A scheme for preparing bipartite and multipartite entangled squeezed vacuum states (SVSs) via the Raman interaction of an Λ-type three-level atom with squeezed vacuum states cavity fields is presented. In this scheme, an atom initially prepared in its ground state is in proper order injected into several cavities initially prepared each in the SVS with same interaction time. After the atom interacting with these cavities, the entanglement of atom-cavity-field is generated. Afterwards, by measuring the atom the cavity-field entangled SVSs are obtained.Also, the entanglement properties of bipartite entangled SVSs as well as multipartite entangled SVSs are discussed