Seeing the Unseen: New Frontiers in Dynamic Water Storage and Modeling

This review shows that water storage capacity in the critical zone can change on climate-relevant timescales, yet remains difficult to measure and model—especially in the subsurface. Advances from long-term observatories and field campaigns are improving how we observe storage filling, draining, and connectivity, but spatial heterogeneity and evolving capacity still challenge models. The authors argueContinue reading “Seeing the Unseen: New Frontiers in Dynamic Water Storage and Modeling”

Tague Webinar Presentation: A Frontier in Ecohydrologic Modeling

Earth System Science Interdisciplinary Center Seminar Series Invited Speaker: Professor Naomi TagueTalk Title: Dynamic Plants and Critical Zone Water Storage: A Frontier in Ecohydrologic ModelingDate: Monday, October 27Time: 2:00 PM (Eastern Time) All are welcome to attend this invited seminar featuring Dr. Naomi Tague, who will discuss advances in ecohydrologic modeling that link dynamic vegetationContinue reading “Tague Webinar Presentation: A Frontier in Ecohydrologic Modeling”