Biomineralization and past climate change: The ion microprobe revolution
Funding Year: 2004
Research Areas: Climate, Oceans
Regions: South America
Reef-building corals and other carbonate-producing organisms are used extensively as proxies for past variations in global climate based on the elemental and isotopic composition of their skeletons and shells. Typically, biological processes offset the composition of the skeleton from thermodynamic equilibrium with seawater. It is therefore of wide interest to understand the degree to which biological versus inorganic processes control the chemistry of the coral skeleton. We will study the trace element and isotopic manifestations of biological processes in the coral skeletal mineralization process using state-of-the-art ion microprobe analytical equipment that has never before been applied to this important problem.
Rob Dunbar, W.M. Keck Professor in the School of Earth Sciences and Senior Fellow at the Woods Institute for the Environment
Art Owen, Professor of Statistics