  Being considered as a prototype for description of oceanic rogue waves (RWs),
the Peregrine breather solution of the nonlinear Schr\"odinger equation (NLS)
has been recently observed and intensely investigated experimentally in
particular within the context of water waves. Here, we report the experimental
results showing the evolution of the Peregrine solution in the presence of wind
forcing in the direction of wave propagation. The results show the persistence
of the breather evolution dynamics even in the presence of strong wind and
chaotic wave field generated by it. Furthermore, we have shown that
characteristic spectrum of the Peregrine breather persists even at the highest
values of the generated wind velocities thus making it a viable characteristic
for prediction of rogue waves.
