  Features of the non-strange \bar n-n and strange \bar s-s scalar mesons are
investigated in the Extended Linear Sigma Model (eLSM) with Nf=3 and vector and
axial-vector mesons. Our model contains a pure non-strange and a pure strange
scalar state; implementing the mixing of the two states originates two new
states, a predominantly non-strange and a predominantly strange one. We
investigate the possibility to assign the two mixed states to experimentally
well-established resonances. To this end, we calculate the masses and the
two-pion decay widths of the mixed states and compare them with experimental
data. The predominantly non-strange state is found to be consistent with the
resonance f0(1370) and the predominantly strange state with the resonance
f0(1710).
