This working paper quantitatively examines the scale and climate impact of food loss and waste (FLW) in China, estimating that 430 million tonnes of food were lost or wasted in 2024—roughly 28% of total production—generating approximately 500 million tonnes of CO₂e in carbon footprint and 185 million tonnes of CO₂e in methane emissions. It analyzes the uneven distribution of FLW across supply chain stages and food types, highlighting that while vegetables account for the largest share of losses, livestock products carry disproportionately high emissions intensity. The paper reviews China's evolving policy landscape, including the Anti-Food Waste Law and cold chain development initiatives, while identifying critical gaps in data infrastructure, sustainable cold chain coverage, and consumer behavior interventions. It explores the dual role of cold chain logistics—reducing post-harvest losses while contributing significant energy-related and refrigerant emissions—and assesses the potential of business innovations, public engagement, and food waste valorization to mitigate FLW. Ultimately, the paper advocates for integrating FLW reduction into climate governance frameworks, proposing four priority pathways: establishing systematic FLW data systems, advancing sustainable cold chain solutions, strengthening circular utilization of food waste, and promoting green consumption patterns to unlock a cost-effective, high-potential climate mitigation opportunity.

This policy brief analyzes agricultural methane emissions in China, which account for 41% of national methane emissions (primarily from livestock and rice cultivation). It quantifies the substantial mitigation potential—up to 65 million tonnes CO₂e by 2060—through measures such as improved irrigation, adoption of low-emission rice varieties, and anaerobic digestion of livestock manure. The analysis combines national-level emission analysis, county-level spatial mapping identifying five provinces that account for one-third of total agricultural methane emissions, a systematic review of provincial methane control action plans (nine provinces as of October 2025), and case studies of on-the-ground practices in Sichuan, Yunnan, and Jiangxi. It also catalogs the multiple co-benefits of mitigation, including water savings, reduced fertilizer costs, and improved agricultural productivity.

This report provides a comprehensive assessment of non-CO₂ greenhouse gas mitigation in China, covering methane, nitrous oxide, and fluorinated gases. It analyzes global and national emission trends, reviews international mitigation policies and cooperative initiatives (e.g., the Global Methane Pledge, the Kigali Amendment), and documents China's policy progress including the Methane Emission Control Action Plan and sectoral mitigation measures. The report identifies sector-specific mitigation opportunities and challenges across energy, agriculture, industry, and waste, catalogs existing technologies and pilot practices, and provides recommendations for strengthening China's non-CO₂ mitigation framework in the context of the 2025 NDC update.

This report examines green and low-carbon transition practices in China's agri-food system, focusing on the agricultural production stage where the greatest emission reduction potential lies. It presents five case studies from across China: climate-friendly rice cultivation in Sichuan and Yunnan, electric agricultural machinery development, ruminant feed optimization in Inner Mongolia and Yunnan, integrated crop-livestock farming in Jiangxi, and biochar application for soil carbon sequestration. The analysis draws on field research and interviews with practitioners, cooperatives, and local agencies. It identifies key drivers—policy support, technological innovation, financing, capacity building, and multi-stakeholder participation—and provides recommendations for scaling practices through strengthened policies, infrastructure, and market mechanisms.

This policy brief presents findings from the EPS China 2024 model, analyzing China's energy consumption and greenhouse gas emission trajectories to 2060 across three scenarios—a Reference scenario, a "1+N" Policy scenario, and a Carbon Neutrality scenario. It finds that current "1+N" policies can support carbon peaking by 2030 and overachieve certain targets (EV penetration, renewables), but achieving carbon neutrality by 2060 requires continued policy reinforcement. Key findings include: non-fossil electricity generation must reach ~91% by 2060; electrification rates must rise to 71% (industry), 98% (buildings), and 75% (transportation); non-CO₂ GHG mitigation faces greater technical and policy challenges than CO₂; and the carbon pricing mechanism delivers significant abatement before 2035. It identifies priority policies across different time horizons.

This policy brief analyzes methane (CH₄) emissions in China—the second-largest greenhouse gas and a potent short-lived climate pollutant—focusing on emission trends, policy frameworks, and sector-specific mitigation opportunities. It reviews global methane initiatives (Global Methane Pledge, the U.S.-China Sunnylands Statement), summarizes China's Methane Emission Control Action Plan (2023) and related policies, and examines mitigation potentials across energy (coal mine gas utilization), agriculture (livestock feed management, rice cultivation practices), and waste (landfill gas recovery, wastewater treatment) sectors. It identifies key opportunities including the revised coal mine methane emission standard, low-concentration CMM CCER methodology, and the expansion of voluntary carbon markets, while noting challenges such as the high cost of low-concentration methane utilization and diffuse agricultural emissions.