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Suto, Itsuki (2004): Taxonomy of the diatom resting spore form genus Liradiscus Greville and its stratigraphic significance
Leg/Site/Hole:
Related Expeditions:
DSDP 56
DSDP 57
DSDP 56 436
DSDP 57 438
Identifier:
ID:
2005-019857
Type:
georefid
Creator:
Name:
Suto, Itsuki
Affiliation:
University of Tsukuba, Doctoral Program of Geoscience, Tsukuba, Japan
Role:
author
Identification:
Title:
Taxonomy of the diatom resting spore form genus Liradiscus Greville and its stratigraphic significance
Year:
2004
Source:
Micropaleontology
Publisher:
American Museum of Natural History, New York, NY, United States
Volume:
50
Issue:
1
Pages:
59-79
Abstract:
The taxonomy of the marine diatom spore genus Liradiscus Greville is established based on detailed light and electron microscopic observations, along with the stratigraphic examination of DSDP Holes 438A, 438B and 436 (northwestern Pacific) and the Newport Beach Section (California). The genus Liradiscus is characterized by circular or elliptical valves covered with circular, branched or net-like veins. Eleven fossil Liradiscus species including five new species (L. akibae, L. japonicus, L. petasus, L. pacificus and L. reticulatus) are described, and their stratigraphic ranges are presented. Liradiscus akibae, L. reticulatus and L. petasus can potentially serve as additional useful biostratigraphic markers to improve the Miocene diatom biostratigraphy of the North Pacific. Furthermore, taxonomy of fossil resting spores will allow us to detect additional paleoceanographic signals recorded in fossil resting spore assemblages in upwelling regions.
Language:
English
Genre:
Serial
Rights:
URL:
Coverage:
Geographic coordinates:
North:40.3748
West:-118.0800
East: 145.3400
South:33.2500
Keywords:
Stratigraphy; algae; biostratigraphy; California; Cenozoic; Deep Sea Drilling Project; diatoms; DSDP Site 436; DSDP Site 438; identification; IPOD; Japan Trench; Leg 56; Leg 57; Liradiscus; marine environment; microfossils; Miocene; morphology; Neogene; new taxa; Newport Beach California; North Pacific; Northwest Pacific; Orange County California; Pacific Ocean; paleo-oceanography; paleoenvironment; Plantae; quantitative analysis; SEM data; taxonomy; Tertiary; United States; West Pacific;
.
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