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BookletClimate-smart livestock production
A practical guide for Asia and the Pacific region
2021Also available in:
No results found.Population growth, rapid urbanization and dietary changes have resulted in growing global demand for livestock products, with a negative impact on climate change. Increasing temperatures, increased climate variability, and more frequent and severe extreme weather events are all threatening livestock production systems. The livestock sector is a major contributor to climate change, it is estimated that the sector emits about 7.1 giga-tonnes of CO2 equivalent (CO2eq.), about 18 percent of the total anthropogenic greenhouse gas (GHG) emissions (FAO, 2006). Climate-smart livestock (CSL) solutions can contribute to a reduction of GHG emissions through improved livestock productivity, efficient use of natural resources, carbon sequestration and integration of livestock into the circular bioeconomy. Other CSL solutions focus solely on climate change adaptation. Livestock productivity can be improved either by increasing the output (e.g. increased milk production) or by decreasing inputs while maintaining the same output, for example by using higher quality feed rations. It is estimated that improving livestock productivity will reduce emissions per unit of livestock product by 20 to 30 percent. There are specific livestock feed products that can lower GHG emissions, but it is unlikely that these will be available and affordable for smallholders in Asia and the Pacific any time soon. Examples of CSL solutions focusing on the efficient use of natural resources include higher yields per hectare, higher water productivity, efficient use of low carbon energy, and the reduction of waste along the value chain. -
ProjectAddressing the 2030 Agenda on Climate Change and Food Security through Climate-Smart Agriculture - TCP/RAS/3604 2020
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No results found.Asia is a dynamic region for agricultural innovation. For decades, farmers have combined traditional practices and local knowledge with modern agricultural techniques, providing a strong foundation for “Climate-smart Agriculture (CSA)” approaches. CSA encompasses a range of established methodologies and technical approaches to address interlinked challenges in the agriculture and land-use sector: meeting demand for food, reducing greenhouse gas emissions in the global food system, and building the resilience of agricultural systems to the impacts of climate change. These priorities are also reflected in Nationally Determined Contributions (NDCs) submitted by countries under the Paris Agreement on Climate Change as part of the United Nations Framework Convention on Climate Change (UNFCCC). While instruments such as the Green Climate Fund (GCF), the Global Environmental Fund (GEF) and various mechanisms under multi-lateral development agencies can support the implementation of NDC priorities, countries have yet to translate broad these into national programmes or investment pi,nes. The potential of CSA approaches to enhance productivity and resilience, and to reduce emissions has been widely documented. However, efforts to systematically and rigorously integrate climate change across CSA’s three pillars are relatively untested in the region. The aim of the project was to support governments in six focus countries to develop national CSA programmes (and/or to integrate CSA priorities into existing plans and programmes), linking CSA investments to NDCs and global climate finance mechanisms, based on regional best practice and knowledge. -
BookletGender Integration into Climate-Smart Agriculture (CSA): Tools for Data Collection and Analysis for Policy and Research 2016
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No results found.The adoption of climate-smart agriculture (CSA) practices at scale requires appropriate institutional and governance mechanisms to facilitate the dissemination of information and to ensure broad participation by relevant stakeholders and targeted beneficiaries. Among the drivers influencing CSA adoption, the understanding of how gender could influence the effectiveness of these instruments is capturing increasing attention in the literature. The aim of this note is to provide some insight on the data and tools necessary when dealing with the analysis of the effects of CSA on food security, focusing on a gender perspective.This note should serve as guidance for readers that would like to engage in the study of CSA and gender. In general, this note does not aim to be comprehensive and complete, but it indicates the main challenges and tools identifiable for this type of study.
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