Explore frontiers in ecohydrology through this AGU lecture by Dr. Simone Fatichi from the National University of Singapore. Delve into the roots of ecohydrology, moving beyond equidrology with case studies and observational comparisons. Examine model confirmations, experimental results, and the drought paradox. Investigate the effects of CO2, land-atmospheric interactions, and management scenarios. Learn about data interpretation techniques, machine learning applications, and above and below ground processes in ecohydrology. Discuss challenges in the field, including data gaps and heterogeneities. Gain insights into the future of ecohydrology and its impact on understanding complex environmental systems.
Overview
Syllabus
Introduction
Thank You
Acknowledgements
Roots of Ecohydrology
Beyond Equidrology
Case Studies
Comparison with Observation
Model Confirmation
Type of Science
Effect of Co2
Experimental Results
Drought Paradox
Alpine Vision
Comparison with Google Earth
Conclusion
Funding Agency
Questions
WETNESS INDEX
Land Atmospheric Interaction
Management Scenarios
Data Interpretation
Machine Learning
Above Ground Processes
Challenges
Impact from above ground
Impact from below ground
Heterogeneities
Data gaps
Closing
Taught by
AGU
