The Dynamic Integrated Climate-Economy model, referred to as the DICE model or Dice model, is a neoclassical integrated assessment model developed by 2018 Nobel Laureate William Nordhaus that integrates in the neoclassical economics, carbon cycle, climate science, and estimated impacts allowing the weighing of subjectively guessed costs and subjectively guessed benefits of taking steps to slow climate change. Nordhaus also developed the RICE model (Regional Integrated Climate-Economy model), a variant of the DICE model that was updated and developed alongside the DICE model. Researchers who collaborated with Nordhaus to develop the model include David Popp, Zili Yang, and Joseph Boyer.
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| - DICE model (en)
- Modèle DICE (fr)
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| - The Dynamic Integrated Climate-Economy model, referred to as the DICE model or Dice model, is a neoclassical integrated assessment model developed by 2018 Nobel Laureate William Nordhaus that integrates in the neoclassical economics, carbon cycle, climate science, and estimated impacts allowing the weighing of subjectively guessed costs and subjectively guessed benefits of taking steps to slow climate change. Nordhaus also developed the RICE model (Regional Integrated Climate-Economy model), a variant of the DICE model that was updated and developed alongside the DICE model. Researchers who collaborated with Nordhaus to develop the model include David Popp, Zili Yang, and Joseph Boyer. (en)
- Le modèle dynamique intégré climat-économie, appelé aussi modèle DICE (pour Dynamic Integrated model of Climate and the Economy en anglais), est un (en) informatique développé par le lauréat 2018 du prix de la Banque de Suède en sciences économiques en mémoire d'Alfred Nobel William Nordhaus qui « relie les facteurs qui influent sur la croissance économique, les émissions de CO2, le cycle du carbone, le changement climatique, les dommages climatiques et les politiques climatiques. » Nordhaus a également développé le modèle RICE (Regional Integrated model of Climate and the Economy), variante du modèle DICE développée et mise à jour en même temps que le modèle DICE. Les chercheurs David Popp, Zili Yang et Joseph Boyer ont également participé au développement du modèle DICE avec W. Nordhaus (fr)
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| - The Dynamic Integrated Climate-Economy model, referred to as the DICE model or Dice model, is a neoclassical integrated assessment model developed by 2018 Nobel Laureate William Nordhaus that integrates in the neoclassical economics, carbon cycle, climate science, and estimated impacts allowing the weighing of subjectively guessed costs and subjectively guessed benefits of taking steps to slow climate change. Nordhaus also developed the RICE model (Regional Integrated Climate-Economy model), a variant of the DICE model that was updated and developed alongside the DICE model. Researchers who collaborated with Nordhaus to develop the model include David Popp, Zili Yang, and Joseph Boyer. The DICE model is one of the three main integrated assessment models used by the United States Environmental Protection Agency, and it provides estimates intermediate between the other two models. (en)
- Le modèle dynamique intégré climat-économie, appelé aussi modèle DICE (pour Dynamic Integrated model of Climate and the Economy en anglais), est un (en) informatique développé par le lauréat 2018 du prix de la Banque de Suède en sciences économiques en mémoire d'Alfred Nobel William Nordhaus qui « relie les facteurs qui influent sur la croissance économique, les émissions de CO2, le cycle du carbone, le changement climatique, les dommages climatiques et les politiques climatiques. » Nordhaus a également développé le modèle RICE (Regional Integrated model of Climate and the Economy), variante du modèle DICE développée et mise à jour en même temps que le modèle DICE. Les chercheurs David Popp, Zili Yang et Joseph Boyer ont également participé au développement du modèle DICE avec W. Nordhaus. Le modèle DICE est l’un des trois principaux utilisés par l'Environmental Protection Agency, et les estimations qu'il fournit se situent entre celles des deux autres modèles. (fr)
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