Question

These models simulate fluid flow and heat transport between a series of vertical and horizontal grids on the Earth. For 10 points each:
[10m] Name these numerical models that are ubiquitous in climate research. Two-thirds of the 2021 Physics Nobel Prize was awarded for work done with these numerical models that are commonly referred to by a three-letter initialism.
ANSWER: general circulation models [or GCMs; accept global climate models or global circulation models; prompt on stochastic climate models by asking “what broader class of models?”] (The Nobel laureates referenced are Syukuro Manabe and Klaus Hasselmann.)
[10h] The IPCC’s Sixth Assessment Report notes that many GCMs produce unlikely values for this quantity. Transient climate response is similar to this quantity, which measures the long-term response of a model to a doubling of CO2 concentration.
ANSWER: equilibrium climate sensitivity [prompt on ECS]
[10e] Nobel laureate Syukuro Manabe used an equilibrium between this process and convection to design GCMs. This heat transfer process is the biggest energy influx to Earth.
ANSWER: radiation [or thermal radiation; or radiative heat transfer; accept solar radiation; accept radiative–convective equilibrium models; prompt on sunlight]

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Data

TeamOpponentPart 1Part 2Part 3Total
Chicago APenn A001010
Columbia AUC Berkeley B001010
Columbia BIndiana A1001020
Cornell BNYU A001010
Duke AChicago C001010
Florida AToronto A001010
Georgia Tech AMIT A1001020
Georgia Tech BMinnesota B001010
Houston AMinnesota A0000
Iowa State ANorth Carolina A001010
Johns Hopkins AChicago B001010
Maryland AHarvard A001010
Michigan AIllinois A001010
Northwestern ABrown A001010
Purdue AYale B001010
Rutgers AVanderbilt A001010
UC Berkeley AImperial A001010
WUSTL ASouth Carolina A001010
WUSTL BTexas A001010
Yale AOhio State A001010