IAHR

Silke Wieprecht - IAHR Women's Voices call for videos

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Verónica León - IAHR Women's Voices introduction

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Beatriz Negreiros - IAHR Women's Voices

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María Ponce Guzmán - IAHR Women's Voices

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Pablo Ouro - From experiments to large-eddy simulation: development efficient arrays of hydrokinetic turbines

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Javier Fluixa - Dam safety management under the influence of climate change effects

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Isabella Schalko - Interaction between flow, sediment, and wood in rivers

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Joseph Lee - New Year Video Speech for 2021

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Léo Szewczyk - From flume to field: channel plug formation and architecture

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Xiaolei Zhang - IAHR Women's Voices

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Amparo López – IAHR Women’s Voices

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01. Concepts of Ecological Restoration 1 - Wenlong Zhang

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02. Concepts of Ecological Restoration 2 - Wenlong Zhang

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03. Concepts of Ecological Restoration 3 - Wenlong Zhang

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04. China's Ecological Restoration Programs - Wenlong Zhang

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05. Disturbance, Impairment and Recovery - Wenlong Zhang

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06. Ecological Consequences of Impairment - Wenlong Zhang

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07. Recovery - Wenlong Zhang

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08. Ecological Views of Recovery - Wenlong Zhang

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09. Ecological Attributes of Restored Ecosystems - Longfei Wang

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10. Abiotic Environment & Landscape Context - Longfei Wang

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11. Ecological Functionality & Complexity - Longfei Wang

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12. Historic Continuity & Self-Organization - Longfei Wang

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13. Ecological References 1 - Longfei Wang

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14. Steps in Reference Model Preparation 1 - Longfei Wang

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15. Steps in Reference Model Preparation 2 - Longfei Wang

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16. Ecological References 2 - Longfei Wang

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17. Approaches to Restoration - Lihua Niu

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18. Plant-Bacterial Partnership - Lihua Niu

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19. Bioremediation - Lihua Niu

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20. Biosystems for Non-Destructive Remediation - Lihua Niu

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21. Project Planning, Evaluation and Management - Lihua Niu

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22. Project Implementation - Lihua Niu

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23. Project Evaluation - Lihua Niu

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24. Project Aftercare - Lihua Niu

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25. River Remediation 1 - Wenlong Zhang

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26. River Remediation 2 - Wenlong Zhang

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27. River Remediation 3 - Wenlong Zhang

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28. In Situ Remediation - Wenlong Zhang

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29. Lake Restoration - Wenlong Zhang

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30. Catchment Models - Wenlong Zhang

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31. Water Quality Management - Wenlong Zhang

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32. Monitoring and Assessment - Wenlong Zhang

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33. Soil Remediation - Huanjun Zhang

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34. Soil Decontamination - Huanjun Zhang

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35. Rehabilitation of Soils in Urban Environment - Huanjun Zhang

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36. Rehabilitation of Soils in Mining Areas - Huanjun Zhang

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37. Site Restoration - Huanjun Zhang

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38. Field Analytical Approach - Huanjun Zhang

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39. Biodegradation and Bioremediation - Huanjun Zhang

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40. Natural Attenuation - Huanjun Zhang

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IAHR Women’s voices with Maria Gabriela Castrellón

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Joseph HW Lee - How to Write a Good Paper for a Top International Journal

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Gonzalo Duro - Bank erosion in regulated navigable rivers

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Baihetan Hydropower Station on the Jinsha River

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[Subtitled, Eng+Chn] How to Write a Good Paper for a Top International Journal

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IAHR Women’s voices with Dr. Modupe Olufunmilayo Jimoh

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Water's Promise: Making Every Drop Count

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IAHR Women's Voices with Karol Sanchez

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An Innovative Dream in Construction of Deepwater Channel

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3rd IAHR Coffee Chat: Picture a Scientist!

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H.E. Abdulla Shahid, President of 76 session of GA

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H.E. Sirojiddin Muhriddin, Minister of foreign affairs of Tajikistan

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H.E. Shah Mahmoon Qureshi, Minister of Foreign Affairs of Pakistan

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H.E. Peter Szijjarto, Minister of Foreign Affairs and Trade of Hungary

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H.E. Petteri Taalas, SG of WMO

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H.E. Amrit Bahadur Rai, Permanent Representative of Nepal to the UN

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Ms. Jennifer Sara, Global Director, Water Global Practice, World Bank

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Ms. Shamila Nair-Bedouelle, ADG for the Natural Sciences, UNESCO

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H.E. Liu Zhenmin, USG for Economic and Social Affairs

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Mr. Ghulam Rasul, ICIMOD

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Mr. Dr. Arni Snorrason, Director, Icelandic Met Office

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Prof. John Pomeroy, Canada Research Chair in Water Resources and Climate Change

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Mr. Sulton Rahimzoda, Chair, International Fund for saving the Aral Sea

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Prof. Roberto Ranzi, Chair of IAHR's Technical Committee on Climate Change Adaptation

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Mr. Maarten Hoffman, Associate Programme Management Officer, UNEP

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Co-organizer, Deputy Permanent Representative of Russia

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Discussion and Closing of High-level virtual side event

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IAHR Corporate Video 2021

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Stormwater Management and Road Tunnel (SMART)

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Bingshun He - Introduction of characteristics and response to Flash Floods in China

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Djoko Legono - A recent decade of Indonesian Flash Flood Disasters: Potential and Risk Reductions

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Van-Thanh-Van Nguyen - Monitoring and forecasting of extreme rainfall events - application in parts of Canada

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Jiyang Tian - Application research on doppler radar for rainfall forecasting at medium and small catchment scale

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Satoru Oishi - Practical Application of Weather Radar Information in Japan

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Manuel Gomez Valentin - Estimating Flash flood discharges: challenges & potential solutions

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Dedi Liu - Research Progress and Prospects of a New Generation of Flow Measurement Product Based on Image Recognition and AI

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Sameh Kantoush - Use of video solutions for discharges estimation - Application in wadi systems

2011

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Daisuke Nohara - Analysis of Extreme Flood Disasters in Japan 2021

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Xiaolei Zhang - Prevention and response to extreme rainstorms and floods in China

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Frank Molkenthin - Analysis of flood disaster in Germany in 2021

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Ludovic Andres - Overview of HR DEM acquisition techniques

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Dongeon Kim - Innovative AI approach in Satellite DEM improvement for flood modeling

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Chloe Zhao - High-precision point cloud acquisition and processing in geography

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Yizhu Lu - High-precision terrain data acquisition and its application in flood disaster monitoring

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Yiping LI - 1. Introduction to the Course: Environmental Assessment and Prediction

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Peng WANG - 2.1 Atmospheric Environmental Impact Assessment

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Peng WANG - 2.2 Atmospheric Environmental Impact Assessment

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Peng WANG - 2.3 Atmospheric Environmental Impact Assessment

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Peng WANG - 2.4 Atmospheric Environmental Impact Assessment

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Peng WANG - 2.5 Atmospheric Environmental Impact Assessment

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Xu ZHAO - 3.1 Evaluating Human Impact on Water Resources

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Xu ZHAO - 3.2 Evaluating Human Impact on Water Resources

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Xu ZHAO - 3.3 Evaluating Human Impact on Water Resources

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Xiaodong LIU - 4.1 Water Environmental Assessment Criteria

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Xiaodong LIU - 4.2 Water Environmental Assessment Criteria

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Xiaodong LIU - 4.3 Water Environmental Assessment Criteria

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Xiaodong LIU - 4.4 Water Environmental Assessment Criteria

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Xiaodong LIU - 4.5 Water Environmental Assessment Criteria

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IAHR Women’s voices with Arianna Varrani

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Introduction of Laboratory and Library

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Campus Tour of Hohai University

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Introduction of Sports and Medical Care

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Introduction of Dormitory and Dining Hall

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Introduction of Public Transportation and Admission Notice

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4th IAHR Coffee Chat: Range of Career Paths: Industry Versus Academia

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IAHR Women’s voices with Samih Ikram

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Analysis of a Turbulent Open-Flow Over a Glass Bead Bed

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Modelling in the Red River

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Red River Present in the Louisiana, United States

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Hydropeaking Effects on Gaula River for the Sustainable Management of Resources

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Scope, Effects and Mitigation of Hydropeaking

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Master Plan Flood Control Piura River Basin

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01. Introduction - Vagner Ferreira

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02. Earth's Gravity Field - Vagner Ferreira

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03. Earth's Shape - Vagner Ferreira

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04. Earth's Rotation - Vagner Ferreira

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05. International Celestial Reference Frame - Vagner Ferreira

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06. International Terrestrial Refernce Frame - Vagner Ferreira

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07. Coordinate Systems in Geodesy - Vagner Ferreira

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08. Spherical Harmonic Functions - Vagner Ferreira

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09. Gravity and Hydrology - Vagner Ferreira

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10. Satellite Gravimetry - Satellite Gravimetry

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11. Satellite Altimetry - Vagner Ferreira

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12. Global Navigation Satelite System (GNSS) - Vagner Ferreira

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13. Interferometric Synthetic Aperture Radar (InSAR) - Vagner Ferreira

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14. Hydrology with Satellite Gravimetry - Vagner Ferreira

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15. Hydrology with Satellite Altimetry - Vagner Ferreira

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16. Hydrology with GNSS - Vagner Ferreira

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17. Hydrology with InSAR - Vagner Ferreira

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18. Processing GRACE Data Part I - Vagner Ferreira

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19. Processing GRACE Data Part II - Vagner Ferreira

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IAHR Women’s voices with Dayana Pita

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IAHR Women’s voices with Charlene Gaba

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A brief introduction to Remote Sensing Information Processing and Its Application

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PIE Remote Sensing Data Processing Software Introduction and Training - Part 1

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PIE Remote Sensing Data Processing Software Introduction and Training - Part 2

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PIE-Engine Geospatial Cloud Computing Service Platform Introduction and Training

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Urban Green Space Remote Sensing - Part 1

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Urban Green Space Remote Sensing - Part 2

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Introduction, concepts, and the importance of remote sensing techniques for Cultural Heritage Objects

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Urban Heat Space Remote Sensing - Part 1

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Urban Heat Space Remote Sensing - Part 2

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Technics, Technologies and Products of remote sensing techniques used in Cultural Heritage domain

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Interpretation of remote sensing and radar data: Data acquisition and data processing Part 1 & Part 2

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Interpretation of remote sensing and radar data: Data acquisition and data processing Part 3 & Part 4

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Urban Hydrology and Hydrological Modelling: Remote Sensing Application in Urban Hydrological Modeling

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Hydrometeorological monitoring: remote sensing application in real-time precipitation monitoring

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Green Stormwater Infrastructure/ Sponge City: Remote Sensing Application in Modeling Green Stormwater Infrastructure

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Land surface modeling: use of remote sensing products to improve land surface model

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[0] Introduction to the Course: Catchment Systems

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[1.1] Introductory Principles (Course: Catchment Systems)

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[1.2] Process Geomorphology 1 (Course: Catchment Systems)

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[1.3] Process Geomorphology 2 (Course: Catchment Systems)

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[1.4] Geomorphological Systems - System Types (Course: Catchment Systems)

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[1.5] Steve Nelle explaining Lane’s Balance (Course: Catchment Systems)

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[1.6] Geomorphological Systems - Equilibrium (Course: Catchment Systems)

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[1.7] Geomorphological Systems - Thresholds (Course: Catchment Systems)

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[1.8] Geomorphological Systems - Magnitude and Frequency (Course: Catchment Systems)

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[2.1] Hillslope Processes Introduction 1 (Course: Catchment Systems)

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[2.2] Hillslope Processes Introduction 2 (Course: Catchment Systems)

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[2.3] Hillslope runoff generation: surface 1 (Course: Catchment Systems)

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[2.4] Hillslope runoff generation: surface 2 (Course: Catchment Systems)

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[2.5] Hillslope runoff generation: sub-surface (Course: Catchment Systems)

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[2.6] Network development 1 (Course: Catchment Systems)

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[2.7] Network development 2 (Course: Catchment Systems)

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[2.8] Network development 3 (Course: Catchment Systems)

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[2.9] Network development 4 (Course: Catchment Systems)

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[2.10] Network evolution (Course: Catchment Systems)

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[2.11] Hillslope Processes Conclusion (Course: Catchment Systems)

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[3.1] Channel Processes: Fluid Flow Introduction 1 (Course: Catchment Systems)

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[3.2] Channel Processes: Fluid Flow Introduction 2 (Course: Catchment Systems)

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[3.3] Some definitions and basic principles (Course: Catchment Systems)

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[3.4] Mechanics of flow 1 (Course: Catchment Systems)

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[3.5] Mechanics of flow 2 (Course: Catchment Systems)

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[3.6] Mechanics of flow 3 (Course: Catchment Systems)

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[3.7] Velocity and resistance 1 (Course: Catchment Systems)

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[3.8] Velocity and resistance 2 (Course: Catchment Systems)

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[3.9] Manning’s equation (Course: Catchment Systems)

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[4.1] Channel Processes: Sediment Dynamics Introduction (Course: Catchment Systems)

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[4.2] Sediment entrainment and transport 1: Sediment entrainment (Course: Catchment Systems)

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[4.3] Sediment entrainment and transport 2: Critical velocity (Course: Catchment Systems)

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[4.4] Sediment entrainment and transport 3: Critical Shear Stress (Course: Catchment Systems)

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[4.5] Sediment entrainment and transport 4: Lift forces (Course: Catchment Systems)

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[4.6] Sediment entrainment and transport 5: Shield’s Dimensionless Analysis (Course: Catchment Systems)

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[4.7] Sediment entrainment and transport 6: Fuzzy Thresholds (Course: Catchment Systems)

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[4.8] Sediment entrainment and transport 7 (Course: Catchment Systems)

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[4.9] Bedform creation 1: Ripples, dunes and antidunes (Course: Catchment Systems)

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[4.10] Bedform creation 2: Pools, riffles and bars (Course: Catchment Systems)

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[4.11] Bedform creation 3: Theories of pool-riffle formation and development (Course: Catchment Systems)

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[4.12] Sediment sorting (Course: Catchment Systems)

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[5.1] River Bank Erosion Introduction (Course: Catchment Systems)

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[5.2] Stream energy (Course: Catchment Systems)

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[5.3] Bank composition (Course: Catchment Systems)

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[5.4] Processes of river bank erosion (Course: Catchment Systems)

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[5.5] Factors affecting river bank erosion (Course: Catchment Systems)

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[5.6] Monitoring river channel erosion (Course: Catchment Systems)

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[6.1] Hydraulic Geometry Introduction and context 1 (Course: Catchment Systems)

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[6.2] Hydraulic Geometry Introduction and context 2 (Course: Catchment Systems)

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[6.3] Hydraulic geometry theory (Course: Catchment Systems)

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[6.4] Changes in hydraulic geometry 1 (Course: Catchment Systems)

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[6.5] Changes in hydraulic geometry 2 (Course: Catchment Systems)

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[6.6] Human impacts on hydraulic geometry (Course: Catchment Systems)

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[7.1] River Channel Patterns Introduction (Course: Catchment Systems)

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[7.2] River Channel Patterns Context (Course: Catchment Systems)

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[7.3] Channel pattern types 1: single (Course: Catchment Systems)

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[7.4] Channel pattern types 2: multiple (Course: Catchment Systems)

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[7.5] The continuum concept (Course: Catchment Systems)

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[7.6] Why do different patterns develop? (Course: Catchment Systems)

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[7.7] How do patterns evolve 1: single (Course: Catchment Systems)

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[7.8] How do patterns evolve 2: meandering (Course: Catchment Systems)

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[7.9] How do patterns evolve 3: braided (Course: Catchment Systems)

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[8.1] River Channel Management Introduction 1 (Course: Catchment Systems)

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[8.2] River Channel Management Introduction 2 (Course: Catchment Systems)

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[8.3] Conventional channel engineering techniques 1 (Course: Catchment Systems)

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[8.4] Conventional channel engineering techniques 2 (Course: Catchment Systems)

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[8.5] Conventional channel engineering techniques 3 (Course: Catchment Systems)

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[8.6] Conventional channel engineering techniques 4 (Course: Catchment Systems)

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[8.7] Detrimental effects of channelisation 1 (Course: Catchment Systems)

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[8.8] Detrimental effects of channelisation 2 (Course: Catchment Systems)

2373

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