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1.
1-Paralichthys albiguttus, 20 com. long, on fine variegated shells, yellow predominating partly buried as usually found in nature. 2-Paralichthys albiguttus, same individual two minutes later with the shells removed. 3- Paralichthys albiguttus, w1 cm long, on coarse shells of the same kind, partly buried, from August 16 to 19. 4-Same individual two minutes later with shells removed. Note that the pattern is much coarser than in figure 2 on the fine shells. In both the skin was distinctly yellowish in color.
2.
Letter to Trevor Kincaid, Professor of Biology at the University of Washington, from William H. Dall of the Smithsonian Institution, regarding Kincaid's collection of Pacific Northwest and Alaskan shells, January 31, 2005
3.
Pocock Racing Shells factory, Seattle, 1969
4.
Dr. Lauren R. Donaldson cleaning shells in his laboratory aboard the USS CHILTON, summer 1947
5.
University of Washington crew team hauling shells in snow, Seattle, March 1962
6.
University of Washington crew team in shells, Seattle, 1921
7.
Oyster spat, one month old, on the shells of the experimental spat collectors located in Wellfleet Bay, 1908. Various shells, such as oyster, scallop, razor clam, clam, quahaut, silver or jingle shells can be used for spat collection
8.
Indian Deep-Sea Mollusca
A specimen of Xenophora pallidula, from the Andaman Sea, 185 fathoms.... Among the dead shells used as a fortification are--(a) Pleurotoma congener, (b) Pleurotoma travancorica, (c) Pleurotoma carinata, and (d) Drillia captiva. The dead shells utilised as biulding-material are not stuck on indiscriminately, but are arranged along the edge of each whorl
9.
Shells from Globigerina Ooze
Shells from foraminiferal ooze, brought up in the sounding-tube from a depth of about 1100 fathoms, in the vicinity of the Laccadives; enlarged about forty times. In the natural state the shells cohere together; but those here shown--which consist chiefly of Globigerina, with a few Pulvinulina and Orbulina--have been separated by repeated washing and careful drying
10.
Shells from Globigerina Ooze
Shells from foraminiferal ooze, brought up in the sounding-tube from a depth of about 1100 fathoms, in the vicinity of the Laccadives; enlarged about forty times. In the natural state the shells cohere together; but those h
11.
Shells of mussels reared in a pond from glochildia artificially infected upon fish. The buttons were cut from the shells within two years from the date of infection. The quality is good, but the shells are yet too thin for commercial uses
12.
Single oysters attached to shells of a small clam. These shells make ideal collectors.
They and the shells of an allied bivalve form great collections all along the Louisiana coast
13.
University of Washington crew team preparing to launch shells from dock on Lake Washington three days before the California race on April 12, 1924, Seattle
14.
Shells at starting line in crew race, University of Washington, 1912
15.
University of Washington crews launching rowing shells from the dock of the Conibear Shellhouse into Lake Washington during practice, Seattle, n.d.
16.
Dentalium spear and shells, probably from the Olympic Peninsula
17.
Introduction of Monterey Shells to the Indians of the Northwest Coast
18.
Barge unloading oyster shells in Oyster Bay, Washington, n.d.
19.
Asian workers stringing oyster shells on wires, unidentified oyster bed, Washington, n.d.
20.
Lake Washington Boat Club members in shells and rowing near a coastline, Seattle, n.d.
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