  We show that the normalized Higgs production $p_T$ and $y_h$ distributions
are sensitive probes of Higgs couplings to light quarks. For up and/or down
quark Yukawa couplings comparable to the SM $b$ quark Yukawa the $\bar u u$ or
$\bar d d$ fusion production of the Higgs could lead to appreciable softer
$p_T$ distribution than in the SM. The rapidity distribution, on the other
hand, becomes more forward. We find that, owing partially to a downward
fluctuation, one can derive competitive bounds on the two couplings using ATLAS
measurements of normalized $p_T$ distribution at 8\,TeV. With 300 fb${}^{-1}$
at 13\,TeV LHC one could establish flavor non-universality of the Yukawa
couplings in the down sector.
