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The document details the calculations used to estimate the CO2-equivalent emissions resulting from natural gas leakage in the United States. Based on 2012 production data and a leakage range of 1% to 9%, the analysis converts methane volume to mass and then to CO2 equivalents, using a potency factor of 34. These results are then compared to the annual emissions of typical 600-megawatt coal power plants to illustrate the climate risk.

The Green Climate Fund (GCF) proposes a four-phase Results Management Framework (RMF) consisting of result area definition, target setting, implementation and monitoring, and evaluation and learning. The framework emphasizes a 'continuously learning institution' approach, balancing standardized core performance indicators with flexibility for country-driven priorities. For mitigation, the GCF suggests using carbon dioxide equivalent (CO2-eq) as a primary metric, while adaptation requires sector-specific measures due to the lack of a unitary quantifiable measure of vulnerability. The document recommends annual reporting and a combination of funding pilot activities and utilizing the experience of other entities to set initial targets. Key performance criteria beyond core indicators include the potential for a paradigm shift, development co-benefits, and cost-effectiveness.

The document examines the environmental footprint of wind power, noting that while it is a clean energy source, it has specific impacts on land use, wildlife, and local communities. It highlights that land-based facilities in the US use between 30 and 141 acres per megawatt, though permanent disturbance is less than 1 acre per megawatt. Wildlife impacts, particularly bird and bat collisions, are described as relatively low and manageable through better siting and operational adjustments. Public health concerns regarding sound and vibration have not been found to have adverse effects in studies from Canada and Australia. Finally, the document notes that wind power's life-cycle global warming emissions (0.02 to 0.04 pounds of CO2e/kWh) are significantly lower than those of natural gas or coal.

The analysis finds that retrofitting U.S. Class 8 trucks with DPFs provides significant near-term climate benefits by reducing black carbon, a potent warming agent. Using a 'best estimate' 20-year global warming potential (GWP20) of 2,200, the study calculates a net benefit of approximately 2,080 gCO2e per gallon of diesel fuel, even when assuming a conservative 2% fuel penalty. The report concludes that such retrofits are climate-beneficial as long as the fuel penalty remains below 22% (GWP20) or 7% (GWP100). A hypothetical rebuild rule retrofitting nearly one million trucks between 2012 and 2030 would result in a total CO2e reduction of 96 million metric tons (GWP20), equivalent to eliminating the annual emissions of 21 million cars.

The Union of Concerned Scientists' 2007 rankings identify Honda as the 'Greenest Automaker' and DaimlerChrysler as the most polluting based on 2005 emissions data. The analysis evaluates eight companies representing 96 percent of the U.S. vehicle market, using a 50/50 weighting of smog-forming pollutants (NOx and NMOG) and global warming pollutants (CO2-equivalent). While Honda and Toyota lead in consistency across vehicle classes, the report notes that conventional technologies could reduce global warming emissions by 40 percent, and hybrids could offer further reductions.

The document outlines the indicators and reporting requirements for measuring the performance of REDD+ activities to trigger results-based payments from the Green Climate Fund. It specifies that emissions reductions and carbon stock increases are measured in tonnes of carbon dioxide equivalent (tCO2eq) across five specific REDD+ activities. Disbursement of payments is contingent upon compliance with UNFCCC decisions, including technical analysis of results, emission reference levels, safeguard summaries, national strategies, and forest monitoring systems.

The Green Climate Fund (GCF) requires economic and financial analyses for SAP proposals to assess them against the GCF Investment Framework, particularly regarding efficiency and effectiveness. Private sector proposals must include a formal financial analysis and model to justify concessionality and sustainability. Public sector proposals generally do not require a formal model unless they involve financial reflows, though they must still demonstrate cost-effectiveness and viability through models or alternative evidence such as benchmarked carbon reduction estimates or evaluation reports from similar projects.

The document outlines a detailed framework for Accredited Entities to develop funding proposals for the Green Climate Fund. It specifies the sub-criteria and indicative assessment factors across six main investment criteria: Impact Potential, Paradigm Shift Potential, Sustainable Development Potential, Recipient Needs, National Ownership, and Efficiency and Effectiveness. These factors include quantitative metrics, such as tonnes of CO2 equivalent reduced and the number of beneficiaries, as well as qualitative assessments regarding innovation, gender equality, and institutional capacity.

The document outlines the implementation goals and specific indicators for the Green Climate Fund's (GCF) investment criteria. These indicators are designed to provide transparency and consistency in funding proposals without serving as binary pass/fail tests. The criteria cover six main areas: impact potential (mitigation and adaptation), paradigm shift potential, sustainable development potential (co-benefits), recipient needs, national ownership, and efficiency and effectiveness.

The document consists of three tables identifying corporations and organisations involved in fossil fuels and arms. It details the roles of various oil, gas, and coal companies, their reserves rankings, and their environmental records. It also lists global arms manufacturers, their involvement in nuclear weapons programmes, and UK military entities, highlighting ethical concerns regarding recruitment and military strategy.

WRI's 2010 greenhouse gas inventory recorded 4,309 metric tons of carbon dioxide equivalent, a significant increase from 2009 due to the expanded inclusion of all Scope 3 categories. Using 2010 as a base year, WRI has set 2020 targets to reduce Scope 2 electricity emissions by 50%, business travel emissions by 20%, and all other Scope 3 categories by 20%.