Lecture 3 (WM&SP) Flashcards
Explain path dependency. Include ‘lock-situations’ in your answer.
Lock-situations are being created: risks will increase if you continue the same path without changing something signficantly. Rational considereations of pofit and loss often lead to the decision to continue the same practice. In this case strengthening dikes. –> decisions are limited by decisions that have already been made in the past.
Explain the ‘Spatial turn’.
increasing awareness of the limits of coping with flood risks by technical measures alone. It can’t only be done with technical, civil engeneering measures. Spatial measures are needed to give the river more space. Also an integrated- and risk-based approach is needed.
Fighting the water –> living with the water
Explain the key characteristics of the spatial turn again.
More space for water
Integrated approach
Risk-based approach
Explain ‘More space for water’ in some more detail
Instead of fighting the water, let it in. Give it more space. Retreat the traditional line of defence. For example: increasing retention capacity of rivers or broadening the rivers. New policy instruments and roles are needed for this. The existing land use policies are not inflicted on this.
Explain the integrated approach in some more detail
DIfferent policy fields, sectors, levels institutions, disciplines, values and perspectives need to be connected. They need to collab with each other. Also a difference in policy fields between water managers and spatial planners.
Explain the term ‘Integrated water resources management’ (IWRM)
= process that aims for the development and management of water, land/related resources to stimulate the economy and social welfare more, without damaging the sustainability vital ecosystems.
What types of integration does Integrated water resources management need?
Vertical and horizontal integration:
* vertical = multiple government levels (ranks)
* horizontal = multifunctionality: different departments. Government organizations working together within a specific level.
Risk-based approach. Explain in more detail
From hazard reduction to risk management. Anticipate the risk: probability reducation and impact reduction. Develop measures that take the whole safety chain into account. So, also proaction and prevention, as well as preparation, response and aftercare.
Explain the difference between the traditional flood control approach and the resilience approach.
Traditional approach focuses solely on probability and hazard reduction.
The resilience approach tries to prevent the risk as a whole and include the whole safety chain into account. This tries to make it more resilient to the disasters. So also: impact reduction and probability reduction.
What are FRMS’s?
An overview of different strategies, approaches and measures that can be taken to prevent flood risks (described in Hegger et al, 2014).
Explain the Five types of Flood risk management strategies
- Flood defence – infrastructural works or giving more space to the river
- Flood risk prevention – e.g. proactive spatial planning to avoid negative consequences
- Flood risk mitigation – smart design of the flood-prone area. Flood compartmens, flood proof buildings etc…
- Flood preparation – flood warning systems etc…
- Flood recovery- good and fast recovery after flood event. Reconstruction of buildings for example.
Explain why water management and spatial planning can be distinguished in two different ‘policy worlds’.
Policy arrangements for water management are focused on flood safety, fresh water availability and water quality. Mainly legal norms and a sectoral approach. ‘safety first’ is the main thing.
While the spatial planning is fixated more on integrated, area-based planning. Collaboration between municipalities provinces and national governments. Takes flood risks into account, but it’s not the main purpose. There are more spatial claims.
Explain the differences between the old water management style of the 20th century and the New water management style (21st century).
Old style:
* command and control
* Focused on solutions
* reactive
* Technocrative
* Dikes, drainage
* hierarchical and closed
New style:
* anticipation and adaption
* prevention and anticipation
* Process approach
* Integral spatial policy
* natural storage, more space for the river
* more participatory and interactive
Explain how water adaptation is a wicked problem.
There are inevitable uncertainties:
* potential impacts/their magnitude and effeectiveness of measures
Spatial diversity:
* local circumstances can exarbate impacts. There is no ‘one size fits all’ solutions.
controversies:
* different value systems and discourses in society > opposing perceptions of the problem
and solutions > inclusion of vulnerable communities
Fragmented governance system
* the context is formed by a multi-actor, multi-level and multi-sector governance world; lack
of a well-institutionalized policy domain. There is no specific policy domain for water adaptation.
How to deal with the wicked problem in this case, according to Edelenbos and Teisman, 2012?
They have to be dealt with in a way that meets the demand of complexity. Water authorities are dependent on other public and private stakeholders with realizing objectives, while dealing with water goes beyond the boundaries of only the water sector. We need an integrated multi-level governance. Multiple levels, sectors and domains need to deal with it.