Sentences with phrase «heat capacity of the ocean»

The large heat capacity of the oceans mean they soak up a lot of energy and slow down the heating of the atmosphere.

Gradually, the anomaly spreads from the mixed - layer to the deeper layers of the ocean, thereby increasing the effective heat capacity of the oceans.

The observed fact that temperatures increases slower over the oceans than over land demonstrates that the large heat capacity of the ocean tries to hold back the warming of the air over the ocean and produces a delay at the surface but nevertheless the atmosphere responds quit rapidly to increasing greenhouse gases.

The high specific heat capacity of ocean water causes coastal land to have a milder climate than inland areas.

[3][4] The tremendous heat capacity of the oceans moderates the planet's climate, and its absorption of various gases affects the composition of the atmosphere.

Because of the different heat capacity of the oceans and the atmosphere — the amount of energy which would heat the atmosphere by 1 K (Kelvin) will only heat the oceans by 0.001 K. Any lack of warming of the troposphere can be excused by a minuscule change in ocean temperature.

Monthly averages of global mean surface temperature (GMST) include natural variability, and they are influenced by the differing heat capacities of the oceans and land masses.

It looks like the ilovemyco2 writers were correct and the whole greenhouse effect was just a result of heat capacity of the oceans and land.

The heat capacity of the oceans is much, much, much greater than that of the atmosphere, so a 3 year pause in ocean level rise is not from last year's La Nina.

It would not only have to release the carbon, but would have to warm the entire planet by 5ºC within 13 years, which is impossible, unless the heat capacity of the ocean is zero, which we know is not the case!»

C within 13 years, which is impossible, unless the heat capacity of the ocean is zero, which we know is not the case!»

''... would have to warm the entire planet by 5ºC within 13 years, which is impossible, unless the heat capacity of the ocean is zero, which we know is not the case!»

The heat capacity of the ocean is 1,000 x greater than the atmosphere, ocean is over 70 % of earth's surface and earth is warmed by radiation from sun and GHE.

When calculating the heat capacity of the ocean, restrict attention to the oceanic mixed layer, which averages only 50m in depth.

He also fails to indicate that: (1) some of the warming is being offset by sulfate aerosols that are also due to human activities, and (2) given the large heat capacity of the ocean, the realized warming lags the equilibrium warming that he calculates by several decades.

Consider, for instance, that the heat capacity of the ocean is about a thousand times that of the atmosphere.

It also seems to rely on a certain value for the «effective heat capacity of the oceans»:

The planet does not respond instant; y to increases in forcing — mainly due to the heat capacity of the ocean which requires decades (and more) to rise.

This effective heat capacity is thus comparable to the heat capacity of the ocean mixed layer.»

The heat capacity of the oceans is recognized as a factor of enormous importance in delaying the equilibrium response of climate to a CO2 - mediated forcing.

Kenneth wrote: «Why do you think the 93 % does not «control» the 1 %, especially since the heat capacity of the ocean is more than 1,000 times greater than the air?»

Why do you think the 93 % does not «control» the 1 %, especially since the heat capacity of the ocean is more than 1,000 times greater than the air?