Cenozoic lignite deposits are widespread across Europe, Asia, America, Australia, and Indonesia. These deposits were the subject of numerous studies on changes in regional/global paleoclimates, paleobotany, paleoenvironment, and basin evolutions, which led to the formation of these lignites. In some of these Cenozoic lignite deposit basins, a succession of pale and dark lignite layers has been described in the Miocene Lower Rhine Basin in Germany, the Oligo-Miocene Gippsland Basin in southeastern Australia, and several Mio-Pliocene basins in southwestern China. Furthermore, pale and dark lithotypes in lignite seams also have been found in some Pliocene lignite deposit basins from Slovenia, Serbia, and Poland. The widespread cyclic occurrenc...
Lignite and associated shale samples from the Matasukh mine of western India have been studied by pe...
When conducted in tandem, organic petrography and isotopic analyses can be used to interpret regiona...
A 90 m-thick brown coal seam, the result of organic matter deposition in a fault-trough, is exploite...
Miocene lignites representing a depositional history of about 7 million years (18–11 Ma before prese...
International audienceThe character of the coal in Tomago and Greta coal measures are similar to oth...
Lithotype cycles (ranging from 10 to 30 m thick) in the brown coals of the Latrobe Valley, Gippsland...
© 2018 Dr. Vera Alexandra KorasidisThe brown coals of the Latrobe Group, Gippsland Basin, Australia,...
The Zillingdorf deposit formed during the late Miocene filling of Lake Pannon and contains Austria's...
The accumulation of large amounts of phytogenic matter, leading to the formation of lignite deposits...
Coal contains detailed long-term records of contemporaneous environment, climate, and subsequent dia...
Currently, three stratigraphically distinct lignite seams of Early to Middle Miocene age are exploit...
The origin of aragonite has long been debated because it is precipitated and preserved under specifi...
In reconstructing Earth history, continental records are essential for reconstructing climate as wel...
Cenozoic deposits occur in many small intermontane basins, especially in northern Thailandin the Cha...
Yunnan, in southwestern China, straddles two of the world's most important biodiversity hot spots (i...
Lignite and associated shale samples from the Matasukh mine of western India have been studied by pe...
When conducted in tandem, organic petrography and isotopic analyses can be used to interpret regiona...
A 90 m-thick brown coal seam, the result of organic matter deposition in a fault-trough, is exploite...
Miocene lignites representing a depositional history of about 7 million years (18–11 Ma before prese...
International audienceThe character of the coal in Tomago and Greta coal measures are similar to oth...
Lithotype cycles (ranging from 10 to 30 m thick) in the brown coals of the Latrobe Valley, Gippsland...
© 2018 Dr. Vera Alexandra KorasidisThe brown coals of the Latrobe Group, Gippsland Basin, Australia,...
The Zillingdorf deposit formed during the late Miocene filling of Lake Pannon and contains Austria's...
The accumulation of large amounts of phytogenic matter, leading to the formation of lignite deposits...
Coal contains detailed long-term records of contemporaneous environment, climate, and subsequent dia...
Currently, three stratigraphically distinct lignite seams of Early to Middle Miocene age are exploit...
The origin of aragonite has long been debated because it is precipitated and preserved under specifi...
In reconstructing Earth history, continental records are essential for reconstructing climate as wel...
Cenozoic deposits occur in many small intermontane basins, especially in northern Thailandin the Cha...
Yunnan, in southwestern China, straddles two of the world's most important biodiversity hot spots (i...
Lignite and associated shale samples from the Matasukh mine of western India have been studied by pe...
When conducted in tandem, organic petrography and isotopic analyses can be used to interpret regiona...
A 90 m-thick brown coal seam, the result of organic matter deposition in a fault-trough, is exploite...