Salisbury and Wimbush studied the prediction of these events, using the Hilbert-Huang transform to determine whether the seasonal fluctuations in air pressure difference between Tahiti and Darwin were sufficiently noise free to do so.
Salisbury and Wimbush studied the prediction of these events, using the Hilbert-Huang transform to determine whether the seasonal fluctuations in air pressure difference between Tahiti and Darwin were sufficiently noise free to do so. Like global warming, this event leads to an increase in vertical wind shear, which can prevent hurricanes from forming. The most intense of these events marked the start of mass coral bleaching worldwide, and it is caused by the slowing of the Walker Circulation. That same event temporarily warmed air temperatures by 1.5 degrees Celsius, approximately six times the normal increase, and this event reduces the upwelling of cold, nutrient-rich water off the coast of Peru. For 10 points, name this warming of the surface water in the East Pacific, often associated with increased hurricane strength.
Salisbury and Wimbush studied the prediction of these events, using the Hilbert-Huang transform to determine whether the seasonal fluctuations in air pressure difference between Tahiti and Darwin were sufficiently noise free to do so.
{El Nino} [or {Southern Oscillation} or {El Nino/La Nina}-{Southern Oscillation}]