IAHR

Silke Wieprecht - IAHR Women's Voices call for videos

7177

0 5

Verónica León - IAHR Women's Voices introduction

7358

0 5

Beatriz Negreiros - IAHR Women's Voices

7025

0 5

María Ponce Guzmán - IAHR Women's Voices

6064

0 1

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

4276

0 1

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

3256

0 0

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

5901

0 0

Joseph Lee - New Year Video Speech for 2021

13009

1 3

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

2730

0 0

Xiaolei Zhang - IAHR Women's Voices

9193

0 3

Amparo López – IAHR Women’s Voices

11728

0 2

01. Concepts of Ecological Restoration 1 - Wenlong Zhang

4742

0 1

02. Concepts of Ecological Restoration 2 - Wenlong Zhang

2855

0 1

03. Concepts of Ecological Restoration 3 - Wenlong Zhang

3296

0 0

04. China's Ecological Restoration Programs - Wenlong Zhang

2735

0 0

05. Disturbance, Impairment and Recovery - Wenlong Zhang

3380

0 0

06. Ecological Consequences of Impairment - Wenlong Zhang

3286

0 0

07. Recovery - Wenlong Zhang

3740

0 0

08. Ecological Views of Recovery - Wenlong Zhang

3583

0 0

09. Ecological Attributes of Restored Ecosystems - Longfei Wang

3856

0 0

10. Abiotic Environment & Landscape Context - Longfei Wang

2951

0 0

11. Ecological Functionality & Complexity - Longfei Wang

2800

0 0

12. Historic Continuity & Self-Organization - Longfei Wang

3807

0 0

13. Ecological References 1 - Longfei Wang

2994

0 0

14. Steps in Reference Model Preparation 1 - Longfei Wang

2548

0 0

15. Steps in Reference Model Preparation 2 - Longfei Wang

2587

0 0

16. Ecological References 2 - Longfei Wang

2626

0 0

17. Approaches to Restoration - Lihua Niu

2341

0 0

18. Plant-Bacterial Partnership - Lihua Niu

2463

0 0

19. Bioremediation - Lihua Niu

2257

0 0

20. Biosystems for Non-Destructive Remediation - Lihua Niu

2389

0 0

21. Project Planning, Evaluation and Management - Lihua Niu

2229

0 0

22. Project Implementation - Lihua Niu

2823

0 0

23. Project Evaluation - Lihua Niu

2695

0 0

24. Project Aftercare - Lihua Niu

2482

0 0

25. River Remediation 1 - Wenlong Zhang

2384

0 0

26. River Remediation 2 - Wenlong Zhang

3647

0 0

27. River Remediation 3 - Wenlong Zhang

5236

0 0

28. In Situ Remediation - Wenlong Zhang

2635

0 0

29. Lake Restoration - Wenlong Zhang

2255

0 0

30. Catchment Models - Wenlong Zhang

2239

0 0

31. Water Quality Management - Wenlong Zhang

2431

0 0

32. Monitoring and Assessment - Wenlong Zhang

3945

0 0

33. Soil Remediation - Huanjun Zhang

3609

0 0

34. Soil Decontamination - Huanjun Zhang

2931

0 0

35. Rehabilitation of Soils in Urban Environment - Huanjun Zhang

2480

0 0

36. Rehabilitation of Soils in Mining Areas - Huanjun Zhang

2264

0 0

37. Site Restoration - Huanjun Zhang

2802

0 0

38. Field Analytical Approach - Huanjun Zhang

2849

0 0

39. Biodegradation and Bioremediation - Huanjun Zhang

3475

0 0

40. Natural Attenuation - Huanjun Zhang

2563

0 0

IAHR Women’s voices with Maria Gabriela Castrellón

8273

0 5

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

12238

0 0

Gonzalo Duro - Bank erosion in regulated navigable rivers

2923

0 0

Baihetan Hydropower Station on the Jinsha River

8984

0 3

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

11790

0 1

IAHR Women’s voices with Dr. Modupe Olufunmilayo Jimoh

11428

0 2

Water's Promise: Making Every Drop Count

5462

0 0

IAHR Women's Voices with Karol Sanchez

9286

0 2

An Innovative Dream in Construction of Deepwater Channel

4944

0 0

3rd IAHR Coffee Chat: Picture a Scientist!

9750

0 0

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

4139

0 0

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

3712

0 0

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

4826

0 0

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

7902

0 0

H.E. Petteri Taalas, SG of WMO

5109

0 0

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

5974

0 0

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

4625

0 0

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

4635

0 0

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

5645

0 0

Mr. Ghulam Rasul, ICIMOD

5088

0 0

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

3725

0 0

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

4692

0 0

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

6485

0 0

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

5945

0 0

Mr. Maarten Hoffman, Associate Programme Management Officer, UNEP

5495

0 0

Co-organizer, Deputy Permanent Representative of Russia

5358

0 0

Discussion and Closing of High-level virtual side event

6900

0 0

IAHR Corporate Video 2021

7063

0 3

Stormwater Management and Road Tunnel (SMART)

4761

0 1

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

1895

0 0

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

2887

0 0

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

4377

0 0

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

2398

0 0

Satoru Oishi - Practical Application of Weather Radar Information in Japan

5465

0 0

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

2762

0 0

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

2157

0 0

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

2011

0 0

Daisuke Nohara - Analysis of Extreme Flood Disasters in Japan 2021

5529

0 0

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

3379

0 0

Frank Molkenthin - Analysis of flood disaster in Germany in 2021

3370

0 0

Ludovic Andres - Overview of HR DEM acquisition techniques

2165

0 0

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

2003

0 0

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

2177

0 0

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

2355

0 0

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

4701

0 0

Peng WANG - 2.1 Atmospheric Environmental Impact Assessment

2918

0 0

Peng WANG - 2.2 Atmospheric Environmental Impact Assessment

2375

0 0

Peng WANG - 2.3 Atmospheric Environmental Impact Assessment

2717

0 0

Peng WANG - 2.4 Atmospheric Environmental Impact Assessment

2584

0 0

Peng WANG - 2.5 Atmospheric Environmental Impact Assessment

2519

0 0

Xu ZHAO - 3.1 Evaluating Human Impact on Water Resources

2777

0 0

Xu ZHAO - 3.2 Evaluating Human Impact on Water Resources

2700

0 0

Xu ZHAO - 3.3 Evaluating Human Impact on Water Resources

3064

0 0

Xiaodong LIU - 4.1 Water Environmental Assessment Criteria

4597

0 0

Xiaodong LIU - 4.2 Water Environmental Assessment Criteria

3390

0 0

Xiaodong LIU - 4.3 Water Environmental Assessment Criteria

4140

0 0

Xiaodong LIU - 4.4 Water Environmental Assessment Criteria

3181

0 0

Xiaodong LIU - 4.5 Water Environmental Assessment Criteria

3986

0 0

IAHR Women’s voices with Arianna Varrani

6929

0 2

Introduction of Laboratory and Library

3281

0 1

Campus Tour of Hohai University

3380

0 1

Introduction of Sports and Medical Care

3104

0 1

Introduction of Dormitory and Dining Hall

2879

0 1

Introduction of Public Transportation and Admission Notice

3012

0 1

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

6132

0 1

IAHR Women’s voices with Samih Ikram

6406

0 4

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

2839

0 0

Modelling in the Red River

3125

0 0

Red River Present in the Louisiana, United States

4761

0 0

Hydropeaking Effects on Gaula River for the Sustainable Management of Resources

2907

0 0

Scope, Effects and Mitigation of Hydropeaking

2894

0 0

Master Plan Flood Control Piura River Basin

4228

0 1

01. Introduction - Vagner Ferreira

3995

0 2

02. Earth's Gravity Field - Vagner Ferreira

3541

0 0

03. Earth's Shape - Vagner Ferreira

4165

0 0

04. Earth's Rotation - Vagner Ferreira

3109

0 0

05. International Celestial Reference Frame - Vagner Ferreira

3874

0 0

06. International Terrestrial Refernce Frame - Vagner Ferreira

2665

0 0

07. Coordinate Systems in Geodesy - Vagner Ferreira

3525

0 0

08. Spherical Harmonic Functions - Vagner Ferreira

3109

0 0

09. Gravity and Hydrology - Vagner Ferreira

4519

0 0

10. Satellite Gravimetry - Satellite Gravimetry

2941

0 0

11. Satellite Altimetry - Vagner Ferreira

4770

0 0

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

3367

0 0

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

2760

0 1

14. Hydrology with Satellite Gravimetry - Vagner Ferreira

2429

0 0

15. Hydrology with Satellite Altimetry - Vagner Ferreira

2500

0 0

16. Hydrology with GNSS - Vagner Ferreira

2368

0 0

17. Hydrology with InSAR - Vagner Ferreira

1950

0 0

18. Processing GRACE Data Part I - Vagner Ferreira

2493

0 0

19. Processing GRACE Data Part II - Vagner Ferreira

2089

0 0

IAHR Women’s voices with Dayana Pita

5249

0 1

IAHR Women’s voices with Charlene Gaba

6976

0 1

A brief introduction to Remote Sensing Information Processing and Its Application

3042

0 0

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

4692

0 0

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

4759

0 0

PIE-Engine Geospatial Cloud Computing Service Platform Introduction and Training

3284

0 0

Urban Green Space Remote Sensing - Part 1

6138

0 0

Urban Green Space Remote Sensing - Part 2

4773

0 0

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

5324

0 0

Urban Heat Space Remote Sensing - Part 1

5072

0 0

Urban Heat Space Remote Sensing - Part 2

3679

0 0

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

5243

0 0

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

3293

0 0

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

5582

0 0

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

4264

0 0

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

3871

0 0

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

2730

0 0

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

5271

0 0

[0] Introduction to the Course: Catchment Systems

5236

0 0

[1.1] Introductory Principles (Course: Catchment Systems)

4631

0 0

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

4953

0 0

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

3367

0 0

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

5322

0 0

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

6808

0 0

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

4618

0 0

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

3660

0 0

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

3450

0 0

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

4040

0 0

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

4048

0 0

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

4126

0 0

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

2330

0 0

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

2289

0 0

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

2338

0 0

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

2884

0 0

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

2440

0 0

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

2110

0 0

[2.10] Network evolution (Course: Catchment Systems)

2737

0 0

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

2389

0 0

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

2216

0 0

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

2289

0 0

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

2267

0 0

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

2425

0 0

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

2566

0 0

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

2224

0 0

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

3067

0 0

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

2628

0 0

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

2456

0 0

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

2463

0 0

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

2702

0 0

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

2323

0 0

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

2740

0 0

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

3167

0 0

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

2480

0 0

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

2639

0 0

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

2317

0 0

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

2363

0 0

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

2343

0 0

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

2644

0 0

[4.12] Sediment sorting (Course: Catchment Systems)

2536

0 0

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

3730

0 0

[5.2] Stream energy (Course: Catchment Systems)

2763

0 0

[5.3] Bank composition (Course: Catchment Systems)

2472

0 0

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

2494

0 0

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

3012

0 0

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

2405

0 0

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

2381

0 0

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

2278

0 0

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

2196

0 0

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

2386

0 0

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

2563

0 0

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

4360

0 0

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

2178

0 0

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

2464

0 0

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

2891

0 0

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

2540

0 0

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

2400

0 0

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

2808

0 0

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

2118

0 0

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

1969

0 0

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

2475

0 0

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

2513

0 0

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

2257

0 0

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

2415

0 0

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

2554

0 0

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

2568

0 0

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

2382

0 0

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

3469

0 0

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

2373

0 0

[8.9] Detrimental effects of channelisation 3 (Course: Catchment Systems)

2449

0 0

[8.10] Design challenges (Course: Catchment Systems)

2760

0 0

[8.11] Twenty first century channel management (Course: Catchment Systems)

2423

0 0

IAHR Women’s Voices with Dr Qian Yu

7912

0 3

Elpida Kolokytha - Introduction of Risk Management: Extremes of Flood and Drought

3177

0 1

Yan Huang - Opening Remarks of Risk Management: Extremes of Flood and Drought

3235

0 0

Xiuli Ding - Opening Remarks of Risk Management: Extremes of Flood and Drought

4538

0 0

Amparo López Jiménez - Opening Remarks of Risk Management: Extremes of Flood and Drought

7110

0 0

Demetris Koutsoyiannis - Extreme rainfall modelling for engineering design: a new methodology and its application over the Greek territory - Risk Management: Extremes of Flood and Drought

5117

0 0

Denghua Yan - Eco-environmental effects and adaptive regulation under extreme hydrological conditions - Risk Management: Extremes of Flood and Drought

4017

0 0

Panel Discussion - Risk Management: Extremes of Flood and Drought

4551

0 0

Deltares and the SDGs

4845

0 1

5th IAHR Coffee Chat | Tips and Tricks for Networking at Conferences

3403

0 0

IAHR Publications presents: How to access IAHR Journals

4132

0 0

Joseph H.W. Lee - Sustainable Urban Water Management: A 10-year Retrospective on Some Research Issues [ICWES2022]

5646

0 0

Thallak Sitharam - Coastal Reservoir Strategy to Enhance Freshwater Storage by Impounding River Flood Waters [ICWES2022]

3340

0 0

Roger Falconer - Flood Hazard Modelling for Extreme Events in River and Urban Environment [ICWES2022]

3430

0 0

Rahmah Elfithri - Water and Environmental Sustainability: Implementing Catchment Scaled Ecohydrology Approach [ICWES2022]

2644

0 0

Promotion Video of the 32nd IAHR Latin America Division Congress

1218

0 0

IAHR Label for Water Training and Education

4066

0 0

IAHR Corporate Video 2025

3980

0 0

42nd IAHR World Congress Promotion Video

4248

0 0

River Flow 2026

1568

0 0

Nigel Wright - Comparison of UFR between Countries and a Case Study in Chengdu, Sichuan

2503

0 0

Junke Guo - General Unit Hydrograph Theory (I): Creation, Applications, and Implications

1898

0 0

Cecilia Tortajada - Droughts and water security

1342

0 0

Koike Toshio - An Integrated Challenge for Research, Education, and Information Networking

3304

0 0

Michael Maeker - Integrated Soil Erosion Assessment: Concepts, Methods and Applications

2908

0 0

Lim Kim Shin - Digitalising Water Management

3111

0 0

Mathias Kondolf - Flow Variability: Implications and Control in Mediteranean-climate and Other Seasonal Rivers

1618

0 0

Jing Peng - Flowing Harmony, Renewed Legacy – Speech on 2025 World Water Day

2252

0 0

Haihong Li - River Ethics and China's Practices

1030

0 0

Zuyu Chen - Check Dams on China's Loess Plateau: An Overview

3795

0 0

Xudong Fu & Chenge An - Cyclic Step Formation in Steep Gullies on the Loess Plateau and Its Implications for Check Dams

1410

0 0

Xiaoming Zhang - Systematic Management of Soil and Water Conservation in the Loess Plateau in the New Era

3090

0 0

Zhanbin Li - the Integration of Water-Energy-Food-Ecology

923

0 0

Jing Peng - China's Water Infrastructure Development Innovation and Practice

2511

0 0

[Lecture1] Opening of the First Lecture in the IAHR Eastern India YPN Lecture Series

2478

0 0

[Lecture1] Michael Nones - Satellites as a Tool to Depict Source-to-Sink Dynamics [First Lecture · IAHR Eastern India YPN Series]

2322

0 0

[Lecture1] Discussion Session of First Lecture in the IAHR Eastern India YPN Lecture Series

1743

0 0

[Lecture2] Opening of the Second Lecture in the IAHR Eastern India YPN Lecture Series

2234

0 0

[Lecture2] Valentin Heller - Modelling and Prediction of Subaerial Landslide Tsunamis [Second Lecture · IAHR Eastern India YPN Series]

2035

0 0

[Lecture2] Discussion Session of Second Lecture in the IAHR Eastern India YPN Lecture Series

2142

0 0

Interviewed at the 5th International Seminar on Water Culture

2080

0 0

Interviewed on Management of Yellow River in Henan

1688

0 0

Interviewed on Hydroinformatics and Great River Governance

1068

0 0

Interviewed on China-EU Climate Change Cooperation

1026

0 0

Interviewed on World Water Day on Raising Public Awareness on Sustainability of Water Resources

1266

0 0

Interviewed on Water Management in Wuhan

2006

0 0

Interviewed on Urban Water Management Challenges at IAHR Africa Congress

746

0 0

[Lecture3] Opening of the Third Lecture in the IAHR Eastern India YPN Lecture Series

1562

0 0

[Lecture3] Sanjay Giri - Advanced methods and technologies in river science and management practice [Third Lecture · IAHR Eastern India YPN Series]

2037

0 0

[Lecture3] Discussion Session of Third Lecture in the IAHR Eastern India YPN Lecture Series

2031

0 0

James Lofty - Plastic pollution transport in rivers [IAHR Spain YPN]

1220

0 0

Gonzalo Olivares Cerpa - HydroEurope Project [IAHR Spain YPN]

287

0 0

[Lecture4] Opening of the Fourth Lecture in the IAHR Eastern India YPN Lecture Series

249

0 0

[Lecture4] Jiarui (Gary) Lei - Flow–Vegetation Interactions and Their Implications for Nature-Based Coastal Protection [Fourth Lecture · IAHR Eastern India YPN Series]

273

0 0

[Lecture4] Discussion Session of Fourth Lecture in the IAHR Eastern India YPN Lecture Series

232

0 0

Title:

Speaker:

Organization:

Event:

Keywords:

Views:

Philippe Gourbesville  MORE

Organization:

Related Presentations

Silke Wieprecht - IAHR Women's Voices call for videos

Verónica León - IAHR Women's Voices introduction

Beatriz Negreiros - IAHR Women's Voices

María Ponce Guzmán - IAHR Women's Voices

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

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

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

Joseph Lee - New Year Video Speech for 2021

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

Xiaolei Zhang - IAHR Women's Voices

Amparo López – IAHR Women’s Voices

01. Concepts of Ecological Restoration 1 - Wenlong Zhang

02. Concepts of Ecological Restoration 2 - Wenlong Zhang

03. Concepts of Ecological Restoration 3 - Wenlong Zhang

04. China's Ecological Restoration Programs - Wenlong Zhang

05. Disturbance, Impairment and Recovery - Wenlong Zhang

06. Ecological Consequences of Impairment - Wenlong Zhang

07. Recovery - Wenlong Zhang

08. Ecological Views of Recovery - Wenlong Zhang

09. Ecological Attributes of Restored Ecosystems - Longfei Wang

10. Abiotic Environment & Landscape Context - Longfei Wang

11. Ecological Functionality & Complexity - Longfei Wang

12. Historic Continuity & Self-Organization - Longfei Wang

13. Ecological References 1 - Longfei Wang

14. Steps in Reference Model Preparation 1 - Longfei Wang

15. Steps in Reference Model Preparation 2 - Longfei Wang

16. Ecological References 2 - Longfei Wang

17. Approaches to Restoration - Lihua Niu

18. Plant-Bacterial Partnership - Lihua Niu

19. Bioremediation - Lihua Niu

20. Biosystems for Non-Destructive Remediation - Lihua Niu

21. Project Planning, Evaluation and Management - Lihua Niu

22. Project Implementation - Lihua Niu

23. Project Evaluation - Lihua Niu

24. Project Aftercare - Lihua Niu

25. River Remediation 1 - Wenlong Zhang

26. River Remediation 2 - Wenlong Zhang

27. River Remediation 3 - Wenlong Zhang

28. In Situ Remediation - Wenlong Zhang

29. Lake Restoration - Wenlong Zhang

30. Catchment Models - Wenlong Zhang

31. Water Quality Management - Wenlong Zhang

32. Monitoring and Assessment - Wenlong Zhang

33. Soil Remediation - Huanjun Zhang

34. Soil Decontamination - Huanjun Zhang

35. Rehabilitation of Soils in Urban Environment - Huanjun Zhang

36. Rehabilitation of Soils in Mining Areas - Huanjun Zhang

37. Site Restoration - Huanjun Zhang

38. Field Analytical Approach - Huanjun Zhang

39. Biodegradation and Bioremediation - Huanjun Zhang

40. Natural Attenuation - Huanjun Zhang

IAHR Women’s voices with Maria Gabriela Castrellón

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

Gonzalo Duro - Bank erosion in regulated navigable rivers

Baihetan Hydropower Station on the Jinsha River

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

IAHR Women’s voices with Dr. Modupe Olufunmilayo Jimoh

Water's Promise: Making Every Drop Count

IAHR Women's Voices with Karol Sanchez

An Innovative Dream in Construction of Deepwater Channel

3rd IAHR Coffee Chat: Picture a Scientist!

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

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

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

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

H.E. Petteri Taalas, SG of WMO

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

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

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

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

Mr. Ghulam Rasul, ICIMOD