Ostracods belonging to the genus Bennelongia differ much in valve morphology between adults and juveniles. Adult valves are asymmetrical, characterised by a beak-like feature in the antero-ventral region of the left valve, and, with some notable exceptions, mostly have smooth or weakly-ornamented valves. Juvenile specimens, on the other hand, have valves that are almost symmetrical, with no beak-like feature and are often heavily ornamented. We have examined the last 3 - 4 juvenile stages of 6 Bennelongia species from 5 different lineages, in order to decipher the types of external valve ornamentation and their recurrences during ontogeny and across lineages. It is clear that ornamentation is more prevalent at the early instar stages compar...
Bennelongia australis - lineage Remarks Brady (1886) described Chlamydotheca australis based on e...
The species Darwinula stevensoni is extensively redescribed. Morphological variability of both valve...
Pores and sensilla on ostracod shell have often been used in studies of ontogeny, taxonomy, and phyl...
Ostracods belonging to the genus Bennelongia differ much in valve morphology between adults and juve...
Ostracods belonging to the genus Bennelongia differ much in valve morphology between adults and juve...
Fig. 15. Detailed views of the domes and cones of A-3 and A-4 specimens of Bennelongia kimberleyensi...
Bennelongia sp. 414 nov. sp. Figs 11-12 This species is in stark contrast with B. cf. nimala nov....
It is still unclear whether variation in nature is discrete or continuous. Species are commonly rega...
The hinge mechanism linking brachial and pedicle valves has played an important role in articulate b...
Australia is predicted to have a high number of currently undescribed ostracod taxa. The genus Benne...
Model organism studies have been fundamental in understanding evolutionary and developmental biology...
FIGURE 2. Morphological details of Microceratina quadrata Swanson, 1980: A—LV, external, specimen fr...
Fig. 1. Chrissia muangkanensis, new species, female. A, Cp, right lateral view (MSU-ZOC.369). B, val...
Siamopsis gen. nov., described here, belongs to a group of genera with the right valve overlapping t...
Five new species in four new genera from Western Australia are described. All species have valve cha...
Bennelongia australis - lineage Remarks Brady (1886) described Chlamydotheca australis based on e...
The species Darwinula stevensoni is extensively redescribed. Morphological variability of both valve...
Pores and sensilla on ostracod shell have often been used in studies of ontogeny, taxonomy, and phyl...
Ostracods belonging to the genus Bennelongia differ much in valve morphology between adults and juve...
Ostracods belonging to the genus Bennelongia differ much in valve morphology between adults and juve...
Fig. 15. Detailed views of the domes and cones of A-3 and A-4 specimens of Bennelongia kimberleyensi...
Bennelongia sp. 414 nov. sp. Figs 11-12 This species is in stark contrast with B. cf. nimala nov....
It is still unclear whether variation in nature is discrete or continuous. Species are commonly rega...
The hinge mechanism linking brachial and pedicle valves has played an important role in articulate b...
Australia is predicted to have a high number of currently undescribed ostracod taxa. The genus Benne...
Model organism studies have been fundamental in understanding evolutionary and developmental biology...
FIGURE 2. Morphological details of Microceratina quadrata Swanson, 1980: A—LV, external, specimen fr...
Fig. 1. Chrissia muangkanensis, new species, female. A, Cp, right lateral view (MSU-ZOC.369). B, val...
Siamopsis gen. nov., described here, belongs to a group of genera with the right valve overlapping t...
Five new species in four new genera from Western Australia are described. All species have valve cha...
Bennelongia australis - lineage Remarks Brady (1886) described Chlamydotheca australis based on e...
The species Darwinula stevensoni is extensively redescribed. Morphological variability of both valve...
Pores and sensilla on ostracod shell have often been used in studies of ontogeny, taxonomy, and phyl...