Ice is highly reflective, while
the underlying ocean surface is far less reflective.
Not exact matches
The
underlying pattern in this year's fire forecast is driven by the fact that the western Amazon is more heavily influence by sea
surface temperatures in the tropical Atlantic, and the eastern Amazon's fire severity risk correlates to sea
surface temperature changes in the tropical Pacific
Ocean.
The best explanation for the findings, the authors said, is that Titan's ice shell is rigid and that relatively small topographic features on the
surface are associated with large roots extending into the
underlying ocean.
«One opinion in the scientific community has been, «If the ice shell is thick, that's bad for biology — that it might mean the
surface isn't communicating with the
underlying ocean»,» says Dr. Britney Schmidt, a research scientist at the University of Texas and lead author of the study.
Since the projected
surface forcing changes come from a climate model (s) the
underlying assumption is that the important ice -
ocean feedbacks are captured in the superimposed forcing changes, so it really isn't an independent test and not meant to be a substitute for a coupled model.
The waters that
underlie the near -
surface subtropical waters have freshened due to equatorward circulation of the freshened subpolar
surface waters; in particular, the fresh intermediate water layer (at ~ 1,000 m) in the SH has freshened in both the Atlantic and Pacific
Oceans.
Furthermore, the
surface temperatures of the warmest tropical
oceans seldom exceed 30C and for millions of years the
underlying cold sub-
surface waters have provided a powerful thermal buffer to warming.
At the
surface, the variability of temperatures over land is much greater than that over the
oceans (Fig. 4), which reflects the very different heat capacities of the
underlying surface and the depth of the layer linked to the
surface.
That is, images of the
surface of Europa show features that make sense only if the
underlying ocean has on occasion managed to rupture its ice cover and spill out onto the
surface of the satellite.
In other words: Proposed strategies to alter the amount of sunlight hitting the Earth's
surface by (for example) deliberately injecting millions of tons of sulfate aerosols into the stratosphere pose enormous risks and uncertainties and don «t address the
underlying causes of global warming or other major risks from rising concentrations of carbon dioxide, such as
ocean acidification.
In our «rotating radiative convective equilibrium» simulations, a realistic model is simplified by removing land
surfaces and spherical geometry, and by assuming that the
underlying ocean temperatures are spatially uniform, providing a relatively simple system in which to study the formation and mature structure of hurricanes.