If you kept up reading this blog, you should have now collected enough information to take part in a broader discussion. To actually evaluate the problem of the ocean circulation and its stability in terms of climate change I will try to give you a small insight into the actual scientific discussions that are currently going on.
We will be looking at the following issues:
- how can the THC be shut down? What are the natural drivers? What is the paleoclimatic evidence?
- What are some aspects of the THC that influence climate on earth (i.e. the thermal bipolar seesaw) ?
- How do we understand other parameter influences on the THC (i.e. CO2, temperature, ). Of course this is keeping in mind our current climate change/global warming.
- What are the future projections? Could the THC shut down again and we do end up in a doom scenario so wonderfully protrayed by the day after tomorrow (see post 2).
- Lets look at possible criticism and contrary ideas. What research questions are still open? What needs to be found out?
I hope you're looking forward to this collection of subjects. If you have a specific question that is not listed above, please feel free to leave a post and I will see what I can find!
LETS GO!
http://www.zastavki.com/pictures/640x480/2012/Animals_Under_water_Penguins_jump_in_water_036079_.jpg
Ocean Circulation
Labels
THC
Ocean Circulation
THC shutdown
Thermohaline Circulation
Atlantic Circulation
Abrupt Climate Change
Conveyor Belt
Paleoclimatology
heat transport
AMOC
Dansgaard-Oescher cycles
Ice cores
Current
IPCC
IRD
Ice Ages
Icehouse Climate
RAPID
deep water formation
future climate
ice rafted debris
Heinrich Events
NADW
NAO
antropocene
corals
downwelling
global warming
upwelling
AABW
Agulhas Current
Brinicles
Christmas
Coriolis Force
Crabs
Ekman layer
Ekman spiral
Ekman transport
Florida Current
Greenhouse Climate
Hadley Cell
Labrador Sea
MOCHA
Nordic Seas
THC modes
Younger Dryas
algal bloom
brine rejection
carbon isotopes
hysteresis
ocean gyres
oxygen isotopes
paleoclimatic records
pollen
red
salt water density
sea level rise
sediment cores
stalagmites
tree rings
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