  Leptogenesis is the most favourable mechanism for generating the observed
baryon asymmetry of the Universe (BAU) which implies CP violation in the high
energy scale. The low energy leptonic CP violation is expected to be observed
in the neutrino oscillations and $0\nu 2 \beta$ decay experiments. Generally it
is not possible to connect both the CP violations. Here we revisit the issue of
connecting the two in flavoured leptogenesis scenario within the Type I seesaw
in the light of recent neutrino oscillation and {\it Planck} data. With the
recent precise measurements of $\theta_{13}$ and BAU we are able to find new
correlations between the low and high energy CP violating phases when
leptogenesis occurs at temperature between $10^9$ to $10^{12}$ GeV and there is
no contribution to CP violation from the heavy neutrino sector.
