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Jadar Block Terrane) and Its Relation to Tectonic Structures

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GEOLO[KI ANALI BALKANSKOGA POLUOSTRVA 66 (2004–2005) 17–20 BEOGRAD, decembar 2005 ANNALES GÉOLOGIQUES DE LA PÉNINSULE BALKANIQUE BELGRADE, December 2005 Spatial distribution of geological resources in northwestern Serbia (Jadar block terrane) and its relation to tectonic structures IVAN FILIPOVI] Abstract. This work presents new information about the interconnection between diverse geological resources and tectonic structures framing the Jadar block terrane. Deep fault zones are found to have been principal bear- ers of geothermal, thermomineral and metallic ore resources. Increased bitumen and hydrocarbon concentrations in pre-Tertiary deposits, which may be potential oil/gas zones, are also associated with these areas. Key words: Boundary deep fault zones, geological resources, northwestern Serbia. Apstrakt. U radu su prikazana nova saznawa o me|usobnoj povezanosti raznovrsnog spektra geolo{kih resursa i tektonskih struktura koje uokviruju Jadarski blok teran. Konstatovano je da su dubinske razlomne zone glavni nosioci geotermalnog, termomineralnog i metali~nog potencijala, kao i da su za wih u pretercijarnim sedimentima, vezane pove}ane koncentracije bitumena i ugqovodonika pa, u odre|enim prostorima, mogu biti potencijalne naftno-gasne zone. Kqu~ne re~i: grani~ne dubinske razlomne zone, geolo{ki resursi, geotermalni i naftno-gasni potencijali, severozapadna Srbija. Introduction vant characteristics given in the generally accepted def- inition of a terrane (KEPPIE & DALLAMEYER, 1990). It New geodynamic ideas on the plate tectonics and is an exotic block of the Earth’s crust which, like the terranes initiated among national geologists enable fun- Bükkium terrane in Hungary, is highly correlative with damentally different interpretations of the spatial distri- the Dinaride-South Alpine belt. bution of geological resources in northwestern Serbia It differs only in its present geological environment. (FILIPOVI] et al., 1996). First knowledge about the The major characteristics of the Jadar block terrane, interconnection of deep boundary fault structures and which derived from Gondwana, are the following: 1. La- diverse geological resources was based on a long sur- te Variscan molasse with fusulinids; 2. Middle Permian face oil-geological study of pre-Tertiary formations in evaporites; 3. Upper Permian limestones bearing Cauca- western Serbia (A[ANIN et al., 1998). Consistent surface sian-Indo-Armenian brachiopods; 4. Extinction of the sampling and organo-geochemical analyses indicated abundant Upper Permian organic life at the Permi- that pre-Tertiary rocks occur as country rocks only in an/Triassic boundary; 5. Ooids in the Lower Triassic; and the zones of deep boundary faults along which differ- 6. Intracontinental rifting magmatism in the Ladinian. ent geotectonic units are converging. An illustrative Marked features of the geotectonic units adjacent to example is the Jadar block terrane. In this paper, its the Jadar block terrane are the following: 1. Cambri- relevant characteristics are described in order to explain the interrelation of different geological resources and an/Ordovician metamorphic rocks: 2. Lower Carbonife- boundary tectonic structures with particular reference to rous pre-flysch deposits; 3. A long regressive stage in potential energy resources in some areas. the late Paleozoic; 4. Lower Triassic red continental beds; and 5. Jurassic ophiolite complexes. The above major characteristics of the Jadar block ter- Major characteristics of the Jadar block rane and the geotectonic units adjacent to the terrane terrane and the boundary tectonic structures suggest the followings: all formations characterizing the Jadar block terrane are lacking in the surrounding areas, The Jadar tectono-stratigraphic unit has all the rele- and, vice versa, not a single mentioned characteristic of “Gemini” Geological Institute, Karadjordjeva 48, 11000 Belgrade, Serbia & Montenegro. E-mail: [email protected] 18 IVAN FILIPOVI] the Vardar Zone or the Drina-Ivanjica element is recog- 2. The southwestern boundary consists of a long, very nized in the Jadar terrane. The boundaries of the Jadar narrow belt of a ophiolite melange that can be traced terrane, which were proved in the uncovered profiles to from the Boranja granodiorite massif to Jagodnja, to the be tectonic, are based on the mentioned pattern model. southwestern slopes of the Sokolska Planina Mt., to Ti- The Jadar terrane is bounded by deep fault zones and sovik and Bobija. This repeatedly reduced ophiolite com- tectonic melanges with which diverse geological resour- plex is at present a typical tectonic melange which was ces are associated: geothermal and thermomineral waters, produced during the Jadar block sliding. According to metallic ores (Pb-Zn, As, Au, Cu, Sb), country rocks ]IRI] (1996), it is the large fault zone of Azbukovica having oil-bearing properties and epicenters of registered which “could have been formed by faulting and differ- earthquakes (Fig. 1). Tectonic structures - deep seated ential block movements, including rock crushing and faults and tectonic melanges – are geologically well mixing over the entire fault zone”. The western part of marked and exposed for direct observation in the south- the Azbukovica Zone is described by RADOI^I] (1977) ern half of the Jadar tectono-stratigraphic unit. Unlike as “a chaotic formation of Rujevac and Veliki Majdan” these, the boundary faults are covered by thick Neogene in which rocks of diverse geological ages were “mecha- deposits in the northern half of the unit, as inferred from nically” mixed (Paleozoic, Triassic, Jurassic, and epochs drilling data. Thus, the drilled Triassic limestone aquifers of the Cretaceous from the Malm/Neocomian conclusive belong to the Jadar terrane, and the drilled ophiolite, with the Lower Senonian). The most instructive profiles north of the Sava, to the Vardar Zone. The major char- of the melange were formed in the Rujevac area, which acteristics of the boundary structures are the following: show the crushed groundmass of dominantly basic rocks 1. The western boundary of the Jadar block terrane is that include clasts and blocks of various sizes, diverse marked by the thermomineral springs of Banja Kovilja~a lithology and stratigraphy. Associated with the tectonic and Radaljska Banja. Further to the SSE, the Boranja melange of Azbukovica are the deposits of Rujevac (Sb- granodiorite intrusion and contact-metamorphic aureoles Pb-Zn-As), Postenje and Tisovik (Pb), Eri}i and Skakav- are obviously associated with the boundary fault zone. ci (Cu), and Crvena Stena (Sb). Spatial distribution of geological resources in northwestern Serbia 19 3. The southern boundary runs along the northern tered earthquakes (8° MCS, Krupanj, 1905; 8° MCS, slopes of the Medvednik, Jablanik and Povlen Mts., the Mionica, 1998; 9° MCS, Lazarevac, 1992). Zabava, Kr~marska and Pa{tri} valleys to Vrujci spa. This boundary is marked also by an ophiolite melange, with which the Rebelj and Krsti} copper deposits, the Conclusion Vujinova~a and Brezovica antimony deposits, the Vrujci thermomineral springs, and country rock near Po}uta and Based on this new research data, it can be conclud- Podbukovo are associated. The ophiolite complex is ed that most of the geological resources of northwest- much wider than the Azbukovica belt, and is character- ern Serbia are associated with the faults bounding the ized by the presence of a tectonic melange only in the Jadar block terrane, which explains the distribution pat- contact zone with the Jadar block, which refutes the tern of the geological resources (thermal and ther- statement that the melange is of sedimentary derivation momineral waters and metallic ores) and oil-bearing (DIMITRIJEVI] & DIMITRIJEVI], 1973). The information of rocks. It also enables the location of new deposits. particular importance concerning the tectonic melange is Economic concentrations of hydrocarbons may be (1) A Lower Permian dkm/size block containing fusuli- expected only in deep depressions under impermeable nids at Podbukovo and (2) the epicenter of a recent rocks, bounded by fluid-permeable deep-seated faults. earthquake in the Krm~ar-Pa{tri} area. Further eastwards, Resources of this kind can be expected to be found in the boundary fault trace is indicated by the thermo- the Ka~er depression and in the Neogene valleys of the mineral springs of Ljig and by numerous occurrences of Kolubara, Ma~va, and Semberija. oil-source country rock. The extreme eastern boundary is The hydrothermal resources in Ma~va and Posavo- marked by Bukulja granitoid, and the northwestern by Tamnava are the largest in the southern part of the antimony minerals at Trbu{nica and Devonian/Carboni- Pannonian basin. According to this model, the existing ferous rocks of oil-bearing properties in Kru{evica. reserves may increase toward the boundary faults. More- 4. The deep seated boundary faults in the northern over, thermomineral water may also be expected, and half of the terrane are marked by thermal springs at even oil deposits, in some tectonic structures. Posavo-Tamnava, Ma~va, and Semberija in the Jadar block, near the boundary faults which separate this tectono-stratigraphic unit from the Vardar Zone. References A[ANIN, P., FILIPOVI], I., JOVANOVI], D., JOVAN^I]EVI], D. & Discussion VITOROVI], D., 1998. Results of geological and organic – geochemical investigations of western Serbia, [umadija The purpose of this work was is to develop a model and Kosmet. Vesnik Zavoda za geolo{ka i geofizi~ka istra- of the
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    Rudarsko-geološko-naftni zbornik Vol. 18 str. 43-61 Zagreb, 2006. UDC 551.7:552.18 Original scientific paper UDK 551.7:552.18 Originalni znanstveni rad Language/Jezik: English/Engleski GEOLOGY AND METALLOGENY OF THE DRINA-IVANJICA METAMORPHIC COMPLEX IN EASTERN BOSNIA – WESTERN SERBIA IVAN JURKOVIĆ University of Zagreb, Faculty of Mining, Geology and Petroleum Engineering Pierottijeva 6, 10000 Zagreb, Croatia Key words: eastern Bosnia, western Serbia, Drina-Ivanjica Formation, Ključne riječi: istočna Bosna, zapadna Srbija, Drina-Ivanjica formacija, Neo-Proterozoic, Paleozoic, iron ore deposits, age and genetic types neoproterozoik, paleozoik, ležišta željeza, starost i genetski tip Abstract Sažetak This paper gives a critical review of all relevant, published works on U radu je dat kritički osvrt na sve relevantne publicirane radove the stratigraphy, tectonics, magmatism, metamorphism and metallogeny o stratigrafiji, tektonici, magmatizmu, metamorfizmu i metalogeniji of the metamorphic complex of the Drina-Ivanjica Formation in eastern metamorfnog kompleksa Drina-Ivanjica formacije u području istočne Bosnia-western Serbia. Special attention was paid to all unresolved or Bosne-zapadne Srbije. Posebna pažnja je usmjerena na sve neriješene controversial issues in geology and metallogeny of this area. The basic ili dvojbene probleme u geologiji i metalogeniji tog područja. Osnovni controversial geological problem is the question whether the Drina- dvojbeni geološki problem je pitanje da li Drina-Ivanjica formacija Ivanjica Formation ends with the Drina Phyllitoid Formation of Upper završava s filitoidnom Drina formacijom iz razdoblja gornjeg Cambrian-Lower Carboniferous age, or underneath it discordantly lies kambrija-donjeg karbona ili ispod nje diskordantno leži željezonosna an older iron-bearing volcanogenic-sedimentary formation of Lower vulkanogeno-sedimentna formacija iz donjeg kambrija-vendija.
  • New Radiolarian Data from the Jurassic Ophiolitic Mélange of Avala Mountain 237

    New Radiolarian Data from the Jurassic Ophiolitic Mélange of Avala Mountain 237

    Swiss Journal of Geosciences (2019) 112:235–249 https://doi.org/10.1007/s00015-018-0313-8 (0123456789().,-volV)(0123456789().,-volV) New radiolarian data from the Jurassic ophiolitic me´lange of Avala Mountain (Serbia, Belgrade Region) 1 1 2 2 3 Nikita Bragin • Liubov Bragina • Natasˇa Gerzina Spajic´ • Nevenka Djeric´ • Stefan M. Schmid Received: 28 February 2018 / Accepted: 6 June 2018 / Published online: 27 June 2018 Ó Swiss Geological Society 2018 Abstract An ophiolitic me´lange of Avala Mountain located south of Belgrade was studied to obtain age data from blocks of radiolarian cherts and to enable better understanding of age and nature of this me´lange. The studied area is located south of Avala Mt. and its geotectonic position is rather obscure. The obtained data allow us to determine radiolarians from five samples; one is of Late Anisian to Early Ladinian, and four of them are of Middle Jurassic (Late Bathonian–Early Callovian) age. The finding of Triassic as well as Jurassic age radiolarians in one and the same me´lange suggests that this me´lange formed during obduction of the Western Vardar ophiolites. Keywords Radiolaria Á Me´lange Á Triassic Á Jurassic Á Stratigraphy Á Serbia 1 Introduction European (Dacia) or Adriatic (Jadar) affinity, separated from each other by the Sava suture and intermingled with The inner Dinarides of the Balkan Peninsula are charac- remnants of domains of oceanic lithosphere (West Vardar terized by a very complex geology because the area is and East Vardar ophiolites sensu Schmid et al. 2008) located at or near the suture zone between the European whose origins and relationships with the continental blocks and the Adriatic plates.
  • Serbia Mining Sector Diagnostic (MSD) Final Report January 2020

    Serbia Mining Sector Diagnostic (MSD) Final Report January 2020

    Public Disclosure Authorized Serbia Mining Sector Diagnostic (MSD) Public Disclosure Authorized Final Report January 2020 Public Disclosure Authorized Public Disclosure Authorized - 1 - Serbia - Mining Sector Diagnostic (MSD) Final Report (January 2020) Contents I. Executive Summary ........................................................................................................................... - 4 - II. Introduction ...................................................................................................................................... - 6 - III. Serbia’s Mining Sector .................................................................................................................. - 7 - 1. Mining Sector Importance ............................................................................................................ - 7 - 2. Mining Sector Management ....................................................................................................... - 12 - 3. Legal Framework ......................................................................................................................... - 12 - IV. Overview of Results—Dashboard and Implementation Gap ...................................................... - 12 - V. Assessment of Sector Management Framework ............................................................................ - 14 - VI. Performance Along the Extractive Industries Value Chain ......................................................... - 17 - 1. Contracts, Licenses and Exploration