Home Planet at Your Fingertips

Develop a user-friendly application or tool to discover, visualize, and analyze NASA Earth data for monitoring our home planet.

City Water - A tool to manage emergency response in time of water crisis

Summary

The objective of this project is to provide a tool designed to address the specific needs of different emergency workers during a water crisis. The tool is conceived to be used by the people responsible for water management in a city. The goal is that the minimum information input allows for a maximum information output from the app, visually presented in a way that is efficient for fast decision making. The app automatically shows relevant information that concerns a specific location (water alerts, number of citizens affected, infrastructures available for emergency responses, etc.). The app can share information for the citizens to see and therefore help for coordination.

How We Addressed This Challenge

Disclaimer:

City Water has been conceived as a tool to address water access crisis in countries under high water stress specifically (ex. Jordan, Syria, Iraq, etc.), but could be developped to address climate change crisis anywhere in the world. It is a tool aimed at coordinating an appropriate response from emergency teams during a crisis in order to provide citizens with a specific ressource, such as water or clothing.

Please take note of this information beforehand:

There are multiple ways to address a water crisis in a country under high water stress. Here are the most common ways to do so:










  • Control when water is available through public aqueduc system (open/close)
  • Limit how much water a customer can buy at a local store
  • Limit how much water a citizen can get at a local water well
  • Ask the citizens to get water from a lake or a river and to boil it

What did you develop? 

City Water is an app that is specifically designed to help coordinate an appropriate response to a water crisis in a country where the water stress is high (ex. Irak, Syria, etc.).

Why is it important?

City Water is a tool that can help reduce the amount of time needed before a decision is made regarding water distribution in a city. This tool makes water management easier to do and is therefore improving water access for people in need during a time of crisis.

What does it do?

The main goal of the app is to output relevant information and to present it visually in a way that is efficient for fast decision making. City Water is a tool used to identify in a single blink where the water alerts are in a city and what needs to be done to address a crisis properly in a specific location. City Water is also a tool to upload local information in order update data in realtime and to share latest water status updates within the community.

City Water can:










  • Determines from realtime data if a water alert must be declared in a specific area
  • Determines from realtime data what is the quantity of water that is available per person per day
  • Keeps track of alerts status
  • Keeps track of water sources status
  • Keeps track of water distribution status
  • Allows all users to report water problems (contamination, aqueduc breakage, etc.)
  • Allows all users to see where they can access water and how
  • Allows some users to declare water alerts
  • Allows some users to inform the population of new measures taken to address the crisis
  • Allows some users to share data about water quantity status
  • and more

How does it work?

Three types of users are required for the app to work to its maximum efficiency: city workers, shop owners and citizens.

The first type of user is a person responsible for water management in a city, such as a water engineer or a mayor. The app will ask the user to enter an id and then will open to the main page. On the main page the user can see a lot of information all at once in an organised manner; this information will inform the city worker about which access point is no longer available, how much water each citizen should be given each day in order to share the water equally between the population, get the latest alert updates and identify if emergency teams should be deployed at different water wells.

On this main page, the city worker also has access to different buttons that can let him decide which actions to take. For example, the mayor can decide to send a directive to all or only some shop owners about water limits and for how long they have to comply to a new rule about water distribution. The mayor could decide to declare a new alert or to identify which stores does not comply with the new rules during a crisis. The mayor could also decide to send an important message to the citizens.

The second type of user are the shop owners. The shop owners can receive notification when new directives have been send by the mayor. By having an individual identification code, a shop owner can confirm if his shop respects the new directive. The shop owner can also see in realtime the water available in his store and manage the water distribution more easily. An update button is available for the shop owner to inform the users about that status of his shop (ex. to confirm to shop is now empty of water and is no longer an available water source).

The third type of user are the citizens. The citizens can access the app but do not have the same buttons as the city workers or the shop owners. There is a report button where they can signal a water problem to the authorities. On the map the citizens can see which water access point is the closest to them and also if that water access point is no longer available. The citizen is also informed about the new directives the mayor may have decided or other messages send from the autorities.

What do you hope to achieve?

City Water is a tool that can help city workers to organise and to know in realtime how much water is available in a city and how many citizens need to access that water during a time of crisis. The faster the mayor can take a decision, the faster the directive can be send to shop owners and the faster water control is implemented. Efficient water control measures imply that every citizen can access the amount of water that they are entitled to because the control measures are being put in place very early during the crisis. City Water is also used to keep track in realtime of the water acces points status (shops, wells, waterplants) and provides information about wether or not a shop is now empty of water or if a well is contaminated. This can help to manage where to send the citizens that need water. It also helps the mayor to determine for how long the crisis will be maintain and therefore have a better understanding of the current situation, both in terms of water quantity and accessibility, but also have in terms of time perspective.

The main idea is that if the citizens do not have proper access to water, then the population is at risk of a civil war and other forms of violence within their community. By offering a tool that can help address a very sensitive and complicated situation that concerns human survival, then maybe lives can be saved or protected.

How We Developed This Project

What inspired your team to choose this challenge?

It has to do with an unexpected paradoxe within our team members life experiences related to water access. Our team is made of two people from Québec (Canada), but the other three members are from countries under high water stress (Iraq and Syria). In Canada, water access is extremely easy for anyone rich or poor, except for first nations people. By designing a solution to water distribution for countries under high water stress, a thought was made about being able to apply that same solution for native americans. In countries like Syria, the available data is more adequate because the population is quite bigger than the population of first nations reserves. Also, obviously, some of our team members were really informed on how water distribution occurs during an emergency and could provide a good understanding to come up with appropriate solutions.

What was your approach to developing this project?

The first approach in our design thinkning was to use the ''Golden Circle'' of Simon Sinek, where the idea is to start from the middle of the circle to define our ''why'' and then go from inside to outside the circle to define our ''how'' and then our ''what''. Why --> How --> What.

At first the ''why'' was answered: Water access is a human right that must be protected.

Then the ''how'' was answered: By controlling water distribution during a water crisis.

Then the ''what'' was answered: Autorities need a tool that can help them manage that task.

From there, we determined:










  • What are the needs of the mayor when concerned by water distribution during a crisis?
  • Which information could help the mayor to make an efficient decision?
  • What actions is the mayor likely to take in order to address the situation?
  • How many people are concerned by the crisis in the city?
  • What are the water sources or water access points?
  • How do we control or limit the water quantity available per citizen?
  • How can the information be shared between city workers?
  • How can the citizen be informed?
  • and more
How We Used Space Agency Data in This Project
  • Global Drought Hazard Frequency and Distribution, v1 (1980 – 2000) : to assess ground water, rainwater evaporation, water needs and calculate the level and type of alerts
  • Global Human Built-up And Settlement Extent (HBASE) Dataset From Landsat, v1 (2010) : to plan emergency responses, water distribution, and calculate the level and type of alerts, to control the amount of water available during rationing periods
  • Meteomatics: use of weather data monitor rainfall, to plan for rainfall use, to calculate the alert levels of regions, to plan water distribution efforts, spread of contaminants
  • MODIS/Terra Vegetation Indices 16-Day L3 Global 250 m SIN Grid : Vegetation Index, in combination with rainfall, weather and population, can help assess and predict water retention, hence helping in calculating waterstress levels, alert types and levels, as well as planning provisioning and rationing.
  • Gridded Population of the World (GPW), v4 : To assess the need in quantity of water, the effect of incidents, the level and type of alerts to launch.
  • Common Metadata Repository : To add wells location, water distribution efforts, water treatment factories from cities, regions into the global data.
  • Open data from regions and countries : To analyze and display wells, water treatment factories, demographics, region borders. In particular, the open data from Jordan,
Project Demo

https://docs.google.com/presentation/d/10Oj6P1Lcs5LtjS30Qs62RFhYtOWvG-XnPOHL68nTTwc/edit?usp=sharing


https://protected-fjord-50797.herokuapp.com/

Data & Resources


Used:






  • Miro
  • Mapbox
  • Open Layers
  • Node.js
  • Mapquest
  • Visual Studio Code
  • Gridded Population of the World (GPW), v4
  • Global Drought Mortality Risks and Distribution, v1 (2000)
  • Heroku
  • Github
  • Facebook and Messenger



Perused:






  • Global Drought Hazard Frequency and Distribution, v1 (1980 – 2000) :
  • Global Human Built-up And Settlement Extent (HBASE) Dataset From Landsat, v1 (2010)
  • Meteomatics
  • MODIS/Terra Vegetation Indices 16-Day L3 Global 250 m SIN Grid
  • The Hashemite Kingdom of Jordan Open Data Portal
  • Common Metadata Repository
Tags
#watercrisis #water #climatechange #inequality #peace #emergencyresponse #citizenmanagement
Judging
This project was submitted for consideration during the Space Apps Judging process.