De-risk permitting, protect your licence to operate, and prove nature outcomes with trusted, ground-truth biodiversity data, at scale and at pace.
24
months
saved during permitting
70%
reduction in
monitoring costs
$100m’s
in asset value
safeguarding


















The cost of conventional monitoring, accessibility of remote sites, and
poor and fragmented data pose barriers to effective nature risk
management. NatureMetrics is changing this.


Link Nature Data to Source Assets
Tie biodiversity and habitat condition directly to farms, suppliers, and sourcing locations.
Meet Regulatory Expectations
Support no deforestation, no conversion, and no significant harm requirements with auditable, site-level evidence.
Replace Static Screens with Live Insight
Move from one-off risk screens to dynamic monitoring across entire supply chains.



Measure soil, water, and biodiversity health to target actions that protect yields and long-term viability.

Identify upstream nature risk and prioritise sourcing from more resilient farms and regions.

Reduce supply risk and prove due diligence across complex, multi-tier supply chains.

Support responsible procurement with verifiable, farm-level nature data.

Show how products improve soil and ecosystem performance with measurable outcomes.

Verify nature outcomes with trusted, ground-truthed evidence.

more fish species identified, including red
listed and invasive species
reduction in vessel time with only one-third of personnel required
Rapid offshore wind expansion is putting pressure on traditional fish survey methods. Trawling is slow, costly, weather-dependent, and cannot operate safely within turbine arrays, leaving critical data gaps during consenting and monitoring. Developers needed a safer, faster way to generate robust biodiversity evidence across the full project lifecycle.
EDF Renewables, Natural Power, and NatureMetrics validated the use of eDNA at an operational offshore wind farm. Water samples were collected across seasons—including within turbine arrays—and analysed to detect fish and other marine species, generating data that could be directly compared with conventional trawl surveys.
eDNA delivered richer biodiversity data than trawling, including species previously undetected and the first detailed insights from within turbine arrays. The approach significantly reduced vessel time and personnel requirements, providing a scalable, non-invasive solution for EIAs, monitoring, and long-term asset management.



