MUSSELpdb | valid sp. Ptychorhynchus murinum specimens

	Home \| About \| Database \| Mussel of the Month \| Publications & Presentations


MUSSELpdb
	Introduction Browse d'basing


Taxonomy
	all genera Unionidae Margaritiferidae Hyriidae Etheriidae Mycetopodidae Iridinidae


Geography
	Summary North America Central America South America Afrotropics North Eurasia East Asia Australasia

Page last updated
Thu 04 Apr 2024

The Freshwater Mussels (Unionoida) of the World (and other less consequential bivalves)

FM(U)otW(aolcb) is the web version of the MUSSEL Project Database. Follow the links to browse the data or use the custom Google search field. Either way, you win!

This page reports the specimens in the MUSSELpdb and provides a map if geocodes are known. The taxonomic history reports the record of different names and combinations that have been applied to this species (and its synonyms) since 2007.

Search the database pages:

species Ptychorhynchus murinum (Heude, 1883): specimens
11 nominal species as synonyms

Taxonomic History (since 2007)

Ptychorhynchus murinum — Graf & Cummings (2007), Bogan (2010), He & Zhuang (2013), Zieritz et al. (2018), Liu et al. (2020), Graf & Cummings (2021), Bolotov et al. (2023)
Hyriopsis pinchoniana — Graf & Cummings (2007), Bogan (2010)
Pseudodon (s.s.) solidus — Graf & Cummings (2007)
Pseudodon solidus — Bogan (2010)
Pseudodon pinchoniana — He & Zhuang (2013)
Pseudodon pinchonianus — Zieritz et al. (2018), Liu et al. (2020), Graf & Cummings (2021)

Range: Described from the Yangtze River, China.

Map of Georeferenced Specimens
species map

China
USNM_472405 Kien-te sud, China	MNHN_MP_3272 China	USNM_472391 Kouang té tcheou, China
USNM_472392 Kien-p’ing hien, China	MNHN_MP_3388 Ngan Noue, Chine	MNHN_MP_3391 Ngan Noue, Chine
USNM_472401 Ngan-houe, China

Page updated: 07:14:03 Thu 04 Apr 2024

"Making the world a better place, one mollusk at a time."
	The MUSSEL Project — Home Page http://www.mussel-project.net/. Site developed and maintained by Dan Graf & Kevin Cummings. Hosted by The University of Wisconsin-Stevens Point. Funded by The National Science Foundation.