This chapter provides an overview of the alpha paleobiodiversity of Angola based on the available fossil record that is limited to the sedimentary rocks, ranging in age from Precambrian to the present. The geological period with the highest paleobiodiversity in the Angolan fossil record is the Cretaceous, with more than 80% of the total known fossil taxa, especially marine molluscs, including ammonites as a majority among them. The vertebrates represent about 15% of the known fauna and about one tenth of them are species firstly described based on specimens from Angola
The early Paleogene is critical for understanding global biodiversity patterns in modern ecosystems....
The Cretaceous tropical Atlantic Ocean was the setting for an initial tectonically controlled late A...
International audienceThe early Paleogene is critical for understanding global biodiversity patterns...
Abstract: Vertebrate-bearing fossiliferous outcrops of Cretaceous age in sub-Saharan Africa are rare...
The separation of Africa from South America and the growth of the South Atlantic are recorded in roc...
20 pagesThe study of the Albian ammonite fauna of the sedimentary series in the Benguela Basin (Ango...
Quaternary raised marine terraces containing the remains of diverse, shallow water marine invertebra...
20 pagesThe study of the Albian ammonite fauna of the sedimentary series in the Benguela Basin (Ango...
20 pagesThe study of the Albian ammonite fauna of the sedimentary series in the Benguela Basin (Ango...
Quaternary raised marine terraces containing the remains of diverse, shallow water marine invertebra...
The Bench 19 Bonebed at Bentiaba, Angola, is a unique concentration of marine vertebrates preserving...
Abstract. – The Cretaceous tropical Atlantic Ocean was the setting for an initial tectonically contr...
Quaternary raised marine terraces containing the remains of diverse, shallow water marine invertebra...
A forelimb of a new sauropod dinosaur (Angolatitan adamastor n. gen. et sp.) from the Late Turonian ...
The Bench 19 Bonebed at Bentiaba, Angola, is a unique concentration of marine vertebrates preserving...
The early Paleogene is critical for understanding global biodiversity patterns in modern ecosystems....
The Cretaceous tropical Atlantic Ocean was the setting for an initial tectonically controlled late A...
International audienceThe early Paleogene is critical for understanding global biodiversity patterns...
Abstract: Vertebrate-bearing fossiliferous outcrops of Cretaceous age in sub-Saharan Africa are rare...
The separation of Africa from South America and the growth of the South Atlantic are recorded in roc...
20 pagesThe study of the Albian ammonite fauna of the sedimentary series in the Benguela Basin (Ango...
Quaternary raised marine terraces containing the remains of diverse, shallow water marine invertebra...
20 pagesThe study of the Albian ammonite fauna of the sedimentary series in the Benguela Basin (Ango...
20 pagesThe study of the Albian ammonite fauna of the sedimentary series in the Benguela Basin (Ango...
Quaternary raised marine terraces containing the remains of diverse, shallow water marine invertebra...
The Bench 19 Bonebed at Bentiaba, Angola, is a unique concentration of marine vertebrates preserving...
Abstract. – The Cretaceous tropical Atlantic Ocean was the setting for an initial tectonically contr...
Quaternary raised marine terraces containing the remains of diverse, shallow water marine invertebra...
A forelimb of a new sauropod dinosaur (Angolatitan adamastor n. gen. et sp.) from the Late Turonian ...
The Bench 19 Bonebed at Bentiaba, Angola, is a unique concentration of marine vertebrates preserving...
The early Paleogene is critical for understanding global biodiversity patterns in modern ecosystems....
The Cretaceous tropical Atlantic Ocean was the setting for an initial tectonically controlled late A...
International audienceThe early Paleogene is critical for understanding global biodiversity patterns...