  This study investigates possibility of placing bounds on the parameters,
arising from the non-commutative Snyder space-time model and Generalized
Uncertainty Principle (GUP) approach, by utilizing seismic data. We investigate
the dependence of constraints on the type of realization used for the quantum
phase space. Results indicate improved bounds compared to prior studies, with
the model parameter $\beta_0$ constrained to be less than $5.2\times 10^{44}$
for certain choice of realizations. This approach demonstrates the potential
for using Earth's empirical data to refine constraints on GUP parameters.
