The geochemical record of the early Aptian and the transition to the Albian exposes the
presence of Hg/TOC anomalies, revealing the interference of LIPs in paleoenvironmental …

Even being the more studied of the interior basins of Northeast Brazil, the Araripe Basin still
lacks research in organic geochemistry designed to support interpretations of depositional …

The Codó Formation records the initial evolutionary stages of an intracontinental rift system
formed along the Brazilian equatorial margin in the late Aptian. Deposits of this unit exposed …

Abstract The Ipubi Formation of the Santana Group, Araripe Basin, Brazil, is characterized by
black shales and overlying evaporite deposits and is suggested to record the transition from …

Abstract The Cretaceous (upper Aptian) Romualdo Formation of the Araripe Basin,
northeastern Brazil, is a marine-influenced, predominantly fine-grained siliciclastic unit. In …

The tectonic evolution of the Equatorial Atlantic Gateway (EAG) throughout the early
Cretaceous had global implications. This break-up of western Gondwana has played a …

In different basins around the world, organic-rich layers from the Cretaceous are being
associated with perturbations in the global carbon cycle that reflect abrupt climatic and …

The aim of this study was to produce an integrative analysis of macroinvertebrates
(decapods, gastropods, and bivalves) and microfossils collected in the Romualdo …

The geochemical study of Aptian and Albian sediments from the Araripe Basin allows the
recognition of three organic-rich intervals. The older corresponds to black argilites from the …

The stratigraphy of mercury (Hg) in sections of the Araripe Basin straddling the Aptian-Albian
transition, encompassing the Romualdo, Ipubi, Crato and Barbalha (formerly Rio da …