Poulin R
Department of Zoology, University of Otago, Dunedin, New Zealand.
Parassitologia. 2007 Sep;49(3):169-72.
Parasite communities in fish hosts are not uniform in space: their diversity, composition and abundance vary across the geographical range of a host species. Increasingly urgently, we need to understand the geographic component of parasite communities to better predict how they will respond to global climate change. Patterns of geographical variation in the abundance of parasite populations, and in the diversity and composition of parasite communities, are explored here, and the ways in which they may be affected by climate change are discussed. The time has come to transform fish parasite ecology from a mostly descriptive discipline into a predictive science, capable of integrating complex ecological data to generate forecasts about the future state of host-parasite systems.
它们的多样性、组成和丰度在宿主物种的地理分布范围内各不相同。越来越迫切的是,我们需要了解寄生虫群落的地理组成部分,以便更好地预测它们将如何应对全球气候变化。本文探讨了寄生虫种群丰度、寄生虫群落多样性和组成的地理变异模式,并讨论了它们可能受到气候变化影响的方式。现在是时候将鱼类寄生虫生态学从一门主要是描述性的学科转变为一门预测性科学了,这门科学能够整合复杂的生态数据,以对宿主-寄生虫系统的未来状态做出预测。