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The report demonstrates that nature-related risks are material for African financial institutions, particularly in the agriculture and extractives sectors. Using the TNFD's LEAP approach, it finds that ambitious nature-positive transitions could lead to equity value changes between +2% and -5% and loan book changes between +0.3% and -0.6% by 2030. While aggregate portfolio impacts appear small due to limited sector exposure, specific risks in agriculture and extractives could double expected credit losses for some portfolios. The report highlights critical physical risks, such as water stress affecting 25% of African countries and habitat loss threatening ecotourism in Eastern and Southern Africa. It concludes that African financial institutions face significant capacity and data gaps in implementing nature-related disclosures and recommends an integrated approach that combines climate and nature risk management.

The report analyzes the potential consequences of a terrorist attack at the Indian Point nuclear power plant, arguing that current 10-mile emergency planning zones are inadequate. Using the MACCS2 computer code, the author estimates that a successful attack could result in up to 44,000 near-term deaths and 518,000 long-term cancer deaths within 50 miles, with economic damages reaching $2.1 trillion. The analysis highlights that residents of New York City are at significant risk, particularly children who may require potassium iodide (KI) to prevent thyroid cancer, and suggests that sheltering may be more effective than evacuation for those outside the immediate 10-mile zone.

The document examines the challenges of accounting for fossil CO2 used in non-permanent products (like plastics and fuels) in the EU ETS. It compares a 'final emitter pays' (downstream) approach, which avoids double pricing but risks emissions leakage, against a 'capture installation pays' (upstream) approach, which is the current system but risks double pricing if MWI is included. The authors recommend including MWI in the ETS by 2028 and suggest specific safeguards for either accounting path to maintain environmental integrity.

The paper presents a new methodology using machine learning and climate science to assess physical climate risks for power generation portfolios. Pilot testing on the EBRD's thermal and hydro assets indicates that annual generation losses could increase from 0.76 TWh (0.4%) in the baseline period to 7.0 TWh (3.3%) under RCP4.5 and 7.4 TWh (3.5%) under RCP8.5 by 2030. The analysis identifies water stress and rising water temperatures as the primary drivers of loss for thermal assets, while hydro assets are primarily affected by reduced precipitation and upstream water consumption. The study further finds that combined cycle gas turbine (CCGT) plants are more resilient than coal-fired plants, and that once-through cooling systems are the most vulnerable cooling technology.