  The recombination rate for three identical bosons has been calculated to test
the limits of its universal behavior. It has been obtained for several
different collision energies and scattering lengths (a) up to 10^5 a.u., giving
rates that vary over 15 orders of magnitude. We find that universal behavior is
limited to the threshold region characterized by E lesssim
hbar^2/(2mu_{12}a^2), where E is the total energy and mu_{12} is the two-body
reduced mass. The analytically predicted infinite series of resonance peaks and
interference minima is truncated to no more than three of each for typical
experimental parameters.
