  We report resistivity as well as the Hall, Seebeck and Nernst coefficients
data for Fe{1+d}Te{1-x}Se{x} single crystals with x = 0, 0.38, and 0.40. In the
parent compound Fe{1.04}Te we observe at Tn = 61 K a sudden change of all
quantities studied, which can be ascribed to the Fermi surface reconstruction
due to onset of the antiferromagnetic order. Two very closely doped samples:
Fe{1.01}Te{0.62}Se{0.38} (Se38) and Fe{1.01}Te{0.60}Se{0.40} (Se40) are
superconductors with Tc = 13.4 K and 13.9 K, respectively. There are no evident
magnetic transitions in either Se38 or Se40. Properties of these two single
crystals are almost identical at high temperatures, but start to diverge below
T ~ 80 K. Perhaps we see the onset of scattering that might be a related to
changes in short range magnetic correlations caused by selenium doping.
