Risk-averse agents benefit from collaboration in CO2 storage without pressure communication, while belief distributions that mix physical uncertainty with maximum-entropy priors remain informative even when pressure communication creates high variability in feasible injection rates.
Comparison of three methods for selecting values of input variable in the analysis of output from a computer code
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Risk sharing in cooperative game models for CO$_2$ storage with uncertain geology and pressure competition
Risk-averse agents benefit from collaboration in CO2 storage without pressure communication, while belief distributions that mix physical uncertainty with maximum-entropy priors remain informative even when pressure communication creates high variability in feasible injection rates.