Journal article

Does polymorphism predict physiological connectedness? A test using two encrusting bryozoans

EK Bone, MJ Keough

Biological Bulletin | MARINE BIOLOGICAL LABORATORY | Published : 2010

Abstract

A colonial lifestyle necessitates communication between colony members to coordinate functions and enable resource sharing through physiological integration. Colonial integration is predicted to increase with both the size of the colony and the level of specialization (polymorphism). In modular colonies, although integration might be reflected in structural characteristics such as module spacing or branching patterns, physiological integration is fundamentally dependent on the level of connectedness between modules. In cheilostome bryozoans, funicular tissue links adjacent zooids through pores within zooid walls and is the most likely means of nutrient transport within colonies. We sought to..

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University of Melbourne Researchers

Grants

Funding Acknowledgements

Funding for this work was provided through an Australian Research Council grant to M. J. Keough, and E. K. Bone was supported throughout by an Australian Postgraduate Award. We thank Joan Clark for use of and initial assistance with the scanning electron microscopy facilities in the Department of Zoology, The University of Melbourne, and E. K. B. is grateful to Matt Symonds and David Reid for comments that improved the manuscript.