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农业生产历来是人类社会的重中之重。在我们几千年的历史中，农作物、纤维物以及其他生态产物的耕种与收获见证了数百亿人的生命足迹。 农业生产技术的发展逐步提高了人类文明所赖以生存的粮食安全保障，并在很大程度上推动了人类文明的繁荣与昌盛。然而，在农业生产的过程中所利用的土地和水资源，以及动植物本身都会释放大量包括甲烷在内的温室气体（GHG）以及其他短寿命气候污染物 （SLCP）。
Our work aims to raise ambition in 2030 Nationally Determined Contributions (NDCs) to include actions to reduce agricultural SLCP emissions. To get there, we are building a group of leaders in the field and raising awareness about the actions that can be taken now.
We assist countries with tools and capacity-building to identify increasingly ambitious actions, policies and targets, while also supporting strengthened coordination at the national level. To unlock the potential for scale-up, we work to marshall evidence that enables financing for large-scale climate impact.
The CCAC’s agriculture work can assist partners to set ambitious but realistic targets for their agricultural emissions.
- Aupito William Sio, New Zealand's Minister for Pacific Peoples, at the 2019 CCAC High Level Assembly
The CCAC Agriculture Initiative is the first action-oriented global effort to reduce methane and black carbon emissions from key agricultural sectors by sharing and implementing best practices, in order to enhance food security and livelihoods in accordance with broader climate change objectives.
The Initiative focuses on identifying and facilitating the implementation of best management practices and technologies tailored to national and local circumstances. This includes needs assessments and studies, raising awareness, training & capacity building, and working with farmers, policymakers, and other stakeholders to overcome barriers to implementation.
The Livestock and Manure Management component aims to facilitate policy and local-level practice change through marginally improving production practices while keeping production levels constant.
The objective of the Open Agriculture Burning component is to replicate and scale up open burning mitigation options as a result of a) determining the nature of open burning (who burns what, when, where and why) in the target regions of the Eastern Himalayas and Andes and b) creation of regional open burning networks and partners by convening two regional conferences that will feed into project goals and outcomes through information sharing, and c) the development of shovel-ready pilot mitigation projects with specific actions targeted to each region and crop type.
The Paddy Rice Cultivation component seeks to reduce methane emissions from paddy rice production by promoting alternative cultivation practices and educating rice producers, as well as creating enabling conditions to overcome barriers for improved agricultural methods.
The Enteric Methane component aims to transform ruminant livestock production systems in order to reduce emissions of enteric methane per unit of product, and increase efficiency.
The CCAC has helped governments identify ambitious actions, policies and targets to cut short-lived climate pollutant emissions from enteric methane, rice, manure, and burning. Our work has laid the foundation for action by establishing locally appropriate, affordable and technically feasible measures. Our key achievements include:
29 CCAC partners have included specific agriculture measures in their updated NDCs. 16 mention enteric fermentation, 15 manure management, 11 rice production, and 8 open burning.
14 countries demonstrated the potential for reducing enteric methane to stimulate immediate investments.
Leveraged $461,100,000 in co-funding for SLCP mitigation in agriculture
Helped 4 countries include mitigation from agriculture in their NDCs.
Lead Partner: A Coalition partner with an active role in coordinating, monitoring and guiding the work of an initiative.
Implementer: A Coalition partner or actor receiving Coalition funds to implement an activity or initiative.
Our Agriculture Initiative supports countries to identify increasingly ambitious actions, policies and targets across the food system. This infosheet outlines the Agriculture Initiative's...
The website, fao.org/in-action/enteric-methane/en/, provides information and findings from the FAO project working on beef production systems in South America and Dairy Production systems in...
This website serves as an information kiosk for greenhouse gas emissions and mitigation options in rice production systems. It covers rice management practices, data on biophysical and...
The Manure Knowledge Kiosk is a platform for knowledge exchange, outreach and capacity building on integrated manure management. The kiosk is supported by the Climate and Clean Air Coalition (CCAC...
Methane, a greenhouse gas with a warming potential more than 80 times higher than CO2 over a 20-year time frame, is responsible for half a degree Celsius of warming to date. Methane’s...
This report is a product of the Global Methane Assessment (GMA) that details projections of anthropogenic methane emissions through 2030 under various baseline scenarios and assesses the...
CH4 emission from animal manure management refers to the CH4 produced during the storage, treatment and land application of animal manure. The term “manure” is the feces (solid part) and...
For manure management sector, CH4 was produced when the organic matter in the manure was anaerobically decomposed by the methanogens. Therefore, CH4 emission can be happened during the...
Livestock numbers in China have more than tripled between 1980 and 2017. The increase in the number of intensive livestock production systems has created the challenges of decoupled crop and...
Animal manure is a useful resource when handled carefully, but it can also be a source of significant problems and public health issues when handled incorrectly. Animal manure handling may provide...
This paper will refer major productivity parameters of 2025 and 2030 to those of 2016, the base year, including the share of feed quality and production yield, farming model (large-scale, small...