
Module: Drinking water supply
- Intake location
- Water demand
- Treatment plant details
- Costs and financial parameters
Assess the prefeasibility of Nature-based Solutions using biophysical models
It is a platform that turns scientific data into practical prefeasibility information to guide decisions on water management, investment in Nature-based Solutions (NbS) and climate resilience.
In a context of climate change and variability, in which watersheds face growing risks from droughts, floods and ecosystem degradation, the tool makes it possible to identify priority areas, estimate benefits and calculate the economic return (ROI) of interventions. Its flood mitigation module allows you to analyze risk scenarios and assess how NbS can help reduce vulnerabilities, strengthen climate resilience and protect the ecosystem services associated with water.
It streamlines prefeasibility analyses by transforming technical, spatial, hydrological and economic information into preliminary results that are useful for decision-making on Nature-based Solutions (NbS).
It integrates scientific methodologies and recognized models such as InVEST to estimate biophysical benefits, RiOS to prioritize NbS investment portfolios and FastFlood to analyze flood risk mitigation.
It lets you adjust case study parameters, incorporate local watershed information, define implementation areas, set up NbS and adapt cost functions to the technical, economic and territorial conditions of the analysis.
It standardizes inputs, criteria and results so you can analyze different watersheds, climate scenarios and intervention alternatives under the same methodological logic. This makes it easier to compare NbS portfolios, interpret benefits and guide decisions with greater technical consistency.
It helps move from technical information to investment decisions, comparing current, future and with-NbS scenarios to identify where to intervene, what benefits to expect and how to reduce water and flood risks.
It calculates costs, economic benefits, net present value (NPV) and return on investment (ROI), supporting the financial evaluation of NbS portfolios and the communication of the economic value of investing in water security and flood mitigation.
Create a water supply project in 6 steps.
Click on each step to watch its video tutorial:
Assess flood risk in your territory, compare scenarios and design Nature-based Solutions portfolios in 5 steps.
Click on each step to watch its video tutorial:
Discover how at The Nature Conservancy we bring together science, data and technology to secure the future of water around the world.
Its greatest value lies in bringing together biophysical analysis, the spatial prioritization of interventions and the economic evaluation of NbS portfolios in a single workflow.
It is a highly relevant tool for local governments, public utilities, environmental authorities and organizations that plan investments in water security and risk reduction.
Use the resources WaterProof offers you and make better decisions in your projects.
Find the meaning and explanation of the key concepts of the WaterProof tool.
Explore the Knowledge BankAccess tutorials and step-by-step guides to manage your own water supply and flood risk reduction projects.
Start learningCreate your Nature-based Solutions portfolio by entering a name and the reference point of your area of interest. With this information, WaterProof delineates the contributing watershed and starts the analysis of opportunities, benefits and investment.
Log inCompare land cover across the current scenario, the no-intervention scenario and the Nature-based Solutions scenario to visualize changes in the watershed and guide better investment decisions.
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