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The off-host survival and viability of a native and non-native fish louse （Argulus, Crustacea： Branchiura）

Current Zoology 2011年第6期57卷 828-835页

作者： P.D. WALKeR I.J. RUssON R. DUIJF G. VAN DeR VeLDe s.e. wendelaar bonga Radboud University of Nijmegen Institute for Water and Wetland Research Department of Animal Ecology and Ecophysiology Heyendaalseweg 135 6525 AJ Nijmegen The Netherlands APeM Ltd Centre for Innovation ＆ Enterprise Begbroke Science Park Sandy Lane Yarnton Oxfordshire OX5 1PF United Kingdom Netherlands Centre for Biodiversity Naturalis P.O. Box 9517 2300 RA Leiden The Netherlands

Fish ectoparasites are introduced to water bodies or aquaculture sys.e.s along with their hosts. Argulid fish lice can survive off-host for a given time, and in spite of quarantine measures might also be introduced via the trans.e. of water. However, they must cope with varying abiotic conditions without access to food. We investigated the effect of temperature （5 to 28℃） on the off-host survival time of Argulus japonicus, an invasive s.e.ies which is apparently increasing its distribution, and compared this with the european A. foliaceus. A clear effect of temperature on the off-host survival time of all stages of both s.e.ies was demonstrated. Larval and juvenile A. japonicus survived up to 9 days at 22℃ and in the case of adults up to 13 days at 15℃. By comparison, larval A. foliaceus survived up to 5 days at 15℃, adults up to 14 days at 9℃ and juveniles up to 7 days at 9℃ and 15℃. Thus, A. japonicus is more resistant to starvation at higher temperatures under controlled off-host conditions and A. foli- aceus is more resistant to starvation at lower temperatures. Infectivity of A. japonicus decreased linearly with the time s.e.t off-host after 2 days for larvae and 4 days for adults. Temperature only had a significant effect on the infectivity of both develop- mental stages after 24 hours off-host between 13-23℃ for larvae and 13-18℃ for adults. In conclusion both s.e.ies can potentially survive off-host pelods in water transports for up to 13-14 days as adults. Their survival is shorter as larvae. This study demonstrates that transportation of water has the potential to introduce Argulus s.e.ies

关键词： Argulus Fish lice survival Temperature Off-host Water transport Introductions Invasive s.e.ies

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