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Rapidity dependent strangeness enhancement factors for the identifiedparticles have been studied with the help of a string based hadronic transportmodel UrQMD-3.3 (Ultra-relativistic Quantum Molecular Dynamics) at FAIRenergies. A strong rapidity dependent strangeness enhancement could be observedwith our generated data for $Au + Au$ collisions at the beam energy of30\textit{A} GeV. The strangeness enhancement is found to be maximum atmid-rapidity for the particles containing leading quarks while for particlesconsisting of produced quarks only, the situation is seen to be otherwise. Suchrapidity dependent strangeness enhancement could be traced back to thedependence of rapidity width on centrality or otherwise on the distribution ofnet-baryon density.

Strange behavior of rapidity dependent strangeness enhancement of particles containing and not containing leading quarks