  We calculate weighted mosaic correlations between the recently published
Planck 2015 foreground maps - both anomalous microwave emission (AME) maps,
free-free emission, synchrotron radiation and thermal dust emission. The
weighting coefficients are constructed taking account of the signal-to-error
ratio given by the data product. Positive correlation is found for AME compared
with thermal dust emission as well as synchrotron radiation. We find AME and
free-free emission tending to be anti-correlated, however, when investigating
different scales, their relationship appears to be more complex. We argue that
dust particles responsible for AME are pushed out of hot zones in the
interstellar medium (ISM).
