The raging El Niño Southern Oscillation,
a band of warm ocean water in the central and east - central equatorial Pacific, is about to cause droughts in southern Asia — and to bring enough rain to boost California almond production after years of drought - induced decline.
Not exact matches
Low - lying coastal regions like Chile's are subject to advection fog, where
warm ocean air crosses a
band of cold water before reaching land.
The dipole consists
of a
warmer than average
band of water between northern Australia and Java that forms in conjunction with an unusually cold
band of water running northwest into the Indian
Ocean from Australia's west coast.
The current El Niño — a meteorological event in which a
band of warm water develops in the Pacific
Ocean around the equator — is about to peak.
This change in patterns
of deep -
ocean sedimentation will result in a curious, dark
band of carbonate - free rock — rather like that which is seen in sediments from the Palaeocene - Eocene thermal maximum, an episode
of severe greenhouse
warming brought on by the release
of pent - up carbon 56m years ago.
El Niño is a weather phenomenon where the Pacific trade winds inexplicably falter not just a few days, but for weeks or months causing a
band of warmer than usual
ocean water to develop off the Pacific coast
of South America, particularly around where Peru is.
The potential spoiler is the cyclical El Nino event: a
band of unusually
warm ocean water that periodically forms along the equatorial Pacific Ocean and drives up global temperat
ocean water that periodically forms along the equatorial Pacific
Ocean and drives up global temperat
Ocean and drives up global temperatures.
The effects
of tropical cyclones early in the year were followed by regular northwest cloud -
band activity between May and mid-July, when waters northwest
of the continent were unusually
warm as part
of a negative phase
of the Indian
Ocean Dipole.
That
warming was the most substantial (> 1 °C) in the eastern tropical
ocean and in the longitudinal
band of the intertropical convergence zone.
Atmospheric rivers (ARs) are narrow
bands of enhanced water vapor associated with the
warm sector
of extratropical cyclones over the Pacific and Atlantic
oceans.
Fred Pearce, leader
of the Guardian's Special Report
band of sleths, seems to ignore your observations about the many other papers on UHI effects, or your observation that whatever influence UHI effects may or may not have on temperature records, they can't cause earlier springs, melting
of glaciers or
warming of the
oceans.