ࡱ> ce`abq` bjbjqPqP .::9BBBBBBBV,|VncccIKKKKKK$h2o)B_coBBBBII-BByb ~hܺEl"0M,vyBydc2HݡMcccoo cccVVVdVVVVVVBBBBBB Long-term changes and biodiversity research - Hydromedusan time series Adam Benovi, Davor Lu i and Vladimir Onofri Institute for Oceanography and Fisheries, Laboratories Dubrovnik Dubrovnik, Croatia  HYPERLINK "mailto:benovic@labdu.izor.hr" benovic@labdu.izor.hr Hydromedusan time series The first account of hydromedusae of the Adriatic Sea came from the Gulf of Trieste (Will, 1844). Further results originated mostly from the shallow North Adriatic, but until recently a few investigations were also done in deep waters of the Middle and South Adriatic. Claus (1877, 1880,) has described medusan fauna with special reference to Aequoridae; Graeffe (1884) gives description of medusan fauna and its development in the Gulf of Trieste; Stossich, (1885) gave a comprehensive account to coelenterata; Neppi (1912) published results from coastal and open waters of entire Adriatic Sea; Neppi & Stiasny (1913) have done the best review of hydromedusan fauna of the Gulf of Trieste; Babi (1913) published results from the coastal waters of Kvarner region; Grobben (1915) and Neppi (1922) elaborated medusae from open Adriatic waters; Pell (1938) elaborated medusae from Hungarian expedition of R/V  Najade ; Babnik (1948) published results on middle and south Adriatic. Since 1965 Benovi and collaborators have published number of papers dealing with systematics, distribution, abundances and vertical migration. The most comprehensive literature data are given in papers of Benovi & Bender (1987), Benovi & Lu i (1996) and Purcell et al. (1999). The most recent paper of Benovi et al. (2004) describes medusae in middle and south Adriatic open waters. Discussion and conclusions By quoting the entire list of published resources on hydromedusae in the Adriatic Sea we can clearly see that intensive research took place only in certain time periods, especially when large expeditions were organized. The historical record is therefore characterized by periodic publication of data collected for different goals and using different methods. The resulting record is so variable that the only consistent data that can be extracted through time are species names. Comparative examination of records (Table 1) suggests that some inferences can be made about patterns of hydromedusan distributions in the Adriatic Sea. In the entire Adriatic Sea we recognize 66 species. There is difference between northern, middle and southern Adriatic populations. The indicator species are those that are present consistently through the time in a specific area and depths. Thus, their appearance in other regions probably indicates shift of water masses (Vu eti, 1969; Kraini & Grbec, 2002). The clearest evidence of this is the case of P. incolorata, the greatest population densities of which were found at Middle Adriatic in deeper layers where the lowest temperatures were recorded (Benovi et al., 2004). This species also is found frequently in the North Adriatic, but during winter (Benovi and Lu i, 1996). The association of these species with cold-water layers has been observed previously (Goy, 1987; Buecher and Gibbons, 1999). However, since the rare species appear very infrequently, it can be assumed that we missed them because of time gaps in research (Seguera-Puertas, 1992). An additional limitation of the intermittent hydromedusan record is that little or no evidence may be available surround bloom events of various medusae. Benovi et al. (1987) analyzed the hydromedusan fauna and environmental factors in the North Adriatic Sea. Based on comparisons of species composition from almost 100 year of research with recent data, they suggested that changes in environmental factors resulting from the discharge of terrigenous material by the northern Adriatic rivers probably caused changes in hydromedusan fauna and depletion of many species. In addition, they predicted that environmental changes would take place on large scale in the north Adriatic in future. Other papers (Degobbis et al., 1995) dealing with blooms of plankton, mucilages and other disturbances in the North Adriatic that were published after 1987, confirmed these predictions. Can a hydromedusa be an indicator species of long-term changes of an ecosystem? Analyzing the list of species and trying to understand populations in different regions of the sea, (Benovi & Lu i, 1996; Benovi et al., 2004) speculated about possible repopulations of the North Adriatic and introduction of new species into middle and south regions. Though some species appeared, they were in very small numbers, thus not having a potential for repopulation of altered environment in the North Adriatic. Contrary to Gili et al. (Gili et al., 1988), only a small number of species of low abundance were found close to the coast and in the shallower middle Adriatic. It seems that the composition of medusans in the southern and middle areas of the Adriatic Sea is stable, and that occasional appearance of typical coastal species is probably due to their transport either from nearby coastal waters or from the North Adriatic via transverse currents. These species can be considered as indicator species of some regions, but they cannot serve as indicators of the entire given environment. This could be done only by studies of entire populations. In all aquatic ecosystems, hydromedusae represent one of the oldest and most primitive of metazoan animal taxa (Buecher & Gibbons, 1999), which, in their long time existence, have developed specific adaptations that fit into the niches in vertical and horizontal sea horizons. The previous observations and knowledge about the Mediterranean Sea, as one of the oldest known marine ecosystems (Gili et al., 1998), contributes greatly to our current studies of hydromedusae and their use as indicators of the quality of marine ecosystem. In conclusion, studies of hydromedusae may be useful tools in marine ecosystem studies. However, only knowledge of entire populations can enable us to make  weak predictions that are expected from marine scientists. Table 1. Findings of hydromedusae of the Northern and Southern Adriatic Sea. Compilation of data from: A: Neppi, 1912; B: Neppi & Staisny, 1913; C: Neppi, 1922; D: Pell, 1938; E: Benovi, 1973; F: Benovi, 1976; G: Benovi & Bender, 1986; H: Benovi & Bender, 1987; I: Benovi & Lu i, 1995; J & K: Benovi & Lu i, 1996; L: Benovi et al., 2004. (+ indicates Northern Adriatic and * indicates Southern Adriatic). DATAABCDEFGHIJKLSPECIESANTHOMEDUSAE 1. Dicodonium adriaticum++* 2. Dipurena halterata++*+ 3. Sarsia gemmifera+**++ *+ *++ 4. Stauridiosarsia producta++ 5. Ectopleura dumortieri+++ + * 6. Eucodonium brownie++*+ 7. Euphysa aurata+*+*+ *+ ** 8. Rhabdoon singulare+*+ *+ *** 9. Corymorpha nutans++**++ *+ *+*10. Zanclea costata ++**+*+ *+ **11. Cladonema radiatum+12. Eleutheria dichotoma+13. Cytaeis tetrastyla+**+14. Oceania armata*****15. Turitopsis nutricula+16. Podocoryne carnea+*+*17. Podocoryne areolata+*18. Podocoryne minima++ *+ *++19. Podocoryne minuta++*+*+ *+ *++*20. Rhatkea octopunctata+**21. Bougainvillia ramosa+*+**+*+ *+22. Koellikerina fasciculata**23. Lizzia octostyla+24. Lizzia blondina+*+++25. Thamnostoma dibalia+*+*++26. Amphinema dinema+++ **27. Leuckartiara octona**+ ***28. Merga tergestina++*+29. Neoturris pileata*+*+++*30. Pandea sp.+31. Protiara tetranema*32. Bythotiara murrayi****LEPTOMEDUSAE33. Orchistomella graeffei+34. Krampella dubia*+ *35. Laodicea ocelata**36. Laodicea undulata+*+******37. Melicertissa adriatica*38. Mitrocoma annae*39. Octogonade mediterranea*40. Obelia spp.+*+**+*+ *+ *++**41. Clytia hemisphaerica+*+**+*+ *+ *++**42. Eucope picta+*43. Eucheilota maasi+*44. Octophialucium funerarium***45. Eirene viridula*+***++*(Table 1: Cont.)DATAABCDEFGHIJKLSPECIES46. Helgicirrha schultzei+*++ *+ *+*47. Eutima gegenbauri++*++ *+ *48. Eutima gracilis+**+ *+*49. Eutonina scintillans+50. Tima luculana+51. Aequorea aequorea+*+52. Proboscidactyla ornata+*+*TRACHYMEDUSAE53. Haliscera bigelowi*54. Geryonia proboscidalis+**55. Liriope tetraphylla+*+**+*+ *+ *++**56. Aglaura hemistoma+*+**+*+ *+ ***57. Arctapodema australis****58. Homoeonema platygonon**59. Persa incolorata+*+ *+ ***60. Rhopalonema funerarium*****61. Rhopalonema velatum+*+*+**+ ***62. Sminthea eurygaster*******NARCOMEDUSAE63. Solmundella bitentaculata***+ *+ ***64. Solmaris spp. +*+*+*+ *+ *++**65. Cunina globosa**66. Solmissus albescens******TOTAL SPECIES25413127271831351491528 Bibliography Babi, K., 1913. Planktoni ki celenterati iz Jadranskog mora. Rad Jugoslavenske Akademije Znanosti i Umjetnosti, 135, 1-47. Babnik, P. 1948. Hidromeduze iz srednjega in juznega Jadrana v letih 1939 in 1940. Acta Adriat., 3, 275-340. Benovi, A. 1973. Idromeduse dell Adriatico Settentrionale nell anno 1965. Boll. Pesca Piscic. Idrobiol., 28, 59-70. Benovi, A. 1976. Hydromedusae (Cnidaria) from two stations in the Southern Adriatic and Thyrrenian Seas in the year 1967-1968. Pubbl. Staz. Zool. Napoli, 40, 1-10. Benovi, A. and A. Bender, 1986. Medusae from the open waters of the Adriatic Sea (1974-1976). Studia Marina, 17-18, 55-74. Benovi, A. and A.Bender, 1987. Seasonal distribution of medusae in the Adriatic Sea. In: Modern trends in the systematics, ecology and evolution of hydroids and hydromedusae. (eds.) Bouillon, J., Boero, F., Cicogna, F. and Cornelius, P.F.S., Oxford Univ. Press, pp. 117-131. Benovi, A. and D. Lu i, 1995. 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Monaco,սֽ ;d`;;`;G z(p@ P !$`'0*-/2p5@8;=@CPF IKNQ`T0WZ\_pb@eh ;d`; 69, 1-12. Will, J.G.F. 1844. Horae Tergestinae oder Beschreibung und Anatomie der im Herbste 1843 bei Triest beobachteten Akalephen. Leipzig ,1h. 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