[First paragraph] AGEMATSU et al. (2018) commented on our recent paper about testing hypotheses of element loss and apparatus stability in the apparatus composition of complex conodonts (Zhang et al. 2017). They take issue not with our approach, but with our specific hypothesis concerning the skeletal apparatus of Hindeodus parvus. We proposed that,in marked contrast to the remarkable anatomical conservatism exhibited by ozarkodinid conodonts, which seem not to vary their 15 element ‘dental formula’ over a period in excess of 250 million years, H. parvus had only 13 elements, lacking 2 elements from the posterior P domain of the apparatus.Our paper presents an hypothesis of homology for the skeletal elements of H. parvus that Agematsu et al....
Knowledge of conodont element function is based largely on analysis of morphologically similar P1 el...
Since the 1960s, huge progress has been made in reconstructing the multielement skeletons of conodon...
The morphological disparity of conodont elements rivals the dentition of all other vertebrates, yet ...
Knowledge of the conodont skeleton, in terms of the morphology of the elements and the positions the...
Knowledge of the conodont skeleton, in terms of the morphology of the elements and the positions the...
Abstract: Accurate hypotheses of primary homology are fundamental to many aspects of the systematics...
Conodonts are an extinct group of jawless vertebrates whose toothlike elements are the earliest inst...
Analysis of natural assemblages reveals that the architecture of the ozarkodinid conodont feeding ap...
An evidence-based reassessment of the phylogenetic relationships of conodonts shows that they are no...
Abstract: The different types of elements that occurred together in conodont apparatuses are not rec...
Conodonts were small, thin, elongate jawless creatures that were a common component of the marine fa...
In the last decade, accelerated studies of those exquisite microfossils, conodonts. have led to new ...
ABSTRACT: Conodonts are a highly diverse group of chordates that thrived in prehistoric oceans from...
Since the 1960s, huge progress has been made in reconstructing the multielement skeletons of conodon...
Earliest Triassic natural conodont assemblages preserved as impressions on bedding planes occur in a...
Knowledge of conodont element function is based largely on analysis of morphologically similar P1 el...
Since the 1960s, huge progress has been made in reconstructing the multielement skeletons of conodon...
The morphological disparity of conodont elements rivals the dentition of all other vertebrates, yet ...
Knowledge of the conodont skeleton, in terms of the morphology of the elements and the positions the...
Knowledge of the conodont skeleton, in terms of the morphology of the elements and the positions the...
Abstract: Accurate hypotheses of primary homology are fundamental to many aspects of the systematics...
Conodonts are an extinct group of jawless vertebrates whose toothlike elements are the earliest inst...
Analysis of natural assemblages reveals that the architecture of the ozarkodinid conodont feeding ap...
An evidence-based reassessment of the phylogenetic relationships of conodonts shows that they are no...
Abstract: The different types of elements that occurred together in conodont apparatuses are not rec...
Conodonts were small, thin, elongate jawless creatures that were a common component of the marine fa...
In the last decade, accelerated studies of those exquisite microfossils, conodonts. have led to new ...
ABSTRACT: Conodonts are a highly diverse group of chordates that thrived in prehistoric oceans from...
Since the 1960s, huge progress has been made in reconstructing the multielement skeletons of conodon...
Earliest Triassic natural conodont assemblages preserved as impressions on bedding planes occur in a...
Knowledge of conodont element function is based largely on analysis of morphologically similar P1 el...
Since the 1960s, huge progress has been made in reconstructing the multielement skeletons of conodon...
The morphological disparity of conodont elements rivals the dentition of all other vertebrates, yet ...