  We study intersecting extremal black attractors in non chiral 8D N=1
supergravity with moduli space ((SO(2,N))/(SO(2)\times SO(N)))\times SO(1,1)
and work out explicitly the attractor mechanism for various black p-brane
configurations with the typical near horizon geometries AdS_{p+2} \times S^{m}
\times T^{6-p-m}. We also give the classification of the solutions of the
attractor equations in terms of the SO(N-k) subgroups of SO(2)\times SO(N)
symmetry of the moduli space as well as their interpretations in terms of both
heterotic string on 2-torus and its type IIA dual. Other features such as non
trivial SO(1,7) central charges Z_{{\mu}_1...{\mu}_{p}} in 8D N=1 supergravity
and their connections to p-form gauge fields are also given. Key Words: 8D
Supergravity, Superstring compactifications, Attractor Mechanism, Intersecting
Attractors. PACS numbers: 04.70.-s, 11.25.-w, 04.65.+e, 04.70.-s, 04.50.+h,
04.70.Dy
