However, global warming takes into account
temperatures over the entire planet, including the oceans.
Not exact matches
They need to know: what a GHG is and how the GHE works; the carbon cycle; how climate has changed
over the
entire geologic history of the
planet; how the climate has changed recently (relatively speaking); the main variables of climate like
temperature, rainfall, etc.; the role of the sun, atmosphere and oceans on climate.
The global
temperature record represents an average
over the
entire surface of the
planet.
The GISTEMP dataset provides gridded global
temperature estimates covering almost the
entire planet over recent decades: This data allows us to estimate the effect of poor coverage in the other datasets.
What is actually relevant in figuring out how much the earth is going to absorb is averaging the powers
over the
entire planet and what is relevant in figuring out how much it is going to radiate is averaging the
temperature over the
entire surface (actually T ^ 4... or, most technically, the emissivity * T ^ 4 but the emissivity in the mid - and far - IR is very close to 1 for most surfaces).
the
planet's
temperature is uniform
over its
entire surface; 5.