Monsoon season usually happening in January and February may
see changes in wind patterns and bring less settled surface conditions that can affect itineraries.
Not exact matches
According to new climate modeling data, the Northern hemisphere's
wind farms could
see a dramatic downturn
in productivity over the next hundred years, as climate
change disrupts some of the key drivers that shape the world's
wind patterns.
And Andrew Russell of Brunel University agrees: he
sees both
wind pattern changes and ice shelf melting resulting
in increased sea ice «which perhaps isn't what you'd expect but is consistent with our best description of climate
change.»
Ozone
changes could affect stratospheric
winds so that breaking of vertically propagating planetary - scale Rossby waves from the troposphere would be affected, this breaking could drive the downward propagation of NAM - like
patterns which would ultimately be
seen in the SAT.
Physically, one could expect a slight decrease
in surface evaporation (a «dimming» effect) and related
changes to precipitation, a warming of the tropopause and lower stratosphere (and
changes in static stability), increased Eurasian «winter warming» effects (related to shifts
in the
wind patterns as are
seen in the aftermath ofvolcanoes).
Physically, one could expect a slight decrease
in surface evaporation (a «dimming» effect) and related
changes to precipitation, a warming of the tropopause and lower stratosphere (and
changes in static stability), increased Eurasian «winter warming» effects (related to shifts
in the
wind patterns as are
seen in the aftermath of volcanoes).