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D Brian Blais 1,2 , Colin Gannon 1 , Qin Leng 1 , Robert Patalano 1 - PowerPoint PPT Presentation

Bayesian Parameter Estimation in a 1D Model of Precipitation and Evaporation: Comparison of Middle Miocene and Modern Climates Using Plant Lipid Deuterium ( ) Measurements D Brian Blais 1,2 , Colin Gannon 1 , Qin Leng 1 , Robert Patalano 1


  1. Bayesian Parameter Estimation in a 1D Model of Precipitation and Evaporation: Comparison of Middle Miocene and Modern Climates Using Plant Lipid Deuterium ( ) Measurements δ D Brian Blais 1,2 , Colin Gannon 1 , Qin Leng 1 , Robert Patalano 1 , Hong Yang 1 1 Laboratory of Terrestrial Environments, Department of Science and Technology, Bryant University 2 Institute for Brain and Neural Systems, Brown University Extra Slides

  2. Modern values of and τ E τ P

  3. and from an all-land model τ E τ P Modern (first run)

  4. and from an all-land model τ E τ P Miocene (first run)

  5. and from an all-ocean model τ E τ P Modern

  6. and from an all-ocean model τ E τ P Miocene

  7. Modern and Climactic Variables δ D � Yang, H., Blais, B.S., Leng, Q. 2011. Stable isotope � variations from cultivated Metasequoia trees in the United States: A statistical approach to assess isotope signatures as climate signals. Jpn. J. His tor. Bot. 19 (1-2) pp 75-88. � � � � � � � �

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