Can minimal supersymmetry be ruled out at CERN LEP 200 from e⁺e^-→Zφ Higgs-boson searches?

We show that if the CERN collider LEP 200 is capable of excluding a standard-model Higgs boson with m_φ=m_Z via the process e⁺e^-→Zφ→ℓ⁺ℓ^-qq̅ , then the minimal supersymmetric model would also be excluded by similar searches for the light and heavy neutral Higgs scalars of minimal supersymmetry. We discuss how this might be achieved using the production rate and final-state particle distributions. An integrated luminosity of about 4 fb^-1 should be sufficient to exclude at the 4σ level a standard-model Higgs boson with m_φ=m_Z; with b tagging, 0.7 fb^-1 may suffice. If a positive Higgs-boson signal is seen, minimal supersymmetry might not be distinguishable from the standard model in the Zφ mode alone.