Trend
2 series — each on its own scale
Source: Form No. 1-IK (Hydromet Agency, CEP); unofficial: test dataUpdated: 18.10.2026 · form of 01.09.2026
II.7
Impacts
Official, earlier year
Annual precipitation
Name in the form: Annual precipitation as % of the norm and in millimetres, by region
Period
- Form 1-IK
- Unofficial
Annual precipitation: total precipitation
640
mm
+120
vs 2021
Annual precipitation: precipitation as % of normal
91
%
+17
vs 2021
- Unit
- mm
- Frequency
- Annually
- Area
- Impacts
- Section
- II · Water management
- Agencies
- Hydromet Agency CEP
Data
Values by year
| Year | Total precipitationmm | Precipitation as % of normal% | Source and note |
|---|---|---|---|
| 2021 | 520 | 74 | Test |
| 2022 | 655 | 94 | Test |
| 2023 | 610 | 87 | Test |
| 2024 | 810 | 116 | OfficialTest National average for 2024 (no 2025 figure in the form) |
| 2025 | 640 | 91 | Test |
Breakdown · 2024
Precipitation by region, 2024 (range midpoint)
mm
Source data
Value in Form No. 1-IK
Общий среднегодовой показатель по Таджикистану за 2024 год:
810,5 мм осадков. Душанбе (центральный район) 810 мм, 160 % нормы.
Согдийская область (север) 300–500 мм, 100–130 % нормы.
Хатлонская область (юг) 300–450 мм, 100–140 % нормы
ГБАО (горные районы) 500–900 мм (сильная зависимость от высоты), 90–130 % нормы.
Cell text as submitted. Figures for the dashboard were extracted from it and converted to the indicator unit. The text is shown in the language of the form (Russian).
Quality
Data remarks
- The value refers to 2024, not to the reporting year 2025.
- Regional data are given as ranges
Methodology
Indicator metadata
- Definition
- Precipitation (the total amount of water that has fallen on a given area of territory over a specific period of time) is water in liquid or solid form that has fallen from clouds or been deposited from the air onto the ground surface, various objects or plants. The indicator characterizes the state of the climate system, as well as the impacts of precipitation on changes in the volumes of river runoff and groundwater and on soils and biota, which makes it possible to assess the related climate changes.
- Calculation method
- The calculation of annual precipitation is the summation of daily measurement data over the year, expressed in millimetres of water layer. For engineering or hydrological purposes, design volumes are also determined, taking into account the area of the territory and recurrence coefficients. The indicator is measured daily and calculated annually.
- Institution responsible for calculation
- Agency for Hydrometeorology of the Committee for Environmental Protection under the Government of the Republic of Tajikistan; Committee for Environmental Protection under the Government of the Republic of Tajikistan
Used in trend combinations
II-1Availability of water resources and weather factors
II-2Water storage in reservoirs and weather factors
II-3People affected by mudflows and floods, and annual precipitation
V-2Temperature–moisture regime and livestock numbers
V-3Temperature–moisture regime and pasture productivity
VII-1Water resources, weather factors and uninterrupted electricity supply