Partan Sarah R
School of Cognitive Science, Hampshire College, Amherst, MA 01002 USA.
Behav Ecol Sociobiol. 2013;67(9):1523-1539. doi: 10.1007/s00265-013-1565-y. Epub 2013 Jun 21.
The study of multimodal communication has become an active and vibrant field. This special issue of Behavioral Ecology and Sociobiology brings together new developments in this rapidly expanding area. In this final contribution to the special issue, I look to the future and discuss ten questions in need of further work, touching on issues ranging from theoretical modeling and the evolution of behavior to molecular mechanisms and the development of behavior. In particular, I emphasize that the use of multimodal communication allows animals to switch between sensory channels when one channel becomes too noisy, and suggest that a better understanding of this process may help us both to understand the evolution of multisensory signaling and to predict the success of species facing environmental changes that affect signaling channels, such as urbanization and climate change. An expanded section is included on the effects of climate change on animal communication across sensory channels, urging researchers to pursue this topic due to the rapidity with which the environment is currently transforming.
多模态交流的研究已成为一个活跃且充满活力的领域。《行为生态学与社会生物学》的这一特刊汇集了这个迅速发展领域的新进展。在对该特刊的这篇最终稿件中,我展望未来并讨论十个需要进一步研究的问题,涉及从理论建模、行为进化到分子机制以及行为发展等诸多问题。特别地,我强调多模态交流的运用使动物能够在一个感官通道变得过于嘈杂时在不同感官通道之间切换,并指出更好地理解这一过程可能有助于我们理解多感官信号的进化,以及预测面临影响信号通道的环境变化(如城市化和气候变化)的物种的生存情况。其中还扩充了关于气候变化对跨感官通道动物交流影响的部分,鉴于当前环境正在迅速变化,敦促研究人员探讨这一主题。