Zhang, D.L., Huang, J.P., Yang, J.D., Zhou, B., Zhang, J.F. and Li, Q.Y., 2022. Space-time-domain Gaussian beam migration in VTI media based on the upward ray tracing and its application in land field data. Journal of Seismic Exploration, 31: 545-562. Gaussian beam migration (GBM) method is an efficient and adaptable imaging tool, but the traditional GBM method may produce some false imaging in some layers due to the inaccurate ray tracing in the construction of reverse wavefields. Firstly, the reverse wavefields are constructed by using the upward ray tracing strategy. Then, we derive the space-time-domain GBM formula in acoustic medium based on the cross-correlation imaging condition. Finally, taking in account the anisotropic characteristics, we use the anisotropic ray tracing theory to implement a space-time-domain GBM approach in VTI media. After testing for the anisotropic graben and diffractor models as well as a land field data, compared with the imaging results in space-time-domain isotropic GBM, we get the following conclusions: 1) The diffraction energy of the graben model is more convergent in the low layers; 2) Our method can clearly image the diffracting points of the diffractor model; 3) For the field data, the image resolution is obviously improved, the fault planes are clearer, and the image amplitude in the left part of the anticline is more balanced.