Trex, a climate scenario data platform for professional investors, has formed a partnership with NatureAlpha to integrate detailed asset-level location intelligence into its offering. The collaboration aims to enhance Trex’s ability to quantify and map physical climate and nature-related hazards for specific assets and companies, thereby improving risk analysis and portfolio management.
By combining Trex’s non-linear climate scenario modelling with NatureAlpha’s geospatial biodiversity and nature risk data, the partnership seeks to provide investors with more granular insights into how climate and nature hazards intersect at the asset level. This supports the identification of high-risk locations and strengthens forward-looking risk and impact assessments within portfolios.
The initiative responds to increasing regulatory and market demand for robust nature- and climate-related disclosures, particularly in the context of emerging frameworks such as TNFD. For asset owners and managers, the expanded asset-level intelligence is intended to facilitate more informed capital allocation, improved stewardship and engagement, and alignment with nature-positive transition pathways.
About NatureAlpha
NatureAlpha is a specialist provider of geospatial biodiversity and nature-risk analytics for financial institutions and corporates. Through its Geoverse 2.0 and NatureSight AI platforms, the company delivers high‑volume, high‑accuracy asset‑level data to support regulatory disclosures, risk management and impact reporting across listed and private markets. Its solutions enable compliance with emerging frameworks such as CSRD and TNFD by translating geospatial risk signals, operational footprints and governance factors into decision‑ready metrics, including nature value at risk (NVaR). NatureAlpha’s datasets draw on authoritative scientific and regulatory sources and are designed to help clients integrate biodiversity considerations into investment and lending decisions, strengthen materiality assessments, and align portfolios with nature‑positive transition pathways.
