Middle Eocene Fulra Limestone and Oligocene Maniyara Fort Formation represent platform carbonate deposits of Kutch at the north-western margin of India. These carbonates contain larger benthic foraminifera, including Alveolina, Assilina, Discocyclina, Lepidocyclina, Miogypsina, Nummulites and Spiroclypeus. This study presents paleodepositional and paleobathymetric interpretations for both formations using benthic foraminifera in combination with lithological association, sedimentary structures and early diagenetic features. The six carbonate facies comprising the Fulra Limestone indicate a depositional spectrum ranging from bar-lagoon to mid-ramp depositional conditions. It records several shallowing upward cycles, leading to emergence and ...
ABSTRACT: The rocks exposed in the study area are carbonates of Lockhart Limestone. The carbonates a...
The Paleocene Eocene Thermal Maximum (PETM) is associated with major extinction events in the deep o...
The Paleocene–Early Eocene carbonate successions of the Indus Basin in Pakistan formed on the northw...
The Paleogene sections of Kutch are the reference for the regional chronostratigraphic units of Indi...
The late Oligocene-early Miocene mixed carbonate-siliciclastic deposits of Kutch developed on the st...
AbstractA combined micropalaeontological and sedimentological investigation of the Early Eocene Nare...
A combined micropalaeontological and sedimentological investigation of the Early Eocene Naredi Forma...
Major, trace, and rare-earth element (REE) analyses of larger benthic foraminifera-bearing carbonate...
In this study, seismic data from two wells (Pak G2-1 and Indus Marine-1C) and age diagnostic larger ...
Stable isotope analyses have been carried out on rocks and fossils of the Palaeogene carbonate-clast...
Larger benthic and symbiont-bearing foraminifera are known as important producers of shallow-water c...
Mohanti M., Srivastava S. C. Oligocene reefal environment of Kutch Basin (Western India) with implic...
An integrated study based on field observation, petrography, and scanning electron microscopy (SEM) ...
Due to its intermediate geographical position between the Mediterranean and W Pacific, the Oligocene...
The shallow marine carbonates of Kutch temporally correspond to the globally recognised warming peri...
ABSTRACT: The rocks exposed in the study area are carbonates of Lockhart Limestone. The carbonates a...
The Paleocene Eocene Thermal Maximum (PETM) is associated with major extinction events in the deep o...
The Paleocene–Early Eocene carbonate successions of the Indus Basin in Pakistan formed on the northw...
The Paleogene sections of Kutch are the reference for the regional chronostratigraphic units of Indi...
The late Oligocene-early Miocene mixed carbonate-siliciclastic deposits of Kutch developed on the st...
AbstractA combined micropalaeontological and sedimentological investigation of the Early Eocene Nare...
A combined micropalaeontological and sedimentological investigation of the Early Eocene Naredi Forma...
Major, trace, and rare-earth element (REE) analyses of larger benthic foraminifera-bearing carbonate...
In this study, seismic data from two wells (Pak G2-1 and Indus Marine-1C) and age diagnostic larger ...
Stable isotope analyses have been carried out on rocks and fossils of the Palaeogene carbonate-clast...
Larger benthic and symbiont-bearing foraminifera are known as important producers of shallow-water c...
Mohanti M., Srivastava S. C. Oligocene reefal environment of Kutch Basin (Western India) with implic...
An integrated study based on field observation, petrography, and scanning electron microscopy (SEM) ...
Due to its intermediate geographical position between the Mediterranean and W Pacific, the Oligocene...
The shallow marine carbonates of Kutch temporally correspond to the globally recognised warming peri...
ABSTRACT: The rocks exposed in the study area are carbonates of Lockhart Limestone. The carbonates a...
The Paleocene Eocene Thermal Maximum (PETM) is associated with major extinction events in the deep o...
The Paleocene–Early Eocene carbonate successions of the Indus Basin in Pakistan formed on the northw...