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Analysis by Climate Central indicates that June-August 2024 was the hottest season on record, with carbon pollution significantly increasing the frequency and intensity of risky heat days globally and in the U.S. Approximately 2 billion people worldwide experienced 30 or more risky heat days made at least three times more likely by climate change. In the U.S., the average person experienced 20 additional risky heat days, with the highest impacts concentrated in the South, Southeast, and Southwest, particularly in Florida and Puerto Rico.

The report finds that June through August 2024 was Earth's hottest season on record, with human-induced climate change significantly increasing the frequency and intensity of extreme heat worldwide. Using the Climate Shift Index (CSI), the analysis shows that one in four people experienced temperatures made at least three times more likely by climate change every day of the season. Global exposure peaked on August 13, 2024, affecting 4.1 billion people. The average person experienced 17 additional 'risky heat days' (temperatures above the 90th percentile) due to climate change. Over 2 billion people experienced 30 or more such days, with extreme concentrations in the Caribbean, Western Asia, Micronesia, Northern Africa, and Southern Europe. Additionally, 72 countries experienced their hottest June-August period since 1970, and 180 Northern Hemisphere cities faced dangerous extreme heat waves that were, on average, 21 times more likely due to human-caused warming.

A World Weather Attribution study found that human-induced climate change significantly increased the frequency and intensity of April 2024 heatwaves across Asia. In the Philippines, the event would have been "impossible" without climate change, while in West Asia, the probability increased by a factor of 5. In South Asia, extreme temperatures were found to be about 45 times more likely and 0.85ºC hotter. The report highlights disproportionate impacts on vulnerable groups, including 1.7 million displaced people in Gaza and outdoor workers, and notes that existing heat action plans often lack mandatory workplace regulations and retrofitting for informal settlements.

The document argues that high-quality, open power sector data is essential for the coal-to-clean electricity transition in Asia, a region containing 80% of global coal generation. It details a research methodology used to evaluate data transparency in 39 economies across East, Southeast, South, Central, and West Asia, as well as Oceania, by assessing 74 data sources against criteria such as time and geographical granularity, publishing lag, and ease of access.

The document highlights the critical link between air pollution, human health, and climate change, specifically focusing on short-lived climate pollutants (SLCPs). It argues that because air pollution has a more immediate and tangible impact on public health than long-term climate change, it can serve as a powerful catalyst for policy action. The brief details the health burdens of PM2.5 and tropospheric ozone, including millions of asthma-related hospital visits and pre-term births. To facilitate this, the Stockholm Environment Institute promotes the Low Emissions Analysis Platform (LEAP) and Integrated Benefits Calculator (IBC) to help cities and nations model emission projections and quantify health and climate benefits simultaneously.

The world is not on track to meet SDG7 by 2030, with progress falling short across all four targets. While electricity access is accelerating in sub-Saharan Africa and South Asia, and renewable energy is growing in the electricity sector, access to clean cooking remains the most lagging area. Energy efficiency is improving, particularly in the industrial sector, though the rate of improvement is below the target required to double the global rate by 2030.

The research evaluates 14 emission control measures for black carbon and methane to determine their impact on air quality and health by 2030. The study finds that full implementation could significantly reduce global surface concentrations of PM2.5 and ozone, avoiding millions of premature deaths annually, with the vast majority of these benefits occurring in Asia.

The study uses the LPJmL model to evaluate green and blue water availability against the requirements for a balanced diet (3,000 kcal per person per day). It finds that while rising CO2 concentrations may improve crop water productivity, the combined effects of climate and population change are likely to diminish per capita water availability and increase water scarcity in many countries, potentially reducing their capacity to produce sufficient food for their populations.

The document examines the evolving India-Africa partnership, highlighting energy as a primary driver due to India's rising import dependency. It details India's diversification strategy across coal, oil, natural gas, and uranium, while arguing that the relationship extends beyond energy into trade, defence, and capacity building. The analysis contrasts India's approach with that of China and the West, emphasizing the need for sustainable energy governance to avoid the 'resource curse' and energy poverty in Africa.

Asia faces a critical adaptation finance gap, with only USD 34 billion in tracked flows against an annual need of USD 212 billion (or USD 431 billion by some estimates). The document identifies systemic barriers including complex access to global funds, institutional capacity constraints, low disbursement rates, and a reliance on loans over grants. It recommends a 'whole-of-government' strategy, scaling up high-quality international public finance, implementing locally led adaptation principles, and developing detailed Adaptation Investment Plans (AIPs) to make projects bankable.