Hollamby Simon, Afema-Azikuru Josephine, Waigo Samuel, Cameron Kenneth, Gandolf A Rae, Norris Amanda, Sikarskie James G
The Department of Small Animal Clinical Sciences, The Veterinary Medical Center, Michigan State University, East Lansing, Michigan 48824, USA.
Environ Monit Assess. 2006 Jul;118(1-3):13-20. doi: 10.1007/s10661-006-0770-9.
An animal's suitability as a biomonitor of environmental change can be determined by biological, reproductive and ecological characteristics determined at the class, order and species level. The animal's habitat where the research is to be performed and the form, function and structure of the environmental change being studied within that habitat also determines suitability. Non-threatened populations of large, non-migratory, long-lived, seasonally-breeding tertiary avian predators, whose dietary preferences are narrow and known, can be useful as monitors of environmental chemical contaminants. If chemicals are being monitored, a quantifiable endpoint effect must be demonstrated in the species, or a similar species under experimental laboratory conditions. Logistical and economic issues as well as public and regulatory authority acceptance should also be considered when assessing the suitability of a species as a biomonitor.
一种动物是否适合作为环境变化的生物监测器,可以通过在纲、目和物种层面确定的生物学、繁殖和生态特征来判定。研究拟开展的动物栖息地,以及该栖息地内正在研究的环境变化的形式、功能和结构,也决定了其适用性。大型、非迁徙、长寿、季节性繁殖的三级鸟类捕食者的非受威胁种群,其食性狭窄且已知,可作为环境化学污染物的监测器。如果要监测化学物质,必须在该物种或实验室内条件下的类似物种中证明有可量化的终点效应。在评估一个物种作为生物监测器的适用性时,还应考虑后勤和经济问题以及公众和监管机构的接受度。