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6. TURKEY

           6.1 First record of Hirundichthys rondeletii from the Black Sea

           D. Yaglioglu & C. Turan

              One male specimen of the black wing flyingfish Hi-
           rundichthys  rondeletii  (Valenciennes,  1847)  (Exocoeti-
           dae)  was  captured  by  commercial  bottom  trawl  fishery
           along Duzce coast (Akcakoca; 41.36027° N, 31.133056°
           E), southwestern Black Sea on January 14  2014, at about
                                             th
           32 m of depth (Fig. 23). Macroscopic observations of go-
           nad structure were used for sex identification of H. ron-
           deletii (Oliveira et al., 2015). The weight of the specimen
           was 52.85 g, with total length being 209.42 mm, pectoral
           fin length 127.32 mm, pelvic fin length 49.89 mm, anal   Fig. 23: H. rondeletii caught in Black sea.
           fin length 13.73 mm, dorsal fin length 21.17 mm, head
           length 34.02 mm, and eye diameter 10.39 cm. The mer-  The specimen of H. rondeletii was preserved in 4% for-
           istic characters of the individual were: dorsal fin rays 11;   maldehyde solution, photographed and deposited in the
           anal fin rays 11; pectoral fin rays 16; pelvic fin rays 6.   Fish Collection of the Marine Biology Laboratory, De-
           Taxonomic identification of the individual was based on   partment of Biology, Faculty of Arts and Science, Duzce
           taxonomic characters (size, shape, colour and positions of   University (catalogue number: DUFC/2014-001). This is
           the fins) provided by Parin (1999) and Turan et al. (2007).   the first record of H. rondeletii from the Black Sea.

                                                       7. EGYPT

           7.1 On the established population of Halimede ochtodes in Egyptian waters
           E. H. Kh. Akel

              The Mediterranean Sea is consid-
           ered  as  one  of  the  main  hotspots  of
           marine  bioinvasions  on  Earth.  Until
           December  2014,  more  than  1000  al-
           ien marine species were introduced in
           the  Mediterranean  (Armon  &  Zene-
           tos,  2015).  Egyptian  Mediterranean
           biodiversity  is  changing  rapidly  due
           to climate changes and the spectacular
           biotic exchanges between the Mediter-
           ranean and Red Sea via the Suez Ca-
           nal, and this leads to ecologic and eco-
           nomic impacts (Akel & Allam, 2016).
              Galil  (2000)  published  a  review
           on  three  xanthoid  species  including
           Halimede  ochtodes  (Herbst,  1983).  In
           this work we report on the establishment
           of the brachyuran decapod H. ochtodes in   Fig. 24: A - Dorsal view, B- male ventral view, C- female ventral view, D- cheliped
           Egypt. Naruse et al. (2014) mentioned that  external view
           H. ochtodes was previously reported from
           northern Australia,  Pakistan,  India,  Thai-     carapace width 3.2 cm; length of cheliped 3.6 cm; the
           land (Gulf of Thailand), Singapore, China (Guangx, Hainan),   three first legs are equal in length (3 cm), while the fourth
           Hong Kong, The Philippines, and the Red Sea. Five speci-  leg is shorter (2.4 cm).
           mens of H. ochtodes (3 males and 2 females) were collected
           by bottom trawl net off Port Said (31.37269 N, 32.25995  o   Moussa et al. (2016) collected one specimen only in
                                              o
                          th
           E) on November 10  2016, at a depth of 15-20 m (Fig. 24).   September  2013,  while  this  work  reports  on  five  more
              The following measurements were obtained from a   specimens collected in the same area (Port Said). This
           specimen collected: weight 14 g; carapace length 2.5 cm;   suggests that H. ochtodes is established in the area.


          196                                                                    Medit. Mar. Sci., 18/1, 2017, 179-201
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