14 - Energiebilanz der Erde

14 Quelle: IPCC Energie (in ZJ) 1 % 5 % 3 % 91% Atmosphäre Boden Gletschersch - wund Ozeane Energiebilanz der Erde
Set 3 www.climatefresk.org 14 Diese Grafik erklärt, wohin die Energie geht, die sich durch den Strahlungsantrieb auf der Erde angesammelt hat: Sie erwärmt den Ozean, lässt Eis schmelzen, geht in den Boden und erwärmt die Atmosphäre.

2
Causes

Strahlungsantrieb

Strahlungsantrieb

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

Methanhydrate

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

Gletscherschmelze

Energiebilanz der Erde


Anstieg der Wassertemperatur

Energiebilanz der Erde


Schmelzen von Meereis

Energiebilanz der Erde


Schmelzen von Eisschilden

Energiebilanz der Erde


Temperaturanstieg

Energiebilanz der Erde

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

1
Other possible consequence

Permafrost

Energiebilanz der Erde

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

Kohlenstoffsenken

Kohlenstoffsenken

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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