Tetragnatha jaculator Tullgren, 1910: 150 Tetragnatha jaculator Tetragnatha jaculator Tetragnatha jaculator SEM Tetragnatha riveti Berland, 1913: 90 Tetragnatha argyroides Mello-Leitão, 1945: 243 T. guatemalensis T. laboriosa T. jaculator Tetragnatha lewisi Chickering, 1962: 439 Redescription of Tetragnatha guatemalensis, T. laboriosa and T. jaculator, with new synonymies of genus Tetragnatha (Araneae: Tetragnathidae) in the Neotropical Region de Souza Castanheira, Pedro Baptista, Renner Luiz Cerqueira Journal of Natural History 2021 2021-05-14 54 47 - 48 3031 3057 55MCW Tullgren, 1910 Tullgren 1910 [435,880,1399,1425] Arachnida Tetragnathidae Tetragnatha Animalia Araneae 17 3047 Arthropoda species jaculator  ( Figures 56–82)    Typedata      Tetragnatha jaculator Tullgren, 1910: 150, pl. 3, fig. 73 ( 38 malesand females syntypesfrom Tanzania, Kilimanjaro region: Kibonoto[ Kibongoto], Culture Zone, deposited in NHRS-GULI000069806,  viii–x.1905or 1906, Y. Sjöstedtcoll., one couple examined; male syntypefrom Tanzania; Pare District, Kimela, deposited in ZMB 26718,  vi.1905or 1906, Y. Sjöstedtcoll., not examined).   Figures 56–65.  Tetragnatha jaculatormale (UFRJ 1621): 56, dorsal habitus; 57, lateral habitus; 58, ventral habitus; 59, left chelicera, upper view; 60, left chelicera, inner view; 61, left chelicera, lower view; 62, left chelicera, outer view; 63, left palp, mesal view; 64, left palp, dorsal view; 65, left palp, ventral view (paracymbium). Scale bars: Figures 56–58, 2 mm; Figures 59–65, 0.5 mm.   Figures 66–73.  Tetragnatha jaculatorfemale: 66, dorsal habitus (MZUSP 74663 ex 10556); 67, ventral habitus (MZUSP 74663 ex 10556); 68, left chelicera, upper view (MZUSP 74663 ex 10556); 69, left chelicera, inner view (MZUSP 74663 ex 10556); 70, left chelicera, lower view (MZUSP 74663 ex 10556); 71, left chelicera, outer view (MZUSP 74663 ex 10556); 72, genital fold, ventral view (MZUSP 74663 ex 10556); 73, internal genitalia, ventral view (MCTP 5969). Scale bars: Figures 66, 67, 2 mm; Figures 68–73, 0.2 mm.   Figures 74–81.  Tetragnatha jaculatorSEMphotos, male: 74, left chelicera, upper view (MCTP 43314 ex 5987); 75, left chelicera lower view (MCTP 7887); 78, left palp, mesal view (MCTP 7887); 79, conductor detail, mesal view (MCTP 7887); 80, paracymbium, ventral view (MCTP 7887); 81, epiandrous, ventral view (MCTP 7887). Female (MCTP 7887): 76, left chelicera, upper view; 77, left chelicera, lower view. Scale bars: Figures 74–77, 79, 80, 0.2 mm; Figure 78, 0.5 mm; Figure 81, 0.05 mm.     Tetragnatha riveti Berland, 1913: 90, pl. 8, figs 24–30 ( 10 maleand 7 female syntypesfrom Ecuador, probably deposited in MNHN, Dr. Rivetcoll., not examined) syn . nov.     Tetragnatha argyroides  Mello-Leitão, 1945: 243, figs 20, 21 (male lectotypefrom Argentina, Misiones, San José, Pindapoy, deposited in MLP 16420,  xii.1941, M. Birábencoll., examined) syn. nov.   Figure 82.New records of  T. guatemalensis, T. laboriosaand  T. jaculatorin the Neotropical Region.     Tetragnatha lewisi  Chickering, 1962: 439, figs 41–48 (male holotypefrom Jamaica, St. Ann Parish, 1 mileeast of Moneague, Gayle Road, deposited in MCZ 21841,  07. xi.1957, Chickeringcoll., examined) syn. nov.   Diagnosis Male chelicerae of  T. jaculatorare similar to that of  T. laboriosaand  T. elongata. All three species have no AXu, and share small Gu, protruding ‘sl’, slightly basalward projected, elongated and robust ‘T’, and long Gl, as longest tooth of lower row ( Figures 32–34, 48, 49, 59–61, 74, 75; Okuma 1992, fig. 6A, B; Castanheira et al. 2019, figs 5D–F, 7A).  T. guatemalensisis also similar, but has no Gu ( Figures 4, 5, 21). However,  T. jaculatoris easily set apart by all three species by a much shorter ‘a’. The presence of a knob-like ‘t’ separates it from  T. laboriosaand  T. elongata, where it is absent, and from  T. guatemalensis, with a large tooth-like ‘t’ ( Figures 59, 60, 74). Furthermore, the male of  T. jaculatorcan be set apart from other species cited above by palp with a very slanted tegulum and flattened pleat-less conductor and embolus pressed against it ( Figures 63, 64, 78). In relation to females,  T. jaculatoris more similar to  T. vermiformis, as both species have short and laterally bulged paturon bearing tiny teeth, without AXl, with U2 longer than Gu and set apart by a large gap, L2 longer than Gl, and short genital fold ( Figures 68–70, 76, 77; Zhu and Zhang 2011, fig.133D–G; Castanheira et al. 2019, figs 18D–F, H, 19B). However,  T. jaculatorcan be easily diagnosed from  T. vermiformisby the more elongated abdomen, dorsal hump of paturon more basal and wider, presence of tiny AXu ( Figures 66, 67, 76), Gu closer to fang ( Figures 68, 69, 76), Gl smaller and distalward projected ( Figures 69, 70, 77), much smaller gap between Gl and L2 ( Figures 69, 70, 77) and genital fold shorter ( Figure 72). Finally,  T. jaculatoris set apart by the internal genitalia bearing two semi-circular spermathecae and a filiform CS ( Figure 73; Zhu et al. 2003, fig. 73G).   Description  Male: Carapace yellow and elongated, with slightly elevated anterior part ( Figures 56, 57). Labium reddish brown and longer than wide ( Figure 58). Sternum triangular, yellowish brown, with a dusky contour ( Figure 58). Eyes parallel and procurved, ringed in black and spaced apart ( Figure 56). Legs yellow and very elongated ( Figures 56–58). Chelicerae paturon thick, approximately 3.5x longer than wide and 1.5x shorter than carapace, little curved outwards, around 30° from body median line, gently curved in the upper side ( Figures 56–62, 74, 75). ‘a’ straight, very short, slightly pointing outwards and displaced outwards from the middle portion of paturon, with its tip with a shallow excavation ( Figures 59, 60, 74). AXu absent ( Figures 59, 60, 74). ‘t’ reduced to a small knob ( Figures 59, 60, 74). Upper row with seven uneven teeth (sometimes with a tiny ‘rsu’ additional teeth) ( Figures 59, 60, 74): Gu small, slightly distalward projected and located near fang basis, apart from ‘sl’ by moderate gap; ‘sl’ larger than Gu, slightly basalward projected, with pointed tip; ‘T’ elongated, thin, almost straight, little bent upward and apart from remaining teeth by large gap; and ‘rsu’ with four teeth decreasing in size. AXl small, distalward projected and located near fang basis ( Figures 60, 61, 75). Lower row with six teeth ( Figures 60, 61, 75): Gl thick and elongated, projected distalward, with swollen basis; L2–L6 with almost same size and slighting bending upward, L2 a little shorter and thicker than remaining teeth. Cheliceral fang as wide as its base, bent downward, regularly tapering to its tip, and serrated from midway through, closing between teeth rows ( Figures 59–61, 74, 75). Abdomen cylindrical, slender, around 2.2x longer than carapace, dorsally pale beige, and completely covered by guanine spots, scantier at middle line ( Figures 56, 57). Venter pale brown, flattened and nude, with no patches ( Figure 58). Epiandrous rounded, composed of large sclerotised medial division with two lobes bearing 5 and 6 fusules respectively ( Figure 81). Palp with very short tibia, around 1.5x longer than wide, elongated cymbium, bearing wide basis, slight constriction at middle portion, apically constricted, ending in roundish tip ( Figures 63, 64, 78); tegulum spherical, inflated, 1.7x wider than high and slanted around 60º ( Figures 63, 64, 78); conductor flattened, cylindrical, thick, transparent, closely pressed against tegulum, but with its distal third projected beyond it, without pleats and enfolding embolus as a thin pouch for about ¾ of its length ( Figures 63, 64, 78, 79); embolus thick, filiform, originating at middle portion of bulb, strongly curved and pressed against the rim of tegulum, almost forming a circle, with only its distal portion being projected ( Figures 63, 64, 78, 79); paracymbium triangular and small, without transparent lobe and formed by rounded and undivided finger-like distal notch, and large and thick knob projected basalward ( Figures 65, 80). Total length 4.90. Carapace 1.85 long, 1.05 wide. Abdomen 3.01 long, 0.87 wide. Left chelicera 0.75 long, 0.36 wide. Leg formula I–IV–II–III. Leg I: femur 3.74, patella 0.72, tibia 4.00, metatarsus 4.16 and tarsus 1.16. Leg II: patella + tibia 2.85. Leg III: patella + tibia 1.02. Leg IV: patella + tibia 2.85.  Female: Carapace colour, endites, fovea, eyes, labium and legs as in male ( Figures 66, 67). Sternum with the same shape as in male but brown ( Figure 67). Chelicerae paturon with same colour as male, small, rounded, around 2,3x longer than wide and 2,2x shorter than carapace, gently curved outwards around 30° from the body median line and bearing a large and wide conspicuous, basally displaced, bulge on upper side ( Figures 66, 68–71 76, 77). AXu very small, reduced to nub near fang basis ( Figure 76). Upper row with six teeth ( Figures 68, 69, 76): Gu thick, with triangular large basis and pointing distalward, apart from U2 by moderate gap; U2–U6 decreasing in size, all distalward projected, where U6 is very reduced. AXl absent ( Figures 69, 70, 77). Lower row with seven teeth ( Figures 69, 70, 77): Gl small, pointed and strongly pointing distalward, apart from L2 by small gap. L2 larger than Gl, with an acute tip, pointing distalward. L2–L7 decreasing in size, pointed slightly distalward. Cheliceral fang serrated from its first third, slightly reducing its width, and closing between both teeth rows ( Figures 68–70, 76, 77). Abdomen as in male ( Figures 66, 67). Genital fold very short and triangular, with wide posterior rim, its tip with a shallow excavation and almost in level with lung plates ( Figure 72). Internal genitalia composed of two rounded semi-circular spermathecae, connected to an oval uterus externus, bearing a filiform slender CS ( Figure 73). Total length 5.79. Carapace 1.77 long, 0.96 wide. Abdomen 4.12 long, 1.13 wide. Left chelicera 0.58 long, 0.32 wide. Leg formula I–IV–II–III. Leg I: femur 3.30, patella 0.61, tibia 3.30, metatarsus 3.19 and tarsus 0.98. Leg II: patella + tibia 2.09. Leg III: patella + tibia 0.87. Leg IV: patella + tibia 2.31.  Variation Males (n = 9): total length, 4.90–6.54; females (n = 5): total length, 5.79–7.35. In males, ‘a’ may be straight and almost not excavated ( Figures 59–60), with only its tip curved and excavated ( Okuma 1983, fig. 11b) or entirely curved ( Berland 1913, fig. 25; Okuma 1992, figs 10a, c).  Synonymy and notes  Tullgren (1910)described  T. jaculatorbased on 38 malesand females from the Culture Zone in Kibongoto (Kibonoto on the original paper, NHRS-GULI000069806) and one malefrom Pare District (ZMB 26718), both in Kilimanjaro region, Tanzania. In his excellent description and illustration of males, Tullgren cited a second tooth ‘very big and long’ on the chelicerae, probably referring to ‘T’ (in our nomenclature). This tooth is easily observed on his drawings, if we consider he ignored Gu on counting the teeth on the upper row ( Tullgren 1910, fig. 73a) and an ‘abnormally developed bulb’, which is probably a reference to the slanted and developed tegulum of the pedipalp ( Tullgren 1910, fig. 73b, c). About the females, this author only highlights the short and thick chelicerae. Posterior redescriptions of this species include its first record in Asia (New Guinea) by Okuma (1987)and from Chinaby Zhu et al. (2003), with very comprehensive drawings from both authors. In the Neotropical region, the first records are from Barbadosand Trinidad and Tobagoby Okuma (1992).  Okuma (1987, 1992) already suggested that  T. argyroides Mello-Leitão, 1945from Argentinaand  T. lewisi Chickering, 1962from Jamaicamight be junior synonyms of  T. jaculator. After her hints on the synonymies, we examined photos of the male typesof those species from MLP and MCZ,which clearly bear the diagnostic characters of  T. jaculator, like the slanted tegulum of the male palp and male chelicerae with reduced ‘t’, slightly basalward projected ‘sl’, long ‘T’, and long Gl. For the synonymy of  T. riveti Berland, 1913, we rely on the original illustrations by Berland (1913)because the typeswere not located at MNHN. Drawings depicted chelicerae with short and almost straight ‘a’ in lateral view (fig. 26), straight ‘sl’ and long ‘T’ (see Berland 1913: fig. 25) and very long Gl (see Berland 1913: fig. 24), besides the characteristic slanted tegulum (see Berland 1913: figs. 29, 30). Unfortunately, females of  T. rivetiwere not illustrated or described by Berland (1913), but only cited briefly in the text. Therefore, we acknowledge  T. lewisi=  T. argyroides=  T. riveti=  T. jaculator  syn. nov.  Habitat notes According to Zhu et al. (2003), this species is associated with water bodies and can be found on plants near water courses.   Distribution Pantropical, originally described from Africa. Its current distribution includes Asia, Central America, Caribbean and three South American countries: Brazil, Ecuadorand Chile( Figure 82).   Material examined   CUBA,  Holguín: Moa, El Toldo, ♂, 16 .II.2004, A . Sánchezleg . ( IBSP 169932).  BRAZIL,  Pará: Oriximiná, Lago Iripixi, ♀, 09 .VI.2011, E . L. C. Silva leg . ( MCTP 43311ex 31948); Benevides, ♂, 23 .IV.2003, D . R. Santos-Souza leg . ( MPEG 004783);   Maranhão: Caxias, Reserva Ecológica Inhamum, ♂, 26 .X.2004, F . L. Oliveira leg . ( IBSP 133039);   Paraíba: Juazeirinho, Serra da Borborema(  570 m), 23♂, 5♀, 3j, IX .1956 ( MNRJ 7476);   Pernambuco: Moreno, BonanÇa, ♀, B . Pickelleg . ( MNRJ 02599);   Sergipe: Santo Amarodas Brotas, ♂, 4♀, 3j, 08 . X.1978, MSS Carvalho leg . ( MZUSP 74663ex 10556);   Mato Grosso do Sul: Corumbá, ♂, 1994, J . Raizerleg . ( IBSP 6471); Anaurilândia, 2♂, 05–11 .III.2001, F . S. Cunha & J. P. L. Guadanucci leg . ( IBSP 240808ex 39358);   São Paulo: Porto Ferreira, Lagoa São Vicente, 9♀, 05 .IV.1945, Schubart leg . ( MZUSP 14745); 3♂( MZUSP 74664ex 14745); Ubatuba: Parque Estadual da Serra do Mar, Núcleo Picinguaba, Praia da Fazenda, ♂, 26–30 .V.2010, A . Hoffmannleg . ( UFRJ 1621); São Bernardo do Campo, Estrada do Mar, ♂, 07 .II.1968, P. Biasi et al. leg. ( MZUSP 74665ex 8214);   Paraná: Guarapuava, ♂, 6♀, 7j, 30 . IV.1967, P . Biasileg . ( MZUSP 8499); São Luiz do Purunã, 5♂, 7♀, 7j, 27 .IV.1967, P . Biasileg . ( MZUSP 6995);   Santa Catarina: KM 324, BR 116, ♂, 1j, 06 .V.1967, P . Biasileg . ( MZUSP 7011); Criciúma, Parque Municipal José Milaneze, ♂, 15 .III.2007, R . A. Teixeira leg . ( IBSP 132821);   Rio Grande do Sul: Capão da Canoa, Capão Novo, ♂, 1992, C . Mazziloleg . ( MCTP 4609); Estância Velha, ♀, 08 .V.1967, P . Biasileg . ( MZUSP 8513); Guaíba, 2♂, III.1984, A . A. Lise leg . ( MCTP 12770); Santa Maria, 2♂, 1j, 28 .II.1990, D . Lanckleg . ( MCTP 42632ex 5985); ♂( MCTP 43314ex 5987); 6♂, ♀, 16 .III.1990, D . Lanckleg . ( MCTP 5969); 2♂, ♀, 26 . III.1990, D . Lanckleg . ( MCTP 43313ex 5973); 12♂, 2♀, 24 .II.2005, D . Lanckleg . ( MCTP 43312ex 40256); ♂, 16 .IV.2005, D . Lanckleg . ( MCTP 19627); Viamão, 9♂, 24 .II.1995, A. A. Lise et al. leg. ( MCTP 5945); Est. Exp.  Fitotécnica, ♂, 25 .VIII.1995, A. A. Lise et al. leg. ( MCTP 7570);  ♂, ♀( MCTP 43315ex 7578); 4♂, 12 .V.1995, A. A. Lise et al. leg. ( MCTP 8454); ♂, ♀, 07 .XI.1995, A. A. Lise et al. leg. ( MCTP 7807).  ECUADOR,  Tungurahua: Baños, ♂, 1943 ( CAS, sub  T. riveti).  CHILE,  Malleco: Victoria, Fundo Maria Ester( 15 kmW from town), 4♂, 2♀, 1j, 14 .I.1989, M . Ramírezleg . ( MACN 24533). ZMB 26718 1905-06 1905-10-31 1905-06 Y. Sjostedt Tanzania Kibonoto Culture Zone Kibongoto 17 3047 38 38 Kilimanjaro syntype Dr. Rivet Ecuador Ecuador 20 3050 17 7 10 syntype MLP 16420 [468,745,1562,1587] 1941-12 M. Biraben Argentina Pindapoy Misiones San Jose 20 3050 1 lectotype MCZ 21841 [409,662,994,1019] 1957-11-07 Chickering Jamaica Gayle Road St. Ann Parish Moneague 21 3051 1 holotype [160,571,767,792] Cuba El Toldo Moa 24 3054 1 1 Holguin [571,585,767,792] Cuba true El Toldo Moa 24 3054 1 Holguin [681,828,767,792] Sanchez Cuba true El Toldo Moa 24 3054 1 Holguin [828,994,767,792] IBSP Cuba 24 3054 IBSP 169932 1 Holguin Brazil Lago Iripixi Oriximina 24 3054 1 1 Para [479,506,802,827] Brazil true Lago Iripixi Oriximina 24 3054 1 Para [591,617,802,827] Brazil true Lago Iripixi Oriximina 24 3054 1 Para MCTP Brazil Benevides 24 3054 MCTP 43311 1 1 Para [230,256,837,862] MCTP Brazil true Benevides 24 3054 1 Para [357,393,837,862] MCTP Brazil true Benevides 24 3054 1 Para [615,816,837,862] MPEG Brazil 24 3054 MPEG 004783 1 Para Brazil Reserva Ecologica Inhamum Caxias 24 3054 1 1 Maranhao [460,479,871,896] Brazil true Reserva Ecologica Inhamum Caxias 24 3054 1 Maranhao [569,595,871,896] Brazil true Reserva Ecologica Inhamum Caxias 24 3054 1 Maranhao [737,905,871,896] IBSP Brazil 24 3054 IBSP 133039 1 Maranhao Brazil Juazeirinho 570 da Borborema Serra da Borborema 24 3054 28 5 23 Paraiba [669,883,906,931] MNRJ Brazil 24 3054 MNRJ 7476 1 Paraiba Brazil BonanCa Moreno 24 3054 1 1 Pernambuco [320,440,941,966] Pickel Brazil true BonanCa Moreno 24 3054 1 Pernambuco [440,608,941,966] MNRJ Brazil 24 3054 MNRJ 02599 1 Pernambuco [619,1152,941,966] Brazil Brotas Santo Amaro 24 3054 5 4 1 Sergipe Brazil true Brotas Santo Amaro 24 3054 1 Sergipe [450,748,975,1000] MZUSP Brazil 24 3054 MZUSP 74663 1 Sergipe Brazil Corumba 24 3054 1 1 Mato Grosso do Sul [251,394,1010,1035] Raizer Brazil true Corumba 24 3054 1 Mato Grosso do Sul [394,866,1010,1035] IBSP Brazil Anaurilandia 24 3054 IBSP 6471 2 2 Mato Grosso do Sul [867,890,1010,1035] IBSP Brazil true Anaurilandia 24 3054 1 Mato Grosso do Sul [990,1027,1010,1035] IBSP Brazil true Anaurilandia 24 3054 1 Mato Grosso do Sul [424,712,1045,1070] IBSP Brazil 24 3054 IBSP 240808 1 Mato Grosso do Sul Brazil Lagoa Sao Vicente Porto Ferreira 24 3054 9 9 Sao Paulo [343,369,1079,1104] Brazil true Lagoa Sao Vicente Porto Ferreira 24 3054 1 Sao Paulo MZUSP Ubatuba Brazil Parque Estadual da Serra do Mar Praia da Fazenda Nucleo Picinguaba 24 3054 MZUSP 14745, MZUSP 74664 4 4 Sao Paulo [229,249,1149,1174] MZUSP Ubatuba Brazil Parque Estadual da Serra do Mar true Praia da Fazenda Nucleo Picinguaba 24 3054 1 Sao Paulo [343,515,1149,1174] MZUSP Hoffmann Brazil Parque Estadual da Serra do Mar true Praia da Fazenda Nucleo Picinguaba 24 3054 1 Sao Paulo UFRJ Brazil Estrada do Mar Sao Bernardo do Campo 24 3054 UFRJ 1621 1 1 Sao Paulo [222,236,1183,1208] UFRJ Brazil true Estrada do Mar Sao Bernardo do Campo 24 3054 1 Sao Paulo [451,763,1183,1208] MZUSP Brazil 24 3054 MZUSP 74665 1 Sao Paulo [772,1152,1183,1208] Brazil Guarapuava 24 3054 7 6 1 Parana Brazil true Guarapuava 24 3054 1 Parana [270,374,1218,1243] Biasi Brazil true Guarapuava 24 3054 1 Parana [374,934,1218,1243] MZUSP Brazil Sao Luiz do Puruna 24 3054 MZUSP 8499 12 7 5 Parana [935,960,1218,1243] MZUSP Brazil true Sao Luiz do Puruna 24 3054 1 Parana [1048,1152,1218,1243] MZUSP Biasi Brazil true Sao Luiz do Puruna 24 3054 1 Parana MZUSP Brazil 24 3054 MZUSP 6995 1 Parana [337,831,1253,1278] Brazil Santa Catarina 24 3054 1 1 Santa Catarina [831,851,1253,1278] Brazil true Santa Catarina 24 3054 1 Santa Catarina [942,1054,1253,1278] Biasi Brazil true Santa Catarina 24 3054 1 Santa Catarina MZUSP Brazil Parque Municipal Jose Milaneze Criciuma 24 3054 MZUSP 7011 1 1 Santa Catarina [794,816,1287,1312] MZUSP Brazil true Parque Municipal Jose Milaneze Criciuma 24 3054 1 Santa Catarina [910,942,1287,1312] MZUSP Brazil true Parque Municipal Jose Milaneze Criciuma 24 3054 1 Santa Catarina IBSP Brazil 24 3054 IBSP 132821 1 Santa Catarina [261,939,1322,1347] Brazil Capao Novo Capao da Canoa 24 3054 1 1 Rio Grande do Sul [939,1075,1322,1347] Mazzilo Brazil true Capao Novo Capao da Canoa 24 3054 1 Rio Grande do Sul MCTP Brazil Estancia Velha 24 3054 MCTP 4609 1 1 Rio Grande do Sul [492,512,1357,1382] MCTP Brazil true Estancia Velha 24 3054 1 Rio Grande do Sul [606,723,1357,1382] MCTP Biasi Brazil true Estancia Velha 24 3054 1 Rio Grande do Sul [723,1089,1357,1382] MZUSP Brazil Guaiba 24 3054 MZUSP 8513 2 2 Rio Grande do Sul [179,210,1391,1416] MZUSP Brazil true Guaiba 24 3054 1 Rio Grande do Sul [311,759,1391,1416] MCTP Brazil Santa Maria 24 3054 MCTP 12770 2 2 Rio Grande do Sul [759,773,1391,1416] MCTP Brazil true Santa Maria 24 3054 1 Rio Grande do Sul [869,993,1391,1416] MCTP Lanck Brazil true Santa Maria 24 3054 1 Rio Grande do Sul MCTP Brazil 24 3054 MCTP 42632, MCTP 43314 8 1 7 Rio Grande do Sul [653,676,1426,1451] MCTP Brazil true 24 3054 1 Rio Grande do Sul [768,885,1426,1451] MCTP Lanck Brazil true 24 3054 1 Rio Grande do Sul [885,1152,1426,1451] MCTP Brazil 24 3054 MCTP 5969 3 1 2 Rio Grande do Sul MCTP Brazil true 24 3054 1 Rio Grande do Sul [275,401,1461,1486] MCTP Lanck Brazil true 24 3054 1 Rio Grande do Sul [401,832,1461,1486] MCTP Brazil 24 3054 MCTP 43313 14 2 12 Rio Grande do Sul [832,846,1461,1486] MCTP Brazil true 24 3054 1 Rio Grande do Sul [944,1070,1461,1486] MCTP Lanck Brazil true 24 3054 1 Rio Grande do Sul MCTP Brazil 24 3054 MCTP 43312 1 1 Rio Grande do Sul [439,465,1495,1520] MCTP Brazil true 24 3054 1 Rio Grande do Sul [564,695,1495,1520] MCTP Lanck Brazil true 24 3054 1 Rio Grande do Sul [695,1074,1495,1520] MCTP Brazil Viamao 24 3054 MCTP 19627 9 9 Rio Grande do Sul [1074,1088,1495,1520] MCTP Brazil true Viamao 24 3054 1 Rio Grande do Sul [332,524,1530,1555] MCTP Brazil 24 3054 MCTP 5945 1 Rio Grande do Sul [634,832,1530,1555] Brazil Fitotecnica 24 3054 1 1 Rio Grande do Sul [832,873,1530,1555] Brazil true Fitotecnica 24 3054 1 Rio Grande do Sul MCTP Brazil 24 3054 MCTP 7570 1 Rio Grande do Sul [313,705,1565,1590] MCTP Brazil 24 3054 MCTP 43315 6 1 5 Rio Grande do Sul [704,725,1565,1590] MCTP Brazil true 24 3054 1 Rio Grande do Sul [962,1152,1565,1590] MCTP Brazil 24 3054 MCTP 8454 1 Rio Grande do Sul [252,279,1599,1624] MCTP Brazil true 24 3054 1 Rio Grande do Sul [511,700,1599,1624] MCTP Brazil 24 3054 MCTP 7807 1 Rio Grande do Sul CAS Ecuador Banos 24 3054 1 1 Tungurahua Chile Fundo Maria Ester Victoria 24 3054 6 2 4 Malleco [269,277,1669,1694] Chile true Fundo Maria Ester Victoria 24 3054 1 Malleco [376,520,1669,1694] Ramirez Chile true Fundo Maria Ester Victoria 24 3054 1 Malleco [520,695,1669,1694] MACN Chile 24 3054 MACN 24533 1 Malleco