The Project
  • 首页
  • 关于
  • 快报
  • 通报
  • 方法
  • 出版物
  • 联系我们
  • 中文
    • 中文
    • English
    • Português
  • 登录

Uzbekistan Main producing and exporting countries
作者: 编辑:


This monitoring period from April to July 2022 covers the late growing period and harvest stage of winter wheat in Uzbekistan, as well as the sowing stage and early growth period of maize. The proportion of irrigated cropland in Uzbekistan is 30% and regular rainfall is crucial to sustain the growth of most crops.  During this monitoring period, except for the TEMP (+0.8°C), the other agro-climate indicators were generally normal (RAIN -3%, RADPAR +0%). The NDVI development graph shows that crop conditions were near average for most of the growing period. The national VCIx was 0.80, whereas the areas with low VCIx values were mainly in the southwest of the Eastern hilly cereals zone and the northwest of the Aral Sea cotton zone. The spatial distribution of NDVI profiles also show slightly below average trends for these regions. Overall, crop conditions were close to normal. 


Regional analysis

Central region with sparse crops

RAIN and RADPAR were below the 15YA, while TEMP was significantly above average (+1.3°C), and BIOMSS decreased by 1%. The regional VCIx was 0.68. The NDVI development graph shows that the crop conditions in this region were slightly below average, especially in late May and early June. This was presumably due to cloud cover in the satellite images. Crop conditions by the end of this monitoring period were slightly below average.

Eastern hilly cereals zone

 RAIN was below average, while TEMP was above average (+0.8°C), and RADPAR was normal. According to the VCIx graph and the spatial distribution of NDVI profiles, the below-average crop conditions in June were caused by the poor crop conditions in Bukhoro and Kashkadarya province. The regional VCIx was 0.82, which was the highest among these three subregions. Overall crop prospects in this region are normal.

Aral Sea cotton zone

Although the farmland in this region can potentially be irrigated, lack of high quality irrigation water can limit production. High temperature is another adverse factor. Apart from the high temperature (TEMP +1.3°C), the other agro-climate indicators were basically normal (RAIN +3%, RADPAR -2%). The regional VCIx was 0.76 and CALF decreased by 10%. Crop prospects are unfavorable in this region.


Figure 3.44 Uzbekistan crop condition, April - July 2022

(a) Phenology of major crops


(b) Crop condition development graph based on   NDVI                          

(c)    Maximum VCI

(d) Spatial NDVI patterns compared to 5YA                                       (e) NDVI profiles


(f) Rainfall profiles                                       (g)   Temperature profiles

(h) Crop condition development graph based on NDVI Central region with sparse crops (left) Eastern hilly cereals region (right)

(i) Crop condition development graph based on NDVI Aral Sea cotton region


Table 3.1 Uzbekistan’s agroclimatic indicators by sub-national regions, current season’s values, and departure from 15YA, April - July 2022

Region

RAIN

TEMP

RADPAR

BIOMSS

Current (mm)

Departure (%)

Current (°C)

Departure (°C)

Current (MJ/m2)

Departure (%)

Current (gDM/m2)

Departure (%)

Central region with sparse crops

44

-2

26.4

1.3

1530

-2

600

-1

Eastern hilly cereals zone

147

-3

22.8

0.8

1565

0

689

-2

Aral Sea cotton zone

27

3

26.4

1.3

1507

-2

581

0

 

Table 3.2 Uzbekistan’s agronomic indicators by sub-national regions, current season’s values, and departure from 5YA, April - July 2022

Region

Cropped arable land fraction

Maximum VCI

Current (%)

Departure (%)

Current

Central   region with sparse crops

70

3

0.68

Eastern   hilly cereals zone

75

5

0.82

Aral Sea   cotton zone

56

-10

0.76

 


菜单

  • Executive summary
    • Executive summary
  • Global agroclimatic patterns
    • Global agroclimatic patterns
  • Crop and environmental conditions in major production zones
    • Overview
    • West Africa
    • North America
    • South America
    • South and Southeast Asia
    • Western Europe
    • Central Europe to Western Russia
  • Main producing and exporting countries
    • Overview
    • Country analysis
    • Afghanistan
    • Angola
    • Argentina
    • Australia
    • Bangladesh
    • Belarus
    • Brazil
    • Canada
    • Germany
    • Egypt
    • Ethiopia
    • France
    • United Kingdom
    • Hungary
    • Indonesia
    • India
    • Iran
    • Italy
    • Kazakhstan
    • Kenya
    • Cambodia
    • Sri Lanka
    • Morocco
    • Mexico
    • Myanmar
    • Mongolia
    • Mozambique
    • Nigeria
    • Pakistan
    • Philippines
    • Poland
    • Romania
    • Russia
    • Thailand
    • Turkey
    • Ukraine
    • United States
    • Uzbekistan
    • Viet Nam
    • South Africa
    • Zambia
    • Kyrgyzstan
    • Syria
  • China
    • Overview
    • China’s crop production
    • Northeast region
    • Inner Mongolia
    • Huanghuaihai
    • Loess region
    • Lower Yangtze region
    • Southwest China
    • Southern China
    • Major crops trade prospects
  • FOCUS AND PERSPECTIVES
    • 2022 Global production outlook
    • Disaster events
    • Update on El Niño or La Niña
  • Annex
    • Annex A. Agroclimatic indicators and BIOMSS
    • Annex B. Quick reference guide to CropWatch indicators, spatial units, and production estimation methodology

Figures

  • 北京市朝阳区北辰西路奥运科技园区
  • +86 10-64842375/6
  • +8610-64858721(传真)
  • 许可证号:京ICP备05080539号-16
  • cropwatch@radi.ac.cn

中国科学院空天信息创新研究院(AIRCAS)

RADI CAS

Copyright © 2025 中国科学院空天信息创新研究院生态系统遥感研究室