Oceans trap much of the heat from greenhouse gas emissions, and 2014 was tied for
the third warmest ocean temperatures on record.
Not exact matches
This year, the Atlantic was
warmer than average — Klotzbach says August through October will likely rank
third or fourth in terms of highest tropical Atlantic
Ocean temperatures.
Ocean temperatures for the year started with the first three months each
third warmest for their respective months, followed by record high monthly
temperatures for the remainder of the year as one of the stongest El Niños in the historical record evolved.
With the contribution of such record warmth at year's end and with 10 months of the year record
warm for their respective months, including the last 8 (January was second
warmest for January and April was
third warmest), the average global
temperature across land and
ocean surface areas for 2015 was 0.90 °C (1.62 °F) above the 20th century average of 13.9 °C (57.0 °F), beating the previous record warmth of 2014 by 0.16 °C (0.29 °F).
Ocean surfaces have
warmed considerably over the last few years, and since
oceans cover roughly tw0 -
thirds of the globe's area, it is reasonable to examine how sea surface
temperature evolution has played into the short - term evolution of GMST.
The Earth has entered its
third worldwide coral bleaching event of the last 20 years, due to
warming ocean temperatures.
While 2016 was the
warmest year on the surface, it was only the
third warmest year for
ocean heat content as the El Niño event that helped 2016 surface
temperatures be so
warm redistributed heat out of the
ocean and into the atmosphere.
Methane bubbles are coming up from
ocean vents off the Washington and Oregon coast, and a new study identified
warming ocean temperatures one -
third of a mile below the surface as likely responsible.
For the June - August 2009 season, the combined global land and
ocean surface
temperature was
third warmest on record.
Here, we present an explanation for time - invariant land — sea
warming ratio that applies if three conditions on radiative forcing are met: first, spatial variations in the climate forcing must be sufficiently small that the lower free troposphere
warms evenly over land and
ocean; second, the
temperature response must not be large enough to change the global circulation to zeroth order;
third, the
temperature response must not be large enough to modify the boundary layer amplification mechanisms that contribute to making φ exceed unity.