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250                        CALOGERO MUSCARELLA & ALESSANDRO BARAGONA




                 in these islands (See ANPA, 2001). Endemic insular  Hints on the history of the faunistic explor-
                 species are usually divided into two main categor-  ation of circum-sicilian islands
                 ies: abandoned (paleoendemic species) or of new
                 formation (neoendemic species). The first ones are  Circum-sicilian islands have, over the centuries,
                 formed by populations in ancient times common on  been the destination of several scientific explor-
                 ample areas, successively relegated in confined,  ations, thanks to which a remarkable bulk of data
                 separated areas detached from the original contin-  has been gathered, which has constituted the basis
                 ental populations. On the contrary, neoendemic spe-  for important contributions. For a detailed summary
                 cies are relatively recent taxa, appeared as a result  of the naturalistic exploration of Pelagie Islands
                 of  the  colonisation  of  the  islands  in  successive  and Pantelleria see Baccetti et al. (1995a); for the
                 periods (Zunino & Zullini, 1995).            Aeolian Islands Lo Cascio & Navarra (2003). Par-
                   In this note we propose an analysis of the en-  ticularly relevant has been the research coordin-
                 demic fauna, known today, present in the circum-  ated by Edoardo Zavattari in 1950 in Linosa and
                 sicilian islands. Field and bibliographical research  Lampedusa islands, whose results have flowed for
                 carried out have allowed us to identify as a whole  the most part in the volume “Biogeografia delle
                 121 endemic taxa between species and subspecies  isole Pelagie” (Zavattari, 1960), still considered a
                 (see Figs. 5, 6). The taxonomical status of certain  landmark  for  the  study  of  biogeography  of  the
                 entities, however, has not been confirmed by re-  circum-sicilian islands (Baccetti et al., 1995b). In
                 cent molecular analysis, or is nevertheless con-  particular, Zavattari and his partners found 415 spe-
                 sidered uncertain by several researchers; for this  cies of insects in the two islands. For Pantelleria a
                 reason we have considered appropriate to exclude  significant push to entomological research has been
                 a few taxa, considering a total of 111 entities (see  given by the Museo Civico di Storia Naturale of
                 notes to Fig. 6). It is nevertheless an extremely im-  Venice with three different gathering campaigns led
                 portant value considering that in Sicily, based on  between 1983 and 1986, followed by a number of
                 the data reported by Minelli et al. (2005), integ-  contributions published by the Museo itself (see
                 rated by the contributions published until 2015  Ratti, 1986). Particularly important, between the
                 (Magrini et al., 2006; Aliquò et al., 2006; Magrini,  seventies and the nineties, was the research carried
                 2007; Sparacio, 2007, 2014; Magrini et al., 2007;  out jointly by Palermo University and “Consiglio
                 Magrini  et  al.,  2008;  Švihla,  2009;  Arnone  &  nazionale delle Ricerche”. The results to this survey
                 Massa, 2010; Bonavita & Vigna Taglianti, 2010;  have  constituted  the  basis  to  the  monograph
                 Baviera, 2010; Baviera & Liberti, 2010; Baviera  “Arthropoda di Lampedusa, Linosa e Pantelleria”,
                 & Magnano, 2010; Hertach, 2011; Jordana et al.,  reporting a whole of 1718 species of arthropods (Lo
                 2011;  Kapp,  2010  ;  Kleukers  et  al.,  2010;  Lo  Valvo & Massa, 1995). In particular, to the known
                 Cascio & Sparacio, 2010;  Malicky, 2010; Magrini  855 species, another 863 (several of which were
                 et al., 2010a; Magrini et al., 2010b; Rapuzzi &  new for science) are added to the checklists repor-
                 Sama, 2010; Stuben, 2010; Bellò & Baviera, 2011;  ted in the volume. This work makes the explorative
                 Haitlinger, 2011, 2012; Magrini & Baviera, 2011;  level of the three islands satisfactory as a whole,
                 Magrini et al., 2011; Pagliano, 2011; Rigato, 2011;  even though not thorough, also due to the fact that
                 Colomba et al., 2012; Giannuzzi-Savelli et al.,  in the sole Lampedusa island, between 1995 and
                 2012; Liberto et al., 2012; Müller, 2012; Panta-  2012, another 71 species have been cited (Goggi,
                 leoni & Badano, 2012; Rapuzzi & Sparacio, 2012,  2004; Li Causi et al., 2013). Between 1994 and
                 2015;  Sabella  et  al.,  2012;  Gardini,  2013;  today, 4 new species have been described for Pan-
                 Lourenço & Rossi, 2013; Magrini et al., 2013;  telleria (Pseudomeira cossyrica Pierotti et Bellò,
                 Poggi & Baviera, 2013; Pellizzari, 2013; Arnone  1994; Probaticus cossyrensis Sparacio, 2007; Ech-
                 et al., 2014; Magrini & Paladini, 2014; Baviera,  inodera diottii Stuben, 2010; Pseudoapterogyna eu-
                 2015;  Colonnelli  &  Paladini,  2015;  Magrini  &  phytus lamantiai Sparacio, 2014), 4 for Lampedusa
                 Degiovanni,  2015;  Magrini  &  Paladini,  2015;  (Torneuma  clandestinum Magnano  et  Mifsud,
                 Magrini & Uliana, 2015) an overall of 850 en-  2001; Torneuma extinguendum Magnano et Mifsud,
                 demic species are present, 13% of which is ex-  2001; Physetopoda silviae Pagliano, 2011; Neuma-
                 clusive of the circum-sicilian islands.      tora  annamariae Magrini,  Abbazzi  et  Petrioli,
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