[HTML][HTML] Foraminiferal biostratigraphy of lignite mines of Kutch India: Age of lignite fossil vertebrates
PK Saraswati, S Khanolkar, DSN Raju, S Dutta… - Journal of …, 2014 - Elsevier
Journal of Palaeogeography, 2014•Elsevier
The lignite deposits of Kutch, India are stratigraphically referred to the Naredi Formation and
considered to be Early Eocene in age. The biostratigraphy of the older mine at Panandhro
and a newly opened mine at Matanomadh has constrained the upper age limit of lignite to
the early Bartonian. Its lower age may extend to the late Lutetian. Temporally the formation
of lignite corresponds to the warming event of the Middle Eocene and suggests a humid
climate at the onset of the warming. The previous palynological studies have already …
considered to be Early Eocene in age. The biostratigraphy of the older mine at Panandhro
and a newly opened mine at Matanomadh has constrained the upper age limit of lignite to
the early Bartonian. Its lower age may extend to the late Lutetian. Temporally the formation
of lignite corresponds to the warming event of the Middle Eocene and suggests a humid
climate at the onset of the warming. The previous palynological studies have already …
Abstract
The lignite deposits of Kutch, India are stratigraphically referred to the Naredi Formation and considered to be Early Eocene in age. The biostratigraphy of the older mine at Panandhro and a newly opened mine at Matanomadh has constrained the upper age limit of lignite to the early Bartonian. Its lower age may extend to the late Lutetian. Temporally the formation of lignite corresponds to the warming event of the Middle Eocene and suggests a humid climate at the onset of the warming. The previous palynological studies have already suggested dominance of tropical angiospermic pollen. A diverse assemblage of fossil whales and other vertebrates, many of them supposedly the oldest representatives, were reported from Panandhro mine. These were initially assigned to the Early Eocene and later to the Lute‑ tian age. The present biostratigraphic study revises their age to the Early Bartonian.
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