Whether the stratospheric radiative feedback amplifies the global warming remains under debate. The stratospheric water vapor (SWV), one of the primary feedbacks in the stratosphere, is argued to be an important contributor to the global warming. On the other hand, the overall stratospheric feedback, which consists of both the SWV feedback and the stratospheric temperature (ST) feedback, does not amount to a significant value. The key to reconciling these seemingly contradictory arguments is to understand the ST change. Here, we develop a method to decompose the ST change and to quantify the decomposed feedbacks. We find that the SWV feedback, which consists of a 0.04 W m^?2 K^?1 direct impact on the top-of-the-atmosphere radiation and 0.11 W m^?2 K^?1 indirect impact via ST cooling, is offset by a negative ST feedback of ? 0.13 W m^?2 K^?1 that is radiatively driven by the tropospheric warming. This compensation results in an insignificant overall stratospheric feedback.