Sentences with phrase «warm coastal winds»

Not exact matches

Unexpectedly, this more detailed approach suggests changes in Antarctic coastal winds due to climate change and their impact on coastal currents could be even more important on melting of the ice shelves than the broader warming of the ocean.

Wind strength varies from year to year, but greenhouse gases, such as CO2, act like an amplifier to Antarctic coastal winds, boosting their intensity and allowing them to bring up warm water from the depths more frequently.

«Exxon's «Lights Across America» website advertisement states that natural gas is «helping dramatically reduce America's emissions» even though natural gas is a fossil fuel causing widespread planetary warming and harm to coastal cities like San Francisco and the use of natural gas competes with wind and solar, which have no greenhouse gas emissions.»

Many places refuse to turn over climate data, BEST adjusted and cherry picked much of the data they used, Coastal areas appear to be heavily effected by coastal winds that are likely very very poorly documented, Non-coastal wind effected areas seem to have little to no warming, «Free» / online unadjusted data appears to be mostly at or near satellite data start thus provides little extra info about the past, Looking for help from anyone who has Europe based original data outside of the «taxpayer funded yet refuse to turn over data to the public / taxpayer groups».

They show that CCS warm events are associated with a strong and southeastward displacement of the wintertime Aleutian Low, a weak North Pacific High, and a regional pattern of poleward coastal wind anomalies.

This has given rise to a pattern of winds bringing in warm air from the south over the coastal seas of eastern Siberia, fostering strong melt and tending to push ice from the coast into the central Arctic Ocean.

A new study published in Nature Climate Change tries to understand why the warming of Antarctic coastal waters is largest west of the Antarctic Peninsula and demonstrates how this warming can be caused by changes in distant Antarctic coastal winds.

Lansner and Pepke Pedersen (2018) point out that, due to the divergent rates of warming and cooling for land vs. ocean water, there is a significant difference in the range of temperature for the regions of the world influenced by their close proximity to oceans and coastal wind currents (ocean air affected, or OAA) and the inland regions of the world that are unaffected by ocean air effects and coastal wind because they are sheltered by hills and mountains or located in valleys (ocean air sheltered, or OAS).

It should also be remembered that many things create turbulence in the wind; trees, hills and coastal cliffs are common examples, even convection on a warm day can cause turbulence.

The ocean as a whole is warming; however, coastal upwelling may ultimately be enhanced by alongshore winds, which strengthen in proportion to the temperature contrast between the oceanic and continental air masses [Sydeman et al., 2014].

In July, the Arctic Dipole Anomaly (DA) pattern that was dominant in June (which promotes clear skies, warm air temperatures, and winds that push ice away from coastal areas and encourages melt) was replaced by low sea level pressure (SLP) over the Arctic Ocean, leading to ice divergence (ice extent «spreading out») and cooler temperatures.