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Climate resilience, desertification and applied innovation report: A strategic framework for applied innovation in arid and climate-vulnerable regions
This 2026 report establishes a strategic framework for climate resilience in arid regions. It examines technological solutions in water, agriculture, and energy, highlighting Israel's innovation ecosystem and Azerbaijan's renewable energy transition. The document advocates for integrated systems, cross-border cooperation, and robust governance to combat global desertification and land degradation.
Energy transition index series
The Energy Transition Index is a benchmark series providing a structured, data-driven framework to assess national energy systems and track transition progress across 120 countries. It evaluates performance through security, equity, and sustainability lenses, alongside transition readiness factors, helping decision-makers identify gaps and understand the conditions required for resilience.
Economics of demand-side and supply-side climate policies
This research evaluates demand-side and supply-side climate policies, recommending a portfolio that combines carbon use and extraction pricing to mitigate emissions leakage. It emphasises transmission reform, innovation support, and green industrial policies while analysing the domestic and global distributional consequences for low-income and major fossil fuel producing nations.
Powering up: Business perspectives on electrification
A global survey of 1,994 business leaders across 18 markets reveals overwhelming support for clean electrification. While 90% expect largely electric operations by 2035 to improve energy security and competitiveness, 72% believe government policy is moving too slowly, citing grid constraints and high upfront costs as significant barriers.
Beyond energy infrastructure: A flexibility-first approach cuts costs and boosts security
This report argues that power system flexibility is core infrastructure essential for energy security and affordability. It demonstrates how quantifying flexibility can reduce costs, citing potential annual savings of £9.6–£16.7 billion in Great Britain by 2050. Policymakers are encouraged to prioritise flexibility-first design over traditional infrastructure-heavy build-out.
Stewarding a just transition: Frontiers of practice in listed equities
This report analyses just transition practices among 25 investment managers in listed equities. While policy recognition is high, active engagement remains a low priority concentrated in energy and mining. The research identifies barriers such as geopolitical headwinds and provides recommendations for investors, governments, and regulators to mainstream practice.
Toward a more human pace for data center development
This research examines the environmental and social impacts of rapid data centre expansion in the United States. It highlights how generative AI infrastructure disproportionately burdens marginalised communities through pollution, increased utility costs, and resource depletion. The authors call for a "more human pace" centred on environmental justice.
AI-driven productivity gains enable more CO₂ emissions than they avoid in a global energy–economy model
Research using a global energy-economy model indicates that AI-driven productivity gains increase net annual CO2 emissions by 0.47–1.8 gigatonnes under parallel adoption. Enabled emissions from fossil sectors consistently exceed avoided emissions from renewables. Achieving net reductions requires renewable productivity gains to be four to five times greater than fossil gains.
Extreme Weather Toolkit: Extreme Heat
A resource hub from Climate Central providing data, analysis, and visualisations on the trends and local impacts of extreme heat, including the Climate Shift Index and urban heat island studies.
2026 Sustainable investment trends
This report analyses sustainable investment trends for 2026, examining physical climate risk, the energy transition, and Asia’s leadership. It addresses the influence of artificial intelligence on power demand and emission targets, alongside structural challenges in the health care and food production sectors, highlighting resilience and adaptation as key priorities.
Role of Japanese firms in the East Asian electronics industry: A supply chain network perspective
This research analyses Japan's position in the East Asian electronics supply chain using network science. While Japan remains a vital upstream supplier of components and equipment, its dominance in mainstream semiconductors has declined. Conversely, Japanese firms maintain strong leadership within automotive clusters and unique electronics-automation-utilities ecosystems.
Financing the energy transition: A credit perspective on India’s power sector
This report examines India’s power sector transition from a credit perspective. It highlights the structural divergence between renewable and thermal assets, identifies bottlenecks in domestic debt markets, and recommends strategies to unlock large-scale financing, including the pivotal role of NTPC and the need for deeper institutional investor participation.
Redirecting sovereign capital to accelerate Indonesia’s energy transition
This report examines Indonesia’s sovereign wealth fund, Danantara, and its role in the energy transition. It highlights the fiscal risks of subsidy-dependent energy SOEs and recommends a strategic shift towards renewables. Drawing on global SWF experiences, it advocates for portfolio diversification to ensure long-term profitability and national energy security.
Interactive data tool on Middle East energy reliance
Developed by the International Energy Agency, this interactive tool tracks global energy market impacts stemming from Middle East conflicts. It monitors commodity shipping flows, policy responses, and supply disruptions.
Investing in tomorrow: The electrification opportunity
New Zealand households and businesses could save $10.7 billion annually by 2040 through electrification. This report details how replacing fossil fuel appliances and vehicles with electric alternatives, supported by solar and batteries, reduces total energy use by 70% and provides cumulative national savings of $95 billion while substantially cutting emissions.
Hot summer economics: Economic effects of the hot European summer of 2026
This report examines the economic impact of the 2026 European heatwave, estimating a 1% reduction in EU-wide GDP. It details effects on labour productivity, agriculture, and energy sectors while warning of a 'doom loop' where climate damage leads to the weakening of environmental policies to protect short-term growth.