Sure.
But Knnn's point was that moving air doesn't require that much energy. According to chaos theory a small effect at the right place and the right moment can have huge consequences (propriety of many non-linear dynamic systems). The way I see it, Mab acts like a weird force of gravity: imagine if each cold molecule of air had a very, very slightly bigger chance of moving in Mab's direction? In 6 months it would have an important impact on the weather (as it's a chaotic system after 7-14 days), with a small expenditure of power.
I understand, but chaos theory and domino effect do not apply in this case. in order to work, such forces have to apply to a balanced system- something where a small push can set off a chain reaction.. for example, using a small bomb to change the pressure slightly in an active volcano system to cause a controlled eruption.
please note, the eruption will occur sooner or later anyway, the bomb simply changes the when and how. the power in the system was allready there- the original 'butterfly effect' was termed by physicst Lorenz due to the theory that the butterfly flapping its wings could change the path of a tornado,
not to let it create one out of thin air.a butterfly effect or domino effect cannot be used to explain the effects of GS as A: there was no such system in place and B: it was a local effect only.
if there is no tornado occuring, no numbers of butterflies flapping could ever create one.