We support companies to measure, report, and act on nature
World class nature experts on hand to help you design and execute your nature strategy. Stay ahead of upcoming regulation and ensure correct interpretation of frameworks and alignment with reporting expectations
Proprietary, scalable, cloud-native, secure geospatial data platform processing capabilities for nature metrics & analysis.
Spawned out of Oxford University, our world leading scientific experts ensure your answers and data are ‘audit-grade’ ready for robust external scrutiny. Proprietary models and metrics developed to fill critical gaps in the data landscape
Define your nature related objectives and plan your activities.
Build the business case for action and secure buy-in across your organisation.
Understand what the new nature related frameworks and standards mean for your business.
Conduct materiality assessments to locate your interface with nature, aligned to CSRD and TNFD.
Structure data collection to locate interface with nature by sector, geography, location, and exposure.
Select scientifically robust metrics, indicators, and datasets to prioritise action across your operations and supply chains.
Define defensible thresholds for materiality.
Evaluate your nature impacts and dependencies in detail, combining remote-sensing and on-the-ground data and translate these into risk and opportunities.
Select scientifically robust metrics, indicators, and datasets for measurements across your operations and supply chains.
Distil the relevant components of each preceding stage for audit-grade disclosures.
Respond to nature related issues by embedding nature into relevant business workflows.
Set targets in areas of poor performance and monitor progress over time.
Utilise nature intelligence to meet and exceed reporting requirements, in line with recommendations set out by GRI, SBTN, CSRD and TNFD.
natcap's mission is to accelerate the nature-positive transition by integrating nature intelligence into business decision-making.
natcap were founded by Professor Baroness Kathy Willis at the University of Oxford, and are advised by scientists from ETH Zurich, the University of Cambridge, and Imperial College London.