The World Bank
Agriculture Modernization Project (P158372)
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in agriculture are closely related to mitigation measures, and they include: improvement of the climate resilience of the
agriculture through diversification of food crops production pattern; conservation of germplasm and indigenous plant
species and agricultural crops resistant to droughts, pests and diseases; development of biotechnologies and breeding
new crop varieties adopted to conditions of changing climate.
71.
AMP is expected to generate significant climate co-benefits by promoting a range of activities that will: (1)
enhance the adaptation capacity of farming systems in the project area. This will be achieved through
inter alia the
adoption of climate-resilient (drought tolerant) crop varieties by farmers, crop diversification for increased production of
higher value and nutrient-rich horticulture products, and climate-smart practices that improve soil health and reduce
land degradation. Project activities will also (2) mitigate GHG emissions through carbon sequestration by growing fruit
trees. Overall, the project will facilitate the conversion of cotton fields into horticulture fields, which will be a shift away
from cotton/wheat monoculture to more diversified rotations and farming system, which: (i) is more resilient to climate
shocks; (ii) has a potential to significantly increase farm income thereby increasing farm investments in more drought-
resistant seeds, precision agriculture, and other climate-smart farm practices; (iii) requires fewer fertilizers; and (iv)
creates incentives for adoption of water saving technologies and energy savings for pumping irrigation water to the large
cotton fields. Specifically, the project’s Component 1 will support applied research on CSA practices, drought-resilient
seeds and seedlings, IPM, precision agriculture through better natural resource management and reduced use of
fertilizers, and adoption of GAP through extension services. These public programs will promote both mitigation of and
adaptation to climate change and will scale up SCA. The project’s Component 2 will contribute to climate change
mitigation by expanding orchards that prevent erosion, restore soil fertility, and increase afforestation. Expansion of
intensive orchards and greenhouses will also encourage adoption of drip irrigation and other water-saving technologies,
which will replace water-intensive flood irrigation practiced on traditional gardens and fields. Investments in cold storage
and processing will reduce food losses and waste, and thus avoid the waste of inputs and water used for crop production.
The project’s Component 3 will promote crop diversification and further reduce food losses and waste through ALCs and
strengthen the public capacity to manage phytosanitary risks, including a more strategic adoption of IPM and other GAP
practices to meet the increasingly stringent food safety requirements in the importing countries. Under all components
the infrastructure, including buildings, laboratories, offices, storage facilities etc., constructed and rehabilitated by the
project, will be encouraged to utilize energy-efficient and climate-resilient materials and designs, and all activities related
to human resource development will include topics on understanding climate change better and frameworks, tools and
techniques to facilitate designing and implementing climate adaptation and mitigation approaches. By supporting
measures that will help farmers mitigate and increase their adaptive capacity to climate change as well as resilience, the
project will contribute to Uzbekistan’s climate action plan, particularly for the agricultural sector, both towards its
adaptation as well as mitigation goals as stated in its INDC.
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