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Y nepHoll) Oll jaHyapa 2011 ll0 jaHyapa 2012 rOllHHe 60paBHo je Kao nOCTllOKTOpaHT Ha JIaj6HHIJ I1HCTHTYTY 3a eKonorHjy KonHeHHX BO))a H pH6apCTBo (Leibniz-Iristitute of Freshwater Ecology and Inland Fisheries - 1GB) Y EepnHHY rlle je 6HO aHra)KOBaH Ha HCTpa)KHBaIbHMa y OKBHPY npojeKTa Population viability analysis of the European Atlantic sturgeon (Acipenser sturio) and the Atlantic sturgeon (A oxyrinchus) as a tool for the evaluation of their restoration activities in Germany

Y ))OCallalUIbeM pally llp I1BaH JapHh jeyqecTBoBao y peanH3aIJHjH Beher 6poja lloMahHX H HHocrpaHHx HayqHHX npojeKaTa Kao H y pall) Beher 6poja lloMahHX H MeJjYHap0llHHX crpyqHHX H HayqHHx KOHcpepeHIJHja no calla je ny6nHKoBao 31 HayqHH pa)) y HHocrpaHHM H lloMahHM HayqHHM qaCOnHCHMa H MOHorpacpHjaMa Kao H 30 caonlUTeIba Ha MeJjYHapOllHHM HayqHHM CKYnOBHMa

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1 Lenhardt M Jaric I Cvijanovic G and Smederevac-Lalic M (2008) The key threats to sturgeons and measures for their protection in the Lower Danube Region In Lagutov V (ed) Rescue ofsturgeon species in the Ural River Basin Springer Science 87-96

M13 1 x 6 6

212 Pao y UCma1ltHymoM MeljYHapooHoM ttaConucy (M22)

2 Lenhardt M Jarie I Kalauzi A and Cvijanovic G (2006) Assessment of extinction risk and reasons for decline in sturgeon Biodiversity and Conservation 15 1967-1976

IF = 1423 (2006) M22 = 1 x 5 = 5

2

213 Pad y MeljynapodnoM laconucy (M23)

3 Jaric I Lenhardt M Cvijanovic G and Ebenhard T (2009) Acipenser sturio and Acipenser nudiventris in the Danube - extant or extinct Journal of Applied Ichthyology 25 137-141

IF 1121 (2009) 4 Jaric I Lenhardt M Cvijanovic G and Ebenhard T (2009) Population viability analysis and potential of its application to Danube sturgeons Archives ofBiological Sciences 61 (1) 123-128

IF = 0238 (2009) 5 Lenhardt M Jaric I Cakic P Cvijanovic G Gacic Z and Kolarevic J (2009) Seasonal changes in condition hepatosomatic index and parasitism in sterlet (Acipenser ruthenus L) Turkish Journal of Veterinary amp Animal Sciences 33 (3) 209-214

IF = 0342 (2009) 6 Hegedis A Lenhardt M Mickovic B Cvijanovic G Jaric I and Gacic Z (2007) Amur sleeper (Perccottus glenii Dubowski 1877) spreading in the Danube River Basin Journal ofApplied Ichthyology 23 705-706

IF 0812 (2006) M23 4x3 = 12

2104 CaonUlmelbe ca Meljynapodn02 cK)lna UlmaMnanO y lJeJlunu (M33)

7 Cvijanovic G Lenhardt M Hegedis A Gacic Z and Jaric I (2008) Ameiurus melas (Rafinesque 1820) pest or possibility Proceedings of the ElfAC Symposium on Interactions Between Social Economic and Ecological Objectives of Inland Commercial and Recreational Fisheries and Aquaculture Antalya Turkey 21-24 May 200856-63

8 Lenhardt M Jaric I Bojovic D Cvijanovic G and Gaci6 Z (2006) Past and current status of sturgeon in the Serbian part of the Danube River Proceedings 36th International Conference of lAD 148-15 L Austrian Committee DanubeResearch lAD Vienna

9 Spasic T Jaric I and Tadic M (2004) Analyses of the national environmental education European perspectives Environmental education towards european standards Proceedings of the Regional Conference 45-55 Ecolibri-Bionet Belgrade

10 Lenhardt M Kolarevi6 J Jaric I Cvijanovi6 G Poleksic V Mi6kovi6 B GaCi6 Z Caki6 P and Nikcevic M (2004) Assessment concepts for river ecosystems characterization based on sterlet (Acipenser ruthenus L) population research Proceedings of the Fifth International Symposium on Ecohydraulics Aquatic habitats analysis amp restoration Madrid 12th-17th September 153-156

3

11 Lenhardt M Cakic P Kolarevic J Gacic Z Mickovic B Jaric I and Nikcevic M (2004) Length - weight relationship of sterlet (Acipenser ruthenus L) juveniles in the Danube river Proceedings 35th International Conference of lAD 533-536 Austrian Committee DanubeResearch lAD Vienna

12 Kolarevic J Lenhardt M Cakic P and Jaric I (2004) Population study of the Danube sterlet (Acipenser ruthenus L) ROPC Workshop 2003 1-5 October Kotor Serbia and Montenegro In Otterstad O (ed) Releasing development potentials at the Eastern Adriatic NTNU [Available at www easternadriaticcom]

13 Nikcevic M Lenhardt M Cakic P Mickovic B Kolarevic J and Jaric I (2004) Historical review and new initiatives for sturgeon fisheries aquaculture and caviar production in Serbia and Montenegro ROPC Workshop 2003 1-5 October Kotor Serbia and Montenegro In Otterstad o (ed) Releasing development potentials at the Eastern Adriatic NTNU [Available at wwweasternadriaticcom ]

M33 = 7 x 1 = 7

215 Caonzume1be ca Me~YHapooHo2 cK)lna ZUmaMnaHO Y U3600Y (M34)

14 Jarie I Ebenhard T and Lenhardt M (2009) Assessment of the population viability of Danube sturgeons in a VORTEX simulation model Book of abstracts 2nd European Congress of Conservation Biology Prague Czech Republic September 01-052009 p 81

15 Jaric I Dordevic D Lenhardt M Gacic Z Smederevac-Lalic M Cvijanovic G and Skoric S (2009) Heavy metal accumulation in sterlet (Acipenser ruthenus L) from the Danube and Tisza rivers concentrations and distribution patterns in different tissues Book of abstracts REP-Lecotox 2nd

Workshop Trends in Ecological Risk Assessment Novi Sad Serbia 21-23 September 2009 p 41

16 Smederevac-Lalic M Jaric I Visnjic-Jeftic Z Skoric S Cvijanovic G GaCic Z and Lenhardt M (2009) Status of sturgeon populations in Lower Danube Region and possibilities for their better investigation and protection Conference proceedings International Workshop on the Restoration of Fish Populations Dusseldorf Germany 01-05 September 2009 p 70

17 Lenhardt M Hegedis A GaCic Z Jaric I Cvijanovic G Smederevac-Lalic M Visnjic-Jeftic Z and Mickovic B (2008) Status of sterlet (Acipenser ruthenus) in Serbia XXXII Scientific Conference on

4

Fisheries and Aquaculture Proceedings of the International Workshop on Sturgeon Conservation and Breeding Szarvas Hungary 15-16 May 2008 15shy16

18 Lenhardt M Djordjevic D Sakan S Jaric I Visnjic-Jeftic Z Cvijanovic G Smederevac-Lalic M Hegedis A Gacic Z and Mickovic B (2008) Heavy metal analyses of sterlet (Acipenser ruthenus L) from Danube and Tisza River XXXII Scientific Conference on Fisheries and Aquaculture Proceedings of the International Workshop on Sturgeon Conservation and Breeding Szarvas Hungary 15-16 May 200845-46

19 Lenhardt M Poleksic V Cvijanovic G Jaric I Visnjic-Jeftic Z Smederevac-Lalic M Hegedis A GaCic Z and Mickovic B (2008) Histopathological analyses of sterlet (Acipenser ruthenus L) vital organs as indicators of population condition XXXII Scientific Conference on Fisheries and Aquaculture Proceedings of the International Workshop on Sturgeon Conservation and Breeding Szarvas Hungary 15-16 May 200847-48

20 Lenhardt M Gyore K Smederevac-Lalic M Hegedis A Mickovic B Gacic Z Jaric I Cvijanovic G and Visnjic-Jeftic Z (2008) Activity plan for the conservation of sterlet (Acipenser ruthenus L) in Serbia and Hungary XXXII Scientific Conference on Fisheries and Aquaculture Proceedings of the International Workshop on Sturgeon Conservation and Breeding Szarvas Hungary 15-16 May 200849-50

21 Smederevac-Lalic M Lenhardt M Hegedis A Cvijanovic G Jaric 6 Gacic Z and Cvejic S (2008) Socio-economic character and importance of fisheries on Danube between Serbia and Croatia Proceedings of the ElFAC Symposium on Interactions Between Social Economic and Ecological Objectives of Inland Commercial Recreational Fisheries and Aquaculture Antalya Turkey 21-24 May 2008 Book of abstracts 35-36

22 Lenhardt M Hegedis A Cvijanovic G Jaric I Gacic Z and Mickovic B (2006) Non-native freshwater fishes in Serbia and their impacts to native fish species and ecosystems European Geosciences Union General Assembly 2006 Vienna Austria 02 - 07 April 2006 Geophysical Research Abstracts Vol 8 07727

23 Jaric I Bjedov V and Knezevic J (2005) Dispersion and origin of nutria (Myocastor coypus) on territory of South Banat Book of abstracts 5th

European Vertebrate Pest Management Conference Budapest Hungary 5-8 September 2005 p 90

24 Lenhardt M Cvijanovic G Kolarevic J Jaric I and Cakic P (2004) Changes of sterlet (Acipenser ruthenus L) population age structure in the Danube River during last half of twentieth century Book of abstracts 22nd

5

International Biophysics Symposium Sveti Stefan Serbia and Montenegro 9th-14th October W2P6

25 Lenhardt M Prokes M Jaric I Barns V Kolarevic J Krupka L Cvijanovic G Cakic P and Gacic Z (2004) Comparative analysis of morphometric characters of juvenile sterlet (Acipenser ruthenus L) from natural population and aquaculture Nature and culture Comparative Biology and Interactions of Wild and Farmed Fish The Fisheries Society of the British Isles Annual International Symposium Imperial College London England 19-23 July 2004 Book of abstracts p 26

M34 = 12 x 05 6

216 Pao y 600eneM llaconucy llalJUOllallHOZ 3Hallaja (M51)

26 Lenhardt M Hegedis A Mi6kovi6 B Visnji6 Jefti6 Z Smederevac M Jaric I Cvijanovi6 G and Gacic Z (2006) First record of the North American paddlefish (Polyodon spathula Walbaum 1792) in the Serbian part ofthe Danube River Archive ofBiological Sciences 58 (3) 27P-28P

M51 1 x2=2

217 Oo6palbeua oOKmopcKa oucepmalJuja (M71)

27 JapHIi H (2010) XHcTOnaTOJIOIllKe npoMeHe H aKYMYJIalJHja TelllKHX MeTana y nonyJIalJHjaMa KeqHre (Acipenser ruthenus L) Y 1JyHaBY YHHBep3HTeT y EeorpallY pp 97

M71 = 1 x6=6

218 Oo6palbeH MatUcmapcKu pao (M72)

28 Jaric I (2009) Population viability analysis of the Danube sturgeon populations Master Programme in Management of Biological Diversity (2007-2009) Swedish Biodiversity Centre Swedish University of Agricultural Sciences (SLU) and Uppsala University Uppsala Sweden

M72 1 x 3 = 3

21 9 OcmaJle ny6J1uKalJuje - cmyouje cmpyllHu paoo6u eJla60pamu u cmpameutKU OoKYMeHmu

29 Jaric I (2008) Carpathian biodiversity Workbook for education for sustainable development in the Carpathian Eco-Region Ecological society Endemit Belgrade Carpathian EcoRegion Initiative Bratislava 20-24

6

30 Erg B and Jaric I (2006) Study on the Danube Waterway Traffic in Serbia Study developed for World Wildlife Fund Danube-Carpathian Programme (WWF DCP) pp 11

31 Jarie I and Knezevic J (2006) Report on Danube River Basin Floods and Restoration Potential Sites for Flood Retention in Serbia Report developed for World Wildlife Fund Danube-Carpathian Programme (WWF DCP) pp 6

32 Balatskiy K Baltzer M Baumgartner C Beckmann A Bercsenyi M Bogdanovic S Bratrich C Brenner T De Meulenaer T Dick G Dobrovolov 1 Ereifej L Guti G Hochleithner M Jarie I bull Jula G Keresztessy K Klindova A Koller-Kreimel V Lenhardt M Liska L Maereanu D Maereanu M Mancic S Masar J Meszaros J Moreau D Navodaru L Obrdlik P Pannonhalmi M Ivanova P P Pinter K Raymakers C Reeder D Rideg A Ring T Rosenthal H Sallai Z Schiemer F Schmedtje V Sigmund G Simonovic P Steiner A Tsekov A Vnfer G Voloshkevych A Vukovich Z Wiener S ZessnershySpitzenberg M Zinke A and Zlatic-Jugovic J (2006) Action Plan for the conservation of Sturgeons (Acipenseridae) in the Danube River Basin Bloesch J Jones T Reinartz R and Striebel B (Eds) Convention on the Conservation of European Wildlife and Natural Habitats (Bern Convention) Nature and Environment 144 pp 122

33 Lenhardt M Hegedis A i Jarie I (2005) Akcioni plan upravljanja jesetarskim vrstama u ribolovnim vodama Republike Srbije Institut za Bioloska IstraZivanja Sini~a Stankovic pp 21 Vradeno za potrebe Ministarstva za nauku i zastitu Zivotne sredine Republike Srbije

22 bH6J1Horpacj)Hja HaKOH H360pa y 3Balbe HayttHH caPaJJHHK

221 MorlOzpacjJcKa cmyiJujan02Jla6be y KJbU3U Mll UJ1U paiJ y meMamCKOM 360plluKjl 60iJenez MeljYllapoiJlloz 31lallaja (M13)

34 Lenhardt M Visnjic-Jeftic Z Navodaru 1 Jarie I Vassilev M Gacic Z and Nikcevic M (2012) Fish stock management cooperation in the Lower Danube Region a case study of sturgeons and Pontic shad In V Lagutov (ed) Environmental security in watersheds the Sea of Azov Springer Science 127-140 doi 101007978-94-007-2460-0_7

35 Jaric I Knezevic Jarie J Cvijanovic G and Lenhardt M (2011) Population viability analysis of the European sturgeon (Acipenser sturio L) from the Gironde Estuary system In P Williot et al (eds) Biology and

7

conservation of the European sturgeon Acipenser sturio L 1758 SpringershyVerlag Berlin Heidelberg 603-619

M13=2 x6= 12

222 M01102patjJcKa cmyaujan02JlG6be y K1bU3U MI2 WlU paa y meMamCKOM 360PHUKY MeljYHapoaH02 3Halaja (M14)

36 Jaric I Knezevic Jaric J Cvijanovic G and Lenhardt M (2011) Implementing population viability analysis into fisheries management In JS Intilli (ed) Fishery Management Nova Science Publishers Inc New York pp 43-60 ISBN 978-1-61209-682-7

M14= 1 x4=4

223 Paa y 6PXYHCKOM MeljYHapoaHoM laconucy (M2I)

37 Jaric I and Gacic Z (2012) Relationship between the longevity and the age at maturity in long-lived fish RikhterEfanovs and Hoenigs methods Fisheries Research 129-130 61-63

IF = 1656 (2010) 38 Jaric I Cvijanovic G Knezevic-Jaric J and Lenhardt M (2012) Trends in fisheries science during 2000-2009 a bibliometric study Reviews in Fisheries Science 20 (2) 70-79

IF = 2163 (2010) 39 Skoric S Visnjic-Jeftic Z Jarie I Djikanovic V Mickovic B Nikcevic M and Lenhardt M (2012) Accumulation of 20 elements in great cormorant (Phalacrocorax carbo) and its main prey common carp (Cyprinus carpio) and Prussian carp (Carassius gibelio) Ecotoxicology and Environmental Safety 80 244-251

IF = 2340 (2010) 40 Sunjog K Gacic Z Kolarevic S Visnjic-Jeftic Z Jaric I KnezevicshyVukcevic J Vukovic-Gacic B and Lenhardt M (2012) Heavy metal accumulation and the genotoxicity in barbel (Barbus barbus) as indicators of the Danube River pollution The Scientific World Journal 2012 Article ID 351074 1-6

IF = 1524 (2010) 41 Jaric I and Gessner J (2012) Analysis of publications on sturgeon research between 1996 and 2010 Scientometrics 90 (2) 715-735

IF = 1966 (2011) 42 Jaric I Cvijanovic G Hegedis A and Lenhardt M (2012) Assessing the range of newly established invasive species in rivers using probabilistic methods Hydrobiologia 680 171-178

IF = 1964 (2010) 43 Jaric I Visnjic-Jeftic Z Cvijanovic G Gacic Z Jovanovic Lj Skoric S and Lenhardt M (2011) Determination of differential heavy metal

8

and trace element accumulation in liver gills intestine and muscle of sterlet (Acipenser ruthenus) from the Danube River in Serbia by ICP-OES Microchemical Journal 98 77-81

IF 3048 (2011) 44 Jaric I Ebenhard T and Lenhardt M (2010) Population Viability Analysis of the Danube sturgeon populations in a VORTEX simulation model Reviews in Fish Biology and Fisheries 20 (2)219-237 HanoMeHa Ha6eikHu pao je ny6J1uK06aH KpajeM 2010 zoouHe HaKOH nOKpemaroa nocmynKa 3a U360p y npemxooHo 36aroe U Huje YTltlbytteH y 6u6J1uozpaqJUjy npWluKoM U360pa y 36aroe HayttHU capaoHuK

IF = 3609 (2010) 45 Visnjic-Jeftic Z Jarie I Jovanovic Lj Skoric S Smederevac-Lalic M Nikcevic M and Lenhardt M (2010) Heavy metal and trace element accumulation in muscle liver and gills of the Pontic shad (Alosa immaculata Bennet 1835) from the Danube River (Serbia) Microchemical Journal 95 (2) 341-344 HanoMeHa Ha6eoeHu pao je ny6J1uK06aH KpajeM 2010 zoouHe HaKOH nOKpemaroa nocmynKa 3a U360p y npemxooHo 36aroe U Huje YTltlbytteH Y 6u6J1uozparfJujy npWluKoM U360pa y 36aroe HayttHU capaoHuK

IF 3048 (2011) 46 Poleksic V Lenhardt M Jarie I Djordjevic D Gacic Z Cvijanovic G and Raskovic B (2010) Liver gills and skin histopathology and heavy metal content of the Danube sterlet (Acipenser ruthenus Linnaeus 1758) Environmental TOXicology amp Chemistry 29 (3)515-521 HarroMeHa Ha6eoeHu pao je ny6J1uK06aH KpajeM 2010 zoouHe HaKOH nOKpemarol1 nocmym~a 3a U360p y npemxooHo 36aroe U Huje YTltlbytteH y 6u6J1uozparfJujy npWluKoM U360pa y 36aroe HayttHU capaOHUK

IF = 3026 (2010) M21 = 10 x 8 = 80

224 Pao y ucmaKHymoM MeljyHapooHoM ttaconucy (M22)

47 Lenhardt M Jaric I Visnjic-Jeftic Z Skoric S Gacic Z Pucar M and Hegedis A (2012) Concentrations of 17 elements in muscle gills liver and gonads of five economically important fish species from the Danube River Knowledge and Management ofAquatic Ecosystems 407 (2) 1-10

IF = 1520 (2011) 48 Jaric I and Cvijanovic G (2012) The Tens Rule in invasion biology measure of a true impact or of our lack of knowledge and understanding Environmental Management 50 979-981

IF = 1744 (2011) M22 =2 x5 10

225 Pao y MeljYHapooHoM ttaconucy (M23)

9

49 Skoric S Cvijanovic G Kohlmann K Hegedis A Jaric I and Lenhardt M (2013) First record of a hybrid striped bass (Morone saxatilis x Morone chrysops) in the Danube River Journal of Applied Ichthyology doi 1O11111jai12152 (in press)

IF = 0869 (2011) 50 Lenhardt M Jaric I Cvijanovic G Kolarevic J GaCic Z Smederevac-Lalic M and Visnjic-Jeftic Z (2012) Comparison of morphological characters between wild and cultured sterlet (Acipenser ruthenus L) Sloven ian Veterinary Research 49 (4) 177-184

IF = 0290 (2010) 51 Cvijanovic G Cvijanovic M Jaric I and Lenhardt M (2012) Use of shape analysis in the investigation of disputable meristic characters for Ameiurus melas (Rafinesque 1820) and Ameiurus nebulosus (Lesueur 1819) Journal ofApplied Ichthyology 28 617-622

IF = 0945 (2010) 52 Jaric I Lenhardt M Pallon J Elfman M Kalauzi A Suciu R Cvijanovic G and Ebenhard T (2011) Insight into Danube sturgeon life history trace element assessment in pectoral fin rays Environmental Biology ofFishes 90 171-181

IF = 1155 (2009) 53 Smederevac-Lalic M Jaric I Visnjic-Jeftic Z Skoric S Cvijanovic G GaCic Z and Lenhardt M (2011) Management approaches and aquaculture of sturgeons in the Lower Danube region countries Journal of Applied Ichthyology 27(Suppl 3) 94-100

IF = 1121 (2009) 54 Jaric I and Ebenhard T (2010) A method for inferring extinction based on sighting records that change in frequency over time Wildlife Biology 16 (3)267-275 HarroMeHa HaeeoeHu pao je ny6JlUKOeaH KpajeM 2010 20ouHe HaKOH nOKpema1ba nocmynKa 3a U360p y npemxooHo 3ea1be u Huje YKlbytteH y 6u6Jlu02paqJUjy npWluKoM U360pa y 3ea1be HayttHU capaoHuK

IF = 0984 (2009) M23=6x3 = 18

226 HayttHa KpumuKa u nOJleMUKa y ucmaKHymoM MeljYHapooHoM ttaconucy (M25)

55 Jaric I (2011) The use of h-index for the assessment of journals performance will lead to shifts in editorial policies Journal of the American Society for Information Science and Technology 62 (12) 2546

IF = 2300 (2009) M25 = 1 x 15 = 15

227 Caonmme1be ca MeljYHapooH02 cK)lna mmaMnaHO y ljeJlUHU (M33)

10

56 Spasic S Jaric I Navodaru I Visnjic Jeftic Z Gessner J and Lenhardt M (2012) Life table model of the Pontic shad (Alosa immaculata

Bennet 1835) from the Danube River and the Black Sea Proceedings of the 39th Conference of the International Association of Danube Research Living Danube August 21-24 Szentendre Hungary 47-52

57 Simic G Spasic S Jevremovic A and Jaric I (2012) Ecologist - web application for simulation experiments on the model of trout population

10thConference proceedings International Scientific Conference Sinergija 2012 - Environmental Protection and Management March 30 Bijeljina Bosnia and Herzegovina 70 -75 ISBN 978-99955-26-25-2

58 Lenhardt M Jaric I Cvijanovic G Smederevac-Lalic M Gacic Z Mickovic B and Nikcevic M (2010) Sterlet (Acipenser ruthenus L) as an object of research fishery and aquaculture in Serbia 38th Conference of International Association of Danube Research June 22-25 Dresden Germany 1-5 HarroMeHa HaeeoeHu pao je ny6JlUKOeaH 2010 200uHe HaKOH nOKpemGl-ba

nocmynKa 3a u360p y npemxooHo 3eGl-be U Huje YKfbYlleH Y 6u6Jlu02paqJUjy

npUJlUKOM U360pa y 3eGl-be HayllHU capaoHuK

59 Lenhardt M Jaric I Poleksic V Djordjevic D Cvijanovic G Raskovic B and Gacic Z (2010) Assessment of biomarkers for toxicity of the Danube and Tisza River pollution histological morphological and ecological parameters ofmiddot sterlet (Acipenser ruthenus L) Conference Proceedings BALWOIS 2010 Conference May 25-29 Ohrid Macedonia 1shy6 [httpbalwoisorg] HarroMeHa HaeeoeHu pao je ny6JlUKOeaH 2010 200uHe HaKOH nOKpemGl-ba

nocmynKa 3a U360p y npemxooHo 3eal-be U Huje YKfbYlleH y 6u6Jlu02pmjJUjy

npUJlUKOM U360pa y 3eal-be HayllHU capaoHuK

M33 =4 xl =4

228 CaOnUlmel-be ca Me~YHapooHo2 cK)lna UlmGMnaHO y u3eooy (M34)

60 Jaric I and Gessner J (2012) Options for the remediation strategies of the European sturgeon in Germany derived from an age-structured population model World Sturgeon Conservation Society General Assembly 2012 amp Mini Scientific Symposium 12th March Tulcea Romania p 1

61 Cvijanovic G Adnadevic T Jaric I and Lenhardt M (2012) Use of genetics in monitoring and management of sterlet (Acipenser ruthenus) in the Lower and Middle Danube River - lack of funding or a lack of cooperation Utiliyation of genetic approaches for effective conservation of endangered species Regional Workshop March 14-16 Debrecen Hungary p 18

11

62 Lenhardt M Gacic Z Visnjic-Jeftic V Jaric I Mickovic B Subotic S Skoric S and Hegedis A (2012) Accumulation levels of 17 elements in muscle liver and gills of seven comercially exploited fish species Book of abstracts 12th Congress of Nutrition Nutrition to Health in 21 st Century October 31 November 3 Belgrade Serbia

63 Lenhardt M Poleksic V Vukovic-Gacic B Raskovic B Sunjog K Jaric I and Gacic Z (2012) Assessment of the status of water bodies using different fish parameters Conference proceedings International Symposium State of Lake Viinern Ecosystem - Past present and future SOLVE June 11-14 Vanersborg Sweden p 34

64 Lenhardt M Jarie I Visnjic-Jeftic Z Skoric S Gacic Z Nikcevic M and Hegedis A (2012) Concentrations of 18 elements in the tissues of five commercial Danubian fish species belonging to differentmiddot trophic levels International Conference on Ecology and Conservation of Freshwater Fish May 28 June 2 Vila Nova de Cerveira Portugal p 34

65 Gacic Z Kolarevic S Visnjic-Jeftic Z Jarie I Hegedis A Knezevic-Vukcevic J Vukovic-Gacic B and Lenhardt M (2011) The analysis of genotoxic effect of trace elements on erytrocytes of barbel (Barbus barbus) with standard alkalyne comet assay Book of Abstracts Annual Meeting of the European Environmental Mutagen Society July 4-7 Barcelona Spain p 107

66 Lenhardt M Gacic Z Vukovic-Gacic B Jarie I Visnjic-Jeftic Z Cvijanovic G and Nikcevic M (2010) Status of rivers in Serbia based on ichthyological investigation Abstracts book International Conference Natural and Artificial Ecosystems in the Somes-Cris-Mures-Tisa river Basins May 7-8 Arad Romania p 83 HanoMeHa Ha6eoeHu pao je ny6JlUK06aH 2010 200uHe HaKOH nOKpemalba nocmynKa 3a U360p y npemxooHo 36albe U Huje YKlbYlleH y 6u6Jlu02papujy npWluKoM u360pa y 36albe HayllHU capaoHuK

M34 = 7 x 05 = 35

229 IIo2Jla6Jbe y KlbU3U M42 WlU pao y meMamCKOM 36oPHUK)l HaljU01U1JlH02 3Hallqja (M45)

67 Jarie I (2012) Dostupnost informacija 0 zivotnoj sredini s posebnim osvrtom na aktivnu dostupnost i razvoj informacionih sistema U Arhuska Konvencija u pravu i praksi Republike Srbije (ur Slavko Bogdanovic) Misija OEBS u Srbiji Beograd Drustvo za politiku i pravo zivotne sredine Equilibrium Srbija Novi Sad 45-63 ISBN 978-86-85207-89-1

M45 = 1 x 15 = 15

12

2210 Pao y HaylJHOM lJaConucy (M53)

68 Lenhardt M GaCic Z Vukovic-GaCic B Poleksic V Visnjic-Jeftic Z Kolarevic S and Jaric I (2011) Ecological status of Serbian rivers based on an ichthyological assessment Studia Universitatis Vasile GoldiJ Seria StUntele Vietii 21 (4) 855-860

M53=lxl=1

Ta6eJIa 1 IJenoK)nHH HayqHH pe3ymaTH LI0CaLIaIIUher paLIaLIp lisaHa JapHna

03HaKa YKYnaH 6poj BpelJHOCT YKYnHa rpyne palJOBa HHlJHKaTOpa BpelJHOCT

M13 3 6 18

M14 1 4 4

M21 10 8 80

M22 3 5 15

M23 10 3 30

M25 1 15 15

M33 11 1 11

M34 19 05 95

M45 1 15 15

M51 1 2 2

M53 1 1 1

M71 1 6 6

M72 1 3 3

YKYnHO 1825

13

Ta6eJIa 2 BpenHocTu KoeltpuuujeHTa M on IIpeTxonHor u360panp I1BaHa Japuna y 3BaIbe HayqHu capanHuK

03HaKa YKynaH 6poj BpenHocT YKynHa rpyne panoBa HHnHKaTopa BpenHocT

M13 2 6 12

M14 1 4 4

M21 10 8 80

M22 2 5 10

M23 6 3 18

M25middot -1 15 15

M33 4 1 4

M34 7 05 35

M45 1 15 15

M53 1 1 1

YKynHo 1355

Ta6eJIa 3 YKYilHe BpenHOCTU KoeltpUuujeHTa M 3a IIepuon 2004-2009 ronUHa np I1BaHa Japuna 3a 3BaIbe BUlliU HayqHu capanHuK IIpeMa KaTeropujaMa poucaHuM y IILpaBl-lnHUKY 3a 06JIaCT IIPUponHo-MaTeMaUiqUX U MenuuUHCKUX HaYKa

KaTeropHja panoBa

lloTpe6aH MHHHMyM 3a 3Balbe BHWH

HaYQHH capanHHK

OCTBapeHo on npeTxonHor

H360pa y 3Balbe

OCTBapeHoshyueJIoKYHu pan

M10+M20+M31+ M32+M33+M41+ M42+M51

40 1295 1615

Mll+M12+M21+ M22+M23+M24+ M31+M32+M41+ M42

28 108 125

YKYllHO 48 1355 1825

Ta6eJIa 4 ITapaMeTPU KBaJIUTeTa qaCOilUCa (YKYIIHU UMilaKT ltpaKTop IIy6JIUKOBaHux qaCOIIuca)

Y KynaH HMnaKT ctgtaKTop panoBa

OCTBapeHo

Buum HayqHu capanHuK 39208

14

3 AHAJIH3A PAlJOBA

113 HaBe)]eHor cm1CKa ce BM)]M )]a je )]P HBaH JapMh ayropKoayrop 30 HayqHMx pa)10Ba (24 Y MeljYHapo)]HMM qaCOrrMCMMa 1 Y )]oMaheM HayqHoM qaCOrrMcy 4 Y MeljYHapo)]HMM MOHorpacpl1jaMa M 1 Y MOHorpacpl1jM HaUMOHaJIHOr 3Haqaja) Kao M 30 caorrmTeIba Ha MeljYHapo)]HMM cKyrroBMMa 0)] qera je 11 rry6JIMKOBaHo y ueJIMHM a 19 Y KOHrpecHMM 360pHMUMMa Y CPOPMM pe3MMea nope)] Tora )]P HBaH JapMh je M ayropKoayrop 5 CTPyqHMX pa)]oBa (eJIa60paTa)

nperJIe)] 06jaBJbeHMX pa)10Ba rrOKa3yje )]a je HayqHoMcTPagtKMBaqKM pa)] )]P HBaHa JapMha 06YXBaTMo MCTPagtKMBaIba M3 HeKOJIMKO 06JIaCTM npeMa ygtKMM MCTPagtKMBaqKMM 06JIaCTMMa KojMMa rrpMrra)1ajy rry6JIMKaUMje)]p HBaHa JapMha MOry ce CBPCTaTM y cJIe)]ehe KaTeropMje

1 eKOJIoruja M 3amTMTa jeCeTapCKMX BpCTa 2 MoryhHOCT KopMUIheIba KeqMremiddot Kao MH)]MKaTOpa 3araljeIba M CTaIba

aKBaTMqHMX eKOCMCTeMa 3 TOKCMKOJIOmKa MCTPagtKMBaIba CTaIba Bo)]eHMX eKOCMCTeMa M pM6JbMX

3aje)]HMua Y 6aceHY [yHaBa 4 MHBa3MBHe BpcTe 5 KOMeplJMjaJIHO pM6apcTBo M yrMuaj Ha CTa6MJIHOCT pM6JbMX rrorryJIaIJMja 6 KBaHTMTaTMBHe aHaJIM3e pM3MKa MCTPe6JbeIba yrp0gtKeHMX BpcTa Ha OCHOBY )]0 ca)]a rry6JIMKOBaHMx pa)]oBa MOgtKe ce 3aKJbyqMTM )]a jeCeTapCKe

BpcTe rrpe)]cTaBJbajy ueHTPaJIHY 06JIaCT MCTPagtKMBaIba )]P HBaHa JapMha Pe3YJITaTMMa MCTPagtKMBaIba OBe rpyrre pM6a rrpMrra)]ajy Pa)10BM 1-5 7 8 10-20 24-28 32-35 41 43 4446 50 52 53 M 58-61 Y OBMM pa)]oBMMa cy 06paljeHa pa3JIMqMTa rrMTaIba eKOJIoruje jeCeTapCKMX BpCTa CTaIba IbMXOBMX rrorryJIaUMja y CJIMBY [yHaBa OCHOBHMX cpaKTopa yrp0gtKaBaIba M pa3Boja a)]eKBaTHMX Mepa IbMXOBe 3amTMTe M O)]pgtKMBOr KopMmheIba nope)] orrmTe aHaJIM3e CTaIba rrorrYJIaUMja jeceTapcKMx BpCTa (Pa)10BM 1 8 13 16 M 34) HeKMX eKOJIOmKMX KapaKTepMCTMKa IbMXOBMX rrorryJIaUMja y [yHaBY (52) Kao MorrmTMX TPeH)]oBa y MCTPagtKMBaIbY jeceTapcKMx BpCTa (41) TaKolje je M3BpmeHa M aHaJIM3a BI1ja6MJIHOCTM IbMXOBMX rrorryJIaUMja M aHaJIM3a BepoBaTHohe MCTPe6JbeIba (pa)]oBM 2-4 14 35 44 M 60) mTO je TaKolje 6MJIa M OCHOBHa TeMa MarucTapcKor pa)1a (28) KaH)1M)]aT je yqecTBoBao M y M3pa)]M HaUMOHaJIHMX M MeljYHapo)]HMx cTPaTemKMx )]oKyMeHaTa 3a 3amTMTY jeCeTapCKMX BpCTa (20 32 M33)

Mo)]eJIMpaIbeM rro)]aTaKa 0 YJIOBY PycKe jeceTPe (Acipenser gueldenstaedtii) y Cp611jM yrBpljeHo je )]a )]0 MCTPe6JbeIba rrorrYJIaUMje OBe BpcTe Y 6aceHY ilYHaBa YCJIe)] rrpeJIOBa M )]pyrMx aHTporroreHMx yrMuaja MOgtKe )]OhM cpe)]MHoM OBor BeKa )]OK cy pe3YJITaTM 3a MOpyHY (Huso huso) YKa3MBaJIM Ha cpe)]MHy MMJIeHMjYMa (pa)] 2) npMMeHOM MeTo)]a 3a o)]peljMBaIbe BepoBaTHohe Mmqe3HYha BpcTe Ha OCHOBY rro)]aTaKa o IbeHMM HaJIa3MMa y McrrMTMBaHOM rro)]pyqjy (pa)] 3) yrBpljeHo je )]a ce eBpOrrCKa jec~a (A sturio) MOgtKe cMaTpaTM MUIqe3JIOM Y [yHaBY Kao M )]aje)]o IbeHor HeCTaHKa HajBepoBaTHMje )]omJIO Y rrepMo)1y 0)] 1966 )]0 1970 rO)]MHe TaKolje je yrBpljeHo )]a je BepoBaTHo )]a je CMM (A nudiventris) M )]aJbe rrpMcyraH Y [yHaBY aJIM )]a )]0 HeCTaHKa OBe BpcTe MOgtKe )]ohM Ben TOKOM OBe MJIM Hape)]He )]eueHMje (3)

Y pa)]y 4 cY rrpMKaJaHe MeTo)]e aHaJIM3e BMja6MJIHOCTM rrorryJIaUMja M aHaJIM3MpaH rroTeHUMjaJI IbMXOBe rrpMMeHe Ha jeceTapcKe BpcTe Y [yHaBY AHaJIM30M

15

BHja6HnHoCTH nonynaUHja jeceTapCKHX BpCTa yrBpljeH je BHCOK CreneH OCeTJbHBOCTH norrynaUHoHe l1HHaMHKe Ha npOMeHe Y npHpOl1HOM MOpTanHTeTY $eK)Hl1HTeTY Y3paCTY jel1HHKH npH nonHOM Ca3peBafbY H $peKBeHUHjH MpeCHHX MHrpaUHja l10K cy napaMeTPH Be3aHH )l(HBOTHH UHKnyC MY)l(jaKa HMMH BeOMa MMH yrHuaj Ha HCXOl1 MOl1ena (pal10BH 14 28 35 H 44) YTBpljeHo je H l1a cy jeCeTapCKe BpcTe H3Y3eTHO nOl1nO)l(He qaK H BeOMa HHCKHM creneHHMa pH60noBHor npHTHCKa Kao H l1a onopaBaK fbHXOBHX nonynaUHja 3aXTeBa BpeMeHcKH OKBHP 0l1 BHrne l1eueHHja (35 44 H 60) fIopel1 HaBel1eHOr aHMH3HpaHe cy H YHanpeljeHe MeTOl1e Ol1peljHBafba Bpel1HOCTH nojel1HHHX eKonornKHX KapaKTepHCTHKa pH6a (37) 3HaqajHo je HCTanH H l1a HaBel1eHa HCTPa)I(HBafba npel1CTaBJbajy npBy aHMH3Y BHja6HnHocTH nonynaUHja jeCeTapCKHX BpCTa y l(yHaBY (28 44)

AHMH30M Ol1HOca KOHueHTPaUHja CTpoHUHjYMa H KMUHjYMa y HaparnTajHHM 30HaMa KOlUTaHHX cTPYKTYpa pa3nHqHTHX aHMpoMHHX BpCTa jec~H (PM 52) 3a6ene)l(eHe cy npoMeHe Koje MOry YKa3HBaTH Ha MHrpauHje HcnHTHBaHHX jel1HHKH H3Meljy CTaHHllTa pa3nHqHTOr CMHHHTeTa HCTPa)I(HBafbe je YKa3MO Ha npHcycTBO TPH

3H3pa)l(eHa MaKcHMYMa Ol1HOca KOHueHTPaUHja CTPOHUHjYMa H KanUHjYMa 708xlO- 898xlO-3 i 990xlO-3 KOjH BepOBaTHO npel1CTaBJbajy HHl1HKaTOp 60paBKa y cnaTKoj 6paKHQHoj H cnaHoj BOl1H (52)

YTBpljeHo je l1a OCHOBHe $aKTope yrpo)l(aBafba nonynaUHja jeceTapcKHx BpcTa y l(yHaBY npel1CTaBJbajy KpHBonoB 3araljefbe BOl1e H ry6HTaK H $parMeHTaUHja CTaHHrnTa l10K 6H npojeKTH 06HoBe CTaHHrnTa H H3rpal1fbe pHfiJbHX CTa3a MOpMH npel1CTaBJbaTH npHOpHTeTHe aKTHBHOCTH (53) Y uHJbY e$HKacHHje 3arnTHTe ofiHoBe H Ol1p)l(HBOr KopHrnnefba jeCeTapCKHX norrynauHja y l(yHaBY HeOnXOl1HO je y npouec ynpaBJbafba YKJbYQHTH CBe peneBaHTHe cy6jeKTe Ofie3fiel1HTH e$HKacHY MeljYHapOl1Hy capal1fbY ca aKTHBHHM yqernneM CBUX nOl1YHaBcKHx 3eMaJba (18 16) Kao H npHMeHHTH npHHUHn al1anTHBHor ynpaBJbafba OBHM pecypcoM y3 xapMoHH3aUHjy npHHUHna 3alUTHTe ca KpaTKOpOQHHM COUHjMHHM KYllTYpHHM H eKOHOMCKHM nOTPe6aMa l1pyrnTBa (13 34) BeoMa je 3HaQajHo H ycnOCTaBHTH H pa3BHTH aKBaKYllTYPY jeCeTapCKHX BpcTa Ha nOl1pyqjy CpfiHje KaKO 3a nopH6JbaBafbe TaKO H y UHJbY KOMepUHjMHe npOH3BOl1fbe Koja fiH l10Bena l10 CMafbefba npHTHcKa Ha npHpOl1He norrynaUHje y l(yHaBY (13)

HajBenH 6poj pal10Ba je fiHO YCMepeH Ha HCTpa)l(HBafba KeQHre (A ruthenus) c Ofi3HPOM l1a OHa npel1CTaBJba jel1HHY jeceTapCK) BpCTY Koja je npHcyrHa Ha uenOM TOK) l(yHaBa y CpfiHjH H jel1HHy BpCTY Koja je H l1aJbe npel1MeT KOMepUHjMHor pH60nosa 3HaQajHHjer 06HMa (pal10BH 5 10-12 15 17-2024254346505859 H 61) Y OBHM pMoBHMa nopel1 aHMH3e onrnTHX eKonornKHX KapaKTepHCTHKa nonynaUHja KeQHre y l(yHaBY (10 11 12 17 H 58) npaneHe cy H npoMeHe y Y3pacHoj CTPYKTYpH nonynaUHje (24) Kao H HeraTHBHe nOcnel1Hue nporpaMa nopHfiJbaBafba (25 H 50) HCnHTHBafbe ce30HCKHX TpeHl10Ba y KOHl1HUHOHOM $aKTopy xenaTOCOMaTCKOM HHl1eKCY H HH$ecTaUHjH eHl10napa3HTa KOl1 l1YHaBcKe KeQHre Kao HHl1HKaTOpa CTafba nonynaUHje H eKOCHCTeMa YKa3MO je Ha npHcycTBO 3HaQajHux ce30HCKHX BapHjaUHja y npaneHHM $aKTOpHMa (PM 5) YTBpljeHo je l1a cy KOHl1HUHOHH $aKTOp H TeneCHH paCT KeQHre 3MOBOJbaBajynH (10 11) l10K eKCTeH3HTeT H HHTeH3HTeT HH$eKUHje napa3HTHMa YKa3yje Ha Moryny cynpecHjy HMYHor CHCTeMa (10) l1oMHHaHTHO npHcYCTBO jYBeHHnHHx jel1HHKH y ynoBy YKa3yje Ha He3al10BOJbasajyny KOHTPony KOMepUHjMHor pHfionoBa H KpHBonoBa H Heol1P)l(HBH pH60noBHH npHTHcaK (lO) Kao H Ha HeonXOl1HOCT

16

peBu3uje CTaTYCa 3alIITHTe OBe BpCTe y Cp6uju (24) KOMnapaTuBHa amUU13a jeLJUHKU KeqUre nOpeKTIOM U3 npupoLJHUX nonYJIauuja U aKBaK)JI1YPe nOKa3aJIa je LJa YCJIOBU Y3roja Y pu6FbauuMa LJOBOLJe LJO MOPltP0JIOlIIKUX npoMeHa Koje y cJIyqajy nOpU6JbaBaFba MOry LJOBeCTU LJO YMaFbeHe aLJanTUpaHocTu U npemUBJbaBaFba rajeHux jeLJHHKU y npupoLJu (25 U 50)

Kequra je Kao 6eHTOcHa BpCTa nopeLJ 3araljefba npucYTHor Y BOLJU U3JIomeHa U KOHTaMUHaHTUMa y CeLJuMeHTY na ce cMaTPa LJa Mome npeLJCTaBJbaTU LJ06por UHLJHKaTOpa CTaFba aKBaTUqHUX eKOCUCTeMa flopeLJ OCHOBHUX nonYJIauUOHUX UCnHTUBafba MorynHocTu ynoTPe6e nonYJIauuomrx uCTPamuBafba Kequre Kao UHLJUKaTOpa KBaJIHTeTa mUBOTHe CpeLJHHe (paLJOBU 5 10 59 U 66) npaneH je U HUBO aK)MyJIauuje TelIIKUX MeTaJIa y Pa3JIUqUTUM opraHuMa U TKUBUMa KeqUre nOBe3aHOCT 6uoaK)MyJIauuje nOJIyTaHaTa ca npucycTBOM Cy6JIeTaJIHUX XUCTOnaTOJIOlIIKUX npoMeHa Ha opraHuMa KeqUre U npHMeHa OBUX napaMeTapa KaO uH)JIiKaTopa 3araljefba mUBOTHe CpeLJUHe (paLJOBu 15 IS 19 43 46 U 59) OBO nHTafbe je TaKolje npeLJCTaBJbaJIO U OCHOBHy 06JIaCT UCTpamUBafba y OKBUPY LJOKTOpCKe LJucepmuuje (27) YTBpljeHu cy KOMnJIeKCHU npuHuunu LJHCTPH6yuuje eJIeMeHaTa y opraHH3My npH qeMY j~a npeLJCTaBJba ueHTap aK)MyJIauHje BenHHe TelIIKUX MeTaJIa LJOKmiddot cy HajHume KOHueHTpauuje 3a6eJIemeHe y MHlIIHnHoM TKHBy (15 IS) XHCTOnaTOJIOlIIKe aHaJIH3e Kome lIIKpra H jeTpe KeqHre YKa3aJIe cy Ha npucYCTBO Cy6JIeTaJIHHX npoMeHa npu qeMY cy npoMeHe 6uJIe Haju3pameHHje Ha j~H (10 19) KOHueHTPauHje TelIIKUx MeTaJIa y Mecy KeqHre cy 6uJIe Ha 6e36eLJHOM HUBOY 3a ynoTPe6y Y JbYLJCKOj HcxpaHu MaLJa je HeonXOLJHO ycnoCTaBHTH CTaJIHO npahefbe KOHueHTPauHja MeTaJIa C 063HPOM LJa cy y OLJpeljeHoM 6pojy ucnHTaHHX jeLJHHKH 6HJIe npHcYTHe HeLJ03BOJbeHe KOHueHTpauuje KaLJMujYMa (27 43) JeLJHHKe U3 HH3BOLJHOr LJeJIa TOKa DYHaBa cy HMaJIe nOBHlIIeHe KOHueHTPauHje rBOmlja uHHKa U 6aKpa LJOK cy y Y3BOLJHOM LJenymiddot TOKa 3a6eJIemeHe nOBHlIIeHe KOHueHTPauHje apceHa H OJIOBa a y Tucu uUHKa U MaHraHa (2746)

I1opeLJ jeCeTapCKUX BpCTa KaHLJHLJaT je TaKolje 6HO aHramOBaH H Ha TOKCHKOJIOlIIKHM HCTPamHBafbHMa LJpyrux BpCTa pH6a y 6aceHy DYHasa Kao H onlIITHM aHaJIH3aMa CTafba BOLJeHHX eKOCHCTeMa y DYHaBY (paLJOBU 39 40 45 47 62-66 U 68) OLJ HCnHTUBaHUX BpCTa HapOqHTO cy 06paljeHe MpeHa (Barbus barbus paLJOBH 4065 U 6S) H LJyHaBcKa xapuHra (Alosa immaculata paLJ 45) Y paLJOBHMa 47 62 H 64 ynopeljeHu cy HHBOH aK)MyJIauuje eJIeMeHaTa y BpCTaMa Pa3JIHqHTHX TP0ltpUqKUX HHBoa H eKOJIOlIIKHX KapaKTepHCTHKa AHaJIU3a aK)MyJIauuje TelIIKUX MeTaJIa H MUKpoeJIeMeHaTa y TKUBUMa LJyHaBCKe xapuHre (paLJ 45) nOKa3aJIa je LJa cy lIIKpre 6HJIe ueHTap aKYMYJIauuje aJIYMHHHjYMa CTPOHuujYMa 6apujYMa H MaHraHa jeTpa je npeLJCTaBJbaJIa ueHTap aK)MyJIauHje KaLJMHjYMa 6aKpa UUHKa rBomlja H 60pa LJOK je MHlIIHnHo TKHBO UMaJIO HajHHme KOHueHTPauuje BenuHe ucnHTUBaHHX eJIeMeHaTa OCHM apceHa Meco LJyHaBCKe xapuHre je UMaJIO HeLJ030BJbeHe KOHueHTPauHje KaLJMujYMa U apceHa 3a ynoTPe6y Y JbYLJCKOj HcxpaHu AHaJIU3a HUBoa aK)MyJIauuje eJIeMeHaTa y KopMopaHHMa H fbUXOBOM nJIeHY nOTBpLJUJIa je npucYCTBO aK)MyJIauHje TelIIKUX MeTaJIa LJy)K JIaHaua ucxpaHe (39) HcnHTHBaHgte HHBoa aK)MyJIauuje TelIIKUx MeTaJIa U reHOTOKCUqHUX nOCJIeLJHua 3araljeFba y MpeHH (40) nOKa3yje LJa je 3a HgteHy ynoTPe6y Kao HHLJHKaTOpa y OKBHPY MOHHTopHHra 3araljefba aKBaTHqHHX eKOCHCTeMa npenopyqJbHBHje KOpHlIIneHgte jeLJHHKU MJIaljer Y3paCTa HCTPamHBafbHMa je TaKolje nOTBpljeHo LJa KOMeTa TeCT H XUCTOnaTOJIOlIIKe aHaJIH3e HMajy BUCOK nOTeHuHjaJI 3a

17

KopHllIneIbe Y npaneIbY CTaIba BOneHHX eKOCHCTeMa H HHBOa 3araljeIba (40 63 65 66 H 68)

3HaqajaH 6poj panoBa 06paljyje H np06JIeMaTHKY nojaBe IIIHpeIba H HeraTHBHor nejcTBa HHTP0nyKoBaHHx HHBa3HBHHX BpCTa (panoBH 6 7 22 23 26 42 48 49 H 51) m06aJIHOr peHoMeHa KOjH npenCTaBJba CBe 3HaqajHHjH eKOJIOIIIKH np06JIeM Y HaIIIoj

3eMJbH H Y CBcry On HHBa3HBHHX BpcTa HapOqHTO cY 06pa1jeHH aMypcKH CnaBaq

(Perccottus glen ii panOBH 6 H 42) UBepmaH (Ameiurus melas panOBH 7 H 51) ceBepHOaMepHqKH BeCJIOHOC (Polyodon spathula pan 26) xH6pHn npyracTOr 6aca

(Morone saxatilis x Morone chrysops pan 49) H HYTPHja (Myocastor coypus pan 23) a TaKolje cy H pa3BHjeHe HOBe MeTone npoueHe pacnpocTPaIbeIba HHBa3HBHHX BpCTa (pan

42) I1cnHTHBaIba cy nOKa3aJIa na je H no 20 HXTHopaYHe y 6aceHY [yHaBa Ha nonpyqjy Cp6Hje aJIOXTOHOr nopeKJIa (22) TepeHcKHM HCTPa)l(HBaIbHMa cy 3a6eJIe)l(eHH npBH HaJIa3H -aMypcKor CnaBaqa ceBepHOaMepHqKOr BeCJIOHOCa H xH6pHna npyracTor

6aca y oTBopeHHM BonaMa nyHaBcKor 6aceHa (6 26 H 49) PeKOHCTPYKIJHja nHcnep3Hje aMypcKor CnaBala y [yHaBY nOKa3aJIa je na je OBa BpCTa y maBHH TOK [yHaBa HajBepoBaTHHje nocneJIa IIIHpenH ce HH3BOnHO IJYgtK THce (6) Kao H na ce y naTOM

nepHony apeaJI aMypcKor CnaBaqa y maBHOM TOKY [yHaBa npoTe3ao on 704 no 1178 KHJIOM~a peqHOr TOKa (42) I1cTPa)l(HBalha cy TaKolje 6HJIa YCMepeHa H Ha

HCnHTHBaIbe MorynHocTH KOMepUHjaJIHOr H3JIOBa UBeprJIaHa Kao epHKacHe Mepe 60p6e

npoTHB OBe HHBa3HBHe BpcTe (7) ITpaneIbe CTaIha nonyJIaUHje HYTPHje y perHoHY

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pH6JbHX nonyJIaUHja JenaH noo cTYnHja je 6HO YCMepeH Ha aHaJIH3Y pH6apcTBa H ra3nOBaIba pH6JbHM pOHnOM y 6aceHY [yHaBa (panoBH 34 H 53) nOK cy ce nojenHHa HCTPa)l(HBaIba 6aBHJIa H onIIITHM TPeHnoBHMa y HaYUH 0 pH6apcTBY y CBcry (38) H MorynHocTHMa npHMeHe aHaJIH3e BHja6HJIHOCTH nonyJIaUHja y OKBHPY npoueHe epHKacHocTH Mepa ra3nOBaIba y pH6apcTBY (36)

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18

4 UHTHPAHOCT (3aKJby1JHO ea 25 cJle6pyapoM 2013 rOlJHHe)

PalJ 1 - Lenhardt M Jane I Cvijanovic G and Smederevac-Lalic M (2008) The key threats to sturgeons and measures for their protection in the Lower Danube Region In Lagutov V (ed) Rescue of sturgeon species in the Ural River Basin Springer Science 87-96

QHTHpajy 1 Lagutov V (2009) Theory and practice of sturgeon species restoration the prospects

for natural reproduction in the Ural river PhD dissertation Central European University Budapest Hungary pp 339 (M71)

2 Rogin RE (2011) Conservation and sustainable use of wild sturgeon populations of the NW Black Sea and Lower Danube River in Romania MSc thesis Norwegian University of Science and Technology (NTNU) Trondheim Norway pp 63 (M72)

3 Lagutov V and Lagutov V (2012) The Azov ecosystem resources and threats In V Lagutov (ed) Environmental security in watersheds the Sea ofAzov Springer Science 3-62 doi 101007978-94-007-2460-0 7 (M13)

4 Holostenco D N (2011) Conservation of genetic diversity in populations of stellate sturgeon (Acipenser stellatus) of the NW Black Sea and Lower Danube River PhD dissertation Norwegian University of Science and Technology (NTNU) Trondheim Norway pp 58 (M71)

PalJ 2 - Lenhardt M Jane I Kalauzi A and Cvijanovic Gmiddot (2006) Assessment of extinction risk and reasons for decline in sturgeon Biodiversity and Conservation 15 1967-1976

QHTHpajy 1 Bruch RM (2008) Modeling the population dynamics and sustainability of lake

sturgeon in the Winnebago system Wisconsin PhD dissertation University of Wisconsin-Milwaukee pp 269 (M71)

2 Wegner A Ostaszewska T and Rozek W (2009) The ontogenetic development of the digestive tract and accessory glands of sterlet (Acipenser ruthenus L) larvae during endogenous feeding Reviews in Fish Biology and Fisheries 19 (4) 431shy444 (M21)

3 Sommerwerk N Hein T Schneider-Jakoby M Baumgartner C Ostojic A Paunovic M Bloesch J Siber R and Tockner K (2009) The Danube River Basin In Tockner K Robinson CT and Uehlinge U (eds) Rivers of Europe Elsevier Ltd 59-112 (MI3)

4 Savin C Cristea V Vasilean I Patriche N and Talpe~ M (2009) The water quality monitoring in the recirculating systems for intensive sturgeon culture Lucrari Stiintifice Zootehnie si Biotehnologii 42 (2) 107-115 (M53)

5 Lagutov V (2009) Theory and practice of sturgeon species restoration the prospects for natural reproduction in the Ural river PhD dissertation Central European University Budapest Hungary pp 339 (M71)

19

6 Ostaszewska T and Dabrowski K (2009) Early Development of Acipenseriformes (Chondrostei Actinopterygii) In YW Kunz CA Lauer and BG Kapoor (eds) Development oj Non-teleost Fishes Science Publishers 170-229 doi 1012011b10184-4 (M13)

7 Nemitz A (2010) Perspektiven fUr eine Wiederansiedlung des Europaischen Stors (Acipenser sturio L 1758) im Einzugsgebiet des Rheins - Studie initiiert und gefordert von der HIT Umwelt- und Naturschutz Stiftungs-GmbH RhFV 2010 D-53757 Sankt-Augustin pp 96 (M86)

8 Gessner J Tautenhahn M von Nordheim H and Borchers T (2010) Nationaler Aktionsplan zum Schutz und zur Erhaltung des europaischen Stors (Acipenser sturio) Bundesministerium fUr Umwelt Naturschutz und Reaktorsicherheit und Bundesamt fUr Naturschutz (Hrsg) Bonn Germany pp 84 (M86)

9 Wozrtey KM Haxton TJ Kjartanson S and Wilson CC (2011) Genetic assessment of lake sturgeon (Acipenser Julvescens) population structure in the Ottawa River Environmental Biology ojFishes 90 183-195 (M23)

10 Fieszl J Bogacka-Kapusta E Kapusta A Szymanska U and Martyniak A (2011) Feeding ecology of sterlet Acipenser ruthenus L in the Hungarian section of the Danube River Archives ojPolish Fisheries 19 105-111 (M23)


12 Barth CC (2011) Ecology behavior and biological characteristics of juvenile lake sturgeon Acipenser fulvescens within an impounded reach of the Winnipeg River Manitoba Canada PhD dissertation University of Manitoba Winnipeg Manitoba Canada pp 206 (M71)

13 McDermid JL Wozney KM Kjartanson SL and Wilson CC (2011) Quantifying historical contemporary and anthropogenic influences on the genetic structure and diversity of lake sturgeon (Acipenser Julvescens) populations in northern Ontario Journal ojApplied Ichthyology 27(Suppl 2) 12-23 (M23)

14 Leadbeter S (2008) Comparative egg composition and the impacts of digestible protein to digestible energy (DPJDE) ratio for shortnose sturgeon (Acipenser brevirostrum LeSueur) an initial nutritional requirement study MSc thesis University of New Brunswick pp 96 (M72)

Pall 3 - Jaric I Lenhardt M Cvijanovic G and Ebenhard T (2009) Acipenser sturio and Acipenser nudiventris in the Danube - extant or extinct Journal oj Applied Ichthyology 25 137-141

uuTupajy 1 Paxton CGM (2009) The plural of anecdote can be data statistical analysis of

viewing distances in reports of unidentified large marine animals 1758-2000 Journal oJZoology 279 (4) 381-387 (M21)

2 Rogin RE (2011) Conservation and sustainable use of wild sturgeon populations of the NW Black Sea and Lower Danube River in Romania MSc thesis Norwegian

20

University of Science and Technology (NTNU) Trondheim Norway pp 63 (M72)

3 Cooke SJ Paukert C and Hogan Z (2012) Endangered river fish factors hindering conservation and restoration Endangered Species Research 17 179-191 (M23)

PaLl 5 - Lenhardt M Jaric I Cakie P Cvijanovie G GaCie Z and Kolarevie J (2009) Seasonal changes in condition hepatosomatic index and parasitism in sterlet (Acipenser ruthenus L) Turkish Journal of Veterinary amp Animal Sciences 33 (3) 209shy214

HTHpajy 1 Miekovie B Lenhardt M Dikanovie V Skorie S and Strelnikova A (2012) Diet

of juvenile sterlets (Acipenser ruthenus Linnaeus 1758) from the Danube River by Belgrade Conference Proceedings BALWOIS 2012 Conference May 28 - June 2 Ohrid Macedonia 1-4 [httpbalwoisorg] (M33)

PaLl 6 - Hegedis A Lenhardt M Miekovie B Cvijanovie G Jaric I and GaCie Z (2007) Amur sleeper (Perccottus glenii Dubowski 1877) spreading in the Danube River Basin Journal ofApplied Ichthyology 23 705-706

HTHpajy 1 Nowak M Popek W and Epler P (2008) Range expansion of an invasive alien

species Chinese sleeper Perccottus glenii Dybowski 1877 (Teleostei Odontobutidae) in the Vistula River drainage Acta Ichthyologica et Piscatoria 38 (1)37-40 (M23)

2 Grabowska J Grabowski M Pietraszewski D and Gmur J (2009) Non-selective predator - the versatile diet of Amur sleeper (Perccottus glenii Dybowski 1877) in the Vistula River (Poland) a newly invaded ecosystem Journal of Applied Ichthyology 25 (4) 451-459 (M23)

3 Mierzejewska K Martyniak A Kakareko T and Hliwa P (2010) First record ofNippotaenia mogurndae Yamaguti and Miyata 1940 (Cestoda Nippotaeniidae) a parasite introduced with Chinese sleeper to Poland Parasitology Research 106 (2) 451-456 (M22)

4 Reshetnikov AN (2010) The current range of Amur Sleeper Perccottus glenii Dybowski 1877 (Odontobutidae Pisces) in Eurasia Russian Journal of Biological Invasions 1 (2) 119-126 (M23)

5 Caleta M Jelie D Buj I Zanella D MarCie Z Mustafie P and MrakovCie M (2011) First record of the alien invasive species rotan (Perccottus glenii Dybowski 1877) in Croatia Journal ofApplied Ichthyology 27 146-147 (M23)

6 Covaciu-Marcov S-D Telcean Ie and Ferenti S (2011) Range extension of Perccottus glenii Dybowski 1877 in Western Romania a new distribution route in the Danube River Basin Journal ofApplied Ichthyology 27 144-145 (M23)

7 Lenhardt M Markovic G Hegedis A Maletin S Cirkovic M and Markovic Z (2011) Non-native and translocated fish species in Serbia and their impact on the native ichthyofauna Reviews in Fish Biology and Fisheries 21 407-421 (M21)

21

8 Reshetnikov AN Sokolov SG and Protasova EN (2011) The host-specific parasite Nippotaenia mogurndae confirms introduction vectors of the fish Perccottus glenii in the Volga river basin Journal of Applied Ichthyology 27 1226-1231 ~23)

9 Mirzejewska K Kvach Y WoZniak M Kosowska A and Dziekonska-Rynko J (2012) Parasites of an Asian fish the Chinese sleeper Perccottus glen ii in the Wlodawek Reservoir on the Lower Vistula River Poland in search of the key species in the host expansion process Comparative Parasitology 79 (1) 23-29 ~23)

to Walowski J and Wolnicki J (2010) Wyst~powanie i biologia trawianki Perccottus glenii Dybowski 1877 Komunikaty Rybackie 114 (1) 6-11 (in Polish) ~53)

11 Kvach Y (2012) First record of the Chinese sleeper Perccottus glenii Dybowski 1877 in the Ukrainian part of the Danube delta BioInvasions Records 1 (1) 25shy28 ~53)

PaJl 8 - Lenhardt M Jaric I Bojovic D Cvijanovic G and GaCic Z (2006) Past and current status of sturgeon in the Serbian part of the Danube River Proceedings 36th International Conference of lAD 148-151 Austrian Committee DanubeResearch I lAD Vienna

UUTupajy 1 Bloesch J (2006) The ultimate need for the implementation of sturgeon protection in

the Danube River Basin - a view of 2006 and call for actions with the Sturgeon Action Plan under the Bern Convention Proceedings 36th International Conference of lAD 132-136 Austrian Committee DanubeResearch I lAD Vienna ~33)

2 Ludwig A Lippold S Debus L and Reinartz R (2009) First evidence of hybridization between endangered sterlets (Acipenser ruthenus) and exotic Siberian sturgeons (Acipenser baerii) in the Danube River Biological Invasions 11 753-760~21)

PaJl 10 - Lenhardt M Kolarevic J Jarie I Cvijanovic G Poleksic V Mickovic B Gacic Z Cakic P and Nikcevic M (2004) Assessment concepts for river ecosystems characterization based on sterlet (Acipenser ruthenus L) population research Proceedings of the Fifth International Symposium on EcohydrauIics Aquatic habitats analysis amp restoration Madrid 12th-17th September 153-156

UUTupajy 1 Lenhardt M Gyore K Ronyai A Smederevac-Lalic M and GaCic Z (2009)

Status of sterlet (Acipenser ruthenus L) in Serbia and Hungary Proceedings of the IV International Conference Fishery Belgrade 27th-29th May 60-65 ~33)

P3Jl 13 - Nikcevie M Lenhardt M Cakie P Miekovic B Kolarevic J and Jarie I (2004) Historical review and new initiatives for sturgeon fisheries aquaculture and caviar production in Serbia and Montenegro RDPC Workshop 2003 1-5 October

22

Kotor Serbia and Montenegro In Otterstad O (ed) Releasing development potentials at the Eastern Adriatic NTNU [Available at wwweasternadriaticcom]

IHTHpajy 1 Rogin RE (2011) Conservation and sustainable use of wild sturgeon populations of

the NW Black Sea and Lower Danube River in Romania MSc thesis Norwegian University of Science and Technology (NTNU) Trondheim Norway pp 63 (M72)

2 Amirkolaie AK Mahdavi S and Hosseini SA (2012) Dietary fat content and feed supply influence growth and body composition in juvenile beluga sturgeon (Huso huso) Aquaculture International 20 (5) 859-867 (M23)

P8Jl 17 - Lenhardt M Hegedis A Gacic Z Jaric I Cvijanovic G Smederevac-Lalic M Visnjic-Jeftic Z and Mickovic B (2008) Status of sterlet (Acipenser ruthenus) in Serbia XXXII Scientific Conference on Fisheries and Aquaculture Proceedings of the International Workshop on Sturgeon Conservation and Breeding Szarvas Hungary 15-16 May 2008 15-16

IHTHpajy 1 Katdy 1 and Szathmari L (2010) Investigation of growing sterlet (Acipenser

ruthenus L) stock raised in indoor system Acta Agronomica Owiriensis 52 (2) 31-40 (M53)

Pall 20 - Lenhardt M Gyore K Smederevac-Lalic M Hegedis A Mickovic B Gacic Z Jaric I Cvijanovic G and Visnjic-Jeftic Z (2008) Activity plan for the conservation of sterlet (Acipenser ruthenus L) in Serbia and Hungary CXXII Scientific Conference on Fisheries and Aquaculture Proceedings of the International Workshop on Sturgeon Conservation and Breeding Szarvas Hungary 15-16 May 2008 49-50

IHTHpajy 1 Reinartz R Bloesch J Sandu C Suciu R Lenhardt M Guti G and Jahrl J

(2012) Sturgeon conservation in the Danube River Basin how to implement the Sturgeon Action Plan 2005 Proceedings of the 39th Conference of International Association of Danube Research Living Danube August 21-24 Szentendre Hungary 101-107 (M33)

Pall 22 - Lenhardt M Hegedis A Cvijanovic G Jaric I Gacic Z and Mickovic B (2006) Non-native freshwater fishes in Serbia and their impacts to native fish species and ecosystems European Geosciences Union General Assembly 2006 Vienna Austria 02 07 April 2006 Geophysical Research Abstracts Vol 8 07727

IHTHpajy 1 Lenhardt M Markovic G and Gacic Z (2009) Decline in the Index of Biotic

Integrity of the fish assemblage as a response to reservoir aging Water Resources Management 23 1713-1723M21)

2 Markovic GS Cirkovic MA Maletin SA and Milosevic NJ (2010) A contribution to the data on tench (Tinca tinca L Cyprinidae Pisces) distribution

23

in Serbia Proceedings for Natural Sciences Matica Srpska Novi Sad 118 127shy142 (M52)


Pall 25 - Lenhardt M Prokes M Jaric I Barus V Kolarevic J Krupka I Cvijanovic G Cakic P and Gacic Z (2004) Comparative analysis of morphometric characters of juvenile sterlet (Acipenser ruthenus L) from natural population and aquaculture Nature and culture Comparative Biology and Interactions of Wild and Farmed Fish The Fisheries Society of the British Isles Annual International Symposium Imperial College London England 19-23 July 2004 Book of abstracts p 26

QUTupajy 1 Prokes M Barus V Mares J Penaz M and Baranek V (2011) Growth of sterlet

Acipenser ruthenus under experimental and farm conditions of the Czech Republic with remarks on othermiddot sturgeons Acta Universitatis Agriculturae et Silviculturae Mendelianae Brunensis LIX (6)281-290 (M23)

Pall 26 - Lenhardt M Hegedis A Mickovic B Visnjic Jeftic Z Smederevac M Jaric I Cvijanovic G and Gacic Z (2006) First record of the North American paddlefish (Polyodon spathula Walbaum 1792) in the Serbian part of the Danube River Archive ofBiological Sciences 58 (3) 27P-28P

QUTupajy 1 Lenhardt M Markovic G Hegedis A Maletin S Cirkovic M and Markovic Z

(2011) Non-native and translocated fish species in Serbia and their impact on the native ichthyofauna Reviews in Fish Biology and Fisheries 21 407-421 (M21)

2 Reinartz R Bloesch J Sandu C Suciu R Lenhardt M Guti G and Jahrl J (2012) Sturgeon conservation in the Danube River Basin how to implement the Sturgeon Action Plan 2005 Proceedings of the 39th Conference of International Association of Danube Research Living Danube August 21-24 Szentendre Hungary 101-107 (M33)

Pall 33 - Lenhardt M Hegedis A and Jaric I (2005) Action plan for sturgeon species management in fishery waters of Republic Serbia Institute for Biological Research Sinisa Stankovic pp 21 Developed for Ministry of Science and Environmental Protection of Republic Serbia

QUTupajy 1 Bloesch J (2006) The ultimate need for the implementation of sturgeon protection in

the Danube River Basin - a view of 2006 and call for actions with the Sturgeon Action Plan under the Bern Convention Proceedings 36th International Conference of lAD 132-136 Austrian Committee DanubeResearch lAD Vienna (M33)

24

2 Bloesch J Jones T Reinartz R and Striebel B (2006) An action plan for the conservation of sturgeons (Acipenseridae) in the Danube River Basin Osterreichische Wasser- und Abfallwirtschaft 58 (5-6) 81-88 (M53)

3 Guti G (2008) Past and present status of sturgeons in Hungary and problems involving their conservation A rch iv for Hydrobiologie Suppl Large rivers 18 (1shy2)61-79 (M53)

4 Hubenova T Uzunova E and Zaikov A (2008) Management strategies to protect and restore sturgeon biodiversity in Bulgaria Proceedings of the ElF AC Symposium on Interactions Between Social Economic and Ecological Objectives of Inland Commercial and Recreational Fisheries and Aquaculture Antalya Turkey 21-24 May 200821-33 (M33)

5 Hubenova T Uzunova E and Zaikov A (2009) Management strategies in protection and restoration of sturgeon biodiversity in Bulgaria In Z Markovic (ed) Conference Proceedings IV International Conference Fishery May 27shy292009 Belgrade Serbia 39-52 (M33)

PalJ 40 - Sunjog K GaCic Z Kolarevi6 S Visnjic-Jefti6 Z Jaric I Knezevi6-Vukcevic J Vukovic-Gaci6 B and Lenhardt M (2012) Heavy metal accumulation and the genotoxicity in barbel (Barb us barbus) as indicators of the Danube River pollution The Scientific World Journal 2012 Article ID 351074 1-6

IJuTupajy 1 Sunjog K Ko1arevic S GaCi6 Z Mi6kovi6 B Nikcevi6 M Knezevic-Vukcevi6

J Lenhardt M and Vukovic-Gaci6 B (2012) Ecogenotoxicity analysis with comet assay in different tisuses of chub (Squaius cephalus L 1758) Conference Proceedings BALWOIS 2012 Conference May 28 - June 2 Ohrid Macedonia 1-5 [httpbalwoisorg] (M33)

PalJ 41 - Jaric I and Gessner J (2012) Analysis of publications on sturgeon research between 1996 and 2010 Scientometrics 90 (2) 715-735

IJuTupajy 1 Dalsgaard J Lund I Thorarinsdottir R Drengstig A Arvonen K and Pedersen

PB (2013) Farming different species in RAS in Nordic countries Current status and future perspectives Aquacultural Engineering doi 101016jaquaeng201211008 (in press) (M22)

PalJ 42 - Jaric I Cvijanovi6 G Hegedis A and Lenhardt M (2012) Assessing the range of newly established invasive species in rivers using probabilistic methods Hydrobiologia 680 171-178

IJuTupajy 1 Brownscombe lW Masson L Beresford DV and Fox MG (2012) Modeling

round goby Neogobius melanostomus range expansion in a Canadian river system Aquatic Invasions 7 (4)537-545 (M23)

25

Pal 43 - Jaric I Visnjic-Jeftic Z Cvijanovic G Gacic Z Jovanovic Lj Skoric S and Lenhardt M (2011) Detennination of differential heavy metal and trace element accumulation in liver gills intestine and muscle of sterlet (Acipenser ruthenus) from the Danube River in Serbia by ICP -OES Microchemical Journal 98 77-81

l(HTHpajy 1 Fallah AA Saei-Dehkordi SS Nematollahi A and Jafari T (2011) Comparative

study of heavy metal and trace element accumulation in edible tissues of farmed and wild rainbow trout (Oncorhynchus myldss) using ICP-OES technique Microchemical Journal 98 275-279 (M21)

2 Saei-Dehkordi SS and Fallah AA (2011) Detennination of copper lead cadmium and zinc content in commercially valuable fish species from the Persian Gulf using derivative potentiometric stripping analysis Microchemical Journal 98 156-162 (M21)

3 Alkan N Akta~ M and Gedik K (2012) Comparison of metal accumulation in fish species from the southeastern Black Sea Bulletin of Environmental Contamination and Toxicology 88 (6)807-812 (M23)

4 Bressy FC Brito GB Barbosa IS Teixeira LSG and Korn MGA (2013) Determination of trace element concentrations in tomato samples at different stages of maturation by ICP OES and ICP-MS following microwave-assisted digestion Microchemical Journal doi 1 010 16j microc20 1203010 (in press) (M21)

5 Zmcic S Oraic D Caleta M Mihaljevic Z Zanella D and BilandZic N (2013) Biomonitoring of heavy metals in fish from the Danube River Environmental Monitoring and Assessment 185 (2) 1189-1198 (M23)

6 Pantelica A Ene A and Georgescu 11 (2012) Instrumental neutron activation analysis of some fish species from Danube River in Romania Microchemical Journal 103 142-147 (M21)

7 Weber P Behr ER Knorr CDL Vendruscolo DS Flores EMM Dressler VL and Baldisserotto B (2013) Metals in the water sediment and tissues of two fish species from different trophic levels in a subtropical Brazilian river Microchemical Journal 106 61-66 (M21)

8 Jiang H Yang H Kong x Wang S Liu D and Shi S (2012) Response of acid and alkaline phosphatase activities to copper exposure and recovery in freshwater fish Carassius auratus gibelio var Life Science Journal 9 (3) 233-245 (M23)

9 Taweel AKA Shuhaimi-Othman M and Ahmad AK (2012) Analysis of heavy metal concentrations in tilapia fish (Oreochromis niloticus) from four selected markets in Selangor peninsular Malasya Journal ofBiological Sciences 12 (3) 138-145 (M23)

10 Sunjog K Kolarevic S Gaci6 Z Mickovi6 B Nikcevic M Knezevic-Vukcevic J Lenhardt M and Vukovic-Gacic B (2012) Ecogenotoxicity analysis with comet assay in different tisuses of chub (Squalus cephalus L 1758) Conference Proceedings BALWOIS 2012 Conference May 28 - June 2 Ohrid Macedonia 1-5 [httpbalwoisorg] (M33)

11 Zhao S Feng C Quan W Chen x Niu J and Shen Z (2012) Role ofliving environments in the accumulation characteristics of heavy metals in fishes and

26

crabs in the Yangtze River Estuary China Marine Pollution Bulletin 64 1163shy1171 (M21)

12 Mashroofeh A Bakhtiari AR Pourkazemi M and Rasouli S (2013) Bioaccumulation of Cd Pb and Zn in the edible and inedible tissues of three sturgeon species in the Iranian coastline of the Caspian Sea Chemosphere 90 (2) 573-580 (M21)

13 Mashroofeh A Bakhtiari AR and Pourkazemi M (2012) Bioaccumulation of Zn Cu and Mn in the caviar and muscle of Persian Sturgeon (Acipenser persicus) from the Caspian Sea Iran Bulletin of Environmental Contamination and Toxicology 89 (6) 1201-1204 (M23)

14 Stanek M Stasiak K Janicki B and Bernacka H (2012) Content of se1cted elements in the muscle tissue and gills of perch (Perca fluviatilis L) and water from a Polish lake Polish Journal of Environmental Studies 21 (4) 1033-1038 (M23)

15 Begum A Mustafa AI Amin MN Chowdhury TR Quraishi SB and Banu N (2013) Levels of heavy metals in tissues of shingi fish (Heteropneustes fossilis) from Buriganga River Bangladesh Environmental Monitoring and Assessment doi101007s10661-012-2959-4 (in press) (M23)

16 Mashroofeh A Bakhtiari AR and Pourkazemi M (2012) Evaluation of cadmium vanadium nickel and zinc concentrations in different tissues ofbeluga and stellate sturgeon and risk assessment regarding consuming their muscle tissue in South Caspian Sea Journal ofMazandaran University ofMedical Sciences 22 (96) 90shy97 (M53)

17 Dsikowitzky L Mengesha M Dadebo E de Carvalho CEV and Sindern S (2013) Assessment of heavy metals in water samples and tissues of edible fish species from Awassa and Koka Rift Valley Lakes Ethiopia Environmental Monitoring and Assessment doil0l007s10661-012-2777-8 (in press) (M23)

18 Butcher DJ (2013) Review recent advances in optical analytical atomic spectrometry Applied Spectroscopy Reviews 48 261-328 (M21)

Pa)) 44 - Jaric I Ebenhard T and Lenhardt M (2010) Population Viability Analysis of the Danube sturgeon populations in a VORTEX simulation model Reviews in Fish Biology and Fisheries 20 (2) 219-237

IlUTupajy 1 Pertuisel L (2010) Modelling the reintroduction of bilbies Macrotis lagotis

(Marsupialia Thylacomyidae) in the rangelands of Western Australia MSc thesis Faculty of Sciences of Montpellier University II France pp 82 (M72)

2 George SG Slack WT and Hoover JJ (2012) A note on the fecundity of pallid sturgeon Journal ofApplied Ichthyology 28 (4) 512-515 (M23)


27

Pa~ 45 - Visnjic-Jeftic Z Jarie I Jovanovic Lj Skoric S Smederevac-Lalic M Nikcevic M and Lenhardt M (2010) Heavy metal and trace element accumulation in muscle liver and gills of the Pontic shad (Alosa immaculata Bennet 1835) from the Danube River (Serbia) Microchemical Journal 95 (2) 341-344

UHTHpajy 1 Crafford D and Avenant-Oldewage A (2010) Bioaccumulation of non-essential

trace metals in tissues and organs of Clarias gariepinus (sharptooth catfish) from the Vaal River system strontium aluminium lead and nickel Water SA 36 (5) 621shy640 (M23)

2 Wen J and Hu C (2010) Elemental composition of commercial sea cucumbers (holothurians) Food Additives and Contaminants Part B 3 (4) 246-252 (M23)

3 Vieira C Morais S Ramos S Delerue-Matos C and Oliveira MBPP (2011) Mercury cadmium lead and arsenic levels in three pelagic fish species from the Atlantic Ocean Intra- and inter-specific variability and human health risks for consumption Food and Chemical Toxicology 49 923-932 (M21)

4 Fallah AA Saei-Dehkordi SS Nematollahi A and Jafari T (2011) Comparative study of heavy metal and trace element accumulation in edible tissues of farmed and wild rainbow trout (Oncorhynchus mykiss) using ICP-OES technique Microchemical Journal 98 275-279 (M21)

5 Peng S-H Hung J-J and Hwang JS (2011) Bioaccumulation of trace metals in the submarine hydrothermal vent crab Xenograpsus testudinatus off Kueishan Island Taiwan Marine Pollution Bulletin 63 396-401 (M21)

6 Stanek M and Janicki B (2011) Impact of season and sex on calcium and middotphosphorus content in the -meat of roach (Rutilus rutilus L) from the Brda River (poland Bydgoszcz) Folia Biologica (Krakow) 59 (3-4) 189-194 (M23)

7 Praphairaksit N Wongroj S and Praphairaksit N (2011) Heavy metals in water and fish from San Saeb canaL 37th Congress on Sciencemiddot and Technology of Thailand 10-12 October 2011 Bangkok Thailand 1-5 (M33)

8 de Santana LV Sarkis JES Azevedo J de S Ulrich JC and Hortellani MA (2011) Estimate of uncertainty of measurement in the determination of Zn Cu Hg and Pb in fish muscle 2011 International Nuclear Atlantic Conference INAC 2011 24-28 October 2011 Belo Horizonte MG Brazil AssociaYao Brasileira de Energia Nuclear ABEN 1-15 ISBN 978-85-99141-04-5 (M33)

9 Zubcov E Zubcov N Ene A and Biletchi L (2012) Assessment of copper and zinc levels in fish from freshwater ecosystems of Moldova Environmental Science and Pollution Research 19 (6) 2238-2247 (M21)

10 Ugarte A Abrego Z Unceta N Goicolea MA and Barrio RJ (2012) Evaluation of the bioaccumulation of trace elements in tuna species by correlation analysis between their concentrations in muscle and fIrst dorsal spine using microwave-assisted digestion and ICP-MS International Journal ofEnvironmental Analytical Chemistry 92 (15) 1761-1775 (M23)

11 Azevedo JS Sarkis JES Hortellani MA and Ladle RJ (2012) Are catfish (Ariidae) effective bioindicators for Pb Cd Hg Cu and Zn Water Air and Soil Pollution 223 3911-3922 (M23)

28

12 ZrnCic S Oraic D Caleta M Mihaljevic Z Zanella D and Bilandzic N (2013) Biomonitoring of heavy metals in fish from the Danube River Environmental Monitoring and Assessment 185 (2) 1189-1198 (M23)

13 Pantelica A Ene A and Georgescu 11 (2012) Instrumental neutron activation analysis of some fish species from Danube River in Romania Microchemical Journal 103 142-147(~21)

14 Sun jog K Kolarevic S Gacic Z Mickovic R Nikcevic M Knezevic-Vukcevic J Lenhardt M and Vukovic-Gacic R (2012) Ecogenotoxicityanalysis with comet assay in different tisuses of chub (Squalus cephalus L 1758) Conference Proceedings BALWOIS 2012 Conference May 28 - June 2 Ohrid Macedonia 1-5 [httpbalwoisorg] (~33)

15 Zhao S Feng C Quan W Chen X Niu J and Shen Z (2012) Role of living environments in the accumulation characteristics of heavy metals in fishes and crabs in the Yangtze River Estuary China Marine Pollution Bulletin 64 1163-1171 (M21)

16 Squadrone S Prearo M Brizio P Gavinelli S Pellegrino M Scanzio T Guarise S Benedetto A and Abete MC (2013) Heavy metals distribution in muscle liver kidney and gill of European catfish (Silurus glanis) from Italian rivers Chemosphere 90 358-365 (M21)

17 Kerambrun E Henry F Cornille V Courcot L and Amara R (2013) A combined measurement of metal bioaccumulation and condition indices in juvenile European flounder Platichthys jlesus from European estuaries Chemosphere doi 1010 16jchemosphere2012 12010 (in press) (M21)

18 Conicelli RP Sarkis JES Hortellani MA and Azevedo JS (2011) Cu Zn Pb and Cd biaccumulation in the benthic fish Cathorops spuii from Cananeia Sp Brazil Conference proceedings International Nuclear Atlantic Conference - INAC 2011 October 24-28 Belo Horizonte Brazil 1-8 ISBN 978-85-99141-04-5 (M33)

19 Raimundo J Vale C Caetano M Giacomello E ANes R and Menezes GM (2013) Natural trace element enrichment in fishes from a volcanic and tectonically active region (Azores archipelago) Deep-sea Research Part II Topical Studies in Oceanography doi101016jdsr2201302009 (in press) (M21)

20 Subotic S Visnjic Jeftic Z Spasic S HegediS A Krpo-Cetkovic 1 and Lenhardt M (2013) Distribution and accumulation of elements (As Cu Fe Hg Mn and Zn) in tissues of fish species from different trophic levels in the Danube River at the confluence with the Sava River (Serbia) Environmental Science and Pollution Research 10loo7s11356-013-1522-3 (in press) (M21)

PaJ( 46 - Poleksic V Lenhardt M Jane I Djordjevic D Gacic Z Cvijanovic G and Raskovic R (2010) Liver gills and skin histopathology and heavy metal content of the Danube sterlet (Acipenser ruthenus Linnaeus 1758) Environmental Toxicology amp Chemistry 29 (3) 515-521

IlHTHpajy 1 Lenhardt M Gyore K Ronyai A Smederevac-Lalic M and Gacic Z (2009)

Status of sterlet (Acipenser ruthenus L) in Serbia and Hungary In Z Markovic

29

(ed) Conference Proceedings IV International Conference Fishery May 27shy292009 Belgrade Serbia 60-65 (M33)

2 EEA (2010) The European environment State and outlook 2010 (SOER 2010) Freshwater quality European Environment Agency (EEA) Copenhagen Denmark pp 30 doi10280060214 (M86)

3 Wepener V van Dyk C Bervoets L OBrien G Covaci A and Cloete Y (2011) An assessment of the influence of multiple stressors on the Vaal River South Africa Physics and Chemistry ofthe Earth 36 (14-15)949-962 (M22)

4 Lourenyo J Silva A Carvalho F Oliveira J Malta M Mendo S Gonyalves F and Pereira R (2011) Histopathological changes in the earthworm Eisenia andrei associated with the exposure to metals and radionucleides Chemosphere 85 (10) 1630-1634 (M21)


6 Raskovic BS Stankovic MB Markovic ZZ and Poleksic VD (2011) Histological methods in the assessment of different feed effects on liver and intestine offish Journal ofAgricultural Sciences 56 (1)87-100 (M51)

7 ZrnCic S Oraic D Caleta M Mihaljevic Z Zanella D and Bilandiic N (2013) Biomonitoring of heavy metals in fish from the Danube River Environmental Monitoring and Assessment 185 (2) 1189-1198 (M23)

8 Pantelica A Ene A and Georgescu LI (2012) Instrumental neutron activation analysis of some fish species from Danube River in Romania Microchemical Journal 103 142-147 (M21)


10 Authman MMN Abbas WT and Gaafar AY (2012) Metals concentrations in Nile tilapia Oreochromis niloticus (Linnaeus 1758) from illegal fish farm in AIshyMinufiya Province Egypt and their effects on some tissues structures Ecotoxicology and Environmental Safety 84 163-172 (M21)

Pa)J 52 - Jaric I Lenhardt M Pallon J Elfinan M Kalauzi A Suciu R Cvijanovic G and Ebenhard T (2011) Insight into Danube sturgeon life history trace element assessment in pectoral fin rays Environmental Biology ofFishes 90 171-181

uuTupajy 1 Subotic S Visnjic Jeftic Z Spasic S Hegedis A Krpo-Cetkovic J and Lenhardt

M (2013) Distribution and accumulation of elements (As Cu Fe Hg Mn and Zn) in tissues of fish species from different trophic levels in the Danube River at the confluence with the Sava River (Serbia) Environmental Science and Pollution Research 101007s11356-013-1522-3 (in press) (M21)

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PaL( 54 - Jaric I and Ebenhard T (2010) A method for inferring extinction based on sighting records that change in frequency over time Wildlife Biology 16 (3) 267-275

-HTHpajy 1 Akmentins MS Pereyra Lc and Vaira M (2012) Using sighting records to infer

extinction in three endemic Argentinean marsupial frogs Animal Conservation 15 (2) 142-151 (M21)

2 Ferrer-Paris JR Rodriguez JP Good TC Sanchez-Mercado AY RodriguezshyClark KM Rodriguez GA and Solis A (2013) Systematic large-scale national biodiversity surveys NeoMaps as a model for tropical regions Diversity and Distributions 19 (2) 215-231 (M21)

PaL( 55 - Janc I (2011) The use of h-index for the assessment of journals performance will lead to shifts in editorial policies Journal of the American Society for Information Science and Technology 62 (12) 2546

-HTHpajy 1 Trevorrow P (2012) The use of h-index for the assessment of journals performance

will lead to shifts in editorial policies - a response Journal of the American Society for Information Science and Technology 63 (4) 845-846 (M25)

PaL(58 - Lenhardt M Jane I Cvijanovi6 G Smederevac-Lali6 M Gaci6 Z Mi6kovi6 B and Nikcevi6 M (2010) Sterlet (Acipenser ruthenus L) as an object of research fishery and aquaculture in Serbia 38th Conference of International Association of Danube Research June 22-25 Dresden Germany 1-5

-HTHpajy 1 Mi6kovi6 B Lenhardt M Dikanovi6 V Skori6 S and Strelnikova A (2012) Diet


PaL(68 - Lenhardt M Gaci6 Z Vukovi6-Gacic B Poleksi6 V Visnji6-Jefti6 Z Kolarevi6 S and Jarie I (2011) Ecological status of Serbian rivers based on an ichthyological assessment Studia Universitatis Vasile Goldi~ Seria $tiinlele Vietii 21 (4)855-860

-HTHpajy 1 Petrescu DC (2013) Consumers perceptions on urban water services and connection

to sustainable behavior Aquaculture Aquarium Conservation and Legislation 6 (2) 105-110 (M53)

2 Sezen S and Olmez M (2012) Production of Aphanius mento (Heckel 1843) under controlled conditions Aquaculture Aquarium Conservation and Legislation 5 (2) 94-98 (M53)

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Y rrepuony on CTuuaIha rrpeTXonHor 3BaIha KaHnunaT je neo UCTPa)I(UBaIha peaJIU30BaO y Cp6uju (panoBu 34-36 38 39 42 44 45 47 50-53 55 U 56) nOK je jenaH neo uCTPa)l(UBaIha 6uo peaJIU30BaH U y Cp6uju U lliBencKoj (panoBu 44 52 54) Kao U y HeMaqKoj (panoBu 41 55 U 60) U Y Cp6uju U HeMaqKoj (panoBu 38 42 U 67) Y uCTPa)I(UBaIhUMa peaJIU30BaHuM y uHocTPaHCTBY KaHnunaT je yqecTBoBao Y CBOjCTBY PYKOBOnuoUa uCTPa)l(UBaIha 0 qeMY CBenOqU qUIheHUua na je Ha panoBuMa rrpOUCTeKJIUM U3 OBUX uCTPa)l(UBaIha KaHnunaT 6uo rrpucYTaH Kao rrpBu aYTop

8 3AKJhyqAK H TIPElIJIOr

Ha OCHOBY neTaJbHOr pa3MaTPaIha YKYrrHor HayqHo-ucTPa)l(UBaqKOr pana np I1BaHa Japuna KOMucuja ca 3anOBOJbCTBOM KOHcTaryje na je UMaJIa rrpU11UKY na aHaJIU3Upa U3Y3eTaH HayqHu norrpUHOC jenHor UCTPa)l(UBaqa quju cy pe3YJITaTU 06jaBJbeHU Y KBaJIUTeTHUM U peHOMupaHUM MeijYHaponHUM U nOManUM HayqHuM qaCOrrUCUMa U caorrllITeHU Ha HayqHuM CKYrrOBUMa Y 3eMJbU U UHOCTPaHCTBY

o U3Y3eTHOCTU nocanallIIhUX pe3YJITaTa KaHnunaTa CBenOqU U qUIheHUua na je KaHnunaT OCTBapUO rOTOBO TPOCTPYKO Benu 6poj 60nOBa Y OKBUpy KoeltpuuujeHTa M on OHor KOjU je rrporrucaH 3a CTHuaIhe 3Balha BUlIIU HayqHu capanHuK (1355 60noBa Y OnHOCY Ha rrporrucaHux 48) Kao U TO na je BenUHY OCTBapeHUX 60nOBa Y rrepuony on CTuuaIha rrpeTxonHor HayqHor 3 BaIha KaHnunaT OCTBapuo rry611uKoBaIheM panOBa Y BPXYHCKUM MeijYHaponHUM qaCOrrUCUMa (M21 80 60noBa Y OnHOCY Ha YKYrrHux 1355) Oopen Tora Y OKBUpy UCTpa)l(UBaIha U3 KOjUX cY HaBeneHe rry611uKaUl1je rrpOUCTeKJIe KaHnunaT je HajqellIne yqeCTBOBao Y CBOjCTBY PYKOBOnUOUa UCTpa)l(UBaIha 0 qeMY CBenOqU qUIheHUua na je Ha BenuHu panoBa KaHnunaT 6uo rrpucYTaH KaO rrpBu aYTop

36

HHCTHTYUHjaMa H3 HHOCTPaHCTBa H )JOIIpHHeO YHaIIpel)effiY Mel)YHapO)JHe Ha)me

CapMffie MaTHqHe HHCTHTYUHje

IJeHenH HayqHH )JOIIPHHOC KaH)JH)JaTa H KpHTepHjYMe Y ITpaBHJIHHKY 0 IIOCTynKY

H HaqHHY Bpe)JHOBaffia HayqHOHCTPaJKHBaqKHX pe3YJITaTa MHHHCTapCTBa HaYKe

KOMHcHja IIpe)JJIa)Ke HayqHOM Beny HHcTHTYTa 3a MYJITH)JHCUHIIJIHHapHa HCTpa)KHBaIha

)Ja IIpHXBaTH oBaj pecpepaT H U3a6epe Op HGana Japuha Y HayqHO 3Baffie GUmU naY1lHU capaOnUK

BeorpM2622013

KOMHCHJA

R~~l~ ttWlt~ 1 )JP MHpjaHa JIeHxap)JT

HayqHH caBeTHHK

HHCTHTYT 3a MYJITH)JHCUHIIJIHHapHa

HCTPa)KHBaffia

HHcTHTYT 3a 6HOJIOiliKa HCTpa)KHBaIha

CHHHilia CTaHKoBHn

CL_ (f- J_ 2 ~3o~aHra~ BHIIIH HayqHH capa)JHHK

HHCTHTYT 3a MYJITH)JHcUHIIJIHHapHa

HCTpa)KHBaffia

3 )JP AJIeKcaH)Jap Karray3H

HayqHH caBeTHHK

HHcTHTYT 3a MYlITH)JHC[(HIIlIHHapHa

HCTpa)KHBaIha

37

Y nepHOll) Oll jYHa ll0 oKT06pa 2010 rOllHHe aHra)KOBaH je Oll crpaHe MHHHCTapCTBa 3a )KHBOTHY cperumy H npocTOpHO nnaHHpaIbe Peny6nHKe Cp6Hje Kao crpyqHH KOHcymaHT THMa 3a H3pally HaIJHOHanHe crpaTemje Ollp)KHBOr KopHlIIheampa npHpOllHHX pecypca H ll06apa (KoHcymaHT 3a 6HOllHBep3HTeT reO))HBep3HTeT H npelleOHH llHBep3HTeT) a y nepHOll) Oll HOBeM6pa 2010 ll0 jaHYapa 20l 1 rollHHe Kao crpyqHH KOHcymaHT OpraHH3aIJHje 3a eBponcKY 6e36ellHOCT H CapallIby (OEBS MHcHja 3a Cp6Hjy) 3a H3pall) HaIJHOHanHOr aKIJHOHOr nnaHa 3a HMnneMeHTaIJHjy ApxycKe KOHBeHIJHje Y nepHOlly Oll anpHna ll0 lleIJeM6pa 2012 rOllHHe PYKOBO))HO je npojeKTOM H3pa))e HaIJHOHanHOr MeTaperHcrpa 3a HHcpopMaIJHje 0 )KHBOTHOj CpellHHH CnpOBe))eHOr 0)) crpaHe OEBS MHcHje 3a Cp6Hjy AreHIJHje 3a 3alUTHTY )KHBOTHe CpellHHe H MHHHcTapcTBa eHepreTHKe pmBoja H 3alUTHTe )KHBOTHe Cpe))HHe Peny6nHKe Cp6Hje

Y nepHoll) Oll jaHyapa 2011 ll0 jaHyapa 2012 rOllHHe 60paBHo je Kao nOCTllOKTOpaHT Ha JIaj6HHIJ I1HCTHTYTY 3a eKonorHjy KonHeHHX BO))a H pH6apCTBo (Leibniz-Iristitute of Freshwater Ecology and Inland Fisheries - 1GB) Y EepnHHY rlle je 6HO aHra)KOBaH Ha HCTpa)KHBaIbHMa y OKBHPY npojeKTa Population viability analysis of the European Atlantic sturgeon (Acipenser sturio) and the Atlantic sturgeon (A oxyrinchus) as a tool for the evaluation of their restoration activities in Germany

Y ))OCallalUIbeM pally llp I1BaH JapHh jeyqecTBoBao y peanH3aIJHjH Beher 6poja lloMahHX H HHocrpaHHx HayqHHX npojeKaTa Kao H y pall) Beher 6poja lloMahHX H MeJjYHap0llHHX crpyqHHX H HayqHHx KOHcpepeHIJHja no calla je ny6nHKoBao 31 HayqHH pa)) y HHocrpaHHM H lloMahHM HayqHHM qaCOnHCHMa H MOHorpacpHjaMa Kao H 30 caonlUTeIba Ha MeJjYHapOllHHM HayqHHM CKYnOBHMa

2 JiIffiJIHOrPAltDHJA

21 JiH6JIHOrpafjmja ))0 H360pa y 3Balhe HaylHH eapa))HHK

211 MOHozpaljJclta cmyoujano2JlaeJbe y 1lt1bU3U Mll WlU pao y meMamC1ltOM 36oPHUK) eooehez MeljYHapooHoz 3Hattaja (MI3)

1 Lenhardt M Jaric I Cvijanovic G and Smederevac-Lalic M (2008) The key threats to sturgeons and measures for their protection in the Lower Danube Region In Lagutov V (ed) Rescue ofsturgeon species in the Ural River Basin Springer Science 87-96

M13 1 x 6 6

212 Pao y UCma1ltHymoM MeljYHapooHoM ttaConucy (M22)

2 Lenhardt M Jarie I Kalauzi A and Cvijanovic G (2006) Assessment of extinction risk and reasons for decline in sturgeon Biodiversity and Conservation 15 1967-1976

IF = 1423 (2006) M22 = 1 x 5 = 5

2






IF 0812 (2006) M23 4x3 = 12






3




M33 = 7 x 1 = 7







4










5



M34 = 12 x 05 6



M51 1 x2=2



M71 = 1 x6=6



M72 1 x 3 = 3



6









7


M13=2 x6= 12



M14= 1 x4=4









8





IF = 3026 (2010) M21 = 10 x 8 = 80




IF = 1744 (2011) M22 =2 x5 10


9







IF = 0984 (2009) M23=6x3 = 18



IF = 2300 (2009) M25 = 1 x 15 = 15


10











M33 =4 xl =4




11






M34 = 7 x 05 = 35



M45 = 1 x 15 = 15

12



M53=lxl=1



M13 3 6 18

M14 1 4 4

M21 10 8 80

M22 3 5 15

M23 10 3 30

M25 1 15 15

M33 11 1 11

M34 19 05 95

M45 1 15 15

M51 1 2 2

M53 1 1 1

M71 1 6 6

M72 1 3 3

YKYnHO 1825

13



M13 2 6 12

M14 1 4 4

M21 10 8 80

M22 2 5 10

M23 6 3 18

M25middot -1 15 15

M33 4 1 4

M34 7 05 35

M45 1 15 15

M53 1 1 1

YKynHo 1355


KaTeropHja panoBa


HaYQHH capanHHK


H360pa y 3Balbe


M10+M20+M31+ M32+M33+M41+ M42+M51

40 1295 1615

Mll+M12+M21+ M22+M23+M24+ M31+M32+M41+ M42

28 108 125

YKYllHO 48 1355 1825



OCTBapeHo


14

3 AHAJIH3A PAlJOBA









15






16




17






















18















19














20















21













22















23













24














25














26














27














28













29














30















31







bull (M25)

26

3

29

1

I

6

0

1

0


0

1

9

1

0

0



3

7

5

0

11

0


KpumullKa

(M86)


YKynHo 93 I

19




32














33














34











35











36







BeorpM2622013

KOMHCHJA


HayqHH caBeTHHK


HCTPa)KHBaffia


CHHHilia CTaHKoBHn



HCTpa)KHBaffia


HayqHH caBeTHHK


HCTpa)KHBaIha

37






IF 0812 (2006) M23 4x3 = 12






3




M33 = 7 x 1 = 7







4










5



M34 = 12 x 05 6



M51 1 x2=2



M71 = 1 x6=6



M72 1 x 3 = 3



6









7


M13=2 x6= 12



M14= 1 x4=4









8





IF = 3026 (2010) M21 = 10 x 8 = 80




IF = 1744 (2011) M22 =2 x5 10


9







IF = 0984 (2009) M23=6x3 = 18



IF = 2300 (2009) M25 = 1 x 15 = 15


10











M33 =4 xl =4




11






M34 = 7 x 05 = 35



M45 = 1 x 15 = 15

12



M53=lxl=1



M13 3 6 18

M14 1 4 4

M21 10 8 80

M22 3 5 15

M23 10 3 30

M25 1 15 15

M33 11 1 11

M34 19 05 95

M45 1 15 15

M51 1 2 2

M53 1 1 1

M71 1 6 6

M72 1 3 3

YKYnHO 1825

13



M13 2 6 12

M14 1 4 4

M21 10 8 80

M22 2 5 10

M23 6 3 18

M25middot -1 15 15

M33 4 1 4

M34 7 05 35

M45 1 15 15

M53 1 1 1

YKynHo 1355


KaTeropHja panoBa


HaYQHH capanHHK


H360pa y 3Balbe


M10+M20+M31+ M32+M33+M41+ M42+M51

40 1295 1615

Mll+M12+M21+ M22+M23+M24+ M31+M32+M41+ M42

28 108 125

YKYllHO 48 1355 1825



OCTBapeHo


14

3 AHAJIH3A PAlJOBA









15






16




17






















18















19














20















21













22















23













24














25














26














27














28













29














30















31







bull (M25)

26

3

29

1

I

6

0

1

0


0

1

9

1

0

0



3

7

5

0

11

0


KpumullKa

(M86)


YKynHo 93 I

19




32














33














34











35











36







BeorpM2622013

KOMHCHJA


HayqHH caBeTHHK


HCTPa)KHBaffia


CHHHilia CTaHKoBHn



HCTpa)KHBaffia


HayqHH caBeTHHK


HCTpa)KHBaIha

37




M33 = 7 x 1 = 7







4










5



M34 = 12 x 05 6



M51 1 x2=2



M71 = 1 x6=6



M72 1 x 3 = 3



6









7


M13=2 x6= 12



M14= 1 x4=4









8





IF = 3026 (2010) M21 = 10 x 8 = 80




IF = 1744 (2011) M22 =2 x5 10


9







IF = 0984 (2009) M23=6x3 = 18



IF = 2300 (2009) M25 = 1 x 15 = 15


10











M33 =4 xl =4




11






M34 = 7 x 05 = 35



M45 = 1 x 15 = 15

12



M53=lxl=1



M13 3 6 18

M14 1 4 4

M21 10 8 80

M22 3 5 15

M23 10 3 30

M25 1 15 15

M33 11 1 11

M34 19 05 95

M45 1 15 15

M51 1 2 2

M53 1 1 1

M71 1 6 6

M72 1 3 3

YKYnHO 1825

13



M13 2 6 12

M14 1 4 4

M21 10 8 80

M22 2 5 10

M23 6 3 18

M25middot -1 15 15

M33 4 1 4

M34 7 05 35

M45 1 15 15

M53 1 1 1

YKynHo 1355


KaTeropHja panoBa


HaYQHH capanHHK


H360pa y 3Balbe


M10+M20+M31+ M32+M33+M41+ M42+M51

40 1295 1615

Mll+M12+M21+ M22+M23+M24+ M31+M32+M41+ M42

28 108 125

YKYllHO 48 1355 1825



OCTBapeHo


14

3 AHAJIH3A PAlJOBA









15






16




17






















18















19














20















21













22















23













24














25














26














27














28













29














30















31







bull (M25)

26

3

29

1

I

6

0

1

0


0

1

9

1

0

0



3

7

5

0

11

0


KpumullKa

(M86)


YKynHo 93 I

19




32














33














34











35











36







BeorpM2622013

KOMHCHJA


HayqHH caBeTHHK


HCTPa)KHBaffia


CHHHilia CTaHKoBHn



HCTpa)KHBaffia


HayqHH caBeTHHK


HCTpa)KHBaIha

37










5



M34 = 12 x 05 6



M51 1 x2=2



M71 = 1 x6=6



M72 1 x 3 = 3



6









7


M13=2 x6= 12



M14= 1 x4=4









8





IF = 3026 (2010) M21 = 10 x 8 = 80




IF = 1744 (2011) M22 =2 x5 10


9







IF = 0984 (2009) M23=6x3 = 18



IF = 2300 (2009) M25 = 1 x 15 = 15


10











M33 =4 xl =4




11






M34 = 7 x 05 = 35



M45 = 1 x 15 = 15

12



M53=lxl=1



M13 3 6 18

M14 1 4 4

M21 10 8 80

M22 3 5 15

M23 10 3 30

M25 1 15 15

M33 11 1 11

M34 19 05 95

M45 1 15 15

M51 1 2 2

M53 1 1 1

M71 1 6 6

M72 1 3 3

YKYnHO 1825

13



M13 2 6 12

M14 1 4 4

M21 10 8 80

M22 2 5 10

M23 6 3 18

M25middot -1 15 15

M33 4 1 4

M34 7 05 35

M45 1 15 15

M53 1 1 1

YKynHo 1355


KaTeropHja panoBa


HaYQHH capanHHK


H360pa y 3Balbe


M10+M20+M31+ M32+M33+M41+ M42+M51

40 1295 1615

Mll+M12+M21+ M22+M23+M24+ M31+M32+M41+ M42

28 108 125

YKYllHO 48 1355 1825



OCTBapeHo


14

3 AHAJIH3A PAlJOBA









15






16




17






















18















19














20















21













22















23













24














25














26














27














28













29














30















31







bull (M25)

26

3

29

1

I

6

0

1

0


0

1

9

1

0

0



3

7

5

0

11

0


KpumullKa

(M86)


YKynHo 93 I

19




32














33














34











35











36







BeorpM2622013

KOMHCHJA


HayqHH caBeTHHK


HCTPa)KHBaffia


CHHHilia CTaHKoBHn



HCTpa)KHBaffia


HayqHH caBeTHHK


HCTpa)KHBaIha

37



M34 = 12 x 05 6



M51 1 x2=2



M71 = 1 x6=6



M72 1 x 3 = 3



6









7


M13=2 x6= 12



M14= 1 x4=4









8





IF = 3026 (2010) M21 = 10 x 8 = 80




IF = 1744 (2011) M22 =2 x5 10


9







IF = 0984 (2009) M23=6x3 = 18



IF = 2300 (2009) M25 = 1 x 15 = 15


10











M33 =4 xl =4




11






M34 = 7 x 05 = 35



M45 = 1 x 15 = 15

12



M53=lxl=1



M13 3 6 18

M14 1 4 4

M21 10 8 80

M22 3 5 15

M23 10 3 30

M25 1 15 15

M33 11 1 11

M34 19 05 95

M45 1 15 15

M51 1 2 2

M53 1 1 1

M71 1 6 6

M72 1 3 3

YKYnHO 1825

13



M13 2 6 12

M14 1 4 4

M21 10 8 80

M22 2 5 10

M23 6 3 18

M25middot -1 15 15

M33 4 1 4

M34 7 05 35

M45 1 15 15

M53 1 1 1

YKynHo 1355


KaTeropHja panoBa


HaYQHH capanHHK


H360pa y 3Balbe


M10+M20+M31+ M32+M33+M41+ M42+M51

40 1295 1615

Mll+M12+M21+ M22+M23+M24+ M31+M32+M41+ M42

28 108 125

YKYllHO 48 1355 1825



OCTBapeHo


14

3 AHAJIH3A PAlJOBA









15






16




17






















18















19














20















21













22















23













24














25














26














27














28













29














30















31







bull (M25)

26

3

29

1

I

6

0

1

0


0

1

9

1

0

0



3

7

5

0

11

0


KpumullKa

(M86)


YKynHo 93 I

19




32














33














34











35











36







BeorpM2622013

KOMHCHJA


HayqHH caBeTHHK


HCTPa)KHBaffia


CHHHilia CTaHKoBHn



HCTpa)KHBaffia


HayqHH caBeTHHK


HCTpa)KHBaIha

37









7


M13=2 x6= 12



M14= 1 x4=4









8





IF = 3026 (2010) M21 = 10 x 8 = 80




IF = 1744 (2011) M22 =2 x5 10


9







IF = 0984 (2009) M23=6x3 = 18



IF = 2300 (2009) M25 = 1 x 15 = 15


10











M33 =4 xl =4




11






M34 = 7 x 05 = 35



M45 = 1 x 15 = 15

12



M53=lxl=1



M13 3 6 18

M14 1 4 4

M21 10 8 80

M22 3 5 15

M23 10 3 30

M25 1 15 15

M33 11 1 11

M34 19 05 95

M45 1 15 15

M51 1 2 2

M53 1 1 1

M71 1 6 6

M72 1 3 3

YKYnHO 1825

13



M13 2 6 12

M14 1 4 4

M21 10 8 80

M22 2 5 10

M23 6 3 18

M25middot -1 15 15

M33 4 1 4

M34 7 05 35

M45 1 15 15

M53 1 1 1

YKynHo 1355


KaTeropHja panoBa


HaYQHH capanHHK


H360pa y 3Balbe


M10+M20+M31+ M32+M33+M41+ M42+M51

40 1295 1615

Mll+M12+M21+ M22+M23+M24+ M31+M32+M41+ M42

28 108 125

YKYllHO 48 1355 1825



OCTBapeHo


14

3 AHAJIH3A PAlJOBA









15






16




17






















18















19














20















21













22















23













24














25














26














27














28













29














30















31







bull (M25)

26

3

29

1

I

6

0

1

0


0

1

9

1

0

0



3

7

5

0

11

0


KpumullKa

(M86)


YKynHo 93 I

19




32














33














34











35











36







BeorpM2622013

KOMHCHJA


HayqHH caBeTHHK


HCTPa)KHBaffia


CHHHilia CTaHKoBHn



HCTpa)KHBaffia


HayqHH caBeTHHK


HCTpa)KHBaIha

37


M13=2 x6= 12



M14= 1 x4=4









8





IF = 3026 (2010) M21 = 10 x 8 = 80




IF = 1744 (2011) M22 =2 x5 10


9







IF = 0984 (2009) M23=6x3 = 18



IF = 2300 (2009) M25 = 1 x 15 = 15


10











M33 =4 xl =4




11






M34 = 7 x 05 = 35



M45 = 1 x 15 = 15

12



M53=lxl=1



M13 3 6 18

M14 1 4 4

M21 10 8 80

M22 3 5 15

M23 10 3 30

M25 1 15 15

M33 11 1 11

M34 19 05 95

M45 1 15 15

M51 1 2 2

M53 1 1 1

M71 1 6 6

M72 1 3 3

YKYnHO 1825

13



M13 2 6 12

M14 1 4 4

M21 10 8 80

M22 2 5 10

M23 6 3 18

M25middot -1 15 15

M33 4 1 4

M34 7 05 35

M45 1 15 15

M53 1 1 1

YKynHo 1355


KaTeropHja panoBa


HaYQHH capanHHK


H360pa y 3Balbe


M10+M20+M31+ M32+M33+M41+ M42+M51

40 1295 1615

Mll+M12+M21+ M22+M23+M24+ M31+M32+M41+ M42

28 108 125

YKYllHO 48 1355 1825



OCTBapeHo


14

3 AHAJIH3A PAlJOBA









15






16




17






















18















19














20















21













22















23













24














25














26














27














28













29














30















31







bull (M25)

26

3

29

1

I

6

0

1

0


0

1

9

1

0

0



3

7

5

0

11

0


KpumullKa

(M86)


YKynHo 93 I

19




32














33














34











35











36







BeorpM2622013

KOMHCHJA


HayqHH caBeTHHK


HCTPa)KHBaffia


CHHHilia CTaHKoBHn



HCTpa)KHBaffia


HayqHH caBeTHHK


HCTpa)KHBaIha

37





IF = 3026 (2010) M21 = 10 x 8 = 80




IF = 1744 (2011) M22 =2 x5 10


9







IF = 0984 (2009) M23=6x3 = 18



IF = 2300 (2009) M25 = 1 x 15 = 15


10











M33 =4 xl =4




11






M34 = 7 x 05 = 35



M45 = 1 x 15 = 15

12



M53=lxl=1



M13 3 6 18

M14 1 4 4

M21 10 8 80

M22 3 5 15

M23 10 3 30

M25 1 15 15

M33 11 1 11

M34 19 05 95

M45 1 15 15

M51 1 2 2

M53 1 1 1

M71 1 6 6

M72 1 3 3

YKYnHO 1825

13



M13 2 6 12

M14 1 4 4

M21 10 8 80

M22 2 5 10

M23 6 3 18

M25middot -1 15 15

M33 4 1 4

M34 7 05 35

M45 1 15 15

M53 1 1 1

YKynHo 1355


KaTeropHja panoBa


HaYQHH capanHHK


H360pa y 3Balbe


M10+M20+M31+ M32+M33+M41+ M42+M51

40 1295 1615

Mll+M12+M21+ M22+M23+M24+ M31+M32+M41+ M42

28 108 125

YKYllHO 48 1355 1825



OCTBapeHo


14

3 AHAJIH3A PAlJOBA









15






16




17






















18















19














20















21













22















23













24














25














26














27














28













29














30















31







bull (M25)

26

3

29

1

I

6

0

1

0


0

1

9

1

0

0



3

7

5

0

11

0


KpumullKa

(M86)


YKynHo 93 I

19




32














33














34











35











36







BeorpM2622013

KOMHCHJA


HayqHH caBeTHHK


HCTPa)KHBaffia


CHHHilia CTaHKoBHn



HCTpa)KHBaffia


HayqHH caBeTHHK


HCTpa)KHBaIha

37







IF = 0984 (2009) M23=6x3 = 18



IF = 2300 (2009) M25 = 1 x 15 = 15


10











M33 =4 xl =4




11






M34 = 7 x 05 = 35



M45 = 1 x 15 = 15

12



M53=lxl=1



M13 3 6 18

M14 1 4 4

M21 10 8 80

M22 3 5 15

M23 10 3 30

M25 1 15 15

M33 11 1 11

M34 19 05 95

M45 1 15 15

M51 1 2 2

M53 1 1 1

M71 1 6 6

M72 1 3 3

YKYnHO 1825

13



M13 2 6 12

M14 1 4 4

M21 10 8 80

M22 2 5 10

M23 6 3 18

M25middot -1 15 15

M33 4 1 4

M34 7 05 35

M45 1 15 15

M53 1 1 1

YKynHo 1355


KaTeropHja panoBa


HaYQHH capanHHK


H360pa y 3Balbe


M10+M20+M31+ M32+M33+M41+ M42+M51

40 1295 1615

Mll+M12+M21+ M22+M23+M24+ M31+M32+M41+ M42

28 108 125

YKYllHO 48 1355 1825



OCTBapeHo


14

3 AHAJIH3A PAlJOBA









15






16




17






















18















19














20















21













22















23













24














25














26














27














28













29














30















31







bull (M25)

26

3

29

1

I

6

0

1

0


0

1

9

1

0

0



3

7

5

0

11

0


KpumullKa

(M86)


YKynHo 93 I

19




32














33














34











35











36







BeorpM2622013

KOMHCHJA


HayqHH caBeTHHK


HCTPa)KHBaffia


CHHHilia CTaHKoBHn



HCTpa)KHBaffia


HayqHH caBeTHHK


HCTpa)KHBaIha

37











M33 =4 xl =4




11






M34 = 7 x 05 = 35



M45 = 1 x 15 = 15

12



M53=lxl=1



M13 3 6 18

M14 1 4 4

M21 10 8 80

M22 3 5 15

M23 10 3 30

M25 1 15 15

M33 11 1 11

M34 19 05 95

M45 1 15 15

M51 1 2 2

M53 1 1 1

M71 1 6 6

M72 1 3 3

YKYnHO 1825

13



M13 2 6 12

M14 1 4 4

M21 10 8 80

M22 2 5 10

M23 6 3 18

M25middot -1 15 15

M33 4 1 4

M34 7 05 35

M45 1 15 15

M53 1 1 1

YKynHo 1355


KaTeropHja panoBa


HaYQHH capanHHK


H360pa y 3Balbe


M10+M20+M31+ M32+M33+M41+ M42+M51

40 1295 1615

Mll+M12+M21+ M22+M23+M24+ M31+M32+M41+ M42

28 108 125

YKYllHO 48 1355 1825



OCTBapeHo


14

3 AHAJIH3A PAlJOBA









15






16




17






















18















19














20















21













22















23













24














25














26














27














28













29














30















31







bull (M25)

26

3

29

1

I

6

0

1

0


0

1

9

1

0

0



3

7

5

0

11

0


KpumullKa

(M86)


YKynHo 93 I

19




32














33














34











35











36







BeorpM2622013

KOMHCHJA


HayqHH caBeTHHK


HCTPa)KHBaffia


CHHHilia CTaHKoBHn



HCTpa)KHBaffia


HayqHH caBeTHHK


HCTpa)KHBaIha

37






M34 = 7 x 05 = 35



M45 = 1 x 15 = 15

12



M53=lxl=1



M13 3 6 18

M14 1 4 4

M21 10 8 80

M22 3 5 15

M23 10 3 30

M25 1 15 15

M33 11 1 11

M34 19 05 95

M45 1 15 15

M51 1 2 2

M53 1 1 1

M71 1 6 6

M72 1 3 3

YKYnHO 1825

13



M13 2 6 12

M14 1 4 4

M21 10 8 80

M22 2 5 10

M23 6 3 18

M25middot -1 15 15

M33 4 1 4

M34 7 05 35

M45 1 15 15

M53 1 1 1

YKynHo 1355


KaTeropHja panoBa


HaYQHH capanHHK


H360pa y 3Balbe


M10+M20+M31+ M32+M33+M41+ M42+M51

40 1295 1615

Mll+M12+M21+ M22+M23+M24+ M31+M32+M41+ M42

28 108 125

YKYllHO 48 1355 1825



OCTBapeHo


14

3 AHAJIH3A PAlJOBA









15






16




17






















18















19














20















21













22















23













24














25














26














27














28













29














30















31







bull (M25)

26

3

29

1

I

6

0

1

0


0

1

9

1

0

0



3

7

5

0

11

0


KpumullKa

(M86)


YKynHo 93 I

19




32














33














34











35











36







BeorpM2622013

KOMHCHJA


HayqHH caBeTHHK


HCTPa)KHBaffia


CHHHilia CTaHKoBHn



HCTpa)KHBaffia


HayqHH caBeTHHK


HCTpa)KHBaIha

37



M53=lxl=1



M13 3 6 18

M14 1 4 4

M21 10 8 80

M22 3 5 15

M23 10 3 30

M25 1 15 15

M33 11 1 11

M34 19 05 95

M45 1 15 15

M51 1 2 2

M53 1 1 1

M71 1 6 6

M72 1 3 3

YKYnHO 1825

13



M13 2 6 12

M14 1 4 4

M21 10 8 80

M22 2 5 10

M23 6 3 18

M25middot -1 15 15

M33 4 1 4

M34 7 05 35

M45 1 15 15

M53 1 1 1

YKynHo 1355


KaTeropHja panoBa


HaYQHH capanHHK


H360pa y 3Balbe


M10+M20+M31+ M32+M33+M41+ M42+M51

40 1295 1615

Mll+M12+M21+ M22+M23+M24+ M31+M32+M41+ M42

28 108 125

YKYllHO 48 1355 1825



OCTBapeHo


14

3 AHAJIH3A PAlJOBA









15






16




17






















18















19














20















21













22















23













24














25














26














27














28













29














30















31







bull (M25)

26

3

29

1

I

6

0

1

0


0

1

9

1

0

0



3

7

5

0

11

0


KpumullKa

(M86)


YKynHo 93 I

19




32














33














34











35











36







BeorpM2622013

KOMHCHJA


HayqHH caBeTHHK


HCTPa)KHBaffia


CHHHilia CTaHKoBHn



HCTpa)KHBaffia


HayqHH caBeTHHK


HCTpa)KHBaIha

37



M13 2 6 12

M14 1 4 4

M21 10 8 80

M22 2 5 10

M23 6 3 18

M25middot -1 15 15

M33 4 1 4

M34 7 05 35

M45 1 15 15

M53 1 1 1

YKynHo 1355


KaTeropHja panoBa


HaYQHH capanHHK


H360pa y 3Balbe


M10+M20+M31+ M32+M33+M41+ M42+M51

40 1295 1615

Mll+M12+M21+ M22+M23+M24+ M31+M32+M41+ M42

28 108 125

YKYllHO 48 1355 1825



OCTBapeHo


14

3 AHAJIH3A PAlJOBA









15






16




17






















18















19














20















21













22















23













24














25














26














27














28













29














30















31







bull (M25)

26

3

29

1

I

6

0

1

0


0

1

9

1

0

0



3

7

5

0

11

0


KpumullKa

(M86)


YKynHo 93 I

19




32














33














34











35











36







BeorpM2622013

KOMHCHJA


HayqHH caBeTHHK


HCTPa)KHBaffia


CHHHilia CTaHKoBHn



HCTpa)KHBaffia


HayqHH caBeTHHK


HCTpa)KHBaIha

37

3 AHAJIH3A PAlJOBA









15






16




17






















18















19














20















21













22















23













24














25














26














27














28













29














30















31







bull (M25)

26

3

29

1

I

6

0

1

0


0

1

9

1

0

0



3

7

5

0

11

0


KpumullKa

(M86)


YKynHo 93 I

19




32














33














34











35











36







BeorpM2622013

KOMHCHJA


HayqHH caBeTHHK


HCTPa)KHBaffia


CHHHilia CTaHKoBHn



HCTpa)KHBaffia


HayqHH caBeTHHK


HCTpa)KHBaIha

37






16




17






















18















19














20















21













22















23













24














25














26














27














28













29














30















31







bull (M25)

26

3

29

1

I

6

0

1

0


0

1

9

1

0

0



3

7

5

0

11

0


KpumullKa

(M86)


YKynHo 93 I

19




32














33














34











35











36







BeorpM2622013

KOMHCHJA


HayqHH caBeTHHK


HCTPa)KHBaffia


CHHHilia CTaHKoBHn



HCTpa)KHBaffia


HayqHH caBeTHHK


HCTpa)KHBaIha

37




17






















18















19














20















21













22















23













24














25














26














27














28













29














30















31







bull (M25)

26

3

29

1

I

6

0

1

0


0

1

9

1

0

0



3

7

5

0

11

0


KpumullKa

(M86)


YKynHo 93 I

19




32














33














34











35











36







BeorpM2622013

KOMHCHJA


HayqHH caBeTHHK


HCTPa)KHBaffia


CHHHilia CTaHKoBHn



HCTpa)KHBaffia


HayqHH caBeTHHK


HCTpa)KHBaIha

37






















18















19














20















21













22















23













24














25














26














27














28













29














30















31







bull (M25)

26

3

29

1

I

6

0

1

0


0

1

9

1

0

0



3

7

5

0

11

0


KpumullKa

(M86)


YKynHo 93 I

19




32














33














34











35











36







BeorpM2622013

KOMHCHJA


HayqHH caBeTHHK


HCTPa)KHBaffia


CHHHilia CTaHKoBHn



HCTpa)KHBaffia


HayqHH caBeTHHK


HCTpa)KHBaIha

37















19














20















21













22















23













24














25














26














27














28













29














30















31







bull (M25)

26

3

29

1

I

6

0

1

0


0

1

9

1

0

0



3

7

5

0

11

0


KpumullKa

(M86)


YKynHo 93 I

19




32














33














34











35











36







BeorpM2622013

KOMHCHJA


HayqHH caBeTHHK


HCTPa)KHBaffia


CHHHilia CTaHKoBHn



HCTpa)KHBaffia


HayqHH caBeTHHK


HCTpa)KHBaIha

37














20















21













22















23













24














25














26














27














28













29














30















31







bull (M25)

26

3

29

1

I

6

0

1

0


0

1

9

1

0

0



3

7

5

0

11

0


KpumullKa

(M86)


YKynHo 93 I

19




32














33














34











35











36







BeorpM2622013

KOMHCHJA


HayqHH caBeTHHK


HCTPa)KHBaffia


CHHHilia CTaHKoBHn



HCTpa)KHBaffia


HayqHH caBeTHHK


HCTpa)KHBaIha

37















21













22















23













24














25














26














27














28













29














30















31







bull (M25)

26

3

29

1

I

6

0

1

0


0

1

9

1

0

0



3

7

5

0

11

0


KpumullKa

(M86)


YKynHo 93 I

19




32














33














34











35











36







BeorpM2622013

KOMHCHJA


HayqHH caBeTHHK


HCTPa)KHBaffia


CHHHilia CTaHKoBHn



HCTpa)KHBaffia


HayqHH caBeTHHK


HCTpa)KHBaIha

37













22















23













24














25














26














27














28













29














30















31







bull (M25)

26

3

29

1

I

6

0

1

0


0

1

9

1

0

0



3

7

5

0

11

0


KpumullKa

(M86)


YKynHo 93 I

19




32














33














34











35











36







BeorpM2622013

KOMHCHJA


HayqHH caBeTHHK


HCTPa)KHBaffia


CHHHilia CTaHKoBHn



HCTpa)KHBaffia


HayqHH caBeTHHK


HCTpa)KHBaIha

37















23













24














25














26














27














28













29














30















31







bull (M25)

26

3

29

1

I

6

0

1

0


0

1

9

1

0

0



3

7

5

0

11

0


KpumullKa

(M86)


YKynHo 93 I

19




32














33














34











35











36







BeorpM2622013

KOMHCHJA


HayqHH caBeTHHK


HCTPa)KHBaffia


CHHHilia CTaHKoBHn



HCTpa)KHBaffia


HayqHH caBeTHHK


HCTpa)KHBaIha

37













24














25














26














27














28













29














30















31







bull (M25)

26

3

29

1

I

6

0

1

0


0

1

9

1

0

0



3

7

5

0

11

0


KpumullKa

(M86)


YKynHo 93 I

19




32














33














34











35











36







BeorpM2622013

KOMHCHJA


HayqHH caBeTHHK


HCTPa)KHBaffia


CHHHilia CTaHKoBHn



HCTpa)KHBaffia


HayqHH caBeTHHK


HCTpa)KHBaIha

37














25














26














27














28













29














30















31







bull (M25)

26

3

29

1

I

6

0

1

0


0

1

9

1

0

0



3

7

5

0

11

0


KpumullKa

(M86)


YKynHo 93 I

19




32














33














34











35











36







BeorpM2622013

KOMHCHJA


HayqHH caBeTHHK


HCTPa)KHBaffia


CHHHilia CTaHKoBHn



HCTpa)KHBaffia


HayqHH caBeTHHK


HCTpa)KHBaIha

37














26














27














28













29














30















31







bull (M25)

26

3

29

1

I

6

0

1

0


0

1

9

1

0

0



3

7

5

0

11

0


KpumullKa

(M86)


YKynHo 93 I

19




32














33














34











35











36







BeorpM2622013

KOMHCHJA


HayqHH caBeTHHK


HCTPa)KHBaffia


CHHHilia CTaHKoBHn



HCTpa)KHBaffia


HayqHH caBeTHHK


HCTpa)KHBaIha

37














27














28













29














30















31







bull (M25)

26

3

29

1

I

6

0

1

0


0

1

9

1

0

0



3

7

5

0

11

0


KpumullKa

(M86)


YKynHo 93 I

19




32














33














34











35











36







BeorpM2622013

KOMHCHJA


HayqHH caBeTHHK


HCTPa)KHBaffia


CHHHilia CTaHKoBHn



HCTpa)KHBaffia


HayqHH caBeTHHK


HCTpa)KHBaIha

37














28













29














30















31







bull (M25)

26

3

29

1

I

6

0

1

0


0

1

9

1

0

0



3

7

5

0

11

0


KpumullKa

(M86)


YKynHo 93 I

19




32














33














34











35











36







BeorpM2622013

KOMHCHJA


HayqHH caBeTHHK


HCTPa)KHBaffia


CHHHilia CTaHKoBHn



HCTpa)KHBaffia


HayqHH caBeTHHK


HCTpa)KHBaIha

37













29














30















31







bull (M25)

26

3

29

1

I

6

0

1

0


0

1

9

1

0

0



3

7

5

0

11

0


KpumullKa

(M86)


YKynHo 93 I

19




32














33














34











35











36







BeorpM2622013

KOMHCHJA


HayqHH caBeTHHK


HCTPa)KHBaffia


CHHHilia CTaHKoBHn



HCTpa)KHBaffia


HayqHH caBeTHHK


HCTpa)KHBaIha

37














30















31







bull (M25)

26

3

29

1

I

6

0

1

0


0

1

9

1

0

0



3

7

5

0

11

0


KpumullKa

(M86)


YKynHo 93 I

19




32














33














34











35











36







BeorpM2622013

KOMHCHJA


HayqHH caBeTHHK


HCTPa)KHBaffia


CHHHilia CTaHKoBHn



HCTpa)KHBaffia


HayqHH caBeTHHK


HCTpa)KHBaIha

37















31







bull (M25)

26

3

29

1

I

6

0

1

0


0

1

9

1

0

0



3

7

5

0

11

0


KpumullKa

(M86)


YKynHo 93 I

19




32














33














34











35











36







BeorpM2622013

KOMHCHJA


HayqHH caBeTHHK


HCTPa)KHBaffia


CHHHilia CTaHKoBHn



HCTpa)KHBaffia


HayqHH caBeTHHK


HCTpa)KHBaIha

37







bull (M25)

26

3

29

1

I

6

0

1

0


0

1

9

1

0

0



3

7

5

0

11

0


KpumullKa

(M86)


YKynHo 93 I

19




32














33














34











35











36







BeorpM2622013

KOMHCHJA


HayqHH caBeTHHK


HCTPa)KHBaffia


CHHHilia CTaHKoBHn



HCTpa)KHBaffia


HayqHH caBeTHHK


HCTpa)KHBaIha

37














33














34











35











36







BeorpM2622013

KOMHCHJA


HayqHH caBeTHHK


HCTPa)KHBaffia


CHHHilia CTaHKoBHn



HCTpa)KHBaffia


HayqHH caBeTHHK


HCTpa)KHBaIha

37














34











35











36







BeorpM2622013

KOMHCHJA


HayqHH caBeTHHK


HCTPa)KHBaffia


CHHHilia CTaHKoBHn



HCTpa)KHBaffia


HayqHH caBeTHHK


HCTpa)KHBaIha

37











35











36







BeorpM2622013

KOMHCHJA


HayqHH caBeTHHK


HCTPa)KHBaffia


CHHHilia CTaHKoBHn



HCTpa)KHBaffia


HayqHH caBeTHHK


HCTpa)KHBaIha

37











36







BeorpM2622013

KOMHCHJA


HayqHH caBeTHHK


HCTPa)KHBaffia


CHHHilia CTaHKoBHn



HCTpa)KHBaffia


HayqHH caBeTHHK


HCTpa)KHBaIha

37







BeorpM2622013

KOMHCHJA


HayqHH caBeTHHK


HCTPa)KHBaffia


CHHHilia CTaHKoBHn



HCTpa)KHBaffia


HayqHH caBeTHHK


HCTpa)KHBaIha

37

~~u ivan... · npomehe h akymyjlauhja teillkhx metajia y ... of their restoration activities in...

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