Spehar R L, Poucher S, Brooke L T, Hansen D J, Champlin D, Cox D A
U.S. Environmental Protection Agency, 6201 Congdon Blvd., Duluth, Minnesota 55804, USA.
Arch Environ Contam Toxicol. 1999 Nov;37(4):496-502. doi: 10.1007/s002449900544.
The acute and chronic toxicity of fluoranthene was determined for a diverse group of freshwater and saltwater species under both standard laboratory fluorescent light and ultraviolet (UV) light test conditions. Acute tests with 21 species demonstrated that fluoranthene was not lethal within its water solubility limit to most species tested under fluorescent light, but was lethal well below this limit to nearly all of the species tested under UV light. In general, the acute sensitivity of freshwater and saltwater species from the same class was similar, although UV light exposure changed the relative sensitivity of some species. Crustaceans were the most sensitive to fluoranthene, but in the presence of UV light, an oligochaete and a fish were the most sensitive. Overall, UV light increased acute fluoranthene toxicity approximately one to three orders of magnitude. In chronic tests, sublethal concentrations of fluoranthene were toxic under both fluorescent and UV light, but as in most acute tests, UV light increased chronic toxicity approximately an order of magnitude. Comparison of data from tests conducted in the laboratory and outdoors demonstrated that acute toxicity increased with increased UV light intensity.http://link. springer-ny.com/link/service/journals/00244/bibs/37n4p496.++ +html</HEA
在标准实验室荧光灯和紫外线(UV)光照试验条件下,对多种淡水和咸水物种测定了荧蒽的急性和慢性毒性。对21个物种进行的急性试验表明,在荧光灯下,荧蒽在其水溶性极限内对大多数受试物种无致死性,但在紫外线灯下,对几乎所有受试物种而言,远低于此极限时就具有致死性。总体而言,同一类别的淡水和咸水物种的急性敏感性相似,不过紫外线照射改变了某些物种的相对敏感性。甲壳类动物对荧蒽最为敏感,但在紫外线存在的情况下,一种寡毛纲动物和一种鱼类最为敏感。总体而言,紫外线使荧蒽的急性毒性增加了约一到三个数量级。在慢性试验中,荧蒽的亚致死浓度在荧光灯和紫外线下均具有毒性,但与大多数急性试验一样,紫外线使慢性毒性增加了约一个数量级。对在实验室和户外进行的试验数据的比较表明,急性毒性随紫外线强度的增加而增加。http://link. springer-ny.com/link/service/journals/00244/bibs/37n4p496.++ +html</HEA