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Yanlan Liu
Ohio State University Main CampusMeeting roles in:
Community competition regulates ecosystem-scale evapotranspiration under drought
Major Axes of Hydraulic Traits and Hydraulic Functional Types Derived From High-resolution Ecosystem-scale Traits
Improving Drought-Time ET Estimates Using Plant Hydraulics Coupled with MODFLOW Groundwater Modeling
Deep learning for flash drought prediction and interpretation
Climate-Driven Hydraulic Traits Shift in Natural and Planted Forests: Patterns, Drivers, and Future Acclimation
Scale matters: ecosystem-effective hydraulic traits across spatial scales
Antarctic Greening and Its Drivers
Capturing the spatial variability of plant hydraulics at continental scale using differentiable modelling.
Carbon-Nutrient Interactions Control Arctic Vegetation Dynamics
Advances in Understanding Water-Energy-Carbon Interactions I Oral
Advances in Understanding Water-Energy-Carbon Interactions II Poster
Structural overshoot weakens boreal forest resilience
The Complexity Paradox: When Advanced Evapotranspiration Models Underperform
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