. 502.3/7 . , .( , . 2011. , .1 ) , . . : , , , - . . . , . , . ( 1.). - ), . , , . . , . . , , - , . , 16 - - : , : ( - , - , - . , . » – . . . . - , « . » « - , - , . . , ( ). - , . - , . . , , . , , . : , , , , . , , . 17 - . , , , . , - . - . . 2011. . , , . , , ( : .1 , , , , . , ( , , , , , - . - , . . . 2.). , : : , . . . , , . , ( . , - . ) , , : , 18 , . ), , . . - , 19 . . 2011. 20 .1 . – , - , . , . , . , - , . , . . . - - A.I. Kharkov SYSTEMATIZATION OF THE FACTORS OF THE UNDERGROUND SPACE AND THE AQUATIC ENVIRONMENT INTERFERENCE The main factors influencing the use of underground space in the aquatic environment, as well as factors reverse effect are identified and systematized. The recommendation to integrate the data influences the choice of measures to protect the aquatic environment is given. Key words: underground space, the protection of the aquatic environment, events, underground structures. 20.04.11 21