14 - Energiebudget

14 Bron: IPCC Energie (ZJ) 1% 5% 3% 91% Atmosfeer Bodem Smelten van ijs Oceaan Energiebudget
Set 3 www.climatefresk.org 14 Deze grafiek laat zien waar de energie die zich op aarde ophoopt als gevolg van stralingsforcering, naartoe gaat: ze verwarmt de oceaan, doet het ijs smelten, verdwijnt in de bodem en verwarmt de atmosfeer.

2
Causes

Stralingsforcering

Stralingsforcering

The text behind card n14 allows no ambiguity. Therefore the 2 cards have to be skipped together or not at all.
Methaanhydraten

Methaanhydraten

Heat is absorbed at the surface of the ocean. Thermohaline circulation helps mix watersurface and deep ocean which is essential to the absoption of energy by the ocean.

5
Consequences

Het smelten van gletsjers

Energiebudget


Toename van de watertemperatuur

Energiebudget


Smeltend zee-ijs

Energiebudget


Smeltende ijskappen

Energiebudget


Temperatuurstijging

Energiebudget

As mentionned on card 21, this is the temperature of the air, above ground, in average on the Earth.

1
Other possible consequence

Permafrost

Energiebudget

If we take the idea of energy conservation all the way, we can link the energy budget to the thawing of permafrost.

1
Wrong cause

Koolstofreservoirs

Koolstofreservoirs

The idea here is not to say there is no link between these two cards, but to make sure they are not mixed up. The carbon sinks card tells us where the carbon goes. The energy budget card tells us where the excess energy goes. Both distribute something, but not the same thing. To make it even more confusing, the atmosphere and the ocean are present in both.
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