According to data presented at Uzbekistan's national pavilion at the UN Climate Change Conference COP31, the country may require approximately $30.1 billion in climate adaptation investments by 2035. These estimates highlight the enormous financial volume needed to protect healthcare systems, housing, water resources, and agriculture from increasing climate threats.
The figures presented, accompanied by Uzbekistan's initiatives in renewable energy, sustainable irrigation, and green investments, point to a key challenge in the country's climate policy: transforming national adaptation priorities into fundable and implementable projects.
Water resource management and agriculture account for the largest share of the estimated costs. This reflects the country's dependence on irrigation and the vulnerability of its agrarian economy to rising temperatures, water scarcity, and land degradation.
Despite expanding Uzbekistan's climate commitments and implementing new investment mechanisms, the scale of required adaptation raises questions regarding financing, implementation capacity, and the distribution of costs among the state, private investors, and international development partners.
According to the climate profile presented at the Uzbekistan pavilion at COP31, estimated adaptation investment needs are $15.7 billion by 2030 and $30.1 billion by 2035.
The pavilion details these requirements by sector: agriculture accounts for approximately 66% of projected adaptation needs, and water resources for another 26%. Together, these two sectors cover over 92% of the total identified investment needs. This distribution shows that Uzbekistan's adaptation challenge is closely linked to the future of its agricultural production and water resource management systems.
It is important to note that these figures are only estimates of required investments, not confirmed financial obligations. The pavilion materials do not specify what portion of the projected funding is already secured, what methodology was used to calculate the estimates, or what exact period of expenditure each sector covers. This distinction is significant because the size of the investment need itself does not prove the existence of an equivalent financial gap.
Uzbekistan's reliance on irrigated farming makes the relationship between water availability, food production, and energy consumption particularly critical. Agricultural productivity depends not only on the availability of sufficient water but also on the infrastructure necessary for its efficient transport, distribution, and use.
As temperatures rise and pressure on water resources intensifies, modernizing irrigation becomes both an adaptation priority and an economic necessity. The national pavilion demonstrates results presented by Uzbekistan for the period 2017–2025. According to the data shown, water-saving technologies have been implemented over an area of about 2.6 million hectares, corresponding to 60% coverage according to the indicator used in the presentation.
The materials also report the existence of 5,795 kilometers of irrigation networks and 34,500 kilometers of internal lined irrigation networks. Another indicator shows a reduction in annual electricity consumption from 8.3 billion to 6.4 billion kWh, although the pavilion does not provide sufficient methodological information to determine what portion of this reduction is directly related to irrigation improvements. This illustrates a broader aspect of Uzbekistan's adaptation strategy: water use efficiency and energy efficiency cannot be viewed in isolation. Reducing water losses, improving irrigation infrastructure, and modernizing pumping systems can also decrease energy demand, potentially bringing economic benefits beyond the agricultural sector. The financial question is whether these benefits can be measured and used to justify additional investments.
One of the investment mechanisms presented at COP31 is ANORA—a platform designed to attract funding for sustainable agro-food systems and climate-resilient agriculture. According to information presented at the Uzbekistan pavilion, the platform aims to mobilize up to 1.5 billion euros. Its estimated funding structure includes 650 million euros from financial institutions, 500 million euros in private capital, 300 million euros in concessional finance, and 50 million euros in grants. The pavilion indicates 2027 as the full launch year for the platform. Declared investment areas include water-saving technologies, increasing agricultural productivity, emission reduction, infrastructure development, and soil restoration. The platform also aims to implement water-saving technologies over 340,000 hectares by 2030. ANORA is particularly important because it attempts to link national climate goals with investment projects capable of attracting funding.
The Food and Agriculture Organization of the United Nations reported in July 2026 that Uzbekistan approved a roadmap for climate-smart food investments, developed with the support of the European Bank for Reconstruction and Development and FAO. This roadmap aims to transform the country's climate commitments into technically and economically viable investment opportunities. The EBRD also disclosed information on technical cooperation to operationalize the ANORA investment portfolio and strengthen financing readiness. However, the target figure of 1.5 billion euros should not be interpreted as already disbursed or fully guaranteed funding. A critical performance indicator for the platform will be the number of projects that move from investment proposals to financial closure and implementation.
Uzbekistan's updated Nationally Determined Contribution, NDC 3.0, presented in November 2025, commits the country to reduce greenhouse gas emissions intensity per unit of GDP by 50% by 2035 compared to 2010 levels. This is an emissions intensity target, not a commitment to reduce absolute national greenhouse gas emissions by 50%. The country's climate strategy also defines adaptation priorities in water resource management, agriculture, sustainable infrastructure, health, and disaster preparedness. The issue is increasingly shifting from setting goals to their actual implementation.
In October 2026, Uzbekistan was included in the list of five pilot countries participating in the Climate Bridge Implementation, or BRIDGE, initiative, supported by the COP31 Presidium and the United Nations Development Programme. This initiative aims to help participating countries turn climate commitments into investment-ready projects and identify opportunities for international financing. Uzbekistan's participation may provide additional technical support for project preparation, though it does not imply automatic receipt of direct investment commitments. The difference between project development support and actual financing is especially important for adaptation projects. Unlike renewable energy assets, which can generate measurable revenue from electricity sales, many adaptation investments provide benefits through avoided losses, increased resilience, and reduced exposure to future climate risks. These benefits can have significant economic value but are often harder to monetize. Consequently, adaptation projects may require a combination of public funding, concessional loans, grants, and private investment, rather than relying solely on traditional commercial financing.
During COP31, Uzbekistan also presented its participation in a regional initiative to enhance climate resilience, which includes neighboring Central Asian countries. The 'Climate-Resilient Landscapes in Central Asia' program, known as CLiCA, plans to mobilize 103.7 million euros for activities in 15 districts of Andijan, Fergana, Namangan, and Surkhandarya in Uzbekistan. According to the country's environmental agencies, planned measures include restoring 18,000 hectares of forest land and 123,000 hectares of pastureland, implementing drip irrigation systems, promoting drought-resistant crops, and providing climate advisory services to 12,000 farmers. The program is expected to increase climate resilience for approximately 342,000 people, with implementation scheduled to begin in 2027. Although its financial scope is significantly smaller than Uzbekistan's overall adaptation needs, CLiCA serves as an example of how broad climate goals can be translated into geographically defined interventions with measurable targets. Its implementation will also allow for an assessment of whether the stated mobilization of investments leads to tangible improvements in agricultural sustainability, land restoration, and rural livelihoods.
The Uzbekistan pavilion also showcases significant ambitions in renewable energy development. Targets for 2030 include 9,395 MW of solar capacity, 12,200 MW of wind capacity, 4,548 MW of energy storage systems, and 4,000 MW of small solar installations. These figures reflect the country's intention to expand clean power generation while strengthening necessary infrastructure. However, renewable energy expansion and climate change adaptation address different, albeit interconnected, policy objectives. Renewable energy primarily contributes to mitigation by reducing dependence on carbon-intensive generation. Adaptation focuses on limiting damage from climate impacts that are already occurring or expected in the future. In Uzbekistan, the link between these goals is particularly evident in water-energy relations. Electricity is required for water pumping and distribution, while water availability and management can influence power generation, agricultural yield, and overall economic activity. Therefore, investment decisions in one sector can have significant consequences for another. A more integrated approach could help Uzbekistan identify projects that simultaneously improve water use efficiency, reduce energy demand, and strengthen agricultural resilience.
Uzbekistan's presentation at COP31 demonstrates the breadth of its climate policy ambitions: from renewable energy and sustainable irrigation to climate-smart agriculture and green investment mechanisms. However, several crucial questions remain regarding whether these ambitions can be realized. First, what portion of the estimated $30.1 billion in adaptation investment needs is already covered by approved state budgets, signed financing agreements, or international aid commitments? Second, what share of the projected costs must be financed through sovereign borrowing, concessional lending, grants, or private investment? Third, how will the government prioritize projects if available funding is insufficient to cover all identified needs? And fourth, what indicators will be used to measure the effectiveness of adaptation spending? For instance, for irrigation projects, documenting built kilometers of infrastructure may be less informative than tracking reductions in water loss, electricity consumption, and agricultural vulnerability. Similarly, investments in climate-resilient housing or healthcare should ultimately be assessed by improved protection against climate risks. These questions are not unique to Uzbekistan; they reflect a broader challenge facing developing economies striving to meet increasingly ambitious climate commitments.
