Bannister 110

Modeling tree growth for projections and physiological inference

Tree growth is a critical process in biogeochemical cycles, forest health, and a vital rate fundamental to understanding ecological and evolutionary change of forests.  In this talk I will discuss growth from three different angles.  I will first look at growth of individual trees, linking intra-annual growth to weather, and in particular precipitation.  This is part of a research program to tie physiological processes to vital rates and higher-level population dynamics.

Volcanic forcing during the Common Era re-evaluated based on new ice core evidence

Assessments of climate sensitivity to projected greenhouse gas concentrations underpin environmental policy decisions, with such assessments primarily based on model simulations of climate during recent centuries and millennia.

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