The fluorescence fiber gratings are fabricated the structure of fiber Bragg gratings (shortly FBGs) on Hydrogen-loaded Erbium-doped fluorescence fibers. The properties of temperature and strain for λ_B and τ have been studied experimentally,the fitting equations for λ_B (T,ε) and τ(T,ε) are given. The results show,like plain FBGs,the Bragg wavelength of fluorescence fiber gratings have well properties in response to temperature and strain,the thermal and stress sensitivity is 11.1 pm/℃ and 1.19 pm/με. Moreover,the lifetime of fluorescence fiber gratings represent good linearity with temperature or strain changes,the thermal and stress sensitivity is 0.59 μs/℃ and 6.16 ns/με,respectively. Finally,the results also provide novel ways of solving the cross-talking problem or simultaneously measuring of temperature and strain.