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This guide from the World Resources Institute explains the concept of 'loss and damage' in the context of climate change, detailing the distinction between economic and non-economic losses, the history of UN negotiations, and the operationalization of the Fund for Responding to Loss and Damage (FRLD).

This guide by the Global Climate and Health Alliance provides a framework for health organizations to select public relations (PR) and media agencies that are not linked to the fossil fuel industry. It argues that health organizations can use their trusted status to revoke the 'social license' of fossil fuel companies by refusing to work with agencies that promote products harmful to public health and the climate.

This guide by the Global Climate and Health Alliance provides a framework for health organizations to screen and select PR and media agencies to ensure they are not connected to the fossil fuel industry. It argues that health organizations can use their credibility to revoke the 'social license' of fossil fuel companies by refusing to work with agencies that promote them, drawing a parallel to how the health community challenged the tobacco industry.

The 2024 Global Electricity Source Trends report by Ember analyzes global electricity generation across solar, wind, hydro, nuclear, gas, and coal, highlighting record growth in solar and wind alongside fluctuating trends in fossil fuels and nuclear power.

The report analyzes three mega-trends shaping the global electricity transition: the exponential growth of solar power and battery storage, structurally higher electricity demand driven by electrification and data centers, and the decoupling of electricity demand from fossil fuel growth in China and India.

The State of Green Banks 2025 report by the Climate Policy Initiative (CPI) analyzes the global landscape of green banks, focusing on their role in bridging a USD 7.4 trillion annual climate funding gap. Based on survey data from 51 public financial institutions, the report identifies four primary models for green banks—standalone de novo banks, enhanced public development banks (PDBs), green facilities within PDBs, and country platforms—and evaluates their suitability for different economic contexts, particularly in emerging markets and developing economies (EMDEs).

This report by Global Energy Monitor and its partners analyzes global coal power trends in 2024, highlighting a contradiction between record-low new capacity additions globally and record-high construction starts in China and high proposal volumes in India. It specifically examines the strategies of South Korea and Japan to extend the life of coal plants through ammonia co-firing, arguing that these technologies are costly and inconsistent with the Paris Agreement's 1.5°C goal.

The 'Ascensão e Queda 2025' report by Global Energy Monitor and partners tracks the global coal power pipeline as of April 2025. It highlights a paradoxical year where the world saw the lowest amount of new coal capacity in twenty years, yet China and India reached record levels of construction starts and new proposals, respectively.

The April 2025 report "Boom and Bust Coal" by Global Energy Monitor and its partners analyzes global trends in coal-fired power generation. It highlights a global trend toward decommissioning coal plants, contrasted by record-breaking construction starts in China and new proposals in India. The report specifically details Russia's divergence from global trends through its continued planning and construction of new coal capacity to support regional energy demands and the domestic coal industry.

The 'Boom and Bust 2025 Global Coal Plant Tracker' report by Global Energy Monitor and partners analyzes global trends in coal-fired power generation for 2024. It highlights a divergence where coal capacity is declining in the EU, UK, and US, while China and India are seeing record levels of new construction and planning. The document specifically details Turkey's position as an OECD outlier that continues to increase coal-based electricity production despite a general decline in new project proposals.

The report 'Auge y caída del carbón 2025' by Global Energy Monitor analyzes global coal power trends in 2024, highlighting a record low in new capacity additions globally, despite significant construction surges in China and new proposals in India. It details the acceleration of coal phase-outs in the EU and the UK, while examining the persistence of coal subsidies in Brazil and the challenges of transitioning in other regions like Colombia and Southeast Asia.

This report by Ember and the Clean Air Task Force examines how environmental conditions—specifically cloud cover, terrain roughness, solar elevation, surface brightness, and wind speed—limit the effectiveness of satellite-based methane monitoring. It highlights that approximately 30% of global coal, oil, and gas extraction infrastructure is located in regions where these factors make satellite observation difficult, necessitating a multi-tiered observation strategy that integrates space-based data with aircraft, drones, and ground-based sensors.

This report by Ember and the Clean Air Task Force examines how environmental factors—including cloud cover, terrain, solar elevation, surface brightness, and wind speed—limit the effectiveness of satellite-based methane monitoring. It finds that approximately 30% of global upstream coal, oil, and gas infrastructure is located in regions where these conditions hinder consistent data collection, necessitating a tiered observation system that combines satellites with local measurement technologies.

This report by Ember and the Clean Air Task Force examines how environmental factors—including cloud cover, terrain roughness, sun elevation, surface brightness, and wind speed—limit the efficacy of satellite-based methane monitoring. It highlights that approximately 30% of global upstream coal and oil and gas infrastructure is located in regions where these conditions make spaceborne observations challenging, necessitating a multi-tiered observing system that integrates satellites with near-ground measurement technologies.

A statement by Trend Asia and a global coalition of civil society organizations arguing that large-scale forest biomass combustion for energy is not carbon neutral, harms biodiversity, violates community rights, and obstructs the transition to clean energy. The signatories call for the cessation of forest biomass expansion and the removal of related subsidies.

The report analyzes how extreme heatwaves in 2024 increased electricity demand and fossil fuel generation in the world's three largest electricity markets: China, the United States, and India. Using a population-weighted temperature methodology, Ember found that cooling needs significantly drove demand spikes during critical summer months, leading to increased reliance on coal and gas to fill generation gaps.

The International Institute for Sustainable Development (IISD) argues that the Fourth Financing for Development Conference (FfD4), scheduled for July 2025, must explicitly include the taxation of natural resources in its agenda to enhance domestic resource mobilization in developing nations.

This report by Trend Asia and debtWatch Indonesia argues that the promotion of Liquefied Natural Gas (LNG) as a "transition fuel" in Indonesia, supported by Multilateral Development Banks (MDBs), undermines the Paris Agreement and locks the country into long-term fossil fuel dependency. The document details the environmental, social, and governance risks associated with gas infrastructure, including methane emissions, corruption, and human rights violations.

This research paper examines voluntary biodiversity credits (VBCs) as a mechanism to bridge the global biodiversity funding gap. It argues that because the standalone business case for VBCs is currently weak, they should be integrated into hybrid financing models—such as carbon markets and debt-for-nature swaps—to attract private investment and ensure scalable conservation outcomes.

This guide by RMI explains the function, types, and potential of thermal batteries as a decarbonization tool for industrial heating and grid stability. It details how these systems convert renewable electricity into stored heat using abundant materials, offering a cheaper and less complex alternative to hydrogen for high-temperature industrial processes.