-
tornado that may
develop within it, and it is
within mesocyclones that
intense tornadoes form.
Mesocyclones are medium-scale
vortices of
rising and converging...
- cyclones.
Mesocyclones form as warm core
cyclones over land, and can lead to
tornado formation.
Waterspouts can also form from
mesocyclones, but more...
-
tropical phases.
Mesocyclones form as warm core
cyclones over land, and can lead to
tornado formation.
Waterspouts can also form from
mesocyclones, but more...
- vs. non-tornadic
mesocyclones is not yet well
known and is the
focus of much research. Also
under study are the low-level
mesocyclone and the stretching...
- the
Denver Convergence Vorticity Zone (DCVZ).
Forming in
relation to
mesocyclones and
under updrafts, a
landspout generally lasts for less than 15 minutes;...
-
significant as a supercell.
Landspouts are
tornadoes that do not form from
mesocyclones. They are
similar in
appearance and
structure to fair-weather waterspouts...
-
diameter (the
mesoscale of meteorology),
within a
convective storm.
Mesocyclones are air that
rises and
rotates around a
vertical axis,
usually in the...
- take place.
Mesocyclones form as warm core
cyclones over land, and can lead to
tornado formation.
Waterspouts can also form from
mesocyclones, but more...
- as RFDs
interact with
mesocyclones or
flanking line updrafts) and
streamwise vorticity currents (SVCs)
feeding into
mesocyclones.
Although not considered...
-
demonstrated an ****ociation
between strong horizontal wind
shear and
mesocyclones,
which were
identified as
having the
potential to
produce tornadoes....
