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Discontinuities in technological and natural systems caused by exotic species

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Abstract

This discussion focuses on discontinuities in both natural and technological systems caused by the introduction of exotic species into areas which they would not have been able to reach without human assistance or other alterations to native communities. The case histories of both the Asian clam and the zebra mussel are particularly instructive because of their recent introductions and the dramatic impact they have had on both natural and technological systems. Control of these mollusc species in technological systems (e.g. water intake systems) is effective to a degree but requires constant attention and utilization of resources. If control is neglected there could be extremely serious consequences. At present, no inexpensive means exist for controlling their effects, and further geographical distribution in North America is highly probable. The mollusc case histories do not appear to be linear and, in some instances, may not be continuous. Some importations of exotic species were deliberate (such as the gypsy moth, Porthetria dispar), but their escape into natural systems has often been ‘accidental’ or, a less charitable person might say, careless. A viable strategy for coping with discontinuities is elusive. Discontinuities will, undoubtedly, have a major effect on the possibility of sustainable use of the planet or, to use the currently popular term, sustainable development.

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  1. Department of Biology, Virginia Polytechnic Institute and State University, 24061, Blacksburg, Virginia, USA

    John Cairns Jr & Joseph R. Bidwell

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  1. John Cairns Jr
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Cairns, J., Bidwell, J.R. Discontinuities in technological and natural systems caused by exotic species. Biodivers Conserv 5, 1085–1094 (1996). https://doi.org/10.1007/BF00052718

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