IAP CCA Tajikistan · 2025
RU TJ EN
Test version

Section V · information and analytical product

Agriculture

Crop yields and livestock numbers, pasture condition, fertilizers, irrigation and food self-sufficiency.

Rising temperatures and changing precipitation patterns reduce crop yields and livestock productivity, threatening food security, especially for smallholder farmers.

Indicators
22
Official
13
Combinations
10
No data
2

Agricultural production growth rate

V.18
109.5 % vs previous year
+0.7 vs 2021
Official 2025

Livestock and poultry numbers: cattle

V.3
2,814.0 thousand head
+374.0 vs 2021
Official 2025

Strategic documents

Targets

  • Growth in wheat, potato and cotton production — at least 10% by 2028
  • Meat production — from 143 to 450 thousand t per year
  • Milk production — annual growth of up to 4.8%
  • Egg production — from 231 to 670–690 million eggs
  • 100% self-sufficiency in fruit and berry products by 2030

Trend combinations from the report: panels share a year axis, each with its own scale. “Index = 100” mode rebases series to the first year on a single scale. Hollow markers indicate unofficial data.

V-2 Double chart

Temperature–moisture regime and livestock numbers

Source: Form No. 1-IK (Agency on Statistics, Hydromet Agency, CEP); unofficial: test dataUpdated: 18.10.2026 · form of 01.09.2026

Rationale for the combination

Meat and dairy cattle farming and poultry farming are priorities for food security: meat from 143 to 450 thousand t per year, eggs from 231 to 670–690 million.

V-3 Double chart

Temperature–moisture regime and pasture productivity

Source: Form No. 1-IK (Hydromet Agency, CEP); unofficial: calculated from form, test dataUpdated: 18.10.2026 · form of 01.09.2026

Rationale for the combination

Assessment of how the productivity of natural pastures depends on precipitation and temperature.

The indicator “Productivity of pasture land” from the report is missing from the form; the rationale was left blank in the report.

V-4 Double chart

Yields of key crops and fertilizer application

Source: Form No. 1-IK (Agency on Statistics); unofficial: calculated from form, test dataUpdated: 18.10.2026 · form of 01.09.2026

Rationale for the combination

Adaptation measures should ensure yield growth with optimal nitrogen application: with fertilizer volumes growing more slowly, remaining constant or declining.

V-5 Simple chart

Water availability for drip irrigation

Source: Form No. 1-IK (Land Reclamation and Irrigation Agency, MEWR); unofficial: calculated from form, test dataUpdated: 18.10.2026 · form of 01.09.2026

Rationale for the combination

A decline in irrigation water reserves while drip-irrigated areas expand makes it possible to assess whether the introduction of water-saving technologies is keeping pace with the growing risks of water shortage (target: 100% self-sufficiency in fruit and berry products by 2030).

V-6 Simple chart

Crop losses and biodiversity losses due to natural disasters

Source: unofficial: test dataUpdated: 18.10.2026 · form of 01.09.2026

Rationale for the combination

Makes it possible to isolate the part of agricultural production losses caused by natural and climatic factors.

V-7 Double chart

Pasture degradation and intensity of pasture use

Source: Form No. 1-IK (Agency on Statistics, Ministry of Agriculture, Local authorities); unofficial: test dataUpdated: 18.10.2026 · form of 01.09.2026

Rationale for the combination

Comparing the growth in livestock numbers with the area of degraded pastures makes it possible to assess the significance of grazing in degradation and to adjust adaptation measures.

The form does not record livestock kept on pasture separately; the total numbers of cattle, sheep and goats are used.

V-8 Simple chart

Pasture degradation and pasture productivity

Source: Form No. 1-IK (Ministry of Agriculture, Local authorities); unofficial: calculated from form, test dataUpdated: 18.10.2026 · form of 01.09.2026

Rationale for the combination

Adaptation measures should maintain pasture productivity while containing the growth in the area of pasture degradation and erosion.

V-9 Simple chart

Tree planting on pastures and pasture productivity

Source: unofficial: calculated from form, test dataUpdated: 18.10.2026 · form of 01.09.2026

Rationale for the combination

Assessment of the effectiveness of tree and shrub planting for the restoration of degraded pastures.

V-10 Simple chart

Pasture degradation and pasture users’ associations

Source: Form No. 1-IK (Ministry of Agriculture, Local authorities, Forestry Agency and others); unofficial: test dataUpdated: 18.10.2026 · form of 01.09.2026

Rationale for the combination

Makes it possible to determine the role of organized pasture management (pasture user associations) in improving pasture condition.

Code Indicator Latest value Source 2021–2025 vs previous year Responsible agency
Drivers 1
Impacts 11
Adaptation 10
AgencyIndicatorsWith official valueCoverageIndicator codes
Ministry of Agriculture 13 6 V.7 V.8 V.9 V.10 V.14 V.15 V.16 V.17 V.18 V.19 V.20 V.21 V.22
Agency on Statistics 9 6 V.1 V.2 V.3 V.4 V.5 V.10 V.13 V.18 V.22
Forestry Agency 4 3 V.6 V.14 V.15 V.16
CEP 3 2 V.14 V.15 V.16
Land Reclamation and Irrigation Agency 2 1 V.11 V.17
Local authorities 2 2 V.7 V.8
CoES 1 0 V.12
Customs Service 1 0 V.22
Food Security Committee 1 0 V.10
Land Use Committee 1 0 V.9
MEDT 1 0 V.10
MEWR 1 1 V.11

If several agencies are listed as responsible, the indicator is counted for each. According to the Guidelines, the first agency listed is responsible for entering the value.