  We present the first measurements of charge-dependent correlations on angular
difference variables $\eta_1 - \eta_2$ (pseudorapidity) and $\phi_1 - \phi_2$
(azimuth) for primary charged hadrons with transverse momentum $0.15 \leq p_t
\leq 2$ GeV/$c$ and $|\eta| \leq 1.3$ from Au-Au collisions at $\sqrt{s_{NN}} =
130$ GeV. We observe correlation structures not predicted by theory but
consistent with evolution of hadron emission geometry with increasing
centrality from one-dimensional fragmentation of color strings along the beam
direction to an at least two-dimensional hadronization geometry along the beam
and azimuth directions of a hadron-opaque bulk medium.
