Q: What is the strongest evidence from your research that climate risk already affects asset prices in a way that should change portfolio construction today?
A: Our research highlights two structural forces already distorting asset valuations:Markets are actively repricing how extreme weather and long-term environmental shifts physically damage tangible assets, disrupt operations, and strain supply chains. This directly degrades future cash flow expectations.
As climate scenarios and policy responses unfold, investors are demanding higher risk premia to hold climate-vulnerable or high-emitting assets. Mathematically, this raises their cost of capital and discount rates, which heavily compress their present value.
These two forces—falling cash flows and rising discount rates—mean simple exclusion lists or qualitative ESG scores are insufficient. You have to ask a more precise question: which assets are adequately compensated for their climate exposure, and which are structurally mispriced across different scenarios?
Climate risk is already a fundamental pricing input for growth expectations and risk premia. Portfolio construction must reflect that reality, rather than treating climate as a separate overlay.
Q: Do you expect fund selectors to begin favouring managers with superior physical-risk analysis capabilities, and how should they assess those capabilities during manager due diligence?
A: As the financial materiality of extreme weather and chronic climate shifts becomes undeniable, underwriting physical risk is transitioning from a niche ESG requirement to a fundamental component of capital preservation. Managers who fail to account for these variables risk holding systematically mispriced assets.
Fund selectors must look beyond generic sustainability policies and examine the granular mechanics of a manager’s investment process. The assessment should prioritise data integration and practical application. Does the manager utilise asset-level location data to map specific supply chain and infrastructure vulnerabilities?
Fund selectors should also evaluate whether physical risk is actively incorporated into fundamental valuation models. Due diligence must probe whether a manager can quantitatively link climate-induced operational disruptions to specific adjustments in projected cash flows and discount rates, moving beyond qualitative overlays to rigorous financial modeling.
Q: How should climate risk be factored into asset-allocation decisions?
A: For asset allocators, integrating climate risk variables is a fiduciary baseline required today to defend portfolios against structural mispricing, stranded assets and future volatile uncertainties.
While pricing in the downside is the mandatory entry point, the most critical shift in asset allocation should be to seize vast capital-deployment opportunities. As the global economy re-engineers its infrastructure, energy grids, and supply chains, novel avenues for alpha generation are emerging.
Allocators must pivot toward financing the solution providers, adaptation technologies, and resilient infrastructure that are shaping the new economic landscape. Ultimately, risk management protects the portfolio’s baseline, but smart allocations to climate transition and adaptation opportunities will drive sustained future outperformance.
Q: Which area of climate-related investing is most likely to be materially underpriced by markets today?
A: While transition and regulatory risks previously dominated market attention, the current macroeconomic and political environment has shifted toward a slowdown in climate policies and transition mandates. However, this policy pause is cyclical rather than permanent, and the regulatory landscape remains subject to reversals as global pressures mount.
Markets continue to fundamentally overlook physical risks, which makes adaptation technologies and climate resilience infrastructure materially underpriced sectors today.
Extreme weather and chronic environmental degradation are actively impairing cash flows, harming tangible property, and permanently writing down the value of exposed infrastructure.
Capital must urgently flow toward, for instance, specialised engineering, advanced water management, and grid fortification simply to protect existing economic foundations. Standard asset valuations still fail to account for this mandatory preservation spending, creating a mispriced, cycle-agnostic entry point for investors today.
Q: Which climate indicators do you believe are most predictive of future investment performance but are often ignored by asset allocators?
A: Many investors remain reliant on aggregate metrics—such as portfolio carbon footprints or generic ESG ratings. While useful for broad reporting, these indicators are poor predictors of future financial performance and often obscure underlying vulnerabilities.
Asset allocators often ignore the predictive power of granular, raw data. First, asset-level geospatial data—mapping the exact coordinates of a company’s critical supply chain nodes and manufacturing facilities against localised flood, heat, and wildfire models—is essential for assessing true physical risk exposure. Aggregate, corporate-level risk scores simply cannot capture this localised vulnerability.
Second, investors should look beyond broad corporate emission targets and scrutinise granular, sector-specific revenues and capital expenditure. Specifically, forward-looking investments allocated explicitly to localised climate adaptation and physical resilience are highly predictive of future earnings stability. For instance, a utility company’s current top-line emissions matter less than its specific spending on local grid fortification. Ultimately, future outperformance will be driven by utilising granular spatial and project-focused data to identify companies actively mitigating localised, asset-specific vulnerabilities, rather than relying on generalised scores.
6. How can investors gain exposure to the transition without creating concentration risks in their portfolios?
A: While sectors such as pure-play renewable or electric vehicle manufacturers offer visibility, they share high structural correlations, often reacting uniformly to interest rate fluctuations, supply chain bottlenecks, specific regulatory shifts and concentration risk.
To capture the upside of the transition while maintaining rigorous diversification, allocators must shift their focus from end-products to underlying economic dependencies and global trade flows. The climate transition is fundamentally a materials, engineering and logistics challenge. Investors can build a more resilient portfolio by targeting the broader, diversified value chain.
This includes, for instance, allocating to the critical minerals required for widespread electrification, the semiconductor designers powering smart grids, and the specialised logistical networks facilitating the cross-border trade of transition components.
Rather than clustering capital solely in traditional “green” equities, investors should identify “transition enablers” within legacy sectors. By mapping these deep industrial dependencies—such as heavy manufacturing firms actively re-engineering their supply chains or traditional financials underwriting the infrastructure overhaul—portfolios can capture the transition’s full economic scale without being anchored to the volatile performance of a few highly correlated clean-tech darlings.
Q: What are the biggest mistakes investors make when using climate scenarios, and how can they make them more actionable?
A: The most common mistake allocators make is treating climate scenarios as deterministic forecasts, often anchoring their portfolios to a single, central pathway. This tunnel vision ignores the uncertainty in climate physics and global policy, as well as in technological advances and environmental tipping points. To make scenarios actionable, investors must evaluate the full range of potential pathways—from orderly transitions to severe, unmitigated physical damage. Allocators must assign probabilities to this spectrum of scenarios to estimate likely outcomes and accurately identify risks.
The second failure is the disconnect between scenario outputs and traditional financial modeling. Many investors generate scenario-adjusted emissions trajectories but struggle to translate those into actionable portfolio adjustments. To bridge this gap, allocators must implement a consistent asset pricing framework. Scenario analysis must be directly integrated into valuation models by explicitly recalibrating their two pillars: projected future cash flows (to account for physical damage, supply chain disruption, or changing market share) and the discount rate (to reflect the scenario-dependent cost of capital). By mapping a probability-weighted span of scenarios directly onto cash flows and discount rates, allocators transform theoretical climate modeling into a rigorous driver of asset-allocation decisions.
