Raman spectra of water within the temperature range 20 to 3 <$E symbol Р>C were investigated. Best of all, the complex shape of the obtained spectra was approximated by four (or five) Gaussian-shaped peaks with their positions 3070, 3230, 3440, 3600 (and 3650) <$E roman cm sup -1>. The most intensive constituents were 3230 and 3440 <$E roman cm sup -1> lines, their total contribution to the Raman spectrum of water is higher than 90 %. These lines are the most sensitive to the temperature, too. When the temperature decreases from 20 down to 3 <$E symbol Р>C, the positions of these peaks were shifted from 3232 to 3224 and from 3441 to 3434 <$E roman cm sup -1>, respectively; and the intensity of 3230 <$E roman cm sup -1> line was increased approximately by 14 % in its magnitude.

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