Let Ω be a nonwandering,
nonrecurrent Fatou component for a holomorphic self-map f of P2 of degree d ≥ 2,
and let h be a normal limit of the family of iterates of f. We prove that Σ := h(Ω) is
either a fixed point of f or its normalization is a hyperbolic Riemann surface, so
that the dynamics of f|Σ may be lifted to the unit disk. We also show that
basins of attraction for holomorphic self-maps of Pk of degree d ≥ 2 are
taut.