  Our herein described combined analysis of the latest neutrino oscillation
data presented at the Neutrino2020 conference shows that previous hints for the
neutrino mass ordering have significantly decreased, and normal ordering (NO)
is favored only at the $1.6\sigma$ level. Combined with the $\chi^2$ map
provided by Super-Kamiokande for their atmospheric neutrino data analysis the
hint for NO is at $2.7\sigma$. The CP conserving value $\delta_\text{CP} =
180^\circ$ is within $0.6\sigma$ of the global best fit point. Only if we
restrict to inverted mass ordering, CP violation is favored at the $\sim
3\sigma$ level. We discuss the origin of these results - which are driven by
the new data from the T2K and NOvA long-baseline experiments -, and the
relevance of the LBL-reactor oscillation frequency complementarity. The
previous $2.2\sigma$ tension in $\Delta m^2_{21}$ preferred by KamLAND and
solar experiments is also reduced to the $1.1\sigma$ level after the inclusion
of the latest Super-Kamiokande solar neutrino results. Finally we present
updated allowed ranges for the oscillation parameters and for the leptonic
Jarlskog determinant from the global analysis.
