A new species of the genus Totoaba (family Sciaenidae) based upon otoliths from the late early Miocene marine upper Olcese Sand, Kern County, southern San Joaquin Valley, California is described. This is the first fossil occurrence for the genus, and it is hypothesized that Totoaba evolved entirely in the eastern Pacific realm. Within the upper Olcese Sand, this species represents but one component of a complex sciaenid fauna, which could provide insight into the evolution and distribution of the family Sciaenidae. An ontogenetic series of this species is defined, and ontogenetic changes in its otoliths are discussed
The Tortonian fish otoliths of northern Italy have been studied for more than a century and represen...
Exceptionally well-preserved specimens of a new cypridid ostracode (Crustacea), Raepula ira sp. nov....
Micro-computed tomography scanning (µCT scanning) now represents a standard tool for non-destructive...
A new species of early Miocene croaker of the genus Pogonias (Perciformes: Sciaenidae) from the mari...
A new species of sciaenid, Seriphus lavenbergi sp. nov., is described from the late Miocene Yorba Me...
The otoliths described here from the Late Santonian of the Eutaw Formation of Alabama, represent one...
The fossil otolith-based sciaenid genus Equetulus is known almost exclusively from South America, th...
Nineteen of the 23 species described by Koken (1888) from the U.S. Gulf Coast Paleogene are consider...
Fossil sciaenid fish otoliths are reported here from Pannonian (Upper Miocene) deposits of 11 Hungar...
A nearly complete fossil skull, including the rostrum, of blue marlin, Makaira nigricans Lacepe`de, ...
We report here diverse Late Miocene fish assemblages based on otoliths collected from sedimentary ro...
A small assemblage of 22 otoliths was identified from the historical collection of Bluntschli and Pe...
Micro‐computed tomography (μCT) scanning now represents a standard tool for non‐destructive study of...
The fossil otoliths of the southern USA have been known for more than 130 years and are among the ri...
A radiation of fishes in the family Semionotidae is preserved in the sedimentary record of the great...
The Tortonian fish otoliths of northern Italy have been studied for more than a century and represen...
Exceptionally well-preserved specimens of a new cypridid ostracode (Crustacea), Raepula ira sp. nov....
Micro-computed tomography scanning (µCT scanning) now represents a standard tool for non-destructive...
A new species of early Miocene croaker of the genus Pogonias (Perciformes: Sciaenidae) from the mari...
A new species of sciaenid, Seriphus lavenbergi sp. nov., is described from the late Miocene Yorba Me...
The otoliths described here from the Late Santonian of the Eutaw Formation of Alabama, represent one...
The fossil otolith-based sciaenid genus Equetulus is known almost exclusively from South America, th...
Nineteen of the 23 species described by Koken (1888) from the U.S. Gulf Coast Paleogene are consider...
Fossil sciaenid fish otoliths are reported here from Pannonian (Upper Miocene) deposits of 11 Hungar...
A nearly complete fossil skull, including the rostrum, of blue marlin, Makaira nigricans Lacepe`de, ...
We report here diverse Late Miocene fish assemblages based on otoliths collected from sedimentary ro...
A small assemblage of 22 otoliths was identified from the historical collection of Bluntschli and Pe...
Micro‐computed tomography (μCT) scanning now represents a standard tool for non‐destructive study of...
The fossil otoliths of the southern USA have been known for more than 130 years and are among the ri...
A radiation of fishes in the family Semionotidae is preserved in the sedimentary record of the great...
The Tortonian fish otoliths of northern Italy have been studied for more than a century and represen...
Exceptionally well-preserved specimens of a new cypridid ostracode (Crustacea), Raepula ira sp. nov....
Micro-computed tomography scanning (µCT scanning) now represents a standard tool for non-destructive...