Intensities of all fine-structure resolved rovibrational electric quadrupole absorption lines in ${}^{16}$O${}_2$($X^3{\mathrm{\Sigma }}_g^{-}$) calculated with a new $\mathit{\text{ab}}\mathit{\text{initio}}$ quadrupole moment curve

The intensities of all rovibrational electric quadrupole absorption lines in ${}^{16}$O${}_2$($X^3{\mathrm{\Sigma }}_g^{-}$), for which the vibrational quantum number is $v\le 35$ and the total angular momentum quantum number is $J\le 40$, are calculated in the intermediate coupling using a new $\mathit{\text{ab}}\mathit{\text{initio}}$ quadrupole moment curve of the ground electronic state of O${}_2$. The calculated values agree with those available in the HITRAN database, which at present includes only the $1$-$0$ fundamental vibrational band of ${}^{16}$O${}_2$($X^3{\mathrm{\Sigma }}_g^{-}$). We therefore recommend using the intensities of the vibrational overtones and hot bands reported here in updating the HITRAN database for O${}_2$ in the upcoming 2024 edition.