Data-driven research in a nonstationary world: a top-down approach to understanding critical interactions and scales from the catchment to the planet

Data-driven research in a nonstationary world: a top-down approach to understanding critical interactions and scales from the catchment to the planet

Neyman Seminar
Mar 8, 2017, 04:00 PM - 05:00 PM | 1011 Evans Hall | Happening As Scheduled
Laurel Larsen, Berkeley Geography Department
One consequence of earth systems moving out of a regime of stationarity is that statistical models based on past behavior may no longer be useful for predicting the future. Rather, an understanding of the mechanisms driving dynamic earth systems is needed. The mechanisms responsible for nonlinear—even surprising—behavior often involve feedbacks between biotic and abiotic processes. Examples of...