13,993 research outputs found
Nema nove Ane Frank (Ana Novak: Lepi dani moje mladosti)
No full textIzdavačko preduzeće "Europa Verlag" iz Beča izdaje seriju brošura sa zajedničkim nazivom "Monografije o savremenoj istoriji" ("Monographien zur Zeitgeschichte"), od kojih su dva naslova prilično interesantna. To su knjige "Mrtvo more" autora Aleksandra Harima i "Progon Jevreja u Austriji 1938-1945" autora Džonija Mozera. Takođe je značajna i knjiga autorke Ane Novak "Lepi dani moje mladosti" u izdanju Rowohlt-a.The Vienna-based publishing company Europa Verlag publishes a series of booklets, collectively titled "Monographien Zur Zeitgeschichte", two of which are quite interesting. These are the books "The Dead Sea" by Alexander Harim and the "Persecution of Jews in Austria 1938-1945" by Johnny Moser. Also noteworthy is the book by author Ana Novak "Beautiful Days of My Youth" by Rowohlt
Nemastoma bidentatum subsp. gruberi Novak, Slana Novak, Kozel & Raspotnig 2021, ssp. nov.
No full textNemastoma bidentatum gruberi Novak, Slana Novak, Kozel & Raspotnig ssp. nov. urn:lsid:zoobank.org:act: 17EA28A1-5F36-4DFC-9191-9C8680496FAC Figs 1A, C, 2– 3, 4E, 5E, 6E, 7E, 8E, 9E, 10E, 11E, 12E, 13D; Table 8 Nemastoma bidentatum sparsum – Novak et al. 2002: 136 [partim: Brežice, Črnomelj, Kočevje, Krško, Litija, Metlika, Novo mesto, Ribnica, Sevnica,Trebnje]. — Novak 2004b: 245 [partim: Buje, Karojba, Vižinada]; 2005b: 105. Diagnosis Relatively long-legged subspecies of Nemastoma bidentatum, with strait Ch ventral margin, and Pa-Fe with either 4 subequidistantly positioned spines or pointed tubercles or long setae on low protrusions, or their combination in the distal Pa-Fe half, or alternatively, with 2–3 distal stout thorns. Rec sem with one tubular and 12 elongated balloon-like vesicles. Etymology The subspecies name ʻ gruberi ʼ is dedicated to Jürgen Gruber (Vienna), our teacher, colleague and friend, who generously introduced us to the taxonomy of harvestmen and helped in identifying problematic specimens. Material examined Holotype SLOVENIA – WL18 • 1 ♂; Dolenje Laknice, Mokronog; 45.93° N, 15.21° E; 237 m a.s.l.; 26 Oct. 2013; L. Slana Novak and T. Novak leg.; mixed forest litter sift; PMSL-Opiliones-GR 4661. Paratypes SLOVENIA – WL18 • 1 ♀; same collection data as for holotype; PMSL-Opiliones-GR 4664 • 5 ♂♂, 4 ♀♀; same collection data as for holotype; PMSL-Opiliones-GR4662, GR4666, GR4667, GR4669, GR4673, GR4676 to GR4679. Other material ITALY – VL05 • 1 ♀; Chiusa/Ricmanje; 29 Sep. 1999; L. Slana Novak and T. Novak leg. (275/1999, rev. 2015); PMSL. – VL15 • 1 ♀; Basovizza/Bazovica; 29 Sep. 1999; L. Slana Novak and T. Novak leg. (271/1999, rev. 2015); PMSL. CROATIA – UL92 • 3 ♂♂, 2 ♀♀ (paratypes of N. b. sparsum); vicinity of Buje, and VL02, Vižinada; Sep. 1963; R. Sturany leg.; NHMW 4700. – VL01 • 1 ♂; Karojba; 28 Feb. 1990; F. Potočnik leg. (1307/1998, rev. 2018); PMSL. – VL13 • 1 ♀; Mlini; 30 Sep. 1990; L. Slana Novak and T. Novak leg. (32/1990, rev. 2015); PMSL. – XL90 • 1 ♂, 2 ♀♀; Ponor Sušik, Drežnik; 8 Sep. 2009; A. Schönhofer leg. (Coll. ASc 334, ASc det., TN rev. 5/2012); PMSL. SLOVENIA – UL93 • 4 ♀♀, 1 juv.; Abrami; 19 Jul. 1999; L. Slana Novak and T. Novak leg. (148/1999, rev. 2018); PMSL • 2 ♀♀; ibid.; 20 Jul. 1999; L. Slana Novak and T. Novak leg. (188/1999, rev. 2015); PMSL • 1 ♀; Dragonja; 14 Sep. 2000; L. Slana Novak and T. Novak leg. (154/2001, rev. 2015); PMSL • 4 ♂♂, 4 ♀♀; Dragonja valley; 26 Jun. 2015; T. Novak leg. (78/2015 = GR 5123−5130); PMSL • 2 ♂♂, 3 ♀♀; Ivankovec; 23 Sep. 1998; L. Slana Novak and T. Novak leg. (1791/1998, rev. 2018); PMSL • 1 ♀; Lucija–Seča – Debernardo; 22 Sep. 1998; L. Slana Novak and T. Novak leg. (1817/1998, rev. 2019); PMSL • 1 ♂; Korte; 23 Sep. 1998; L. Slana Novak and T. Novak leg. (1821/1998, rev. 2018); PMSL • 33 ♂♂, 30 ♀♀; Medljan, Korte; 21 Aug. 1999; T. Novak leg. (239/1999, rev. 2018); PMSL • 1 juv.; ibid.; 22 Jun. 2000; B. Bertoncelj, B. Ogrizek and T. Novak leg. (217/2000, rev. 2018); PMSL • 1 ♀; ibid.; (218/2000, TN rev. 2019); PMSL • 1 ♂; Padna; 19 Jul. 1999; L. Slana Novak and T. Novak leg. (168/1999, rev. 2017); PMSL • 2 ♀♀; Parecag; 23 Sep. 1998; L. Slana Novak and T. Novak leg. (1788/1998, rev. 2018); PMSL • 1 ♀; Seča; 10 Oct. 1998; L. Slana Novak and T. Novak leg. (1844/1998, rev. 2008); PMSL • 1 ♂, 1 ♀; ibid.; 24 Oct. 1998, L. Slana Novak and T. Novak leg. (1881/1998, rev. 2007); PMSL • 3 ♀♀; ibid.; 21 Aug. 1999; M. Štangelj and T. Novak leg. (236/1999, rev. 2008); PMSL • 15 ♂♂, 21 ♀♀; ibid.; 21 Aug. 1999; M. Štangelj and T. Novak leg. (231/1999, rev. 2015); PMSL • 1 ♂, 6 ♀♀; Sečovlje; 1 Mar. 2009; L. Slana Novak and T. Novak leg. (1/2015); PMSL • 1 ♂; Sv. Peter; 11 Oct. 1998; L. Slana Novak and T. Novak leg. (1850/1998, rev. 2015); PMSL • 4 ♂♂, 2 ♀♀; Sv. Sab, Padna; 19 Jul. 1999; L. Slana Novak and T. Novak leg. (151/1999, rev. 2009); PMSL • 1 ♀; Škrline, Dragonja; 20 Jul. 1999; L. Slana Novak and T. Novak leg. (194/1999, rev. 2015); PMSL. – VL03 • 2 ♂♂, 1 ♀; Boršt; 14 Apr. 2011; T. Novak leg. (76/2011, rev. 2015); PMSL • 2 ♀♀; ibid.; (81/2011, rev. 2015); PMSL. – VL04 • 1 ♀; Ankaran; 29 Sep. 1999; L. Slana Novak and T. Novak leg. (276/1999, rev. 2015); PMSL • 1 ♂, 1 ♀; Kolombini, Spodnje Škofije; 26 Sep. 2007; L. Slana Novak and T. Novak leg. (94/2007, rev. 2018); PMSL • 5 ♂♂; Mlinarji – Osp; 26 Sep. 2007; L. Slana Novak and T. Novak leg. (97/2007, rev. 2017); PMSL • 1 ♂, 1 ♀; Rižana; 24 Sep. 2016; L. Slana Novak and T. Novak leg. (18/2018); PMSL • 1 ♀; Škocjanski zatok, Koper; 15 Oct. 2009; S. Polak leg. (PK 1/2015); NM • 4 ♂♂, 3 ♀♀; Zgornje Škofije – Tinjan; 26 Sep. 2007; L. Slana Novak and T. Novak leg. (88/2007); PMSL. – VL07 • 4 ♀♀; Hrastje, Šmarje; 17 Aug. 2000 (674/2000, rev. 2015); PMSL. – VL13 • 1 ♂; Poletiči, Kubed; 4 Sep. 2016; T. Marinko leg. (27/2016); PMSL • 1 ♂, 1 ♀; Sočerga; 28 Sep. 1990; L. Slana Novak and T. Novak leg. (31/1990, rev. 2015); PMSL. – VL14 • 4 ♂♂, 4 ♀♀; Bezovica; 29 Sep. 1990; L. Slana Novak and T. Novak leg. (LSN 1/1990, TN rev. 2018); PMSL • 1 ♂; Hrpelje, Kozina; 2 Apr. 1993; S. Brelih leg. (651/1998, rev. 2018); PMSL • 2 ♂♂; Predloka; 29 Sep. 1990; L. Slana Novak and T. Novak leg. (35/1990, rev. 2015); PMSL • 2 ♂♂, 1 ♀; Rižana; 29 Sep. 1990; L. Slana Novak and T. Novak leg. (33/1990, rev. 2015); PMSL. – VL15 • 1 ♀; Botač; 22 Mar. 1990; M. Černila, B. Horvat and I. Sivec leg. (1246/1997); PMSL. – VL16 • 1 ♂; Divača; 2 Apr. 1993; S. Brelih leg. (174/2001, rev. 2015); PMSL. – VL17 • 1 ♂; Vrabče, Podnanos; 10 Mar. 1994; S. Brelih leg. (632/1998, rev. 2017); PMSL. – VL18 • 1 ♂; Uhanje; 3 Sep. 2001; T. Novak leg. (329/2001, rev. 2018); PMSL. – VL23 • 1 ♂, 1 ♀; Poljane pri Podgradu; 18 Aug. 2011; L. Slana Novak and T. Novak leg. (166/2012, rev. 2019); PMSL. – VL25 • 3 ♀♀; Buje; 10 Mar. 1994; S. Brelih leg. (163/2001, rev. 2018); PMSL • 1 ♂, 2 ♀♀; Goriče pri Framljah; L. Slana Novak and T. Novak leg. (343/2011); PMSL • 1 ♀; ibid.; (344/2011); PMSL. – VL28 • 1 ♂, 1 ♀; Podvrh, Raka; 18 Jul. 2012; P. Kozel, T. Kozel and T. Novak leg. (55/2012); PMSL • 9 ♂♂, 7 ♀♀; ibid.; (GR 3734–3746); PMSL • 3 ♀♀; ibid.; (GR 3791); PMSL. – VL29 • 6 ♂♂, 12 ♀♀; Dolnje Brezovo, Sevnica; 30 Jun. 2012; (GR 3670–3683); PMSL. – VL36 • 1 ♂, 1 ♀; Palčje – Mt. Javorniki; 1 Oct. 2011; L. Slana Novak and T. Novak leg. (361/2011, rev. 2019); PMSL. – VL45 • 1 ♀; Koritnice − Mašun; 2 Oct. 2011; L. Slana Novak and T. Novak leg. (329/2011, rev. 2014); PMSL. – VL47 • 1 ♀; Suha reber, Koritnice; 21 Jan. 2007; S. Polak leg. (107/2007); NM. – VL54 • 1 ♀; Sviščaki; 20 May 1989; T. Trilar leg. (271/2000, rev. 2017); PMSL • 1 ♀; ibid.; 25 May 1989; T. Trilar leg. (275/2000, rev. 2017); PMSL • 1 ♀; ibid.; 21 Jul. 2001; B. Bertoncelj, U. Bertoncelj and T. Novak leg. (29/2001, rev. 2018); PMSL • 1 ♀; ibid.; (34/2001, rev. 2011); PMSL • 1 ♂, 3 ♀♀; Travni Dolci, Mt. Snežnik; 12 Aug. 2001; L. Slana Novak and T. Novak leg. (195a/2001, rev. 2020); PMSL • 2 ♂♂, 4 ♀♀; Mt. Veliki Snežnik; 20 Jul. 1999; L. Slana Novak and T. Novak leg. (185a/1999, rev. 2020); PMSL • 1 ♂; ibid.; 12 Sep. 2018; L. Slana Novak and T. Novak leg. (116/2018); PMSL. – VL36 • 1 ♂, 1 ♀; Palčje − Javorniki; L. Slana Novak and T. Novak leg. (361/2011, rev. 2015); PMSL. – VL66 • 1 ♀; Benete, Runarsko; 31 May 2004; L. Slana Novak and T. Novak leg. (33/2004, rev. 2015); PMSL. – VL67 • 5 ♂♂, 3 ♀♀; Nova vas – Volčje; 26 Sep. 2006; L. Slana Novak and T. Novak leg. (25/2006, rev. 2019); PMSL • 1 ♂; Runarsko; 26 Sep. 2006; L. Slana Novak and T. Novak leg. (38/2006, rev. 2015); PMSL • 1 ♂, 1 ♀; Veliki vrh, Runarsko; 26 Sep. 2006; L. Slana Novak and T. Novak leg. (36/2006, rev. 2015); PMSL • 7 ♂♂, 5 ♀♀; Volčje; 26 Sep. 2006; L. Slana Novak and T. Novak leg. (28/2006, rev. 2015); PMSL. – VL69 • 1 ♂; Veliki vrh pri Šmarju; 10 May 2008; L. Slana Novak and T. Novak leg. (156/2011); PMSL. – VL74 • 1 ♂, 1 ♀; Mt. Goteniški Snežnik; 28 May 2000; L. Slana Novak and T. Novak leg. (247/2000, rev. 2007); PMSL • 1 ♀; Strma reber, Zgornji Čačiči; 27 Sep. 1996; L. Slana Novak and T. Novak leg. (LSN 126/1996, TN rev. 2008); PMSL. – VL75 • 2 ♂♂; Draga; 17 Aug. 2011; L. Slana Novak and T. Novak leg. (94/2011); PMSL • 1 ♂, 2 ♀♀; Mt. Goteniški Snežnik; 28 May 2000; L. Slana Novak and T. Novak leg. (253/2000, rev. 2007); PMSL. – VL76 • 1 ♂; Bukovica, Ribnica; Jul.1994; B. Oven leg. (LSN 25/1996, TN rev. 2009); PMSL • 2 ♂♂, 1 ♀; Lipovšica, Sodražica; 22 Aug. 2011; L. Slana Novak and T. Novak leg. (100/2011, rev. 2018); PMSL • 1 ♂; Nova Štifta; 22 Aug. 2011; L. Slana Novak and T. Novak leg. (105/2011); PMSL • 2 ♂♂, 3 ♀♀; Ribnica; 6 Sep. 2000; M. Mlakar leg. (828/2000, rev. 2008); PMSL • 1 ♂, 2 ♀♀; ibid.; (831/2000, rev. 2019); PMSL • 1 ♀; Mt. Turn; 27 Jun. 1980; B. Drovenik leg. (383/2002, rev. 2018); PMSL • 1 ♂; ibid.; 28 Aug. 1980; B. Drovenik leg. (394/2002, rev. 2009); PMSL. – VL77 • 1 ♂; Dolnje Retje; 3 May 2008; L. Slana Novak and T. Novak leg. (161/2011); PMSL • 1 ♀; Rašica, Velike Lašče; 16 Jun. 1986 (261/2002, rev. 2015); PMSL • 1 ♂, 1 ♀; Velike Poljane, Ortnek; 3 May 2008; L. Slana Novak and T. Novak leg. (142/2011, rev. 2019); PMSL. – VL78 • 1 ♂; Laporje; 3 May 2008; L. Slana Novak and T. Novak leg. (151/2011); PMSL • 1 ♀; Zagradec pri Grosupljem; 7 Jul. 1986; L. Slana Novak and T. Novak leg. (500/2002, rev. 2015); PMSL. – VL79 • 1 ♀; Veliki Lipoglav − Dobrinje; 8 Jul. 1986; L. Slana Novak and T. Novak leg. (467/2002, rev. 2015); PMSL. – VL83 • 2 ♂♂; Vršič, Banjaloka; 24 Apr. 2001; S. Brelih leg. (121/2001, rev. 2019); PMSL. – VL84 • 1 ♂; Jelenja vas; 3 May 2008; L. Slana Novak and T. Novak leg. (137a/2011); PMSL • 1 ♂; ibid.; (153/2011); PMSL • 1 ♂; Pleš, Borovec pri Kočevski Reki; 19 Sep. 2013; P. Kozel and T. Novak leg. (71/2013, rev. 2018); PMSL. – VL85 • 1 ♀; Grčarice; 18 Oct. 2013; T. Novak leg. (63/2013, rev. 2015); PMSL • 1 ♂, 2 ♀♀; Grčarske Ravne; 18 Oct. 2013; T. Novak leg. (66/2013, TN rev. 2019); PMSL • 3 ♀♀; Kočevje; 6 Sep. 2000; M. Mlakar leg. (822/2000, rev. 2008); PMSL • 1 ♂, 1 ♀; ibid.; (825/2000, rev. 2007); PMSL • 2 ♂♂, 1 ♀; Mt. Stojna, Kočevje; 25 Oct. 1996; S. Brelih leg. (92/2001, rev. 2008); PMSL. – VL86 • 1 ♀; Dolenja vas; 3 May 2008; L. Slana Novak and T. Novak leg. (110/2011); PMSL • 1 ♂, 1 ♀; ibid.; (154/2012, rev. 2018); PMSL. – VL87 • 1 ♂; Breg pri Zagradcu; 4 Nov. 1993; S. Brelih leg. (805/1998, rev. 2007); PMSL. – VL89 • 1 ♀; Potok, Stična; 4 Mar. 1994; S. Brelih leg. (658/1998, rev. 2015); PMSL. – VL93 • 1 ♂; Brsnik, Fara; 3 May 2008; L. Slana Novak and T. Novak leg. (157/2011, rev. 2018); PMSL. – VL94 • 1 ♂, 1 ♀; Dolenja Žaga; 29 Apr. 2001; S. Brelih leg. (131/2001, rev. 2015); PMSL • 1 ♀; Dolenja Žaga – Podstene; 26 Jun. 1999; L. Slana Novak and T. Novak leg. (90/1999, rev. 2008); PMSL • 1 ♂, 1 ♀; Gorenja Žaga; 3 May 2008; L. Slana Novak and T. Novak leg. (111a/2011); PMSL • 1 ♂, 1 ♀; ibid.; (159/2011); PMSL • 1 ♀; Ograja; 3 May 2008; L. Slana Novak and T. Novak leg. (109a/2011); PMSL • 1 ♀; ibid.; (121a/2011); PMSL • 1 ♀; ibid.; (144/2011); PMSL • 1 ♀; ibid.; (148/2011); PMSL • 1 ♂, 1 ♀; Ograja – Suhor − Morava; 3 May 2008; L. Slana Novak and T. Novak leg. (120a/2011); PMSL • 1 ♂, 1 ♀; ibid.; (138a/2011); PMSL • 1 ♂, 1 ♀; ibid.; (152/2011); PMSL • 1 ♂; Ograja – Zdihovo; 26 Jun. 1999; L. Slana Novak and T. Novak leg. (76/1999, rev. 2008); PMSL • 3 juvs; ibid.; 12 Jun. 1999; L. Slana Novak and T. Novak leg. (32/1999, rev. 2008); PMSL • 2 juvs; Podstene pri Kostelu; 12 Jun. 1999; L. Slana Novak and T. Novak leg. (24/1999, rev. 2008); PMSL • 1 ♂; Rajndol; 21 Mar. 1994; S. Brelih leg. (821/1998, rev. 2008); PMSL • 5 ♂♂, 3 ♀♀; Srednji Potok, Banja Loka; 8 Oct. 2012; P. Kozel and T. Novak leg. (68/2015); PMSL • 1 ♂, 1 ♀, 2 juvs; Štalcerski preval; 12 Jun. 1999; L. Slana Novak and T. Novak leg. (33/1999, rev. 2008); PMSL. – VL95 • 1 ♂, 2 ♀♀; Dolga vas; 17 Aug. 1985; T. Novak, M. Slana Novak and L. Slana Novak leg. (LSN 97/1986, TN rev. 2007); PMSL • 1 ♂, 1 ♀; Livold; 3 May 2008; L. Slana Novak and T. Novak leg. (123a/2011); PMSL • 1 ♂, 1 ♀; ibid.; (158/2011); PMSL. – VL97 • 1 ♀; Dvor, Lašče; 10 May 2008; L. Slana Novak and T. Novak leg. (112/2011); PMSL • 1 ♂, 2 ♀♀; Železno, Dobrnič; 4 Nov. 1993; S. Brelih leg. (812/1998, rev. 2007); PMSL. – VL99 • 3 ♀♀; Nova gora, Čatež; 15 Aug. 2007; L. Slana Novak and T. Novak leg. (61/2007, rev. 2015); PMSL. – VM80 • 1 ♂; Litija; 10 Sep. 2000; M. Mlakar leg. (809/2000, rev. 2008); PMSL • 1 ♂, 1 ♀; ibid.; (834/2000, rev. 2015); PMSL. – WL03 • 2 ♂♂; Dolenje Kozice; 18 Apr.−13 May 2002; B. Drovenik and A. Gergeli leg. (509/2018); PMSL • 1 ♂; ibid.; 18 Apr.−13 May 2002; B. Drovenik and A. Gergeli leg. (550/2018); PMSL • 1 ♂; ibid.; 5 Jul. 2002; B. Drovenik and A. Pirnat leg. (1135/2018); PMSL • 1 ♀; ibid.; 6 Aug. 2002; B. Drovenik and A. Pirnat leg. (1090/2018); PMSL • 1 ♀; ibid.; 30 Sep. –28 Oct. 2002; B. Drovenik and A. Gergeli leg. (PK 64/2012); PMSL • 1 ♀; ibid.; 25 Nov. 2002; B. Drovenik and A. Pirnat leg. (270/2018); PMSL • 2 ♀♀; ibid.; 25 Nov. −23 Dec. 2002; B. Drovenik and A. Gergeli leg. (1027/2018); PMSL • 4 ♂♂, 5 ♀♀; Srednji Radenci; 17 Aug. 1985; L. Slana Novak, M. Slana Novak and T. Novak leg. (LSN 51/1986, rev. 2008); PMSL • 3 ♂♂, 4 ♀♀; Stari trg ob Kolpi; 21 Mar. 1994; S. Brelih leg. (851/1998, rev. 2008); PMSL • 5 ♂♂, 5 ♀♀; Dolenji Radenci – Breg pri Sinjem vrhu; 3 May 2008; L. Slana Novak and T. Novak leg. (135a/2011); PMSL • 5 ♂♂, 2 ♀♀; ibid.; (149/2011); PMSL. – WL05 • 1 ♂, 3 ♀♀, 1 juv.; Črmošnjice; 16 Aug. 1985; L. Slana Novak, M. Slana Novak and T. Novak leg. (160/1997); PMSL • 1 ♀; Koprivnik, Kočevski Rog; 21 Mar. 1994; S. Brelih leg. (867/1998, rev. 2008); PMSL • 1 ♂, 2 ♀♀; Mt. Mirna gora; 8 Oct. 2012; P. Kozel and T. Novak leg. (59/2015); PMSL • 4 ♂♂, 4 ♀♀; ibid.; 8 Oct. 2012; P. Kozel and T. Novak leg. (66/2015); PMSL. – WL06 • 1 ♂; Cerovec − Selišče, Podturn pri Dolenjskih toplicah; 10 May 2008; L. Slana Novak and T. Novak leg. (145/2011, rev. 2017); PMSL. – WL07 • 1 ♂; Boršt pri Dvoru; 10 May 2008; L. Slana Novak and T. Novak leg. (113/2012); PMSL • 1 ♀; Prečna, Mirna; Jun. 2000; V. Jaćimović leg. (PK and TN 100/2020); PMSL. – WL08 • 1 ♂; Rdeči kal, Dobrnič; 4 Nov. 1993; S. Brelih leg. (872/1998, rev. 2007); PMSL • 1 ♂, 1 ♀; Trebnje; 29 Aug. 2000; M. Mlakar leg. (787/2000, rev. 2018); PMSL • 1 ♂; ibid.; (787a/2000, rev. 2018); PMSL • 1 ♀; ibid.; (788/2000, rev. 2008); PMSL. – WL13 • 4 ♀♀; Balkovci, Vinica; 15 Aug. 1999; M. Štangelj and T. Novak leg. (212/1999, rev. 2008); PMSL • 2 ♂♂, 2 ♀♀; Dolenji Radenci – Breg pri Sinjem vrhu; 3 May 2008; L. Slana Novak and T. Novak leg. (146/2011); PMSL • 4 ♂♂, 1 ♀; Kot pri Dramlju; 16 Aug. 1999; M. Štangelj and T. Novak leg. (207/1999, rev. 2015); PMSL • 3 ♂♂, 2 ♀♀; Špeharji, Vinica; 16 Aug. 1999; M. Štangelj and T. Novak leg. (201/1999, rev. 2006); PMSL • 6 ♂♂, 5 ♀♀; Vinica – Sinji vrh; 17 Aug. 1985; L. Slana Novak, M. Slana Novak and T. Novak leg. (LSN 59/1986, TN rev. 2007); PMSL • 2 ♂♂; Vukovci; 18 Apr. 1996; S. Brelih leg. (764/1998, rev. 2007); PMSL. – WL14 • 1 ♂, 1 ♀; Bistrica, Črnomelj; 26 Jun. 1999; L. Slana Novak and T. Novak leg. (65/1999, rev. 2017); PMSL • 1 ♀; Črnomelj; 15 Aug. 1999; M. Štangelj and T. Novak leg. (221/1999, rev. 2008); PMSL • 3 ♂♂, 3 ♀♀, 2 juvs; Desinec – Črnomelj; 17 Aug. 1985; L. Slana Novak, M. Slana Novak and T. Novak leg. (385/1998, rev. 2007); PMSL • 2 ♂♂, 2 ♀♀; Tanča gora; 21 Mar. 1994; S. Brelih leg. (861/1998, rev. 2015); PMSL • 5 ♂♂, 2 ♀♀; Sinji vrh, Vinica; 16 Aug. 1999; M. Štangelj and T. Novak leg. (205/1999, rev. 2007); PMSL. – WL15 • 1 ♀; Krupa spring; 10 Mar. 1994; S. Brelih leg. (808/1998, rev. 2007); PMSL • 6 ♂♂, 3 ♀♀, 3 juvs; Lokve, Črnomelj; 2 Jul. 1995; L. Slana Novak and T. Novak leg. (105/1997, rev. 2009); PMSL • 3 ♂♂, 2 ♀♀; Mihelja vas; 18 Aug. 1985; L. Slana Novak, M. Slana Novak and T. Novak leg. (LSN 55/1986, TN rev. 2017); PMSL • 1 ♀; Praprot; 6 Aug. 1997; T. Novak leg. (418/1998, rev. 2008); PMSL • 1 ♀; ibid.; (432/1998, rev. 2008); PMSL • 1 ♀; ibid.; 22 Jul. 1999; L. Slana Novak and T. Novak leg. (37/1999, rev. 2008); PMSL • 1 ♀; ibid.; (110/1999, rev. 2008); PMSL • 2 ♂♂, 2 ♀♀; Stranska vas; 22 Jul. 1999; L. Slana Novak and T. Novak leg. (108/1999, rev. 2007); PMSL • 2 ♂♂, 1 ♀; Vrčice; 10 May 2008; L. Slana Novak and T. Novak leg. (110/2012); PMSL • 1 ♂, 3 ♀♀; Vrčice – Semič; 8 Oct. 2012; P. Kozel and T. Novak leg. (64/2015); PMSL. – WL16 • 2 ♀♀; Laze, Uršna Sela; 10 May 2008; L. Slana Novak and T. Novak leg. (103/2012, rev. 2015); PMSL • 1 ♀; ibid.; (108/2012, rev. 2018); PMSL. – WL17 • 1 ♂, 1 ♀; Brod, Novo Mesto; 31 Aug. 2000; M. Mlakar leg. (811/2000, rev. 2007); PMSL • 1 ♂; Novo mesto; Karaman leg. (87/1983 microscopic preparation, JH det., TN rev. 2011); PMSL • 1 ♂, 1 ♀; ibid.; Karaman leg. (108/1983 microscopic preparation, JH det., TN rev. 2011); PMSL • 1 ♀; ibid.; (814/2000); PMSL • 1 ♂; ibid.; (153/2018 microscopic preparation, JH det., TN rev. 2018); PMSL • 1 ♀, 1 ♀; ibid.; 31 Aug. 2000; M. Mlakar leg. (811/2000, rev. 2007); PMSL • 1 ♂, 2 ♀♀; Ratež; 29 Apr. 1995; S. Brelih leg. (750/1998, rev. 2007); PMSL. – WL18 • 6 ♂♂, 5 ♀♀; Dolenje Laknice; 26 Oct. 2013; T. Novak leg. (GR 4661, 4662, 4664, 4666, 4667, 4669, 4673, 4676, 4677−4679); PMSL. – WL19 • 1 ♀; Boštanj – Mokronog – Križ; L. Slana Novak and T. Novak leg. (70/2007, rev. 2011); PMSL • 1 ♂; Jelovec; 15 Aug. 2007; L. Slana Novak and T. Novak leg. (56/2007); PMSL. – WL23 • 1 ♂; Zilje; 18 Apr. 1996; S. Brelih leg. (767/1998, rev. 2007); PMSL • 1 ♂, 2 ♀♀; Zilje – Vinica; 17 Aug. 1985; L. Slana Novak, M. Slana Novak and T. Novak leg. (364/1998, rev. 2007); PMSL. – WL24 • 5 ♂♂, 1 ♀, 1 juv.; Gorenjci pri Adlešičih; 15 Aug. 1999; M. Štangelj and T. Novak leg. (218/1999, rev. 2007); PMSL • 1 ♂; Dragoši, Griblje; 18 Apr. 1994; S. Brelih leg. (733/1998, rev. 2007); PMSL • 4 ♂♂, 2 ♀♀; Griblje − Desinec; 16 Aug. 1985; L. Slana Novak, M. Slana Novak and T. Novak leg. (161/1997, rev. 2009); PMSL. – WL25 • 1 ♂; Bečka jama cave, Cad. No. 6275, Boldraž; 9 Jun. 2004; V. Germovšek, T. Tkavc, A. Kocuvan and T. Novak leg. (21/2004, rev. 2007); PMSL • 1 ♂; Božakovo; 3 May 2004; L. Slana Novak and T. Novak leg. (48/2004, rev. 2007); PMSL • 2 ♂♂, 3 ♀♀; Bušinja vas; 18 Apr. 1996; S. Brelih leg. (743/1998, rev. 2007); PMSL • 1 ♂, 4 ♀♀; Kapljišče; 16 Aug. 1985; L. Slana Novak, M. Slana Novak and T. Novak leg. (LSN 113/1986, TN rev. 2007); PMSL • 2 ♂♂, 1 juv.; ibid. (LSN 119/1986, TN rev. 2007); PMSL • 3 ♀♀; Metlika; 31 Aug. 2000; M. Mlakar leg. (816/2000, rev. 2007); PMSL • 1 ♂; ibid.; (818/2000, rev. 2015); PMSL • 7 ♂♂, 9 ♀♀; Trnovec, Metlika; 23 Jul. 1999; L. Slana Novak and T. Novak leg. (141/1999, rev. 2008); PMSL • 1 ♂, 2 ♀♀; Sv. Urban, Metlika; 18 Apr. 1996; S. Brelih leg. (784/1998, rev. 2007); PMSL. – WL26 • 1 ♂; Krašnji vrh; 9 Jun. 2004; V. Germovšek, T. Tkavc, A. Kocuvan and T. Novak leg. (37/2004, rev. 2007); PMSL • 1 ♂; Markučev Mlin, Krašnji vrh; 1 Jul. 2007; L. Slana Novak and T. Novak leg. (21/2007); PMSL • 4 &fema
Differential stability of 2'F-ANA*RNA and ANA*RNA hybrid duplexes: roles of structure, pseudohydrogen bonding, hydration, ion uptake and flexibility
No full text14 pags., 7 figs., 3 tabs.Hybrids of RNA with arabinonucleic acids 2′F-ANA and ANA have very similar structures but strikingly different thermal stabilities. We now present a thorough study combining NMR and other biophysical methods together with state-of-the-art theoretical calculations on a fully modified 10-mer hybrid duplex. Comparison between the solution structure of 2′F-ANA•RNA and ANA•RNA hybrids indicates that the increased binding affinity of 2′F-ANA is related to several subtle differences, most importantly a favorable pseudohydrogen bond (2′F-purine H8) which contrasts with unfavorable 2′-OH-nucleobase steric interactions in the case of ANA. While both 2′F-ANA and ANA strands maintained conformations in the southern/eastern sugar pucker range, the 2′F-ANA strand's structure was more compatible with the A-like structure of a hybrid duplex. No dramatic differences are found in terms of relative hydration for the two hybrids, but the ANA•RNA duplex showed lower uptake of counterions than its 2′F-ANA•RNA counterpart. Finally, while the two hybrid duplexes are of similar rigidities, 2′F-ANA single strands may be more suitably preorganized for duplex formation. Thus the dramatically increased stability of 2′F-ANA•RNA and ANA•RNA duplexes is caused by differencesin at least four areas, of which structure and pseudohydrogen bonding are the most important. © The Author(s) 2010. Published by Oxford University Press.Spanish Ministerio de Ciencia e Innovacion (grants
CTQ2007-68014-C02-02 to CG and BIO2009-10964 to
MO); Fundacion Marcelino Botin (grant to MO);
Canadian Institutes for Health Research (grant to
M.J.D.); Natural Sciences and Engineering Research
Council of Canada (postgraduate scholarship to
J.K.W.). Funding for open access charge: Canadian
Institutes for Health Research
A STREET PUPPET SHOW
No full textV diplomski nalogi z naslovom Ulična lutkovna predstava je predstavljena priprava in izvedba gledališko-lutkovne predstave, ki smo jo izvedli v okviru programa Šole uličnega gledališča, pod vodstvom gledališča Ane Monro.
V teoretičnem delu smo na podlagi strokovne literature predstavili dejavnost uličnega gledališča, njegove zvrsti, vlogo prostora in publike v uličnem gledališču ter kratko zgodovino le-tega. Predstavili smo tudi gledališče Ane Monro, ki je glavni organizator Šole uličnega gledališča in festivala Ana Desetnica, na katerem smo gostovali z našo predstavo. V teoretičnem delu smo se dotaknili tudi lutke, kot igralca v gledališču, načina animiranja, ki smo ga uporabili pri izvedbi predstave, in različnih vrst lutk.
V praktičnem delu smo predstavili različne vaje in dejavnosti, ki smo jih izvajali pod mentorstvom britanske ulične igralke in lutkarice Bev Adams in so pripomogle k boljši igri in animiranju lutk. Podrobno smo opisali in slikovno predstavili izdelavo vseh lutk potrebnih za izvedbo naše predstave ter opisali postopek priprave gledališko-lutkovne predstave na ulici. Skozi igro na ulici in z opazovanjem publike smo opisali odzive, predvsem otrok, na našo predstavo in lutke.The diploma thesis Street puppet show presents the preparation and realisation of the theatre - puppet show, which was carried in the context of the Schools Street Theatre programme, under the direction of Ana Monro theatre.
The theoretical part is based on the scientific literature and it presents the activities of the street theatre and its genres, the role of the space and the audience in the street theatre as well as its brief history. We have also presented the Ana Monro theatre, which is the main organizer of the Schools Street Theatre and the Ana Desetnica festival, where we presented our show. The theoretical part also presents the puppet, as an actor in the theatre, animation mode, which was used in the show, and various kinds of puppets.
The practical part includes various exercises and activities that were carried out under the supervision of British street actress and puppeteer Bev Adams, which has contributed to a better dramatization and animation of puppets. We have described in detail and used images to present the creation of all puppets, needed for our show. Also the process of preparing the theatre – puppet show in the street is presented. Throughout the show in the street and observing the audience we have described responses, especially children’s, on our performance and puppets
Regional geography of the country Senegal/Africa with an emphasis on the possibilities of cooperation with Slovenia
No full textV magistrskem delu smo proučevali državo Senegal s poudarkom na naravnih in družbenih podatkih. V teoretičnem delu smo predstavili naravnogeografske in družbenogeografske značilnosti Senegala ter izpostavili najpogostejše okoljske probleme. V nadaljevanju smo ugotavljali, kakšno je gospodarsko sodelovanje med Senegalom in Slovenijo ter ugotovili, da med državama ne potekajo večji projekti z izjemo projekta za zagotavljanje samooskrbe v sodelovanju Mednarodnega centra za ekoremediacije in Zavoda Most – povezava Evrope in Afrike. V empiričnem delu smo opravljali intervju z direktorjem Afriških naložb o Senegalu na področju politike, zdravstva, vodne oskrbe, izobraževanja, kmetijstva in turizma. Rezultate smo analizirali z metodo kodiranja in jih prikazali z njeno zadnjo fazo, tj. z formuliranjem teorije. Senegal ima ugodno geografsko lego, saj leži na križišču večjih prometnih poti. Ker je to ravninska država, se ljudje v večini ukvarjajo s kmetijstvom, ki je najpomembnejša gospodarska dejavnost, vendar je kmetijska produktivnost v zadnjih letih slabša zaradi dezertifikacije in deforestacije. Poleg teh so bile v rezultatih izpostavljene klimatske spremembe, ki povzročajo spreminjanje pokrajine, kar se kaže v dvigovanju morske gladine in degradaciji ekosistemov. Polovica vsega prebivalstva je revnega in izpostavljenega lakoti ter pomanjkanju osnovne zdravstvene oskrbe. V državi prevladuje mlado prebivalstvo, ki pa zaradi slabše dostopnosti do izobraževalnih ustanov nima enakih možnosti za izobraževanje. Pomanjkanje ustreznega cestnega in železniškega prometa v državi se kaže tudi v slabši turistični razvitosti. Na podlagi podrobnega poznavanja države Senegal, njenih potencialov in potreb smo oblikovali dva projekta kot možnost sodelovanja med Slovenijo ter Senegalom na področju razvoja trajnostnega turizma in zagotavljanja kakovostnega izobraževanja ter lokalne samooskrbe.In the master\u27s thesis we studied the country of Senegal with an emphasis on natural and social data. In the theoretical part, we presented the natural-geographical and socio-geographical characteristics of Senegal and highlighted the most common environmental problems. In addition, we determined the economic cooperation between Senegal and Slovenia and found that no major projects are underway between the two countries, with the exception of the project for ensuring self-sufficiency, in cooperation with the International Center for Eco remediation and the Most Institute - Connecting Europe and Africa. In the empirical part, we conducted an interview with the director for African Investment of Senegal in the fields of politics, healthcare, water supply, education, agriculture and tourism. The results were analyzed by the coding method and presented with its last phase - the formulation of the theory. Senegal has a favorable geographical location, as it lies at the crossroads of major traffic routes. Because it is a flat country, most people are engaged in agriculture, which is the most important economic activity, but agricultural productivity has deteriorated in recent years due to desertification and deforestation. In addition to these, the results highlighted climate change, which is causing landscape change, which is reflected in rising sea levels and the degradation of ecosystems. Half of the total population is poor, starving and lacks basic health care. The country has a predominantly young population, who do not have equal opportunities for education due to poor access to educational institutions. The lack of adequate road and railway transport in the country is also reflected in poorer tourism development. Based on the detailed knowledge of the country of Senegal, its potentials and needs, we designed two projects as an opportunity for cooperation between Slovenia and Senegal in the field of sustainable tourism development, provision of quality education and local self-sufficiency
Challenges of parenting during adolescence of children
No full textV diplomskem delu raziskujem izzive, s katerimi se soočajo starši ob starševanju svojim otrokom v obdobju adolescence, in kako se z njimi soočajo. Zanimajo me tudi spremembe, ki jih to obdobje prinaša, vloga socialne in strokovne pomoči, kakšne čustvene obremenitve ali stres doživljajo in kako sodelujejo z otrokovo materjo oziroma očetom.
V teoretičnem uvodu sem najprej opredelila obdobje adolescence, predstavila puberteto in opisala telesne, kognitivne, psihosocialne ter čustvene spremembe. V nadaljevanju sem opredelila pojem starševstva, opisala vzgojne stile, odnos med starši in otroki ter konflikte, ki se med njimi pojavljajo. Posebno pozornost sem namenila novi tehnologiji in družbenim omrežjem. Nazadnje sem opisala vlogo socialnega dela.
V empiričnem delu sem predstavila rezultate raziskave, ki sem jih pridobila s kvalitativno analizo osmih intervjujev. Ugotovila sem, da se v obdobju adolescence odnosi med starši in otroki spremenijo. Starši zaznavajo povečano potrebo mladostnikov po svobodi in samostojnosti, kar od njih zahteva prilagajanje in iskanje ravnotežja med nadzorom in zaupanjem. Ključni izzivi zahtevajo postavljanje mej, usklajevanje glede uporabe tehnologije ter prilagajanje vedenjskim in čustvenim spremembam otrok. Starši doživljajo različne stopnje stresa in čustvene obremenitve, ki jih skušajo obvladovati s pomočjo samorefleksije, pogovorov, telesne aktivnosti in podpore partnerja ali drugih bližnjih. Glavnina staršev strokovne pomoči ni koristila, vendar izkušnje kažejo, da je socialna opora pomemben dejavnik pri blaženju stisk. V zaključku so predstavljeni sklepi in predlogi za prakso, teorijo in nadaljnje raziskovanje, zlasti na področju zagotavljanju podpore staršem s strani šolske svetovalne službe in socialnega dela.In the herewith thesis I explore the challenges parents face while raising their children during the period of adolescence and how they cope with them. I have also been interested in exploring the changes this period brings along, the role of social and professional support, the emotional burdens or stress experienced by parents, and the way they cooperate with the child’s mother or father.
In the theoretical introduction, I first defined adolescence, presented puberty, and described the physical, cognitive, psychosocial, and emotional changes. I then discussed parenting, described different parenting styles, the parent-child relationship, and the conflicts that may arise. Special attention was given to the impact of new technologies and social media. Lastly, I introduced the role of social work as well.
In the empirical section, I presented the findings of a qualitative study based on eight interviews. I found that the relationship between parents and their children changes during adolescence. Parents observe an increased need for freedom and independence in their adolescents, which requires them to adapt and seek balance between control and trust. Key challenges include setting boundaries, managing technology use, and adjusting to behavioural and emotional changes in their children. Parents experience different levels of stress and emotional strain, which they try to manage through self-reflection, conversations, physical activity, and support from their partner or close ones. Most parents did not seek professional help, but their experiences show that social support is an important factor when it comes to easing distress. In the conclusion, I present findings and suggestions for practice, theory, and further research, particularly in the area of support provided to parents by school counselling services and social work
Illegal Waste Disposal - Case Study of Pollution of the Ljubljana Marshes
No full textDiplomsko delo obravnava odpadke na Ljubljanskem barju kot del ekološke kriminalitete in predstavlja težavo onesnaženosti z njimi. Namen dela je preučiti nezakonito odlaganje odpadkov na območju Ljubljanskega barja, cilj pa je to temo predstaviti kot zaskrbljujočo in težavno. Zaradi zanimanja za dejansko stanje na barju je bila opravljena raziskava, kjer so bila institucijam poslana vprašanja, nanašajoča se na tematiko. Opravil se je tudi intervju, pridobljeni podatki pa so bili pozneje analizirani. Delo vsebuje podrobno preučene definicije odpadkov in ugotovitve, kako se ravna z njimi pri nas. Tudi tematika organizirane ekološke kriminalitete je v delu omenjena in podaja ugotovitev, da tovrstna kriminaliteta sega čez meje naše države. Obenem delo podaja tudi pregled zakonodajne ureditve v EU in okvirnih direktiv o odpadkih ter pregled z opisi ureditve v Sloveniji. Ljubljansko barje je definirano in uvrščeno v kategorijo. Tudi nastanek in načini financiranja krajinskega parka so vključeni. Samih zaključkov je bilo več, enako tudi rešitev. Res pa je, da bi lahko rekli, da je zakonodaja še zelo okorna in zato otežuje reševanje težav. Rezultati raziskave pa so med drugim pokazali, da je za izboljšanje stanja pomembno predvsem ozaveščanje ljudi in dejstvo, da je lasten prispevek velik del napredka v pravi smeri za ohranitev Ljubljanskega barja. Resnica, ki se kaže, je, da so okoljske težave postale globalne in zato zahtevajo tudi meddržavno povezovanje.This graduation thesis deals with waste situated on Ljubljana Marshes as a part of eco crime and consequently represents the problem of pollution of the Marshes itself. The purpouse of this thesis is to study illegal waste disposal in the area of Ljubljana Marshes. However, the aim is to present the topic as worrying and problematic. Due to the interest for actual state of the problem, a survey was carried out where questions on the subject were sent to institutions. An interview was also conducted and the data obtained were later analysed. The thesis contains detailed analysis of waste definitions and how waste is being handled here in Slovenia. Also the topic of organized ecological crime is mentioned, and it is stated that this kind of crime goes beyond borders of our country. At the same time, the thesis also provides an overview of the EU regulatory framework and the waste framework directive, as well as a review of the descriptions of the regulation in Slovenia. The Ljubljana Marshes are defined and classified in the category. The origin and ways of financing the landscape park are also included. There were several conclusions, as well as solutions. It is true that we can say the legislation is still a bit cumbersome and therefore it makes even harder to solve problems related to waste. The results of the research have shown, among other things, that it is primarily important to raise people´s awareness. The fact is that their own contribution is a major part of the progress for conservation of the Ljubljana Marshes. The truth however is that environmental problems have grown global and therefore they require interstate integration
Sedimentary record of Holocene transgression and tectonic activity in the Gulf of Trieste
No full textHiter dvig višine morske gladine po zadnjem glacialnem višku je povzročil hitre migracije in spreminjanje sedimentacijskih okolij današnjih plitvih kontinentalnih šelfov. V severnem delu Jadranskega morja je zadnja transgresija poplavila obsežno aluvialno ravnico reke Pad ter njenih apeninskih, alpskih in dinarskih pritokov. Skrajni severovzhodni del Jadranskega morja predstavlja Tržaški zaliv, kjer je holocenska sprememba iz rečnih v plitvomorska sedimentacijska okolja že bila dokazana na podlagi manjšega števila sedimentnih jeder. Ker se v zadnjih desetletjih za raziskovanje sedimentov morskega dna pogosto uporabljajo visokoločljive geofizikalne metode, smo jih v okviru disertacije želeli uporabiti za raziskovanje holocenske transgresije na območju Tržaškega zaliva. Uporaba teh metod, predvsem podpovršinskega sonarja, nam je omogočila korelacijo akustičnega ter sedimentnega faciesa različnih poznokvartarnih sedimentov morskega dna. Poleg tega smo visokoločljivo akustično in seizmično profiliranje sedimentov morskega dna uporabili za preučevanje tektonske aktivnosti v zalivu, določanje debeline holocenskih morskih sedimentov ter za določanje hitrosti potovanja zvoka v tanjših zaporedjih poznokvartarnih sedimentov. Ugotovili smo, da v Tržaškem zalivu kopenske, transgresijske in morske sedimente morskega dna lahko ločimo na podlagi njihovega akustičnega faciesa. V primeru kopenskih sedimentov lahko z uporabo geofizikalnih podatkov in vzorcev sedimenta sklepamo tudi na njihovo sedimentacijsko okolje. Na podlagi datacij preučevanih sedimentov smo ugotovili, da je rečna sedimentacija na raziskovanem območju potekala najmanj do mlajšega dryasa, transgresija pa je nastopila v zgodnjem holocenu. Neposrednih indikatorjev tektonske aktivnosti na raziskovanem območju nismo našli, smo pa v sedimentih morskega dna kot geomorfni indikator tektonske aktivnosti prepoznali poznopleistocenska rečna korita. Slednja kažejo, da recentni izmerjeni vertikalni premiki površja niso izraženi v dolgoročnem sedimentnem zapisu, kar nakazuje, da so izmerjeni vertikalni premiki na slovenski obali posledica deformacije površja nad zataknjenim prelomom. Debelina holocenskih morskih sedimentov v zalivu je precej spremenljiva, v splošnem pa velja, da se sedimentno zaporedje tanjša z oddaljenostjo od obalnih območij, za katera so značilna najdebelejša zaporedja. Holocenski morski sedimenti v slovenskem morju praviloma presegajo debelino petih metrov. Hitrost potovanja zvoka skozi tanjša, do dvajset metrov debela, zaporedja poznokvartarnih sedimentov je v največji meri odvisna od zrnavosti. Poleg tega ima na hitrost zvoka velik vpliv tudi morebitna prisotnosti plinov v sedimentu.The rapid post-LGM sea-level rise resulted in fast migrations and changes of sedimentary environments in present-day shallow continental shelves. In the northern Adriatic the last transgression submerged the vast alluvial plain of the Po river and its Apennine, Alpine and Dinaric confluences. The Gulf of Trieste represents the northeasternmost part of the Adriatic Sea, where the Holocene change from alluvial to shallow marine sedimentary environments was already observed in sedimentary cores. As high-resolution geophysical methods have been increasingly applied for investigation of seabed sediments in the last few decades, we wanted to use them to study the Holocene transgression in the Gulf of Trieste. We used these methods, mostly the sub-bottom sonar, to correlate the acoustic and sedimentary facies of various Late Quaternary deposits. We also used high-resolution acustic and seismic profiling of seabed sediments of the Gulf of Trieste to study the tectonic activity, to determine the thickness of the Holocene marine sediments and to determine the sound velocity through Late Quaternary deposits. Our results show that in the Gulf of Trieste, terrestrial, transgressive and marine sediments can be differentiated on the basis of their acoustic facies. The sedimentary environment of terrestrial sediments can be determined from geophysical and sedimentological data. Dating results show that fluvial sedimentation in the study area persisted at least until the Younger Dryas and that deposition of transgressive sediments took place in the Early Holocene. While we did not find direct indicators of tectonic activity, we did consider Late Pleistocene fluvial channels as geomorphic indicators of tectonic activity. These indicators do not correlate with the measured vertical motion rates on the Slovenian coastline, which indicates that the recent vertical motion is not expressed in the sedimentary record. Instead, the recent vertical movement rates may result from surface deformation above a locked thrust. The thickness of Holocene marine sediments in the Gulf of Trieste is variable, but generally the thickness decreases away from the coast, where the thickest successions are located. Holocene marine sediments in the Slovenian part of the Gulf of Trieste are usually thicker than 5 meters. Sound velocity in thin (up to 20 meters thick) Late Quaternary successions predominantly depends on the sediment grain-size. Additionally, the presence of gas greatly influences the sound velocity
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