Percentage of total emissions of pollutants to soil occurring in areas at water risk and/or of high-water stress

Unit : Percentage (%)

Indicator : Pollutants released to environment

Metric Type : Pressure

Frameworks alignment notes

Voluntary (may) DR E2-4 AR 23c
Mandatory data describing water quality (including for water withdrawal, release and water receiving body) emissions to air, water and soil that impact water quality

Target example

[Company name] will reduce the total emissions of pollutants to soils occurring in areas at water risk and/or high water stress by [target amount, absolute or percentage] by [target year], compared with a [baseline year] baseline.

Target Source: WBCSD target template

Metric assessment

Relevance: High

Feasibility: Low

Additional Metric Notes

ACT-D stage: Assess Maturity stage: Developing Metric Contribution to Action: Monitoring soil pollution in high-risk areas helps prevent contaminants from leaching into water systems and reduces environmental harm. It also enables targeted interventions that advance both site and catchment-level water stewardship toward best practices through continuous system improvement Observations/Sucesses/Challenges: > Are we tracking pesticides, heavy metals, microplastics, or organic contaminants? The metric needs clear pollutant definitions. > Defining “water risk” is complex as water risk varies by scale (local vs. basin-wide), seasonality, and user demand, making standardization difficult. > The same mass of pollutants (e.g., nitrates vs. heavy metals) can have different impacts on water quality, but this metric treats all emissions equally. > Finding new alternatives or phasing out pollutants, is also an option to reducing overal pollution. > Effective use and communication of this metric depend on multi-stakeholder engagement to ensure data veracity, contextual relevance, and collective progress toward risk and impact mitigation.

Related Actions

Prevent pollution or contamination of water bodies

Prevent pollution or contamination of water bodies

Description