It has been recently proposed that the glass transition temperature (Tg) for water is 165 K, and not, as previously thought, 136 K [V. Velikov et al. Science, 294, 2335 (2001)]. Unfortunately, the Tg of water is difficult to measure due to formation of metastable cubic ice (Ic) at T = 154 K. To address the nature of water in the 130-152 K temperature range, a confocal microscopy approach is used to study whether single-probe molecules (i.e. Rhodamine 700) embedded in hyperquenched water rotate in the above temperature range. If Tg is 136 K and the liquid above this temperature is fragile, rotation of the dye molecules should be observed above 136 K. However, single-molecule spectroscopy using confocal microscopy did not reveal any rotation of single-probe molecules above 136 K, thus eliminating “fragile liquid” as a possible description of water between 136 K and crystallization. This finding is in agreement with recent dielectric relaxation studies [A. Minoguchi et al. Phys. Rev. Letters 93, 215703-1 (2004)] and suggests that the substance above 136 K is not a liquid at all.