Scott Starratt, Ph.D.
Scott is a Research Geologist who uses diatoms, chrysophytes, testate amoebae, and foraminifera to reconstruct the past environments of lakes, estuaries, and the ocean. In addition to these biological proxies, he uses sediment geochemistry (biogenic silica, inorganic geochemistry, grain size) data to provide a more complete picture of paleoenvironmental conditions.
Science and Products
Pacific Ocean Patterns, Processes, and Productivity (POP3): Impacts of ancient warming on marine ecosystems and western North America
Projections for AD 2100 suggest warming of +1-4°C in the North Pacific Ocean, which will result in widespread transformations throughout the marine environment and western North America. Many of these changes are beyond the predictive capabilities of current climate models. To better address this future uncertainty, our team is developing a geological framework using past warm intervals as...
Science and Products
- Science
Pacific Ocean Patterns, Processes, and Productivity (POP3): Impacts of ancient warming on marine ecosystems and western North America
Projections for AD 2100 suggest warming of +1-4°C in the North Pacific Ocean, which will result in widespread transformations throughout the marine environment and western North America. Many of these changes are beyond the predictive capabilities of current climate models. To better address this future uncertainty, our team is developing a geological framework using past warm intervals as... - Data
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