Explore your case study analysis reports
In this section WaterProof provides you to understand the possible changes in soil and water resources due to the implementation of Nature-Based Solutions, becoming powerful tools to make investment decisions
Case study
City:
Junnar
Country:
India
Region:
South Asia
Time frame (years):
-
Quantity of water intakes considered in analysis:
Quantity of DWTP in analysis:
Currency:
-
Discount rate (%):
-
Financial Summary
ROI Estimate:
ROI due to implementation of nature based solutions
Water Intake :
Water risk summary
Below is a summary of the risks associated with the selected water intake (results draw from the Aqueduct database compiled by WRI)
Water quantity risk
Water quantity risk indicates either is too little or too much water. This risk level aggregates all indicators from the physical risk quantity category in Aqueduct.
Water quality risk
Water quality risk measures risk related to water that in unfit for use by aggregating all selected indicators from the physical risk quantity category in Aqueduct.
Regulatory and reputational risk
Regulatory and reputational risk measures risk related to uncertainty of regulatory changes, as well as potential for conflict with the public regarding water issues.
Overall water risk score
Overall water risk measures all water related risks, by aggregating all selected indicators from the water quantity, water quality, and regulatory and reputational risk categories
Intervention and budget summary
Estimated change in ecosystem services (Business as Usual Scenario Vs Nature based Solutions Scenario)
Base flow
Sediment delivery ratio
Nutrient delivery ratio - nitrogen
Nutrient delivery ratio - phosphorus
Carbon storage and sequestration
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