The Late Ordovician succession of the Baltic Basin contains a characteristic fine-grained limestone, which is rich in calcareous green algae. This limestone occurs in surface outcrops and drill-cores in an extensive belt reaching from Sweden across the Baltic Sea to the Baltic countries. This limestone, which is known in the literature under several different lithological names, is described and interpreted, and the term “Baltic limestone facies” is suggested. The microfacies, from selected outcrops from the Åland Islands, Finland and Estonia, consists of calcareous green algae as the main skeletal component in a bioclastic mudstone-packstone lithology with a pure micritic matrix. Three types of calcitarch, which range in diameter from c. 1...
A palynologial study of the Ordovician-Silurian boundary (Katian–Rhuddanian) succession in the Röstå...
During the Late Ordovician, the region around Gotland was part of a shallow epicratonic basin in the...
A large, resistant buildup at the top of the Upper Ordovician (Hirnantian?) Red Head Rapids Formatio...
The Late Ordovician succession of the Baltic Basin contains a characteristic fine-grained limestone,...
The Vasalemma Formation, late Sandbian, Late Ordovician in Estonia contains a previously unknown flo...
The widespread growth of reefs formed by a framework of biogenic constructors and frame-lacking carb...
A middle Ludlow biostrome at Katri, western Estonia, the richest accumulation of corals and stromato...
This study seeks to describe ‘baksteenkalk’, an erratic silicified bioclastic carbonate of the Upper...
We present a multidisciplinary description of the Upper Ordovician carbonate mounds which are found ...
The Ordovician and Silurian deposits in the Baltic Basin are represented by siltstones, mudstones, l...
Well-developed oncoids and centimetre-sized stromatolites are reported for the first time from the D...
Limestone boulders of Early and Middle Ordovician age occur along the Baltic coast of Sweden from c....
The earliest bioeroded inorganic hard substrates in the Ordovician of Estonia appear in the Dapingia...
terized by the initiation of extensive carbonate de-posits of the Ceratopyge Limestone. The limeston...
The Middle Ordovician (Dapingian–middle Darriwilian) “orthoceratite limestone” is documented in its ...
A palynologial study of the Ordovician-Silurian boundary (Katian–Rhuddanian) succession in the Röstå...
During the Late Ordovician, the region around Gotland was part of a shallow epicratonic basin in the...
A large, resistant buildup at the top of the Upper Ordovician (Hirnantian?) Red Head Rapids Formatio...
The Late Ordovician succession of the Baltic Basin contains a characteristic fine-grained limestone,...
The Vasalemma Formation, late Sandbian, Late Ordovician in Estonia contains a previously unknown flo...
The widespread growth of reefs formed by a framework of biogenic constructors and frame-lacking carb...
A middle Ludlow biostrome at Katri, western Estonia, the richest accumulation of corals and stromato...
This study seeks to describe ‘baksteenkalk’, an erratic silicified bioclastic carbonate of the Upper...
We present a multidisciplinary description of the Upper Ordovician carbonate mounds which are found ...
The Ordovician and Silurian deposits in the Baltic Basin are represented by siltstones, mudstones, l...
Well-developed oncoids and centimetre-sized stromatolites are reported for the first time from the D...
Limestone boulders of Early and Middle Ordovician age occur along the Baltic coast of Sweden from c....
The earliest bioeroded inorganic hard substrates in the Ordovician of Estonia appear in the Dapingia...
terized by the initiation of extensive carbonate de-posits of the Ceratopyge Limestone. The limeston...
The Middle Ordovician (Dapingian–middle Darriwilian) “orthoceratite limestone” is documented in its ...
A palynologial study of the Ordovician-Silurian boundary (Katian–Rhuddanian) succession in the Röstå...
During the Late Ordovician, the region around Gotland was part of a shallow epicratonic basin in the...
A large, resistant buildup at the top of the Upper Ordovician (Hirnantian?) Red Head Rapids Formatio...