Noah-MP land surface model with plant hydraulics scheme (Noah-MP-PHS) Evaluation
Date:
This poster presentation evaluated the Noah-MP land surface model with plant hydraulics scheme (Noah-MP-PHS), presented at the Advancing Land Modeling Symposium.
Research Focus
Comprehensive evaluation of the Noah-MP land surface model enhanced with a plant hydraulics scheme, examining its performance in simulating land-atmosphere interactions.
Key Components
- Model: Noah-MP with Plant Hydraulics Scheme (PHS)
- Evaluation Metrics: Performance assessment across multiple variables
- Applications: Improved land surface modeling for climate and weather prediction
Presentation History
This research was also presented as a poster at:
- JSG Research Symposium, Austin, TX (February 2025)
- Advancing Land Modeling Symposium, Austin, TX (August 2025)
Scientific Significance
The Noah-MP-PHS model represents an advancement in land surface modeling by incorporating detailed plant hydraulic processes, leading to more accurate representations of water and energy fluxes between land and atmosphere.
Research Impact
This work contributes to improving Earth system models and enhancing our understanding of land-atmosphere coupling processes, with implications for climate prediction and water resource management.