This document describes a serious game called the Integrated Urban Water Management (IUWM) Serious Game. The game was developed to increase water availability and promote sustainable water use in the city of Alexandroupolis, Greece. It engages authorities, stakeholders, students, and teachers to discuss urban water management solutions. The game allows players to take on roles like the municipality or water utility and make decisions around measures like non-conventional water resources and green infrastructure while facing challenges from climate reports. The goal is to collaboratively ensure sufficient water resources and prevent flooding in the fictional city.
The Integrated Urban Water Management (IUWM) Serious Game
1. March 20181 www.gwpmed.org
The Integrated Urban Water
Management (IUWM)
Serious Game
Nassia Kassela
Programme Officer, GWP-Med
SIM4NEXUS Workshop – March 16th 2018, Athens
www.waterforthecity.net
2. March 20182 www.gwpmed.org
PARTNERS:
COLLABORATORS:
DURATION: 2016 – 2018
BUDGET: 1.2 million USD (Coca-Cola Foundation Grants)
Project information
Water for the City is a multi-stakeholder pilot project which a two-fold aim:
Increase water availability in the metropolitan area of the coastal city
of Alexandroupolis, NE Greece
Promote sustainable water use in the urban environment by
Engaging authorities & stakeholders
Educating students & teachers
Raising public awareness.
Alexandroupolis
3. March 20183 www.gwpmed.org
OUR VISION: A water secure world
OUR MISSION: to advance governance and management of water
resources for sustainable and equitable development
• Enough water for all
Social Equity, Economic Efficiency, Ecosystems
• Security from droughts, floods, landslides, disease
The negative aspects of water
• Improved quality of life for the most vulnerable
Especially women and children
• An integrated approach
Holistic, and multi-stakeholder processes; Integrated Water Resources Management
5. March 20185 www.gwpmed.org
The game serves as a tool for capacity building workshops & engagement of
authorities & key stakeholders in Integrated Urban Water Management.
This role–playing game was developed in Greek and in English and it enables
key-stakeholders to get familiar with various water management solutions and
climate change adaptation measures through the use of non conventional
water resources and the implementation of urban green-blue infrastructure.
Capacity Building & Stakeholder Engagement
The IUWM Serious Game
6. March 20186 www.gwpmed.org
Why a Serious Game?
Source: How The Brain Learns (Dr. David A. Sousa) Source: Mihaly Csikszentmihalyi
Serious games are those games that provide a meaningful message in a fictional
play space about a certain (perceived) realit.
7. March 20187 www.gwpmed.org
Train key stakeholders on Integrated Urban Water Management
Present contemporary water management solutions, technologies & practices,
with a focus on non-conventional water resources & green-blue infrastructure
Give emphasis to strategic planning
Players:
Deepen their understanding of the
Necessity for prevention & adaptation measures
Uncertainties that the future entails in terms of climate change impacts
Dilemmas in establishing (water) resilient cities
Different roles in urban water management
Imperative need for dialogue & collaboration
Strengthen their
Negotiation & collaboration skills
In the context of a “real” city
The goal OF the game
8. March 20188 www.gwpmed.org
Urban Planning: Integrated
Water Resources
Management
Goals: quality
of life and
environmental
conservation
Institutional:
legislation and
management
Water supply Sanitation
Urban
drainage &
flood
management
The goal OF the game
Adapted from Tucci, 2001
9. March 20189 www.gwpmed.org
Urban Planning: Integrated
Water Resources
Management
Goals: quality
of life and
environmental
conservation
Institutional:
legislation and
management
Water supply Sanitation
Urban
drainage &
flood
management
The goal OF the game
10. March 201810 www.gwpmed.org
1. Ensure sufficient water resources for all water users
(Potable) water supply – Economic activity – Green infrastructure
2. Make sure Alexandroupolis does not flood
3. Ensure the requirements of the civil society are met
4. Look after a personal interest
The goal IN the game
Safeguard the wellbeing of the city…
Simple..?
… in an uncertain reality
11. March 201811 www.gwpmed.org
Create a “real” & “fictional” city
Play Areas
Water Pillars
& Dam
Weather
Reports
Civil Society
Requests
Available
measures &
actions
& Responses
12. March 201812 www.gwpmed.org
Four players representing important stakeholders of the city
Municipality, Regional authority, Water utility, Private sector
Available measures & actions
Climate change adaptation measures
Non conventional water resources
Urban green-blue infrastructure
Strategic thinking
Climate reports & seasonal rounds of increasing difficulty
Common goals & personal interest
Cash flow
Trained game master (facilitator)
Communication & collaboration
Common goals – the wellbeing of the city above all
Limitations applicable to everyone
Civil society demands & responses
The Serious Game “manual”
14. March 201814 www.gwpmed.org
What is the result?
Insufficient
water supply
Minor
problems
Priority given to
certain areas
Floods
in the city
The “game” is an original and
intelligent way to bring various
stakeholders at the same table
and have them discuss the
needs of the city.
15. March 201815 www.gwpmed.org
More information:
GWP-Med Secretariat
www.gwpmed.org
nassia@gwpmed.org
secretariat@gwpmed.org
Τ: +30 210 3247267
GWPMed
Thank you!
www.waterforthecity.net
Notes de l'éditeur
Raising public awareness on the urban water cycle & efficient water use
OUR VISION: A water secure world
MISSION: To advance governance and management of water resources for sustainable and equitable development
Enough water for all –
Social Equity, Economic Efficiency, Ecosystems
Security from droughts, floods, landslides, disease
The negative aspects of water
Improved quality of life for the most vulnerable
Especially women and children
An integrated approach
Holistic, and multi-stakeholder processes
INNOVATIVE TECHNICAL APPLICATION
The proposed intervention will increase the storage capacity of the reservoir of Dipotamos Dam, that is the main water source for the City of Alexandroupolis and six neighboring settlements. The Water Utility has observed that the dam overflows frequently during winter. Thus, the installation of free standing gates on the spillway crest, will allow for additional water to be stored in the reservoir during wet seasons.
EDUCATION
Hands-on activities for students in local schools and teacher trainings
Development of an online platform, “Water-polis | Neroupoli”, that forms as a dynamic and interactive educational tool for both students and teachers
AWARENESS RAISING
Dedicated website, publicity material, public campaign
Communication activities focus on:
Encouraging water saving
Promoting green-blue infrastructure
Disseminating the projects’ achievements
They help participants learn better through “Practice by Doing”.
If you manage to find the correct balance between the skills of the participants and the challenge in the game, the flow of the whole process will be optimal and better results will be achieved.
focusing on the use of Non Conventional Water Resources and Green-Blue Infrastructure
Realize that the different parts of water management in a city can be integrated into a unified water management regime through the suitable application of technologies at various levels.
The duration of the game is approximately 2,5 hours and is facilitated by a trained game master.
Map neighbourhoods
Assign values ( = “points”)
Use actual elevation trends (ground slope directions)
weather forecasts
The results depend on:
Luck/randomness (climatic scenarios, civil society requests)
Players’ choices
Cooperation & early realization of strategic planning needs