FIGURE 3. The clade Seraphsidae Jung, 1974 derived from character analysis and contextualised with the fossil record showing the ancestral Seraphsinae and crown clade Pseudoterebellinae both new subfamilies.Published as part of Maxwell, Stephen J., Rymer, Tasmin L. & Congdon, Bradley C., 2021, Resolving phylogenetic and classical nomenclature: A revision of Seraphsidae Jung, 1974 (Gastropoda: Neostromboidae), pp. 401-453 in Zootaxa 4990 (3) on page 406, DOI: 10.11646/zootaxa.4990.3.1, http://zenodo.org/record/502677
FIGURE 3. Internal surfaces of opercula. A. Amphibola crenata (Martyn, 1786). B. Salinator fragilis ...
Figure 3. Bensonella plicidens (Benson, 1849) and Bensonella paviei (Bavay and Dautzenberg, 1912). a...
Figure 3 - Maximum Likelihood cladogram with support values for the ML/MP/BP analyses. Numbers prece...
FIGURE 2. Temporal distribution of Seraphsidae Jung, 1974: solid lines indicate presence; dotted lin...
FIGURE 4. Seraphs Montfort, 1810. A. Seraphs andersoni (Dickerson, 1917), holotype, CAS Department o...
FIGURE 1. The single tnt generated maximum likelihood cladogram showing internal cladistic relations...
FIGURE 8. Pseudoterebellum new genus and Terebellum Röding, 1798. A. Pseudoterebellum diversiornatum...
This revision demonstrates that an integrated taxonomic approach to classical taxonomic practice can...
FIGURE 9. Terebellum Röding, 1798. A. Terebellum delicatum Kuroda & Kawamoto in Kawamoto & Tanabe, 1...
FIGURE 3. Contribution of species per genus in stratigraphic intervals and geographic regions (based...
Seraphs Montfort, 1810 [Maxwell, this paper] nomen cladi conversum (Seraphsinae) Figures 4–5 181...
This paper defines a new crown clade Neostromboidea to separate the Strombidae, Rostellariidae, and ...
FIGURE 9. Rooted cladogram showing phylogenetic relationships among four genera, i.e. Serina (S. ser...
FIGURE 3. Distribution of Alvania scabra (Philippi, 1844), based on the material examined and checke...
Figure 3. Phylogenetic relationships of the family Velutinidae (Bayesian tree based on the combined ...
FIGURE 3. Internal surfaces of opercula. A. Amphibola crenata (Martyn, 1786). B. Salinator fragilis ...
Figure 3. Bensonella plicidens (Benson, 1849) and Bensonella paviei (Bavay and Dautzenberg, 1912). a...
Figure 3 - Maximum Likelihood cladogram with support values for the ML/MP/BP analyses. Numbers prece...
FIGURE 2. Temporal distribution of Seraphsidae Jung, 1974: solid lines indicate presence; dotted lin...
FIGURE 4. Seraphs Montfort, 1810. A. Seraphs andersoni (Dickerson, 1917), holotype, CAS Department o...
FIGURE 1. The single tnt generated maximum likelihood cladogram showing internal cladistic relations...
FIGURE 8. Pseudoterebellum new genus and Terebellum Röding, 1798. A. Pseudoterebellum diversiornatum...
This revision demonstrates that an integrated taxonomic approach to classical taxonomic practice can...
FIGURE 9. Terebellum Röding, 1798. A. Terebellum delicatum Kuroda & Kawamoto in Kawamoto & Tanabe, 1...
FIGURE 3. Contribution of species per genus in stratigraphic intervals and geographic regions (based...
Seraphs Montfort, 1810 [Maxwell, this paper] nomen cladi conversum (Seraphsinae) Figures 4–5 181...
This paper defines a new crown clade Neostromboidea to separate the Strombidae, Rostellariidae, and ...
FIGURE 9. Rooted cladogram showing phylogenetic relationships among four genera, i.e. Serina (S. ser...
FIGURE 3. Distribution of Alvania scabra (Philippi, 1844), based on the material examined and checke...
Figure 3. Phylogenetic relationships of the family Velutinidae (Bayesian tree based on the combined ...
FIGURE 3. Internal surfaces of opercula. A. Amphibola crenata (Martyn, 1786). B. Salinator fragilis ...
Figure 3. Bensonella plicidens (Benson, 1849) and Bensonella paviei (Bavay and Dautzenberg, 1912). a...
Figure 3 - Maximum Likelihood cladogram with support values for the ML/MP/BP analyses. Numbers prece...