This course aims to provide insights into the latest advancements and future perspectives in hydrology through a lecture series presented by 2020 Hydrology Section Early Career Awardees. The learning outcomes include understanding frontiers in subsurface transport, ecohydrology, and hydroclimate change. The course covers topics such as drought, floods, climate-induced and human-induced droughts, hyperresolution modeling, and the impact of water temperature change on ecosystems. The teaching method involves a series of 30-minute seminars delivered by young hydrologists, complemented by discussions and presentations. This course is intended for individuals interested in hydrology, climate science, environmental studies, and related fields, seeking to learn from emerging leaders in the field.
Overview
Syllabus
Introduction
Thank you
Why study drought
Historical impact
Global droughts
Droughts and floods
Drought and floods
Other Aspects
Flash Droughts
Reservoirs
Climateinduced droughts
Humaninduced droughts
Model development
Hyperresolution modeling
Landsat Area Index
Stream Routing Network
Parflow
Models
Parameters
Multidisciplinary science
Climate models
Global hydrological model
Land falling droughts
Linking hydrology to vegetation
Linking hydrology to water temperature
Annual water temperature change
Impact of water temperature change
Impact on fish
Impact on conflicts
Personal message
Communication
Summary
Personal Note
Questions
High Heterogeneity
Most Uncertain Factor
Hydrological Modelling Chain
Model Intercomparison
Uncertainty
Bike Climb
Conclusion
Thanks
Taught by
AGU
