° 32 ' 05'' N, 52° 12' 56'' E, 1916 m a.s.l.), 0 1 ix 2010. P2 from soil &amp; rotten leaves under oak tree, Koohmare Sorkhi region, Fars province, Iran (29° 31' 41'' N, 52° 12' 24'' E, 1843 m a.s.l.), 0 4 x 2010. P3, Koohmare Sorkhi region, Fars province, Iran (29° 31' 40'' N, 52° 12' 17'' E, 1827 m a.s.l.), 0 1 iii 2010, S. Yazdanpanah. The type materials are preserved as slide mounted specimens and the holotype female and two paratypes are deposited in the Acari Collection of the Department of Plant Protection, Faculty of Agriculture, University of Bu-Ali Sina, Hamedan, Iran and one paratype female will be deposited in the Mite Collection of Arachnida, Biosystematic Division, ARC-Plant Protection Research Institute, Pretoria, South Africa.</p></div>	https://treatment.plazi.org/id/03EC132F70278D07E2AD94CDDC2EAA96	Public Domain	No known copyright restrictions apply. See Agosti, D., Egloff, W., 2009. Taxonomic information exchange and copyright: the Plazi approach. BMC Research Notes 2009, 2:53 for further explanation.		MagnoliaPress via Plazi	Khanjani, Mohammad;Yazyanpanah, Shima;Ostovan, Hadi;Fayaz, Bahman Asali	Khanjani, Mohammad, Yazyanpanah, Shima, Ostovan, Hadi, Fayaz, Bahman Asali (2012): Three new species of the genus Tycherobius Bolland (Acari: Camerobiidae) from Iran. Zootaxa 3266: 23-40, DOI: 10.5281/zenodo.280753
03EC132F70238D1BE2AD94CDDC2EA896.text	03EC132F70238D1BE2AD94CDDC2EA896.taxon	http://purl.org/dc/dcmitype/Text	http://rs.tdwg.org/ontology/voc/SPMInfoItems#GeneralDescription	text/html	en	Tycherobius farsiensis	<div><p>Tycherobius farsiensis sp. nov.</p><p>(Figs. 34–49)</p><p>Diagnosis. Dorsal idiosoma without pdx seta; palp tarsus with two simple seta; peritreme with one loop; dorsal seta c1 31 (27–31) [29]; The ratio dorsal setae c1: d1: e1: f1 as follows: 0.45(0.39)[0.39]: 2.53(2.29–2.4)[2.36]:0.97(1.06–1.14)[1.11]:1.0(1.0)[1.0]; tarsus I–II with 10(ω)–9(ω); femora I–IV with 4–3–3–2.</p><p>Female (n=4). Length of body (excluding gnathosoma) 350 (300–360) [330], width 282 (220–290) [258].</p><p>Gnathosoma (Figs. 37–38). Gnathosoma 98 (100) [100] long (from base of infracapitulum to tip of palp) and 78 (86) [86] wide. Peritreme with one loop (Fig. 37); chelicerae length 42 (32–42) [32]. Infracapitulum with setae m 25 (25) [25] and two pairs of adoral setae (or1–2), or1 7 (7) [7], or2 7 (6–7) [6]; m-m 28 (25–28) [25] (Fig. 38). Palpi five segmented with following setal pattern (Fig. 38): tarsus with one eupathidium, two simple setae, one small solenidion; tibia with three smooth setae and one long claw 22 (20–25) [23]; genu with one long, slender seta 40 (38–41) [40]; femur with two serrated setae 20 (20–25) [22], 40 (33–42) [38]. Palp coxa with one supra–coxal seta 4 (4) [4] long (Fig. 38).</p><p>Dorsum (Figs. 34–36). Dorsal idiosoma region with 14 pairs of long and thick serrated setae set on tubercles (Figs 34–36). Length of dorsal setae as follows: vi 90 (83–98) [92], ve 42 (49–50) [49], sci 63 (73–75) [74], sce 28 (30–35) [32], c1 31 (27–31) [29], c2 56 (59–77) [70], d1 175 (168–183) [177], d2 48 (46–50) [49], e1 67 (80–85) [83], e2 45 (50) [50], f1 69 (70–80) [75], f2 40 (40–48) [45], h1 41 (37–45) [41], h2 38 (38–42) [40]. Distances between setae: vi-vi 35 (40–65) [48], ve–ve 95 (85–95) [89], vi–ve 37 (30–39) [33], ve-sci 49 (44–53) [48], sci-sci 167 (130–167) [140], sce–sce 167 (130–167) [140], sci–sce 59 (53–60) [56], c1-c1 20 (16–20) [17], c1-c2 120</p><p>(119–120) [120], c2–c2 235 (220–245) [235], c1–d1 45 (50–60) [57], c2-d2 70 (63–75) [71], d1–d1 30 (20–30) [26], d1–d2 109 (95–113) [103], d2–d2 181 (187–200) [193], d1– e 1 70 (65–70) [67], d2– e 2 54 (57–62) [60], e1- e 1 27 (18–27) [22], e1– e 2 81 (85–95) [90], e2–e2 132 (135–155) [142], e1–f1 44 (38–55) [47], e2–f2 34 (28–44) [36], f1–f1 20 (20–22) [21], f1–f2 65 (65–67) [66], f2–f2 98 (90–115) [104], f1–h1 53 (55–65) [60], f2–h2 23 (22–31) [26], h1-h1 12 (15–20) [17], h1–h2 16 (16–20) [17], h2–h2 52 (57–60) [58]. Seta d1 the longest while seta c1 the smallest.</p><p>The ratio of dorsal setae as follows: vi / c1 2.90 (3.07–3.16)[3.17]; c1 / d1 0.17 (0.16–0.17)[0.16]; d1 / e1 2.16 (2.1–2.2)[2.13]; e1 / f1 0.97 (1.14–1.06)[1.11]; f1 / h1 1.68 (1.78–1.9)[1.83]; vi / ve 2.14 (1.7–1.96)[1.88]; sci / sce 2.25 (2.14–2.43)[2.31]; c1 / c2 0.55 (0.40–0.46)[0.41]; d1 / d2 3.65(3.5–3.66)[3.61]; e1 / e2 1.49 (1.6–1.7)[1.67]; f1 / f2 1.73 (1.67–1.75)[1.67]; h1 / h2 1.08 (0.97–1.07)[1.03]; c1: d1: e1: f1 0.45(0.39)[0.39]:2.53(2.29–2.4) [2.36]:0.97(1.06–1.14)[1.11]:1.0(1.0)[1.0]. Two pairs of eyes above seta sce, 8 (8–9) [9] and 13 (12–13) [12] diameter (Fig. 34).</p><p>Venter (Figs. 39–41). Ventral surface striated, coxae with smooth striations, coxal setae stout and serrate, ventral setae 1a, 3a and 4a slender and slightly serrate (1a set on coxa I). Endopodal shields absent. Anogenital area with one pair of aggenital setae (ag), with one pair of genital setae (g) and three pairs of small and smooth anal setae (ps1–3). Length of ventral setae: 1a 28 (29–33) [31], 1b 33 (43) [43], 1c 78 (77–78) [77], 2b 50 (49–50) [49], 3a 25 (30) [30], 3b 55 (45–55) [46], 3c 45 (59) [59], 4a 22 (22) [22], 4b 24 (20–24) [21], 4c 24 (25) [25], ag 17 (18–20) [19], g 15 (15) [15], ps1 15 (15–20) [18], ps2 18 (15–18) [16], ps3 17 (15–17) [16] (Figs. 39–41).</p><p>Legs (Figs. 42–49). Measurements of leg I 759 (770–775) [773], leg II 620 (620–658) [639], leg III 670 (680–723) [702], leg IV 820 (805–848) [827]. Chaetotaxy of leg segments as follows (solenidia in parentheses and not included in setal counts): coxae 3–1–2–2, trochanters 1–1–1–1, femora 4–3–3–2, genua 1(κ)–1(κ)–1–1, tibiae 9(φ)–8(φ)–7(φ)–7(φ), tarsi 10(ω)–9(ω)–7–7 (Figs. 42–49). Number of tenent hairs in tarsi I–IV as follows: 8; 7; 8; 7 (Figs. 46–49). Genua I–IV with one long, serrated setae, genual setae III–IV longer than I–II (Figs. 42–45). Genual setae I–IV length as follows: 69 (74–92) [83]–113 (122–125) [124]–135 (144–146) [145]–175 (160–195) [176]. Solenidia of legs I–IV length as follows: I κ 4 (3–4) [3], II κ 3 (3–4) [3], I φ 20 (13–20) [15], II φ 10 (8–11) [9], III φ 10 (10) [10], IV φ 10 (8–10) [9], I ω 11 (11–12) [12], II ω 8 (7–8) [7]. Coxa I with one supra-coxal seta 4 (3–4) [4] long (Fig. 41).</p><p>Male. Unknown.</p><p>Remarks. The new species T. farsiensis closely resembles T. polonicus Bolland, 1986 in having the same chaetotaxy of legs I–IV (except tarsus II) and lacking dorsal setae pdx. However, it differs from the latter by: 1) tarsus II with 9(ω) in the former but 10(ω) in the latter; 2) peritreme with one loop in T. farsiensis whereas two loops in T. polonicus; 3) dorsal setae: c 1 27–31, d1 168–183 and d2 46–50 versus 235, 205 and 95; 4) the ratio of dorsal setae c1: d1: e1: f1 0.39–0.45:2.29–2.53:0.97–1.14:1.0 versus 2.8:2.4:0.71:1.0; 5) the longest and smallest dorsal setae d1 and c1 respectively in T. farsiensis opposed to c1 and sce, f2, h 2 in T. polonicus .</p><p>Etymology. This species is named locality name, Fars province.</p><p>Type material. Holotype from soil &amp; rotten leaves under oak tree ( Quercus brantii Lindl, Fagaceae), Koohmare Sorkhi region, Fars province, Iran (29° 30' 09'' N, 52° 10' 20'' E, 1717 m a.s.l.), 31 xi 2010. Three paratypes (P1–3) from same host, respectively: P1 from soil &amp; rotten leaves under oak tree, Koohmare Sorkhi region, Fars province, Iran (29° 29 ' 26'' N, 52° 11' 01'' E, 1636 m a.s.l.), 16 xii 2010. P2, Koohmare Sorkhi region, Fars province, Iran (29° 28' 09'' N, 52° 10' 11'' E, 1769 m a.s.l.), 0 7 iii 2010. P3, Koohmare Sorkhi region, Fars province, Iran (29° 28' 52'' N, 52° 10' 27'' E, 1652 m a.s.l.), 0 3 xi 2010, S. Yazdanpanah. The type materials are preserved as slide mounted specimens and the holotype female and two paratypes are deposited in the Acari Collection of the Department of Plant Protection, Faculty of Agriculture, University of Bu-Ali Sina, Hamedan, Iran and one paratype female will be deposited in the mite Collection of Arachnida, Biosystematic Division, ARC-Plant Protection Research Institute, Pretoria, South Africa.</p></div>	https://treatment.plazi.org/id/03EC132F70238D1BE2AD94CDDC2EA896	Public Domain	No known copyright restrictions apply. See Agosti, D., Egloff, W., 2009. Taxonomic information exchange and copyright: the Plazi approach. BMC Research Notes 2009, 2:53 for further explanation.		MagnoliaPress via Plazi	Khanjani, Mohammad;Yazyanpanah, Shima;Ostovan, Hadi;Fayaz, Bahman Asali	Khanjani, Mohammad, Yazyanpanah, Shima, Ostovan, Hadi, Fayaz, Bahman Asali (2012): Three new species of the genus Tycherobius Bolland (Acari: Camerobiidae) from Iran. Zootaxa 3266: 23-40, DOI: 10.5281/zenodo.280753
