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Depositional record of a Pliocene nested multivent maar complex at Fekete-hegy, Pannonian Basin, western Hungary.
(Massey University., 2002-01-01)
No abstract available
Mio/Pliocene phreatomagmatic volcanism in the Western Pannonian Basin
(Massey University., 2004-01-01)
No abstract available
Pitfalls in erosion level calculation based on remnants of maar and diatreme volcanoes (Les pièges de la reconstitution des topographies d'érosion initiales fondée sur les vestiges des maars et diatrèmes volcaniques)
(Massey University., 2007-01-01)
Abstract Erosion estimates based on geometrical dimension measurements of eroded maar/diatreme volcanoes are useful methods to determine syn-volcanic surface level and syn-volcanic bedrock stratigraphy. However, such ...
Lepusztult maar/diatrema szerkezetek a Bakony-Balaton Felvidék Vulkáni Területröl (Eroded maar/diatrema structures from the Bakony-Balaton Highland Volcanic Field).
(Massey University., 2003-01-01)
The Bakony - Balaton Highland Voclanic Field (BBHVF) is a Late Miocene/Pliocene alkaline basaltic intraplate monogenetic volcanic field comprises variable eroded maars, tuff rings, cinder cones and valley-ponded lavaflows/fields. ...
Magnetic characteristics of the Ság-hegy volcanic complex, little Hungarian Plain
(Massey University., 2006-01-01)
The Ság-hegy volcanic complex is located in the little Hungarian Plain Volcanic Field (LHPVF). An 39Ar/ 40Ar geochronolgy gave an isochron age of 5,42 ±0,06 My for the Ság- hegy (Wijbrans et al. 2004). Evolution of the ...
Interaction between lava lakes and pyroclastic sequences in phreatomagmatic volcanoes: Haláp and Badacsony, Western Hungary.
(Massey University., 2002-01-01)
No abstract available
Eruptive mechanism of phreatomagmatic volcanoes from the Pinacate Volcanic Field: comparison between Crater Elegante and Cerro Colorado, Mexico.
(Massey University., 2004-01-01)
No abstract available
Late Miocene paleo-geomorphology of the Bakony-Balaton Highland Volcanic Field (Hungary) using physical volcanology data
(Massey University., 1999-01-01)
A new view is presented of the Bakony-Balaton Highland Volcanic Field (BBHVF), Hungary, active in late Miocene and built up of ca. 100 mostly alkaline basaltic eruptive centers, scoria cones, tuff rings, maar volcanic ...
Eroded porous-media aquifer controlled hydrovolcanic centers in the South Lake Balaton Region, Hungary: The Boglár Volcano
(Massey University., 1999-01-01)
No abstract available
MAAR conference in Hungary
(Massey University., 2005-01-01)
No abstract available