在为偏远的阿拉斯加社区建造新的卫生设施的过程中， 人们注意到因马丘克河水源存在问题，这表明可能会形成 消毒副产物（DBPs）。在调查过程中，发现 这条河也是该地区重要的鲑鱼产卵河。基于此，这项工作是成功的 旨在确定回归鲑鱼对水体有机物含量的影响， 并确定有机物质的来源是否影响DBP问题。结果 研究表明，回归鲑鱼的影响导致水体中的有机物含量超过100% 双重的此外，鱼类腐烂产生的产物也有一定的毒性 对DBP的形成有显著影响，尤其是卤乙酸。研究结果表明 对于这种有机来源，水中的蛋白质水平与DBP有更好的相关性 而不是DOC或SUVA。结果还表明，鲑鱼腐烂的产物 减少SUVA，同时增加DBP形成潜力。包括20个参考文献、表格和图表。

In the course of constructing new sanitation facilities for a remote Alaskan community, problems were noted with the Inmatchuk River water source that indicated the potential of forming disinfection byproducts (DBPs). In the course of the investigation, it was discovered that the river was also a significant salmon spawning river in the area. Based on this, work was undertaken to determine the impact of the returning salmon on the organic content of the water, and to determine if this source of organic material was impacting the DBP problem. Results of this study showed that the impact of the returning salmon caused the organic content of the water to more than double. In addition, the products from the decay of the fish had a significant impact on DBP formation, particularly haloacetic acids. The study results indicate that, for this organic source, protein levels in the water provided a better correlation to DBP formation than either DOC or SUVA. Results also show that the products from salmon decay reduce SUVA while increasing DBP formation potential. Includes 20 references, tables, figures.