One of the least known groups of larger benthic foraminifers of the Late Ypresian (Cuisian) are a number of as yet undescribed rotaliids, which commonly occur in shallow-water deposits from the central Neo-Tethys. Despite their relative abundance and short distribution range, the biostratigraphic potential of these taxa is as yet unknown, mainly due to relevant taxonomic difficulties. The complexity of the test and the canal system in the Rotaliidae and the necessity to investigate specimens from thin sections are the most common obstacles to investigate in detail these taxa. In the light of these difficulties, systematic description at the high qualitative standard level normally achieved in larger foraminifera may seem a daunting or unfea...
Rotalia mesogeensis Tronchetti, 1981 (Foraminiferida) : New biostratigraphic, paleoecologic and pale...
A detailed taxonomical study of the larger rotaliid foraminifera found in the Upper Cretaceous depos...
We present a synthesis on ongoing research on Paleocene–Eocene (SBZ 2–6) larger foraminiferal assemb...
One of the least known groups of larger benthic foraminifers of the Late Ypresian (Cuisian) are a nu...
Two new rotaliid genera and three new species are described from the Upper Ypresian of Sicily and Ce...
New rotaloidean foraminifera from the Upper Cretaceous shallow-water carbonates of Central and South...
The choice of larger Foraminifera as key-group for the biostratigraphy of the Paleogene of central I...
We present the micropaleontological record on ongoing research on Paleogene larger foraminifers from...
Benthic foraminifers from Site 652, Site 653 (Hole 653A), and Site 654 of Leg 107 (Tyrrhenian Sea, W...
After almost a decade since their establishment, the SBZ biochronozones proposed by Serra-Kiel et al...
Six late Rupelian populations of Nephrolepidina praemarginata (Douville, 1908) have been isolated fr...
Nine samples were collected from a 3 m thick section of the Gratteri Formation cropping out at Casa ...
We present the micropaleontological record on ongoing research on Paleogene larger foraminifers from...
The foraminiferal assemblages of clayey marls from Rometta (Messina, Sicily) are here quantitatively...
Nine samples were collected from a 3 m thick section of the Gratteri Formation cropping out at Casa ...
Rotalia mesogeensis Tronchetti, 1981 (Foraminiferida) : New biostratigraphic, paleoecologic and pale...
A detailed taxonomical study of the larger rotaliid foraminifera found in the Upper Cretaceous depos...
We present a synthesis on ongoing research on Paleocene–Eocene (SBZ 2–6) larger foraminiferal assemb...
One of the least known groups of larger benthic foraminifers of the Late Ypresian (Cuisian) are a nu...
Two new rotaliid genera and three new species are described from the Upper Ypresian of Sicily and Ce...
New rotaloidean foraminifera from the Upper Cretaceous shallow-water carbonates of Central and South...
The choice of larger Foraminifera as key-group for the biostratigraphy of the Paleogene of central I...
We present the micropaleontological record on ongoing research on Paleogene larger foraminifers from...
Benthic foraminifers from Site 652, Site 653 (Hole 653A), and Site 654 of Leg 107 (Tyrrhenian Sea, W...
After almost a decade since their establishment, the SBZ biochronozones proposed by Serra-Kiel et al...
Six late Rupelian populations of Nephrolepidina praemarginata (Douville, 1908) have been isolated fr...
Nine samples were collected from a 3 m thick section of the Gratteri Formation cropping out at Casa ...
We present the micropaleontological record on ongoing research on Paleogene larger foraminifers from...
The foraminiferal assemblages of clayey marls from Rometta (Messina, Sicily) are here quantitatively...
Nine samples were collected from a 3 m thick section of the Gratteri Formation cropping out at Casa ...
Rotalia mesogeensis Tronchetti, 1981 (Foraminiferida) : New biostratigraphic, paleoecologic and pale...
A detailed taxonomical study of the larger rotaliid foraminifera found in the Upper Cretaceous depos...
We present a synthesis on ongoing research on Paleocene–Eocene (SBZ 2–6) larger foraminiferal assemb...