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Integrated Flood Management (IFM): Policy and Planning Aspects
Alternative Home
Tutorial Entry
IFM Concept
Traditional Flood Management
Challenges of Flood Management
IFM Objectives
IFM Principles
IFM Principles
IFM Principles
IFM Principles
IFM Principles
IFM Principles
IFM Principles
Implementing IFM
Virtual Trainer
Legal and Institutional Aspect
Legal and Institutional Aspects at the National Level
Integration and Coordination
Integrating public planning processes
Information Generation and Sharing
Information for Preparedness Planning
Information for Emergency Response
Stakeholder Involvement
Institutions
RBOs
Institutions for Participation
CFMC
Rights, Powers and Obligations
Legal and Institutional Aspects at the International Level
Substantive Rules
substantive rules
flood related example
substantive rules cont.
Exchange of Data and Information
Institutional Mechanisms
Public Participation
Rapid Legal Assessment Tool
Methodological Steps
Contextual Background
Data Gathering: Inventory of Legal Instruments
Gap Analysis of the Existing Legal Framework
Opportunities, Limitations and Constraints
Virtual Trainer
Social Aspects and Stakeholder Involvement
Social Aspects
Beneficial Impacts of Floods
Negative socio-economic Impacts of Floods
Understanding Flood Risks
Vulnerability
Factors contributing to Vulnerability
Vulnerability Reduction
Reducing Material Vulnerability
Reducing Organizational Vulnerability
Reducing Attitudinal Vulnerability
Stakeholder Involvement
Objectives and Benefits
Identifying Stakeholders
Levels of Stakeholder Participation
Methods of Participatory Planning
Levels and Methods of Participatory Planning
Legal and Institutional Framework
Conflict Management
Classification of Conflicts
Stakeholder Capacity Building
Potential Pitfalls
Virtual Trainer
Environmental Aspects
Environment and Sustainable Development
Sustainable Development
Ecosystem Services
The Ecosystem Approach
Connecting IFM Principles with the Ecosystem Approach
Flood Processes and Ecosystem Services
Forests
Ponds and Lakes
Wetlands
River Corridors
Estuarine and Coastal Ecosystems
Summary
Flood Management Interventions
Dams and Reservoirs
Embankments
Detention and Retention Basins
Bypass and Diversion Channels
Channelization
Non-structural Measures
Environmental Considerations in Decision-Making
Framework for Environmentally Sensitive Decision-Making
Scientific Understanding and Analysis
Environmental Assessment
Strategic Environmental Assessment
Environmental Impact Assessment
Monitoring and Adaptive Management
Virtual Trainer
Economic Aspects
Decision Making and Economic Analysis
Cost-Benefit Analysis
Economic versus Financial Analysis
Estimating Project Benefits
Estimating direct primary benefits
Estimating indirect primary benefits
Estimating secondary benefits
Estimating Project Costs
Non-market Valuation of Project Costs and Benefits
Methods for Non-market Valuation
Stated Preference Method
Revealed Preference Method
Limitations of Cost-Benefit Analysis
Multi Criteria Analysis
Public Participation in Economic Analysis
Flood Insurance
Virtual Trainer
References IFM
Flood Probability Assessment
Sitemap of Flood Probability Assessment
Hydrology of Floods
Sitemap of Hydrology of Floods
Characterization of Floods
Processes acting on the formation of surface runoff
Processes acting on the formation of surface runoff_2
Processes acting on the formation of surface runoff-3
Processes acting on the formation of surface runoff-4
Processes acting on the formation of subsurface flow
Processes acting on the formation of subsurface flow-2
Processes acting on the formation of groundwater flow
Flow processes acting on the flood propagation in water bodies
Flow processes acting on the flood propagation in water bodies
Flow processes acting on theflood propagation in water bodies_2
Hydrological modelling
Modelling approach
Distributed models
Lumped models
Deterministic models
Schema of modelling process
Basis
Reproduction of hydrological phenomena
Runoff formation
Precipitation
Interception
Evapotranspiration
Snow-hydrological processes
Soil moisture regime
Runoff concentration
Calculation Methods
Flood Routing
Method of Kalinin Miljukov
Method of Kalinin Miljukov (2)
Application
Application
Case Study
Catchment Characteristics
System Plan
Results
Flood frequencies and design flood
Design Flood
Approaches to flood estimation
Flood frequency analysis
Objectives and assumptions
Outline of FFA
Basic concepts
Terms and definitions
Distribution function
Distribution moments
Sample moments
Data series
Analysis of annual maxima
Fitting distributions
Distributions for hydrologic data
Empirical distribution
Probability plotting
Selecting distribution
Goodness-of-fit tests
Confidence intervals
References
References
Hydrodynamics of Floods
Sitemap of Hydrodynamics of Floods
1D Hydrodynamic Models
Theory
Hydraulic processes
Movement of a fluid
Movement of a fluid2
Fundamentals of mathematical river flow modelling - 1D water level calculation
Development of a water level model
Derivation of the basic equation
Numerical analysis for solutions of the equation of work
Hydraulic structures
Application
Simulation with Kalypso-1D
Background of Kalypso-1D
Preprocessing in Kalypso-1D
Simulation in Kalypso-1D
Post-processing in Kalypso-1D
Example
Description of the project area
Description of the project area 2
Building up the 1D-model
Equivalent sand roughness
Friction coefficient
Building up the 1D-model
Calibration
Calibration 2
Calibration 3
Design flood events of river R
Design flood events of river R
Exercises
2D Hydrodynamic Models
Introduction
Theory
Fundamentals of mathematical river flow modelling - 2D flow calculation
Derivation of the Navier-Stokes equation
Turbulent flows
Depth-averaged shallow water equations
Finite Element Method (FEM)
Finite Element Method (FEM) 2
Finite Element Method (FEM) 3
Finite Element Method (FEM) 4
Finite Element Method (FEM) 5
The weak form
The weak form 2
The weak form 3
The weak form 4
The weak form 5
The approximation functions
The approximation functions 2
The approximation functions 3
The approximation functions 4
The approximation functions 5
The approximation functions 6
Vertex Connection
Vertex Connection 2
Vertex Connection 3
Vertex Connection 4
Numerical integration
Numerical integration 2
Numerical integration 3
Numerical integration 4
Numerical integration 5
Numerical integration 6
Unsteady problems
Unsteady problems 2
Unsteady problems 3
2D depth-integrated flow
2D depth-integrated flow 2
2D depth-integrated flow 3
2D depth-integrated flow 4
2D depth-integrated flow 5
2D depth-integrated flow 6
2D depth-integrated flow 7
2D depth-integrated flow 8
2D depth-integrated flow 9
2D depth-integrated flow 10
2D depth-integrated flow 11
References
Flood Risk Management
Sitemap of Flood Risk Management
Flood Risk Assessment
Sitemap of Flood Risk Assessment
Risk assessment
Risk
Theory
Risk identification
Risk identification (2)
Scale for analysis
Risk Assessment - Probability
Risk Assessment - Consequence
Risk mapping
Application
Data sources
Input parameter
Calculation - Losses
Damage functions
Calculation of specific assets
Annual damage
Risk evaluation
Risk classification
Risk classification - Germany
Risk - visualisation
Example
General description
Method of regionalisation
Calculation - asset values
Damage functions
Risk assessment
Risk mapping
References
Uncertainty analysis
Uncertainty 1
Uncertainty 2
Uncertainty 3
Uncertainty 4
Uncertainty 5
Deterministic 1
Deterministic 2
Interval
Probabilistic 1
Probabilistic 2
Fuzzy 1
Monte Carlo simulation
Page 1
Page 2
Page 3
Page 4
Page 5
Fuzzy set approach
Page 1
Page 2
Page 3
Page 4
Page 5
References
Page 2
Page 3
Page 4
Page 5
Page 6
Page 7
Page 8
Page 9
Page 10
Flood Management Plans
Sitemap of Flood Management Plans
Basin Flood Management Plan
The Planning Process
Planning Steps
Step 1
Step 2
Step 3
Step 4
Step 5
Step 6
Knowledge Base
Entry Points of the Knowledge Base from A to Z
Integrated flood management
Integrated flood management (copy 1)
Integrated flood management
Example Integrated flood management - Germany
Flood event management
Flood Risk Management
Risk assessment
Risk assessment 2
Risk assessment 3
Risk assessment- UK
Risk assessment- Netherlands
Risk assessment- Norway
Risk assessment- Germany
Risk assessment- Netherlands
Flood management measures
structural flood management measures
Coastal Flood Defence and Coastal Erosion
Sediment control measures
non-structural mitigation measures
Flood probability reduction measures
Flood probability reduction measures
Types of FPRM
SUDS
Reservoir operation
Flood resilience measures
Flood resilience measures
Capacity building of human resources
Landuse control
Flood prepardness
Contingency planning
Environmental Aspects
Environmental Assessment
Ecosystem Functions
Economic aspects
Cost-Benefit analysis
Cost-Benefit analysis
Economic analysis versus Financial analysis
Project benefits
Non market valuation of costs
Residual Risk
Limitation of Cost-Benefit analysis
Multi-Criteria analysis
Multi-Criteria analysis 2
Multi-Criteria analysis 3
Abstract terms
Flood
Flood Types
Danger
Disaster
Flood Hazard
Flood Risk
Flood Risk 2
Flood Risk 3
Traditionally risk formula
Return period
Residual Risk
(Un)acceptable risk
Propability
Vulnerability
Exposure
Consequence
SPRC model
Climate Change
Flood risk mapping
Flood risk mapping 2
Flood risk mapping 3
Flood Mapping: Naming and Responsibilities
Methods used to determine probability of inundation
International standards for flood mapping
Risk Maps - Trans-national
Example-Germany
Example-Netherlands
Example-UK
Example-Sweden
Example-Norway
Flood Vulnerability Assessment
Flood Probability Assessment
Flood Damage Assessment
Annual flood damage potential
Annual Flood Damage potentional
Annual Flood Damage potentional
Calculation of Losses
Calculation of Losses 2
Calculation of Losses 3
Damage Function
Damage Function
Damage Function
Uncertainty analysis
Sources of knowledge uncertaintie
Uncertainty analysis
Fuzzy
Probabilistic
Interval
Deterministic
Flood modelling
Flood modelling 2
Flood modelling 3
Hydrology of Floods
Hydrology of Floods 2
Modelling aproach
Modelling aproach 2
Stochastic model
Deterministic model
Flood frequency design
Flood frequency analysis
Design Flood
Flood estimation
Flood estimation
Kalypso
Hydrodynamics of Flood
Hydrodynamic of Floods 2
Hydrodynamic of Floods 3
Hydrodynamics of Floods 4
1D- Hydrodynamic model
2D- Hydrodynamic model
Floodplain processes
Sitemap of the Knowledge Base
Glossary
A - C
D
E
F
G - I
J - M
N - Q
R
S
T - Z
References
Virtual Trainer
Integrated Flood Management
IFM Concept
Legal and Institutional Aspects
Social Aspects and Stakeholder Involvement
Environmental Aspects
Economic Aspects
Hydrology
Characterisation of Flood
Flow Processes
Hydrology Modelling
Flood Frequency and Design Flood
Hydraulic 1D
Hydraulic 2D
Questionaire1: General Knowledge
Questionaire2: Theory 3D-NSE / 2D SWE
Questionaire3: River training - Impact of levee relocation
Questionaire4: Data Sources : DTM
Questionaire5: Hydraulic measurement
Risk Assessment
Reftrofitting
Flood Management Plans and Measures
References
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