Gudkov D I, Kuz'menko M I, Kireev S I, Nazarov A B, Shevtsova N L, Dziubenko E V, Kaglian A E
Radiats Biol Radioecol. 2009 Mar-Apr;49(2):192-202.
The results of radioactive contamination dynamics in the main components of aquatic ecosystems and the absorbed dose rate for hydrobionts within the Chernobyl accident exclusion zone was analysed. Some cytogenetical and haematological effects of long-term irradiation on aquatic organisms as well as damage of higher aquatic plants by parasitic fungi and gall-producing arthropods were considered.
分析了切尔诺贝利事故禁区内水生生态系统主要成分的放射性污染动态以及水生生物的吸收剂量率。考虑了长期辐射对水生生物的一些细胞遗传学和血液学影响，以及寄生真菌和产瘿节肢动物对高等水生植物的损害。
