The part of the sequence drilled with coring can be subdivided into 4 lithological subunits which refer to four extremely thick Orbitolina assemblage zones: A Palorbitolina E. Lower boundary of the zone: unknown, while the upper boundary is at the first occurrence FO of the Orbitolina M. Accompanying species: Dictyoconus barremianus.
B Orbitolina M. Lower boundary of the zone: FO of Orbitolina M. Accompanying species: Dictyoconuspachymarginalis. The zone spans the Upper Aptian. C Orbitolina M. The lower boundary of the zone: FO of Simplorbitolina gr. Accompanying species: Orbitolina M. The zone spans the Upper Aptian-? Middle Albian.
NFGM utasítása a cafeteriajuttatásról A köztisztviselõk jogállásáról szóló Bevezetõ rendelkezések 1. A cafeteriarendszer célja, alapelvei 1. A cafeteriarendszer célja a minisztériumban dolgozó munkatársak részére egységes elvek alapján szabályozott, de az egyéni igényekhez igazodó szociális és jóléti juttatások biztosítása. A cafeteriarendszer a minisztérium által elõre meghatározott keretösszegen és juttatási formákon belül egyénre szabott választásra ad lehetõséget.
D Orbitolina M. This part of the sequence has been overthrusted on the Upper Aptian-? Middle Albian C zone.
URGON LIMESTONE OF INVERSE POSITION IN THE SE FORELAND OF THE VILLÁNY MTS, TRANSDANUBIA, HUNGARY
Both boundaries of the zone are unknown. Accompanying species: Sabaudia minuta, S. The zone spans the Upper Aptian-Lower Albian. In this sequence was mely parvs alkalmas a trend kereskedésre for the first time in Hungary the species Sabaudia auruncensis Bodrogi c. As concerns the upper part ranging to m only three thin sections are available which indicate bird's eye type tidal loferites and chara-bearing freshwater limestone and contain no age diagnostic taxa.
The calcareous algae include Dasycladaceae and Ethelia. The extreme thickness of the sequence is an apparent one accordingly to the repetition of beds and the inverse faulting. Introduction A hydrological exploratory well drilled in the SE foreland of the Villány Mts to a depth of m exposed the Nagyharsány Limestone Formation in a thickness of m, overlain by m thick Quaternary and Miocene Pannonian cover. A stratigraphic classification of the very thick Cretaceous shallow-water platform carbonate series was performed in the late 80's B odrogi c,a.
The results of the detailed and checked biostratigraphical study is done here.
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The discussion deals with other Nagyharsány Fm sections and with their age and footwall as well. Geographical and geological basic data of the borehole Lippo L-2 The borehole in question was drilled in the area of Lippó village, at a distance of some 15 km S of Mohács Fig. The water was not used because o f its chemistry. The drilling was continued in the years as a structure prospecting borehole by the MÉV Mecsek Ore Mining Companysigned as L-2, and coring from m down- 2 wards, with intermittent core sampling until m depth M agyarTéglássywhere was stopped by the technical supervisor.
The borehole exposed the Lower and Middle Cretaceous Nagyharsány Limestone Formation betwen to m, withouth reaching its underlying bed and supplying information thereon. The section was described by C sászár in the range to m, whereas by Bodrogi in range to m.
The location of the borehole Lippó L-2 1. He distinguished four lithostratigraphic units. The small foraminifers, Orbitolinids and calcareous algae studies were performed by Sidó and M éhes in: F ülöp Méhes described the new species Orbitolina M. P eybernes and P eybernes, Conrad accepted the standpoint o f F ülöp then I. N agy confirmed the age of the underlying Szársomlyó Limestone. D udich and M indszenty compared the petrographical and geochemical composition o f the Harsányhegy Bauxite with those o f the bauxites o f the Pádurea Craiului Mts Transylvania, Romania.
In the second half of the mely parvs alkalmas a trend kereskedésre the renewed investigation of Urgon Limestone produced additional results. The limestone is subdivided by Bodrogi, and Bodrogi et al.
It was formed in the course o f an uplift taking place between the Earliest and the Late Berriasian. The Harsányhegy Bauxite verum opció stratégia formed during the unroofing after the Early Berrriasian. Its source rock according to Haas is assumed to have been the Mecsekjánosi Basalt Formation subjected to a rapid hemiautochtonous process.
Similar relations have been found between the overlying and underlying beds in the profiles H Bodrogi et al. Section H is the reference section o f the surface stratotype section Nagyharsány The development of the Szársomlyó Limestone is likely to have continued even in the Early Berriasian. Császár and Farkas discovered shows of a second bauxite horizon in the Albian at Beremend.
Császár in: Császár et al. C sászárC sászár et al. The diploma and doctor s theses by S. N agyRotárné-SzalkaiHorváth also con 3 tributed to a better knowledge of the Nagyharsány and the Szársomlyó F.
The first one deals with the stratigraphy and facies, the second one is devoted to the limestone types and bauxite geology, whereas the third one deals with the sedimentary and diagenetic processes see also S. Nagy in: Bodrogi et al. In the N W -SW oriented range in the Villány facies belt a number of hydrogeological and petroleum exploratory boreholes exposed the Nagyharsány Limestone, the Szársomlyó Limestone and the Mecsekjánosi Basalt Formation which have also been described from the Danube-Tisza Interfluve, the middle part o f the region beyond Tisza river and the SE foreland of the Villány Mts by Császár et al.
New paleontological data on the formation aforesaid were presented at the 5th Calcareous Algae Symposium inNeaples and published in its proceedings Bodrogi et al. SokaC revised taxonomically the calcareous algae o mely parvs alkalmas a trend kereskedésre Barremian-Aptian age of the Adriatic region, extending it also to upper but not the uppermost part of the Nagyharsány Limestone Fm.
He has confirmed our published data Bodrogi et al. The Urgon sequence of the borehole L-2, examined in our study is in an inverse position, as shown by the Orbitolina-Sabaudia investigations.
Methodology Methods: The study has been based on the investigation of Orbitolinid, smaller foraminiferal and calcareous alga assemblages in a total o f thin sections made from samples taken from the to m interval.
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Lithology The Nagyharsány Limestone Fm is represented in the borehole Lippó L-2 from to m, with an apparent thickness of m, by a very monotonous, hogyan lehet pénzt keresni a bináris opciók 24option, massive, grey, brownish grey, coffee-brown limestone sequence; strongly and slightly tectonised intervals alternate with tectonic breccia sections.
The formation could be subdidivided into four subunits.
Hihetetlen Magazin Különszám 2018.06.09.pdf
The macroscopic differences in the 4 distinguished subunits are as follows: Subunit to m: Light grey, unstratified, massive limestone with aphaneritic texture and with Palorbitolina, belonging to the A Palorbitolina E. The limestone has an apparent thickness o f m. It is of light grey, locally dark grey colour, sporadically with calcite spots. Very rarely stratification can be suspected dipping with Joints with dip angles and gliding grooves also can be seen.
Locally there are clay-film-bearing intervals with dip. Macrofauna: bivalves, small gastropods, both are sporadic. Microfauna: Calcareous- and arenaceous benthic foraminifers, on the wall of the cores Miliolid-rich and Miliolid-poor intervals are alternating. Orbitolinae are abundant at m. Subunit 2.
Grey and brownish-grey, unstratified, clayfilm-bearing limestone with aphaneritic and finecrystalline texture, with Mesorbitolinas to m it belongs to the B Orbitolina M. Certain intervals of the limestone are densely clayfilm-bearing, somewhere with flaser structure m; m. Some intervals are strongly tectonised m; m.
Szentkláray Jenő - A dunai hajóhadak története (1885)
Tectonic breccia occurs at m. The direction of the joints varies betweenand and they are filled mostly with red clay. The rock is in general intensely tectonised with the alternation of strongly and weakly tectonised sections.
Dissolution and channels are common. Core recovery is poor. Macrofauna: The quantity o f rudists is varying rhythmically, but they are usually abundant. Toucasia is common in the m interval, other bivalves and gastropods are sporadic. Microfauna: calcareous and arenaceous benthic foraminifers; Miliolids are common, while Orbitolinae are rare. Calcareous algae are sporadic.
Subunit 3. Brownish grey, coffee-brown unstratified limestone with aphaneritic texture and with calcite spots; Mesorbitolina-bearing from to m.
Belonging to the C Orbitolina M. Slightly bitumenous, mostly strongly tectonised, with clay-film-bearing intervals; core recovery is poor. Macrofauna: bivalves included toucasia, and other pachyodonts.
Microfauna: calcareous- and arenaceous benthic foraminifers; M iliolids are abundant and Orbitolinidae are relatively rare.