  We present lattice results on the valence-quark structure of the pion using a
coordinate space method within the framework of Large Momentum Effective Theory
(LaMET). In this method one relies on the matrix elements of a Euclidean
correlator in boosted hadronic states, which have an operator product expansion
at short distance that allows us to extract the moments of PDFs. We renormalize
the Euclidean correlator by forming the reduced Ioffe-time distribution (rITD),
and reconstruct the second and fourth moments of the pion PDF by taking into
account of QCD evolution effects.
