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We revisit the treatment of the multiflavor massive Schwinger model bynon-Abelian Bosonization. We compare three different approximations to thelow-lying spectrum: i) reading it off from the bosonized Lagrangian (neglectinginteractions), ii) semi-classical quantization of the static soliton, iii)approximate semi-classical quantization of the ``breather'' solitons. A numberof new points are made in this process. We also suggest a different ``effectivelow-energy Lagrangian'' for the theory which permits easy calculation of thelow-energy scattering amplitudes. It correlates an exact mass formula of thesystem with the requirement of the Mermin-Wagner theorem.Comment: To appear in Int. J. Mod. Phys. A (Footnote and reference revised  from previous version

Multiflavor Massive Schwinger Model with Non-Abelian Bosonization