We describe a new genus of the chemosymbiotic bivalve family Vesicomyidae, Squiresica, for two Oligocene species, previously assigned to Archivesica, from western North America. Squiresica is characterized by a small and weakly inflated shell, a small to nearly absent pallial sinus, an Archivesica-like hinge dentition, with an indistinct to well incised lunular incision. Two species are assigned to this new genus: the type species, S. knapptonensis from western Washington State, USA, and S. marincovichi from Oligocene strata of Alaska, USA. Squiresica knapptonensis had previously been described from the upper Oligocene of the Lincoln Creek Formation; further specimens are here reported from a newly discovered seep deposit in the lower Oligo...
Bathymodiolus (sensu lato) heretaunga sp. nov. and Gigantidas coseli sp. nov. are described from Mio...
124 pagesTuffaceous marine sandstone and siltstone of the Oligocene Eugene Formation occur in the so...
The bivalve family Vesicomyidae comprises two subfamilies: Pliocardiinae and Vesicomyinae. The Plioc...
We describe a new genus of the chemosymbiotic bivalve family Vesicomyidae, Squiresica, for two Oligo...
New discoveries of Cenozoic deep-water hydrocarbon seep deposits and continued collecting at previou...
The deep ocean has fascinated researchers for centuries with discoveries of new ecosystems and speci...
Two fossil species of vesicomyids are described from Lower to Middle Miocene hydrocarbon seep carbon...
The scallop genus Chesapecten, characterized by its strong ribbing and large size, originated in the...
from a methane seep off central Chile (~36°S) with a molecular timescale for diversification of the ...
The genus Calyptogena (Bivalvia: Vesicomyidae) comprises highly specialized bivalves living in symbi...
The bivalve genus Venericardia is abundant and exceptionally well-preserved on the U.S. Gulf Coastal...
The heteroconch bivalve fauna of the deep-water (>200 m) Keasey Formation in northwestern Oregon ...
The late Eocene–early Oligocene Keasey Formation in Northwestern Oregon contains a unique fauna of d...
A new species of bivalve, Thyasira (Thyasira) beui, is described from lower to middle Miocene hydroc...
We present a systematic study of thyasirid bivalves from Cretaceous to Oligocene seep carbonates wor...
Bathymodiolus (sensu lato) heretaunga sp. nov. and Gigantidas coseli sp. nov. are described from Mio...
124 pagesTuffaceous marine sandstone and siltstone of the Oligocene Eugene Formation occur in the so...
The bivalve family Vesicomyidae comprises two subfamilies: Pliocardiinae and Vesicomyinae. The Plioc...
We describe a new genus of the chemosymbiotic bivalve family Vesicomyidae, Squiresica, for two Oligo...
New discoveries of Cenozoic deep-water hydrocarbon seep deposits and continued collecting at previou...
The deep ocean has fascinated researchers for centuries with discoveries of new ecosystems and speci...
Two fossil species of vesicomyids are described from Lower to Middle Miocene hydrocarbon seep carbon...
The scallop genus Chesapecten, characterized by its strong ribbing and large size, originated in the...
from a methane seep off central Chile (~36°S) with a molecular timescale for diversification of the ...
The genus Calyptogena (Bivalvia: Vesicomyidae) comprises highly specialized bivalves living in symbi...
The bivalve genus Venericardia is abundant and exceptionally well-preserved on the U.S. Gulf Coastal...
The heteroconch bivalve fauna of the deep-water (>200 m) Keasey Formation in northwestern Oregon ...
The late Eocene–early Oligocene Keasey Formation in Northwestern Oregon contains a unique fauna of d...
A new species of bivalve, Thyasira (Thyasira) beui, is described from lower to middle Miocene hydroc...
We present a systematic study of thyasirid bivalves from Cretaceous to Oligocene seep carbonates wor...
Bathymodiolus (sensu lato) heretaunga sp. nov. and Gigantidas coseli sp. nov. are described from Mio...
124 pagesTuffaceous marine sandstone and siltstone of the Oligocene Eugene Formation occur in the so...
The bivalve family Vesicomyidae comprises two subfamilies: Pliocardiinae and Vesicomyinae. The Plioc...