...Fig. 7. Structural – metallogenic sketch map of the Gonzha ore district (Upper Amur area). 1–7 , geological complexes of different ages: 1–4 , stratified: 1 , Neogene – Quaternary terrigenous, 2 , Cretaceous effusive–pyroclastic, 3 , Jurassic terrigenous, 4 , Lower Middle Paleozoic...

... age of the Beket pluton on the northern flank of the Gonzha arch is 124 ± 1 Ma ( Kotov et al., 2009 ). There are reasons to presume that another satellite of the Aldan–Zeya plume is localized beneath the Central Aldan ore district ( Fig. 3 a , c ). It has a central-type structure...

...), Upper Sutam (U, Au), Bryanta (Cu, Au), Oldoi (Cu, Au), Gonzha (Au, Ag, Cu), and Amga (diamonds, Au). From the analysis of the relations of ore regions to the deep structure, magmatism, and other structural features, two groups of the main criteria for the location of ore districts were formulated...

... , O. , Rojas , G. , Maluenda , J. , Mendez , M. , 2001 . Multiple centers of mineralization in the Indio Muerto District, El Salvador, Chile . Econ. Geol . 96 ( 2 ), 325 – 350 . Khanchuk , A.I. (Ed.), 2006 . Geodynamics...

..., granosyenites, plagiogranites, granite-gneisses; 21 , a , Ungra complex ( νPR 1 1 u ) : metamorphosed leucogabbro, monzogabbro, diorites, and dolerites; b , undifferentiated gabbro, gabbro-dolerite, and pyroxenite dikes (Aldan Valley) ( νPR 1 1 ) ; 22 , Gonzha complex...

..., Transbaikalian Argun massif and its bordering Gonzha, Mamyn and Khingan-Bureya massifs of the Southeastern Asian margin. These pieces formed a single element that was named by L.P. Zonenshain et al. (1990) as the Amur composite microcontinent (superterrane). The scientific strength of this theory...

...), and Pribrezhnyi (XIV); 4 , plain–platform areas: a , Zeya–Bureya basin (V); b , relict mountain massifs: Gonzha (V-1) and Oktyabr’skii (V-2); 5 , anteclises (III, Aldan); 6 , boundaries of: morphostructures of rank I ( a ) and rank II ( b ); 7 , study area; 8 , Russia frontier. Fig. 2. Schematic...

.... , Rojas , G. , Maluenda , J. , Mendez , M. , 2001 . Multiple centers of mineralization in the Indio Muerto District, El Salvador, Chile . Econ. Geol. 96 , 325 – 350 . He , Z.J. , Li , J.Y. , Mo , S.G. , Sorokin , A.A. , 2005...

... that the regional endogenous metallogenic deposits are confined to a single long-evolving (since the Paleozoic) mobile (geosynclinal) belt. He recognized four ore districts within its area and several Au-scheelite, Sn–W, and Au–Mo zones within them. Describing each zone in brief, Bilibin (1961) emphasized...

.... , Olivares , O. , Rojas , G. , Maluenda , J. , Mendez , M. , 2001 . Multiple centers of mineralization in the Indio Muerto District, El Salvador, Chile . Econ. Geol. 96 ( 2 ), 325 – 350 , doi: 10.2113/gsecongeo.96.2.325 . He , Z.J. , Li...

... element concentrations in natural waters by ICP-MS— Michael G. Lawrence, Alan Greig, Kenneth D. Collerson, and Balz S. Kamber 839 Vol. 78, No. 2, 2006 Characteristics of orogenic-gold deposits in the Northcote district, Hodgkinson Province, north Queensland: implications...