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Browse Gastropod Families
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Family
Profile - University of Michigan Animal Diversity Web
Key to Hydrobiid Genera
Most hydrobiids have monotonously simple, conical or depressed-conical
shells that are nearly devoid of taxonomically useful characteristics.
All are less than 10mm in size at maturity. Essentially identical
shells occur repeatedly among unrelated genera and subfamilies.
Important diagnostic characteristics for subfamilies, genera,
and species are found in the female reproductive system, the male
reproductive organ, and modifications of the radular teeth. The
shells are secondarily useful for identification, but only when
supplemented with anatomical information. All species except Potamopyrgus
antipodarum (which bears live young and is parthenogenic
with males extremely rare) have separate sexes and lay single
egg capsules.
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Amnicola spp.
shell thin and smooth, subglobose to elongate, body
whorl swollen and spire short, umbilicate |

Hoyia sheldoni
shell thin and smooth, subglobose to elongate, body
whorl swollen and spire short, cleft or imperforate, 3-3.5mm.
rare profundal species found only in Lake Michigan |

Gillia altilis
shell thick, short, body whorl large, imperforate
or with a narrow umbilical chink, edge of aperature in a horizontal
plane |
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Marstonia spp.
shell thick, translucent with a light greenish or
brownish color, 4.5-6 whorls, body whorl large, aperture imperforate
or with a narrow umbilical chink, edge of aperature oblique, operculum
has a single obvious spiral that fans out to the perimeter.
to 8mm (usually 3-5) |
Potamopyrgus antipodarum
shell narrower, longer, and has more whorls (5-6)
than native hydrobiids
4-7mm |
Pyrgulopsis lustricus
shell thin, elongate and strongly carinate
up to 4mm |

Probythinella lacustris
narrowly conical, apex truncate, umbilicus narrow.
to 5mm |
Gastropod
anatomy - Freshwater Mollusk Conservation Society
Species List |
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Genus |
Species |
Reported Locations** |
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Amnicola |
spp. |
WRN1 SHEO |
occurs in a wide variety of habitats from
small springs to large rivers and lakes. |
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limosa |
X |
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Midland siltsnail |
(aka Cincinnatia) |
integra |
W E |
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mud amnicola |
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limosa |
WRN1 SHEO |
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canadian duskysnail |
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walkeri |
R |
|
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Buffalo pebblesnail |
Gillia |
altilis |
O |
found in springs, streams and rivers
GLANSIS |
 |
storm hydrobe |
Hoyia |
sheldoni |
M |
known only from the deep waters of Lake Michigan |
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Marstonia |
spp. |
12 SO |
found in a wide variety of
habitats from springs and streams to lakes |
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Pilsbry's Spire Snail |
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decepta |
12 O |
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boreal marstonia (aka Pilsbry's Spire Snail) |
(aka Pyrgulopsis) |
lustrica |
S |
typically found on rocks and on submerged aquatic vegetation to
depths of 4m.
Profile
- Mass Div of Fish and Wildlife
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New Zealand mud snail |
Potamopyrgus |
antipodarum |
SMO |
parthenogenic live bearers. Exotic.
Profile
- USGS
Profile
- Indiana University
Comparison
with similar species
GLANSIS |
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delta hydrobe |
Probythinella |
lacustris (emarginata) |
XN HO |
found sporadically in ponds, lakes and streams, but
usually in small numbers |
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Pyrgulopsis |
lustricus |
X |
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** Reported locations based on a limited literature search.
Codes indicate presence reported but absence of a code should not
be interpreted as a species absence.
S (Lake Superior) based on:
M (Lake Michigan) based on combination of:
H (Lake Huron) based on:
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Abundance,
Biomass, and Species Composition of Benthic Macroinvertebrate
Populations in Saginaw Bay, Lake Huron, 1987-96. Thomas Nalepa,
David Fanslow, Margaret Lansing, Gregory Lang, Mark Ford, Gerald
Gostenik, and David Hartson. NOAA Technical Memorandum GLERL-122.
Relationships
among zoobenthos, sediments, and organic matter in littoral zones
of western Lake Erie and Saginaw Bay. 1983. Richard A. Cole and
Diana L. Weigmann. JGLR 9(4)568-581.
Wave-zone
macrobenthos of the exposed Canadian shores of the St. Lawrence
Great Lakes. 1978. D.R. Barton and B.N. Hynes. JGLR 4(1)27-45.
Benthic
Community Structure and Composition among rocky habitats in the
Great Lakes and Keuka Lake, NY. 1987. Michael H. Winnell and David
J. Jude. JGLR 13(1)3-17.
- NOAA
Great Lakes Nonindigenous Species List
E (Lake Erie) based on:
Relationships
among zoobenthos, sediments, and organic matter in littoral zones
of western Lake Erie and Saginaw Bay. 1983. Richard A. Cole and
Diana L. Weigmann. JGLR 9(4)568-581.
Wave-zone
macrobenthos of the exposed Canadian shores of the St. Lawrence
Great Lakes. 1978. D.R. Barton and B.N. Hynes. JGLR 4(1)27-45.
Distribution
of some common benthic invertebrates in nearshore Lake Erie, with
emphasis on depth and type of substratus. 1988. David R. Barton.
JGLR 14(1)34-43.
Benthic
and pelagic secondary production in Lake Erie after the invasion
of Dreissena spp. with implications for fish production. 2000.
Ora E. Johannsson, Ron Dermott, Donna M Graham, Julie A. Dahl,
E. Scott Millard, Debra D. Myles, and Jennifer LeBlanc. JGLR 26(1)31-54.
Changes
in the benthic macroinvertebrate community of the Cleveland Harbor
area of Lake Erie from 1978 to 1989. 1993. Kenneth A. Krieger
and Lloyd S. Ross. JGLR 19(2) 237-249.
Lethal
and sublethal effects of sponge overgrowth on introduced dreissenid
mussels in the Great Lakes - St. Lawrence River system. 1995.
A Ricciardi, FL Snyder, DO Kelch and HM Reiswig. CJFAS 52:2695-2703.
Changes
to the deepwater benthos of eastern Lake Erie since the invasion
of Dreissena 1979-1993. 1997. R Dermott and D Kerec. CJFAS 54:
922-930.
- NOAA
Great Lakes Nonindigenous Species List
O (Lake Ontario) based on:
X (Great Lakes coastal wetlands) based on:
W (wave zone = 0-2m) based on: Wave-zone
macrobenthos of the exposed Canadian shores of the St. Lawrence
Great Lakes. 1978. D.R. Barton and B.N. Hynes. JGLR 4(1)27-45.
R (rocky habitats) based on: Benthic
Community Structure and Composition among rocky habitats in the
Great Lakes and Keuka Lake, NY. 1987. Michael H. Winnell and David
J. Jude. JGLR 13(1)3-17.
N (nearshore) based on:
1 = 14-30m based on:
2 = 31-50m based on:Disruption of the benthic community in Lake
Ontario. 2003. S.J. Lozano and T.F. Nalepa. in State of Lake Ontario
(SOLO) -- Past, Present and Future. M Munawar (ed). Ecovision World
Monograph Series. Aquatic Ecosystem Health and Management Society. |
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