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This policy brief examines the role of Hermetic Storage Technologies (HSTs) in mitigating climate-driven post-harvest losses in Kenya and Uganda. It argues that climate change increases pest and disease pressure, leading to significant grain losses and food safety risks like aflatoxin contamination. The document recommends the adoption of quality standards, increased farmer education on correct usage, and the removal of VAT to make HSTs more affordable for smallholder farmers.

This policy brief by the Climate Policy Initiative (CPI) analyzes the drivers of distributed solar photovoltaic (PV) generation in Brazil. Based on a study of 5,563 municipalities, the report finds that demand-side factors—such as income (GDP), population size, and electricity tariffs—are more significant drivers of solar adoption than the availability of solar radiation. The authors argue that policies to mitigate climate risk must address these demand-side barriers to encourage adoption in high-potential regions, particularly the poorest areas of the country.

This research paper analyzes the determinants of distributed solar photovoltaic (PV) generation penetration across 5,563 municipalities in Brazil. The study finds that demand-side factors—specifically population, GDP, and electricity tariffs—are more significant predictors of PV adoption than the availability of solar resources. The authors argue that current tariff subsidies in high-potential regions like the Northeast may be hindering PV growth and suggest that climate mitigation policies must address demand-side frictions to be effective.