Dre Kate Calvin - Integrated human-Earth system modeling

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Dre Kate Calvin, Pacific Northwest National Laboratory

Vendredi 13 novembre 2020 à 13h00 - Friday, November 13, 2020 at 1:00 pm
Lien Zoom: https://mcgill.zoom.us/j/81482287174
Résumé / abstract:

Changes in human activities have implications for the Earth system, including altering future temperature, precipitation, and CO2 concentrations. At the same time, these changes in the Earth system can affect human activities, altering the production of energy, agriculture, etc. While research on human systems and the Earth system has occurred separately historically, these communities and models are becoming intricately linked. In this talk, we provide an updated overview of the literature on integrated human-Earth system modeling, focusing on a number of papers published within the last few years. We provide a quantification of the direction and strength of feedbacks in those models. We also propose a means of identifying which feedbacks may be most important to explore in future modeling frameworks. Finally, we provide an assessment of gaps in the literature.

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Integrated human-Earth system modeling

Ajouter au calendrier 2020-11-13 13:00:00 2024-04-24 20:22:33 Dre Kate Calvin - Integrated human-Earth system modeling Changes in human activities have implications for the Earth system, including altering future temperature, precipitation, and CO2 concentrations. At the same time, these changes in the Earth system can affect human activities, altering the production of energy, agriculture, etc. While research on human systems and the Earth system has occurred separately historically, these communities and models are becoming intricately linked. In this talk, we provide an updated overview of the literature on integrated human-Earth system modeling, focusing on a number of papers published within the last few years. We provide a quantification of the direction and strength of feedbacks in those models. We also propose a means of identifying which feedbacks may be most important to explore in future modeling frameworks. Finally, we provide an assessment of gaps in the literature. Geotop admin@example.com America/New_York public