The genus Paradoneis (Annelida: Paraonidae) from the Sea of Marmara, with descriptions of two new species Erdoğan-Dereli, Deniz Çinar, Melih Ertan Zootaxa 2019 2019-10-17 4686 4 465 496 85RQJ Erdoğan-Dereli & Çinar, 2019 Erdoğan-Dereli & Çinar 2019 [151,451,801,828] Polychaeta Paraonidae Paradoneis Animalia 5 470 Annelida species heterochaeta sp. nov.   urn:lsid:zoobank.org:act: 42661073-8BD9-4DF6-B1A7-28A41CC6F261   Material examined.  Holotype, ESFM-POL/2013-1060,  08 June 2013, station Y15, 40°19’11’’N, 27°33’51’’E,  10 m, sandy mud.   Paratypes. 224 specimens:  ESFM-POL/2013-1361,  07 June 2013, station Y7, 40°24’28’’N, 26°51’24’’E, 25 m, maerl bed, 29 specimens;  ESFM-POL/2013-1078,  07 June 2013, station Y10, 40°31’28’’N, 26°54’12’’E, 10 m, sand, 28 specimens;  ESFM-POL/2013-1082,  10 June 2013, station Y13, 40°45’00’’N, 27°20’29’’E, 25 m, muddy sand with shell fragments, 97 specimens;  ESFM-POL/2013-1088,  11 June 2013, station Y18, 40°58’01’’N, 27°31’26’’E, 10 m, mud with pebble, 70 specimens.  Additional material: 1022 specimens:  ESFM-POL/2013-57,  06 June 2013, station Y2, 40°06’32’’N, 26°22’31’’E,  25 m, mud with pebble, 2 specimens;  ESFM-POL/2013-72,  06 June 2013, station Y3, 40°12’15’’N, 26°26’12’’E,  25 m, mud, 5 specimens;  ESFM-POL/2013-75,  06 June 2013, station Y3, 40°13’10’’N, 26°25’45’’E,  50 m, sand, 3 specimens;  ESFM-POL/2013-67,  06 June 2013, station Y3, 40°12’052’’N, 26°26’350’’E,  10 m, mud with shell fragments, 1 specimen;  ESFM-POL/2013-1062,  07 June 2013, station Y4, 40°17’36’’N, 26°35’51’’E,  10 m, mud, 1 specimen;  ESFM-POL/2013-83,  07 June 2013, station Y4, 40°17’49’’N, 26°35’44’’E,  25 m, maerl bed, 11 specimens;  ESFM-POL/2013-1065,  07 June 2013, station Y4, 40°18’09’’N, 26°35’15’’E,  50 m, sand, 2 specimens;  ESFM-POL/2013-91,  07 June 2013, station Y5, 40°20’55’’N, 26°40’38’’E,  25 m, mud, 11 specimens;  ESFM-POL/2013-99,  07 June 2013, station Y6, 40°26’03’’N, 26°41’59’’E,  25 m, mud, 10 specimens; ESFM- POL/2013-101, 07 June 2013, station Y6, 40°25’23’’N, 26°44’03’’E, 50 m, mud with  Amphiura filiformis, 2 specimens;  ESFM-POL/2013-1069,  07 June 2013, station Y8, 40°25’15’’N, 27°03’49’’E,  10 m, mud, 1 specimen;  ESFM-POL/2013-1363,  08 June 2013, station Y9, 40°26’20’’N, 27°11’32’’E,  10 m, mud with gravel and shell fragments, 1 specimen;  ESFM-POL/2013-1422,  08 June 2013, station Y9, 40°26’25’’N, 27°11’29’’E,  25 m, mud, 1 specimen;  ESFM-POL/2013-1365,  08 June 2013, station Y9, 40°28’09’’N, 27°11’14’’E,  50 m, mud, 2 specimens;  ESFM-POL/2013-1366,  07 June 2013, station Y10, 40°30’38’’N, 26°54’58’’E,  25 m, maerl bed, 4 specimens;  ESFM-POL/2013-1368,  08 June 2013, station Y11, 40°36’12’’N, 27°05’20’’E,  10 m, mud, 1 specimen; ESFM- POL/2013-1369, 08 June 2013, station Y11, 40°35’55’’N, 27°05’25’’E, 25 m, mud with  Turritella communis, 1 specimen;  ESFM-POL/2013-1370,  08 June 2013, station Y11, 40°34’50’’N, 27°05’59’’E,  50 m, mud, 1 specimen;  ESFM-POL/2013-1371,  08 June 2013, station Y12, 40°40’38’’N, 27°16’25’’E,  10 m, sand, 1 specimen; ESFM- POL/2013-1372, 08 June 2013, station Y12, 40°40’23’’N, 27°16’31’’E, 25 m, mud, 1 specimen;  ESFM-POL/2013- 1080,  10 June 2013, station Y13, 40°44’59’’N, 27°20’16’’E,  10 m, muddy sand with shell fragments, 4 specimens;  ESFM-POL/2013-1084,  08 June 2013, station Y15, 40°19’11’’N, 27°33’51’’E,  10 m, sandy mud, 42 specimens;  ESFM-POL/2013-1373,  08 June 2013, station Y15, 40°25’41’’N, 27°27’57’’E,  50 m, mud, 1 specimen; ESFM- POL/2013-1374, 09 June 2013, station Y16, 40°24’13’’N, 27°39’47’’E, 41 m, mud, 1 specimen;  ESFM-POL/2013- 1375,  09 June 2013, station Y17, 40°39’58’’N, 27°41’08’’E,  50 m, mud, 7 specimens;  ESFM-POL/2013-1378,  09 June 2013, station Y17, 40°41’03’’N, 27°39’52’’E,  100 m, mud, 1 specimen;  ESFM-POL/2013-1379,  10 June 2013, station Y18, 40°54’28’’N, 27°33’24’’E,  25 m, maerl bed, 16 specimens;  ESFM-POL/2013-1087,  12 June 2013, station Y19, 40°59’52’’N, 27°41’59’’E,  10 m, maerl bed, 10 specimens;  ESFM-POL/2013-1091,  12 June 2013, station Y19, 40°58’36’’N, 27°42’29’’E,  25 m, maerl bed, 125 specimens;  ESFM-POL/2013-1385,  16 June 2013, station Y22, 40°23’22’’N, 27°59’46’’E,  50 m, mud, 11 specimens;  ESFM-POL/2013-1095,  13 June 2013, station Y24, 41°03’55’’N, 28°09’12’’E,  10 m, sandy mud with shell fragments, 1 specimen;  ESFM-POL/2013-1386,  15 June 2013, station Y24, 41°03’08’’N, 28°08’44’’E,  25 m, maerl bed, 154 specimens;  ESFM-POL/2013-1389,  16 June 2013, station Y24, 41°00’16’’N, 28°07’50’’E,  50 m, muddy sand with shell fragment, 13 specimens; ESFM- POL/2013-1395, 16 June 2013, station Y25, 40°24’48’’N, 28°20’41’’E, 25 m, sandy mud with  Amphiura filiformis, 2 specimens;  ESFM-POL/2013-1397,  16 June 2013, station Y26, 40°22’36’’N, 28°39’41’’E,  25 m, muddy sand with shell fragments, 20 specimens;  ESFM-POL/2013-1398,  17 June 2013, station Y28, 40°29’54’’N, 28°51’29’’E,  25 m, mud, 81 specimens;  ESFM-POL/2013-1405,  17 June 2013, station Y29, 40°34’01’’N, 28°44’45’’E,  200 m, muddy sand with shell fragments, 1 specimen;  ESFM-POL/2013-1400,  17 June 2013, station Y29, 4032’34’’N, 2846’53’’E,  25 m, maerl bed, 2 specimens;  ESFM-POL/2013-1423,  17 June 2013, station Y29, 40°32’39’’N, 28°46’42’’E,  50 m, muddy sand, 20 specimens;  ESFM-POL/2013-1402,  17 June 2013, station Y29, 40°33’32’’N, 28°44’58’’E,  100 m, muddy sand, 29 specimens;  ESFM-POL/2013-1098,  14 June 2013, station Y31, 40°01’44’’N, 28°26’31’’E,  10 m, sand, 2 specimens;  ESFM-POL/2013-1406,  14 June 2013, station Y31, 41°01’25’’N, 28°26’23’’E,  25 m, maerl bed, 210 specimens;  ESFM-POL/2013-1409,  24 June 2013, station Y34, 40°56’58’’N, 28°51’39’’E,  25 m, sandy mud with shell fragments, 56 specimens.  ESFM-POL/2013-1412,  22 June 2013, station Y36, 40°57’57’’N, 29°01’14’’E,  10 m, mud, 1 specimen;  ESFM-POL/2013-1413,  19 June 2013, station Y38, 40°47’42’’N, 29°18’22’’E,  50 m, muddy sand, 9 specimens;  ESFM-POL/2013-1415,  19 June 2013, station Y39, 40°39’36’’N, 29°09’18’’E,  10 m, sandy mud, 1 specimen;  ESFM-POL/2013-1416,  19 June 2013, station Y40, 40°41’22’’N, 29°20’58’’E,  10 m, mudy sand, 61 specimens;  ESFM-POL/2013-1417,  20 June 2013, station Y41, 40°41’52’’N, 29°25’08’’E,  25 m, mud with shell fragments, 7 specimens;  ESFM-POL/2013-1419,  20 June 2013, station Y42, 40°45’43’’N, 29°29’39’’E,  50 m, mud, 71 specimens.   Description. Holotypecomplete, 15 mmlong (5.37–17.16 mm long in paratypes), 0.47 mm wide (0.20–0.55 mm wide in paratypes) with 84 chaetigers (53–100 chaetigers in paratypes). Color in alcohol pale brownish in large specimens (pale yellowish in small ones), with dark brown speckles scattered along body ( Fig. 6A–D). Body stout, somewhat cylindrical; widths of prebranchial and branchial regions nearly same; body significantly thicker at beginning of postbranchial region; gradually thinner towards posterior end ( Figs 4A; 5A; 6A, B; 7A). A dense cili- ary band on mid-dorsal transversal line of each prebranchial and branchial chaetigers ( Figs 7A, B; 10A, B); ciliary bands absent from ventral side ( Fig. 8A). Prostomium triangular; longer than wide (length/width: 1.2), anterior part somewhat or distinctly conical, with an eversible palpode without pores ( Figs 5A; 6B, C; 7A; 8B); eyes present. Lat- eral organs not observed on prostomium and peristomium. One complete ciliated band, termed as nuchal associated ciliary band (nacb), connecting ventrally one nuchal organ to another and leaving a gap between them in dorsal side ( Fig. 9A–D). Peristomium highly reduced on dorsal view ( Figs 6B, C; 8B; 9A, C). A pair of nuchal organ as deep, broad slits placed dorso-laterally on posterior part of prostomium; cilia in nuchal organ well extending out of margin of slits; dense brown pigment present on each side of nuchal organ in many paratypes( Figs 6B, C; 8B, C). Mouth with eight buccal lips; two placed anteriorly; six lips placed posterior part, extending to anterior margin of chaetiger 2 ( Figs 8A; 9B). Proboscis without lobes, with dense cilia ( Fig. 8A). Branchiae numbering 12 pairs in holotype, 8 12 pairs in paratypes, beginning on chaetiger 4 inall specimens; flattened, thin, cylindro-conically shaped, with a rounded tip; dense ciliary bands on both side on outer margin of branchiae ( Fig. 7B); shorter than segment width, first and last pair of branchiae shorter than others ( Figs 4A; 7A, B); 164 μm long in anterior region, 231 μm long in middle region, 125 μm long in posterior region. Notopodial postchaetal lobes short, thick, cirriform on chaetigers 1 and 2; longer and much more stouter than others on chaetiger 3 ( Figs 5A; 10A); short, digitiform on branchial region ( Figs 5A, B; 7B; 10B); very short, triangular with irregular dense pores on posterior region ( Figs 5C; 6F; 10C; 12A, C); longer, thin, filiform on pre-anal region ( Figs 4A, F; 6D; 10D). Neuropodial postchaetal lobes absent ( Figs 5B, C; 8A). Lateral sense organs located between notopodium and neuropodium, below notopodial postchaetal lobes in each chaetiger ( Figs 9C; 12A–C); with flexible cilia distinctly protruding from opening or embedded into pore; one cilia present in each pore ( Fig. 10 C; 12B, C), showing its retractable character; lateral sense organs starting from chaetiger 1 to end of body; oval shaped with irregularly clustered pores; with ca. 10 pores in prebranchial region (long axis: ca. 10 μm), with ca. 20–22 pores (long axis: 7–10 μm) in branchial region, with ca. 17–28 pores (long axis: 8 μm) in posterior region. Five types of chaeta present on chaetigers; limbate, capillary and two types of lyrate chaetae. Limbate chaetae hirsute ( Figs 4C, 6E), present both on notopodia (only on chaetigers 1–13) and neuropodia (pres- ent on chaetigers from 1 to pygidium), 228 μm long in anterior region, 412 μm long in middle region, 333 μm long in posterior region. Notopodial capillary chaetae starting from chaetiger 15 to pygidium; 218 μm long in middle region; 196 μm long in posterior region. Lyrate chaeta with unequal branches, long and short branches; two types based on thickness of branches; thickness of two branches equal (Type I) and thickness of two branches unequal (short branch thicker than long one) (Type II). Type I present from chaetiger 2 to pygidium, those on prebranchial and branchial chaetigers with dense hairs on one side of shaft, numbering 2–4, 68 μm long, long branch 1.5-2 times longer than short branch ( Figs 4B; 11A–C); chaetae in postbranchial region numbering 1–2, 40 μm long, long branch 1.5 times longer than short branch, teeth discernible, without hair ( Figs 4D; 11D). Type II lyrate chaeta pres- ent from chaetiger 19 to pygidium; numbering 1–3 on posterior chaetigers, 38 μm long; long branch 2–2.5 times longer than short branch; teeth discernible ( Fig. 4E, 11D). Notopodia of anterior region bearing 2– 4 typeI lyrate chaeta and 22–34 limbate chaetae; those of middle region bearing 9–16 capillary chaetae and 2–4 lyrate chaetae (type I and II); those of posterior region bearing 4–7 capillary chaetae and 2–4 lyrate chaetae (type I and II). Neuro- podia of anterior region bearing 20–30 limbate chaeta; neuropodia of middle region bearing 12–24 limbate chaeta; neuropodia of posterior region bearing 11–16 limbate chaetae. Pygidium rounded with three anal cirri; two cirri placed dorso-laterally (thin, digitiform, 45–48 μm long), one cirrus placed mid-ventrally (thick, 47 μm long); anal aperture on dorsal side, with dense cilia ( Figs 4A, F; 6D; 10D).   FIGURE 4.  Paradoneis heterochaeta  n.sp.A, line drawing of holotype (ESFM-POL/2013-1060); B, Lyrate chaeta from pre- branchial chaetigers (ESFM-POL/2013-1078); C, Limbate chaeta (ESFM-POL/2013-1082); D, Lyrate chaeta (thickness of branches equal) from posterior chaetigers (ESFM-POL/2013-1084); E, Lyrate chaeta from posterior chaetigers (thickness of branches unequal) (ESFM-POL/2013-1078); F, Pygidium. Scale bars: A, 955 µm; B, 11 µm; C, 30 µm; D, 13 µm; E, 15 µm; F, 92 µm.   FIGURE 5.  Paradoneis heterochaeta  n.sp.A, Line drawing of antero-dorsal region of paratype (ESFM-POL/2013-57); B, Cross-section of chaetiger 4 (ESFM-POL/2013-1082); C, Cross-section of chaetiger 40 (ESFM-POL/2013-1082). Scale bars: A, 330 µm; B, 135 µm; C, 154 µm.  Reproduction.Some specimens had eggs or sperm packages in their coelomic cavities. Eggs usually appeared from chaetiger 30 onwards; each segment carried 4– 6 eggs. The diameter of eggs varied between 77 and 96 μm. Sperm packages started from chaetiger 31 onwards; each segment carried two sperm packages. The female speci- mens did not have any pigmentation around the nuchal organs, while the male specimens had dense brownish pig- mentation near the nuchal organs ( Fig. 6C). It seems that this species could be sexually dimorphic.   Remarks.  Paradoneis heterochaeta  n. sp.is mainly characterized by having dark brownish speckles irregularly scattered along the body; anterior part of prostomium distinctly conical; large-sized body (especially after the bran- chial region); very short notopodial postchaetal lobes (especially getting indistinct in post-branchial region, except for the preanal region) onwards); neuropodial limbate chaetae along the body; and two typesof lyrate chaetae based on the thickness of the branches. The main morphological differences between  P. heterochaeta  n. sp.and the other  Paradoneisspecies are summarized in Table 1.  Paradoneis heterochaeta  n. sp.is most similar to  P. ilvanaand  P. brunnea.However,  P. heterochaeta  n. sp.differs from them in terms of the following characters: (1) Lyrate chaetae are of two types( typeI, thickness of branches equal; typeII, thickness of branches unequal) in  P. heterochaeta  n. sp.and  P. ilvana, but  P. brunneaonly has one type( typeI). However, both typesof lyrate chaetae ( typesI and II) are simultaneously present in the postbranchial region of  P. heterochaeta, whereas in the postbranchial region of  P. ilvanaonly typeII of lyrate chaeta occurs. (2)  P. heterochaeta  n. sp.has a large body size (especially after the branchial region) and dark brown speckles irregularly scattered along the body. On the other side,  P. brunneahas a shorter body size and dark brown pigments densely covering the anterior part of the prostomium, and  P. ilvanahas longer but thinner body lacking pigmentation. (3) Prostomium triangular, with the anterior end distinctly conical in  P. heterochaeta n. sp., but conical in  P. brunneaand triangular with the anterior end weakly conical in  P. ilvana. (4) The notopodial postchaetal lobes are short and cirriform in the prebranchial region, indistinctly digitiform in the branchial region, short and triangular in the postbranchial region of  P. heterochaeta  n. sp.In P. brunnea, they are small and oval in the prebranchial region, longer and finger-shaped in the branchial region, and finger-shaped or spindle-shaped in the postbranchial region. In  P. ilvana, they are short and rounded in the prebranchial region, rudimentary in the branchial region and long and triangular in the postbranchial region.  Habitat and Distribution.This species was found on maerl beds and sandy-muddy bottoms at 10–200 mdepths in the Sea of Marmara.   Etymology.This species name refers to the character of possessing two typesof lyrate chaetae. 2427264151 2013-06-08 ESFM-POL 10 40.31972 19 27.564165 5 470 ESFM-POL/2013-1060 1 holotype 2427265070 2013-06-07 ESFM-POL 40.40778 26.856667 5 470 ESFM-POL/2013-1361 2427265078 2013-06-07 ESFM-POL 40.524445 26.903334 5 470 ESFM-POL/2013-1078 2427265074 2013-06-10 ESFM-POL 40.75 27.341389 5 470 ESFM-POL/2013-1082 2427265077 2013-06-11 ESFM-POL 40.966946 27.52389 5 470 ESFM-POL/2013-1088 2427264146 2013-06-06 ESFM-POL 25 40.108887 19 26.375278 5 470 ESFM-POL/2013-57 2 2427264137 2013-06-06 ESFM-POL 25 40.204166 19 26.436666 5 470 ESFM-POL/2013-72 5 2427264139 2013-06-06 ESFM-POL 50 40.219444 19 26.429167 5 470 ESFM-POL/2013-75 3 2427264182 2013-06-06 ESFM-POL 10 40.214447 5 470 ESFM-POL/2013-67 1 2427264176 2013-06-07 ESFM-POL 10 40.29333 19 26.5975 5 470 ESFM-POL/2013-1062 1 2427264131 2013-06-07 ESFM-POL 25 40.296944 19 26.595556 5 470 ESFM-POL/2013-83 11 2427264153 2013-06-07 ESFM-POL 50 40.302498 19 26.587502 5 470 ESFM-POL/2013-1065 2 2427264162 [283,1432,1405,1433] 2013-06-07 ESFM-POL 25 40.34861 19 26.677221 5 470 ESFM-POL/2013-91 11 2427264173 [151,1338,1441,1469] 2013-06-07 ESFM-POL 25 40.434166 19 26.69972 5 470 ESFM-POL/2013-99 10 2427265075 2013-06-07 40.423058 26.734167 5 470 2427264195 [275,1432,1513,1541] 2013-06-07 ESFM-POL 10 40.420834 19 27.06361 5 470 ESFM-POL/2013-1069 1 2427264177 2013-06-08 ESFM-POL 10 40.43889 19 27.19222 5 470 ESFM-POL/2013-1363 1 2427264144 2013-06-08 ESFM-POL 25 40.440277 19 27.191387 5 470 ESFM-POL/2013-1422 1 2427264133 [272,1432,1621,1649] 2013-06-08 ESFM-POL 50 40.469166 19 27.187222 5 470 ESFM-POL/2013-1365 2 2427264179 [151,1432,1657,1685] 2013-06-07 ESFM-POL 25 40.510555 19 26.916111 5 470 ESFM-POL/2013-1366 4 2427264170 [151,1339,1693,1721] 2013-06-08 ESFM-POL 10 40.603333 19 27.08889 5 470 ESFM-POL/2013-1368 1 2427265073 2013-06-08 40.59861 27.090279 5 470 2427264129 [272,1432,1765,1793] 2013-06-08 ESFM-POL 50 40.580555 19 27.099722 5 470 ESFM-POL/2013-1370 1 2427264132 [151,1340,1801,1829] 2013-06-08 ESFM-POL 10 40.677223 19 27.273611 5 470 ESFM-POL/2013-1371 1 2427265072 2013-06-08 40.673058 27.275278 5 470 2427264209 2013-06-10 ESFM-POL 10 40.74972 19 27.337778 5 470 ESFM-POL/2013- 1080 4 2427264147 [151,1432,1909,1937] 2013-06-08 ESFM-POL 10 40.31972 19 27.564165 5 470 ESFM-POL/2013-1084 42 2427264196 [151,1340,1945,1973] 2013-06-08 ESFM-POL 50 40.42806 19 27.465834 5 470 ESFM-POL/2013-1373 1 2427265076 2013-06-09 40.403614 27.663055 5 470 2427264142 2013-06-09 ESFM-POL 50 40.66611 19 27.685555 5 470 ESFM-POL/2013- 1375 7 2427264168 2013-06-09 ESFM-POL 100 6 471 40.684166 19 27.664444 5 470 ESFM-POL/2013-1378 1 2427264159 2013-06-10 ESFM-POL 25 40.90778 19 27.556665 6 471 ESFM-POL/2013-1379 16 2427264194 2013-06-12 ESFM-POL 10 40.99778 19 27.69972 6 471 ESFM-POL/2013-1087 10 2427264152 2013-06-12 ESFM-POL 25 40.976665 19 27.708055 6 471 ESFM-POL/2013-1091 125 2427264214 2013-06-16 ESFM-POL 50 40.389446 19 27.99611 6 471 ESFM-POL/2013-1385 11 2427264143 2013-06-13 ESFM-POL 10 41.065277 19 28.153334 6 471 ESFM-POL/2013-1095 1 2427264210 2013-06-15 ESFM-POL 25 41.052223 19 28.145555 6 471 ESFM-POL/2013-1386 154 2427264193 2013-06-16 ESFM-POL 50 41.004444 19 28.130556 6 471 ESFM-POL/2013-1389 13 2427265071 2013-06-16 40.413334 28.344723 6 471 2427264171 2013-06-16 ESFM-POL 25 40.376663 19 28.661388 6 471 ESFM-POL/2013-1397 20 2427264158 2013-06-17 ESFM-POL 25 40.498333 19 28.858055 6 471 ESFM-POL/2013-1398 81 2427264203 2013-06-17 ESFM-POL 200 40.566944 19 28.745834 6 471 ESFM-POL/2013-1405 1 2427264204 2013-06-17 ESFM-POL 25 6 471 ESFM-POL/2013-1400 2 2427264200 2013-06-17 ESFM-POL 50 40.544167 19 28.778334 6 471 ESFM-POL/2013-1423 20 2427264149 2013-06-17 ESFM-POL 100 40.558887 19 28.749445 6 471 ESFM-POL/2013-1402 29 2427264197 2013-06-14 ESFM-POL 10 40.02889 19 28.441944 6 471 ESFM-POL/2013-1098 2 2427264216 2013-06-14 ESFM-POL 25 41.02361 19 28.439722 6 471 ESFM-POL/2013-1406 210 2427264206 2013-06-24 ESFM-POL 25 40.949444 19 28.860834 6 471 ESFM-POL/2013-1409 56 2427264207 2013-06-22 ESFM-POL 10 40.965836 19 29.020555 6 471 ESFM-POL/2013-1412 1 2427264138 2013-06-19 ESFM-POL 50 40.795 19 29.30611 6 471 ESFM-POL/2013-1413 9 2427264155 2013-06-19 ESFM-POL 10 40.66 19 29.154999 6 471 ESFM-POL/2013-1415 1 2427264212 2013-06-19 ESFM-POL 10 40.689445 19 29.349445 6 471 ESFM-POL/2013-1416 61 2427264172 2013-06-20 ESFM-POL 25 40.69778 19 29.418888 6 471 ESFM-POL/2013-1417 7 2427264186 2013-06-20 ESFM-POL 50 40.761944 19 29.494167 6 471 ESFM-POL/2013-1419 71