Medusae of the world . urn-shaped tube having 4 prominent lips. During process of development bell becomes relatively Plate 32. Figs. 1 to 3. Clytia volubilis, found growing upon the stems of Eudendriumin tide-pools near the Agassiz Laboratory, Newport, RhodeIsland, July 20, 1895. Figure 1 shows the natural size of thehydroid shown in figure 1; figure 2, one of the calycles; figure3, one of the gonangia showing medusa-buds. See page 262. Fig. 4. Clytia volubilis. Drawing of a medusa immediately after its escapefrom the gonangium of the hydroid shown in figure 1. Fig. 5. Clytia volubilis, from

This image is a public domain image, which means either that copyright has expired in the image or the copyright holder has waived their copyright. Alamy charges you a fee for access to the high resolution copy of the image.

This image could have imperfections as it’s either historical or reportage.

Medusae of the world . urn-shaped tube having 4 prominent lips. During process of development bell becomes relatively Plate 32. Figs. 1 to 3. Clytia volubilis, found growing upon the stems of Eudendriumin tide-pools near the Agassiz Laboratory, Newport, RhodeIsland, July 20, 1895. Figure 1 shows the natural size of thehydroid shown in figure 1; figure 2, one of the calycles; figure3, one of the gonangia showing medusa-buds. See page 262. Fig. 4. Clytia volubilis. Drawing of a medusa immediately after its escapefrom the gonangium of the hydroid shown in figure 1. Fig. 5. Clytia volubilis, from a young medusa found in the ocean at New-port, Rhode Island, June, 1892. Fig. 6. Clytia volubilis, half-grown medusa from Newport, Rhode Island, June, 1892. Fig. 7. Clytia volubilis (?). Charleston Harbor, South Carolina, September 8, 1897. Figs. 8 and 9. Tiaropsis diademata, young medusa. Nahant, Massachu-setts, March 25, 1897. Figure 9 shows one of the marginal sense-organs. Drawn from life, by the author. PLATE 32 8. j