The Jurassic rift succession of East Greenland has been intensely studied over the last 25 years, particularly within the main outcrop areas of Jameson Land and Wollaston Forland. The more isolated and poorly known outcrops on Traill Ø, Hold with Hope, Hochstetter Forland and Store Koldewey were investigated in the late 1980s and mid-1990s in order to develop a better regional understanding of the Jurassic in eastern Greenland. This collection of seven papers focuses on stratigraphic and depositional aspects of the Jurassic at these localities. Comprehensive descriptions of the Jurassic on Hold with Hope and south-eastern Traill Ø are accompanied by papers covering fluvial deposits and new ammonite collections from the Middle Jurassic of Tr...
A Middle – lower Upper Jurassic sandstone-dominated succession, more than 550 m thick, with mudstone...
Thick successions of marine Middle Jurassic deposits rich in ammonites occur in the Jameson Land Bas...
This bulletin presents a series of nine papers dealing with the succession of Upper Jurassic – Lower...
The East Greenland Rift Basin comprises a series of Jurassic subbasins with different crustal config...
Middle–Late Jurassic rifting in East Greenland was marked by westwards tilting of wide fault blocks ...
The exposed Jurassic succession in East and North-East Greenland has long been presented as an analo...
A new lithostratigraphic unit, the Bristol Elv Formation, is erected in this paper. It is only known...
The thick and relatively complete Jurassic succession of eastern Greenland provides a unique biostra...
The Middle–Upper Jurassic succession of Kuhn Ø, North-East Greenland accumulated in a major half-gra...
Two shallow cores drilled in northern Wollaston Forland, North-East Greenland, provide a combined se...
The Hareelv Formation in the Blokelv-1 core is biostratigraphically subdivided by means of ammonite ...
The Jurassic of Store Koldewey comprises a Middle Jurassic succession towards the south and an Upper...
Two shallow cores drilled in northern Wollaston Forland, North-East Greenland, provide a combined se...
Eastwards-dipping Middle–Upper Jurassic sandstones (yellow) and interbedded marine mudstones (dark) ...
The Late Palaeozoic – Mesozoic extensional basin complex of East Greenland contains a record of depo...
A Middle – lower Upper Jurassic sandstone-dominated succession, more than 550 m thick, with mudstone...
Thick successions of marine Middle Jurassic deposits rich in ammonites occur in the Jameson Land Bas...
This bulletin presents a series of nine papers dealing with the succession of Upper Jurassic – Lower...
The East Greenland Rift Basin comprises a series of Jurassic subbasins with different crustal config...
Middle–Late Jurassic rifting in East Greenland was marked by westwards tilting of wide fault blocks ...
The exposed Jurassic succession in East and North-East Greenland has long been presented as an analo...
A new lithostratigraphic unit, the Bristol Elv Formation, is erected in this paper. It is only known...
The thick and relatively complete Jurassic succession of eastern Greenland provides a unique biostra...
The Middle–Upper Jurassic succession of Kuhn Ø, North-East Greenland accumulated in a major half-gra...
Two shallow cores drilled in northern Wollaston Forland, North-East Greenland, provide a combined se...
The Hareelv Formation in the Blokelv-1 core is biostratigraphically subdivided by means of ammonite ...
The Jurassic of Store Koldewey comprises a Middle Jurassic succession towards the south and an Upper...
Two shallow cores drilled in northern Wollaston Forland, North-East Greenland, provide a combined se...
Eastwards-dipping Middle–Upper Jurassic sandstones (yellow) and interbedded marine mudstones (dark) ...
The Late Palaeozoic – Mesozoic extensional basin complex of East Greenland contains a record of depo...
A Middle – lower Upper Jurassic sandstone-dominated succession, more than 550 m thick, with mudstone...
Thick successions of marine Middle Jurassic deposits rich in ammonites occur in the Jameson Land Bas...
This bulletin presents a series of nine papers dealing with the succession of Upper Jurassic – Lower...