Data-driven climate model provides solution to key objective of climate research

Data-driven climate model provides solution to key objective of climate research

A new research ‍study from The University of‍ Alabama‍ in Huntsville,⁣ a part ‍of the University of Alabama System, ⁢addresses a central‍ question of climate change research: how much warming can be expected ‍from adding carbon dioxide to the ‌atmosphere through fossil fuel ‍burning and other activities as standards of living increase around the world?

UAH Earth System Science Center Research Scientist Dr. Roy Spencer and UAH Earth System Science Center Director and Alabama State Climatologist ⁢Dr. John R. Christy have spent ‍10 years developing a ⁤one-dimensional climate model⁢ to answer this elusive question.

Their latest research study was published in the September 2023 issue‍ of Theoretical and Applied‌ Climatology journal titled “Effective climate sensitivity distributions ⁤from a 1D model of global ocean and land temperature trends, 1970–2021.”

Spencer and Christy’s climate model, based upon objective⁢ measured data, found⁤ carbon dioxide does not have ⁤as big of⁢ an effect of warming of the atmosphere ⁢when ​compared with⁢ other⁢ climate models.

“For over 30 ‍years,⁤ dozens of highly sophisticated‌ computerized climate⁢ models based upon theory have been unable⁢ to agree on an answer. That’s why we developed our⁢ own⁤ one-dimensional ‍climate⁣ model to provide an answer,” says. Dr. Spencer.

2023-09-30 00:48:02
Link from⁢ phys.org ‍ rnrn

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