  Present neutrino data are consistent with neutrino masses arising from a
common seed at some ``neutrino unification'' scale $M_X$. Such a simple
theoretical ansatz naturally leads to quasi-degenerate neutrinos that could lie
in the electron-volt range with neutrino mass splittings induced by
renormalization effects associated with supersymmetric thresholds. In such a
scheme the leptonic analogue of the Cabibbo angle $\theta_{\odot}$ describing
solar neutrino oscillations is nearly maximal. Its exact value is correlated
with the smallness of $\theta_{reactor}$. These features agree both with latest
data on the solar neutrino spectra and with the reactor neutrino data. The two
leading mass-eigenstate neutrinos present in \ne form a pseudo-Dirac neutrino,
avoiding conflict with neutrinoless double beta decay.
