TheTechnologist
Member
- Jan 4, 2018
- 258
- 20
I asked the Danish Meteorological Institute Ocean and Ice Services | Danmarks Meteorologiske Institut if they were keeping track of the 10C isotherm boundary for the Arctic circle.
They were not. And they are the foremost temperature data on the Arctic in that regards.
The reason this matters is Methane production by wetlands behaves like the Arctic about 5C and below, but behaves like the Tropics about 10C and above.
The evidence for that behavior is in research papers I can try and find but don't have at the time of this writing.
Basically, very little Methane produced by wetlands under 5C, and a lot of Methane produced by wetlands above 10C, with the optimum being somewhere around 32C.
That being said, the Arctic Wetlands, which are currently in a "phase" change from permafrost to arctic wetland, will be crossing the 10C isotherm boundary soon.
It's currently happening, and I think it is the greatest over looked source of Methane today.
And the total area of possible wetlands in the Arctic is GREATER than the current naturally occurring wetlands on Earth today. So the balance of Methane will permanently shift even higher as the Arctic becomes "activated".
I don't think the Earth can currently survive its +4w/m^2 GHG concentration, let alone a full doubling of the Methane component (which accounts for about 1.5 of those watts.).
One Solar Maximum will add another full 1 watt to that input, and the Earth will be pushed over a limit then. That will probably be the straw to break the camel's back, a Solar maximum to push the Arctic fully into a 10C isotherm during summers.
They were not. And they are the foremost temperature data on the Arctic in that regards.
The reason this matters is Methane production by wetlands behaves like the Arctic about 5C and below, but behaves like the Tropics about 10C and above.
The evidence for that behavior is in research papers I can try and find but don't have at the time of this writing.
Basically, very little Methane produced by wetlands under 5C, and a lot of Methane produced by wetlands above 10C, with the optimum being somewhere around 32C.
That being said, the Arctic Wetlands, which are currently in a "phase" change from permafrost to arctic wetland, will be crossing the 10C isotherm boundary soon.
It's currently happening, and I think it is the greatest over looked source of Methane today.
And the total area of possible wetlands in the Arctic is GREATER than the current naturally occurring wetlands on Earth today. So the balance of Methane will permanently shift even higher as the Arctic becomes "activated".
I don't think the Earth can currently survive its +4w/m^2 GHG concentration, let alone a full doubling of the Methane component (which accounts for about 1.5 of those watts.).
One Solar Maximum will add another full 1 watt to that input, and the Earth will be pushed over a limit then. That will probably be the straw to break the camel's back, a Solar maximum to push the Arctic fully into a 10C isotherm during summers.