Add to ORKGAiroldi (1930, 1932) described twenty-three fossil Corallinales (Rhodophyta) from the Oligocene of the Tertiary Piedmont Basin (NW Italy), including thirteen new species. In this paper Mesophyllum fructiferum Airoldi 1932 and Mesophyllum obsitum Airoldi 1932 are re-documented and re-described. The presence of cell fusions, multiporate conceptacles and a ventral core of cell filaments passing from coaxial to non-coaxial confirm that both species belong to the genus Mesophyllum. SHORT NOTE
From 1935 to 1962 Maslov published two monographs and several other papers on the taxonomy of fossil...
Many species of fossil coralline algae have been separated on the basis of only a few characters wit...
This is the third and last paper of a series devoted to the revision of the types of the species and...
Despite their common occurrence, the potential of coralline algae is not yet fully exploited in pale...
Airoldi (1930, 1932) described twenty-three fossil Corallinales (Rhodophyta) from the Oligocene of t...
A new species of the genus Lithophyllum (Lithophyllum ippolitoi) was discovered in the Oligocene sec...
The species originally attributed by Airoldi (1932) to the genus Lithophyllum (L. perrandoi, L. ligu...
A new species of the genus Lithophyllum (Lithophyllum ippolitoi) was discovered in the Oligocene sec...
The species originally attributed by Airoldi (1932) to the genus Lithophyllum (L. perrandoi, L. ligu...
Recent anatomic observations of the types of Lithophyllum contii Mastrorilli, 1967, Lithophyllum emb...
Recent anatomic observations of the types of Lithophyllum contii Mastrorilli, 1967, Lithophyllum emb...
The type specimens of 17 species of non-geniculate coralline red algae belonging to the Corallinales...
New specimens of Subterraniphyllum thomasii Elliott collected from the Oligocene Molare Formation ou...
New specimens of Subterraniphyllum thomasii Elliott collected from the Oligocene Molare Formation ou...
Two new species of the genus Lithothamnion and one of Lithophyllum were discovered in the burdigalia...
From 1935 to 1962 Maslov published two monographs and several other papers on the taxonomy of fossil...
Many species of fossil coralline algae have been separated on the basis of only a few characters wit...
This is the third and last paper of a series devoted to the revision of the types of the species and...
Despite their common occurrence, the potential of coralline algae is not yet fully exploited in pale...
Airoldi (1930, 1932) described twenty-three fossil Corallinales (Rhodophyta) from the Oligocene of t...
A new species of the genus Lithophyllum (Lithophyllum ippolitoi) was discovered in the Oligocene sec...
The species originally attributed by Airoldi (1932) to the genus Lithophyllum (L. perrandoi, L. ligu...
A new species of the genus Lithophyllum (Lithophyllum ippolitoi) was discovered in the Oligocene sec...
The species originally attributed by Airoldi (1932) to the genus Lithophyllum (L. perrandoi, L. ligu...
Recent anatomic observations of the types of Lithophyllum contii Mastrorilli, 1967, Lithophyllum emb...
Recent anatomic observations of the types of Lithophyllum contii Mastrorilli, 1967, Lithophyllum emb...
The type specimens of 17 species of non-geniculate coralline red algae belonging to the Corallinales...
New specimens of Subterraniphyllum thomasii Elliott collected from the Oligocene Molare Formation ou...
New specimens of Subterraniphyllum thomasii Elliott collected from the Oligocene Molare Formation ou...
Two new species of the genus Lithothamnion and one of Lithophyllum were discovered in the burdigalia...
From 1935 to 1962 Maslov published two monographs and several other papers on the taxonomy of fossil...
Many species of fossil coralline algae have been separated on the basis of only a few characters wit...
This is the third and last paper of a series devoted to the revision of the types of the species and...