Thumbnail Image

Climate-Smart Agriculture to Enhance Crop and Livestock Production In Egypt - UTF/EGY/035/EGY








Also available in:
No results found.

Related items

Showing items related by metadata.

  • Thumbnail Image
    Brochure, flyer, fact-sheet
    Project on enhancing crop and livestock production and productivity in new lands through the adoption of innovative climate resilient agricultural practices and technologies 2021
    Also available in:
    No results found.

    Deterioration of New Lands in Egypt is to a great extent due to lack of farmers' knowledge about agricultural practices that improve water management, soil fertility, plant production, crop diversification, animal health, increasing crop yields, livestock production and post-harvest added value. Hence, this brochure briefly introduces the project on "Enhancing crop and livestock production and productivity in New Lands" by describing the project's objectives, activities, expected outputs and outcomes.
  • Thumbnail Image
    Project
    Scaling Up Climate-Smart Crop and Mechanization Systems to Promote Sustainable Crop Production in Sri Lanka and Zambia 2021
    Also available in:
    No results found.

    Unsustainable agriculture practices contribute to land degradation, which impacts the fertility and productivity of soil and leaves land vulnerable to the negative effects of climate change. These issues threaten food security and reduce livelihoods, particularly for smallholder farmers. To combat these problems, FAO implements the Save and Grow approach. This approach promotes and intensifies sustainable crop production through the use of high quality seeds and planting materials and the implementation of integrated pest management and conservation agriculture practices. Key to conservation agriculture are the planting and management of climate smart crops and the implementation of mechanization systems for land preparation, direct seeding, weeding and harvesting. The project will be implemented in Sri Lanka and Zambia. It was designed to create synergies with an ongoing project that is already supporting the implementation of the approach in the targeted countries. Several constraints to the adoption of sustainable crop production practices have been identified throughout the implementation of the ongoing project. These include a lack of knowledge of sustainable agronomy and its benefits among beneficiaries and inadequate market linkages, which limit the availability of sustainable agronomic inputs and mechanization services, as well as the sale of crop yields. The goal of this project is to help rural smallholder farmers in Sri Lanka and Zambia to overcome these challenges and to encourage them to adopt the Save and Grow approach.
  • Thumbnail Image
    Project
    Piloting the Climate-Smart Approach in the Livestock Production Systems - TCP/MON/3703 2022
    Also available in:
    No results found.

    In Mongolia, the agriculture sector contributed 13 3 percent of gross domestic product ( in 2017 the second largest sector following the mining sector The contribution of the livestock sector to the agriculture GDP was 88 percent Approximately 40 percent of the work force directly depends on the livestock sector and the sector is dominated by an extensive livestock production system dependent on access to grasslands and thus inherently vulnerable to climatic and natural resource management risks and climate change It has been estimated that average annual temperature in Mongolia increased two fold between 1940 and 2013 around three times the global average Climate change has a negative impact on animal productivity, animal health, biodiversity, the quality and amount of feed supply, and the carrying capacity of pastures It has also led to the outbreak of new and re emerging livestock diseases, and a change in disease patterns The absence of policy or market based mechanisms to control livestock numbers and a lack of awareness regarding rangeland degradation has led to increasing herd sizes, producing acute limitations of forage and increasing desertification In 2020 76 9 percent of Mongolia's territory was affected by desertification Permanent pastures and meadows occupy about 110 5 million ha 71 8 percent of the total territory of Mongolia) 65 percent of this pastureland is already degraded to some extent.

Users also downloaded

Showing related downloaded files

No results found.