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Creator:: Schmittner, Andreas, Oschlies, Andreas, Matthews, H. Damon, and Galbraith, Eric D.
Abstract:: A new model of global climate, ocean circulation, ecosystems, and biogeochemical cycling, including a fully coupled carbon cycle, is presented and evaluated. The model is consistent with multiple observational data sets from the past 50 years as well as with the observed warming of global surface air and sea temperatures...
Resource Type:: Article
Full Text:: 4000 AD Andreas Schmittner,1 Andreas Oschlies,2 H. Damon Matthews,3 and Eric D. Galbraith4 Received 5

Creator:: Ross, Andrew, Matthews, H. Damon, Schmittner, Andreas, and Kothavala, Zavareh
Abstract:: The range in the projections of future climate warming can be attributed to the inherent uncertainty in the representation of climate model parameters and processes. In this study, we assess the effect of uncertainty in climate sensitivity and ocean heat uptake on the rate of future climate change. We apply...
Resource Type:: Article
Full Text:: , ANDREAS SCHMITTNER2 and ZAVAREH KOTHAVALA1, 1Department of Geography, Planning and Environment, Concordia

Creator:: Zickfeld, Kirsten, Eby, Michael, Matthews, H. Damon, Schmittner, Andreas, and Weaver, Andrew J.
Abstract:: Coupled climate–carbon models have shown the potential for large feedbacks between climate change, atmospheric CO₂ concentrations, and global carbon sinks. Standard metrics of this feedback assume that the response of land and ocean carbon uptake to CO₂ (concentration–carbon cycle feedback) and climate change (climate–carbon cycle feedback) combine linearly. This study...
Resource Type:: Article
Full Text:: University, Montreal, Quebec, Canada ANDREAS SCHMITTNER Oregon State University, Corvallis, Oregon ANDREW

ScholarsArchive@OSU