They're super comfortable but I think I'll reserve them for days a little cooler
than those averaging temperatures similar to that of the Sahara desert.
Not exact matches
Item 8 could be confusing in having so many messages: «It is extremely likely that more
than half of the observed increase in global
average surface
temperature from 1951 to 2010 was caused by the anthropogenic increase in greenhouse gas... The best estimate of the human - induced contribution to warming is
similar to the observed warming over this period....
In 2017, 87 % of the Earth's surface was significantly warmer
than the
average temperature during 1951 - 1980, 10 % was of a
similar temperature, and only 2.5 % was significantly colder.
3) Unless very unusually different from the
temperature data sources commonly used by publications like this, the reported Southwestern U.S.
temperature history has probably been fudged towards the hockey stick version depicted, rather
than twin peaks in the 20th century, in a
similar manner to U.S.
average temperature history (examples in the prior link, comparing versus older sources before they were rewritten).
In a
similar fashion to conduction (above), the re-radiation of LW from H2O and CO2 towards the surface delays and reduces the coolling of the surface, resulting in higher
average temperatures than if there were no such gasses in the atmosphere.
Despite these reclassifications, the general conclusions are
similar from previous work: (1) global
temperature anomalies for each phase (El Niño, La Niña, and neutral) have been increasing over time and (2) on
average, global
temperatures during El Niño years are higher
than neutral years, which in turn, are higher
than La Niña years.
After the station moved, between 1974 - 2004 Walpole
temperatures averaged 2.89 + / - 1.29 F warmer
than Medway, but with
similar year - to - year variability ranging between 1.5 cooler one year to 4.5 warmer another.
The simple fact of the matter is that geologically, the climate is capable of
average temperature variation at least the same order as not only that expected from the observed forcing but much greater
than the (so far) observed forcing, on
similar timescales.
The findings suggest that California could be entering an era when nearly every year that has low precipitation also has
temperatures similar to or higher
than 2013 - 14, when the statewide
average annual
temperature was the warmest on record.