Geographic Information System

Digital Agriculture

Geoinformation System (GIS)

The Geoinformation System of the Ministry of Agriculture is an open information resource designed for searching, analyzing, and mapping spatial data related to agricultural land.

Spatial Data Remote Sensing Artificial Intelligence

Access Open Geoportal (gis.agro.uz) →

key directions

main crop types

Real-time

field monitoring

AI + GIS

modern analytics

Key Accomplishments

Major Results & Decree Implementations

Priority tasks accomplished in implementing geoinformation technologies, data digitization, and enhancing monitoring & analytical capabilities.

◉

01 PQ-273

Systemic Land Monitoring

Establishing systematic monitoring of irrigated and rainfed lands through analyzing satellite imagery, UAV materials, and field observation data.

⌁

02 PQ-273

Crop Vegetation Analysis

Analyzing planting and vegetation periods for cotton, wheat, rice, potatoes, corn, and oilseeds via the geoinformation system.

↔

03 PQ-273

Information Systems Integration

Integrating information systems of relevant ministries and agencies into the Agricultural Land Geoinformation System.

●

04 PQ-273

Real-time Data Collection

Organizing real-time online data collection from all agricultural districts nationwide.

▦

05 PQ-273

Unified Spatial Database

Creating a unified spatial database of agricultural land across contours, massifs, and farming entities.

◎

06 PQ-273

Specialized Geoportals Creation

Building specialized geoportals presenting location-bound visual analytical data for ministries, agencies, and stakeholders.

◷

07 PQ-273

Historical Database Management

Creating and regularly maintaining historical database records on land plots, crop conditions, and yields across years.

⌖

08 PQ-357

Monitoring via ArcGIS Field Maps

Enabling online field monitoring and analysis of crop placements across all regions via the ArcGIS Field Maps mobile application.

✦

09 PQ-357

Determining Vegetation Indices

Determining various crop vegetation indices using multispectral satellite imagery and formulating actionable recommendations for land users.

✧

10 PQ-357

AI-Based Crop Recognition

Expanding AI-based analysis of aerospace imagery and UAV data, developing and implementing algorithms for automatic crop type identification.

≋

11 PQ-357

Spectral Standards Database

Building and systematically expanding a database of spectral signatures and standards for agricultural crop varieties.

▤

12 QXV-262

Digitization of Monitoring Tables

Digitizing operational monitoring schedules for agricultural land and crops, displaying real-time data on the geoportal.

⬡

13 PQ-4996

Smart Machinery & Crop Monitoring

Applying AI technologies for remote sensing monitoring of soils, crops, and agricultural machinery performance including harvesters.

International Cooperation

Global Partnerships and Grant Projects

◆

ODA Grant Project

Cooperation with the Republic of Korea

In collaboration with MAFRA and MOLIT of the Republic of Korea, an ODA grant proposal was developed for 2024–2027 to implement the "Development of Climate-Resilient Geospatial Digital Agriculture Platform in Tashkent Region".

✦

Capacity Building

GIZ ECO-ARAL Training Program

Two GIS specialists completed a 3-stage training course on "Geoinformation Systems and Remote Sensing" organized by GIZ GmbH (ECO-ARAL project) in partnership with Reiner Lemoine Institute (Berlin) and AUCA.

Latest update: 2026-08-10 12:18:19

Geographic Information System

Geoinformation System (GIS)

Major Results & Decree Implementations

Systemic Land Monitoring

Crop Vegetation Analysis

Information Systems Integration

Real-time Data Collection

Unified Spatial Database

Specialized Geoportals Creation

Historical Database Management

Monitoring via ArcGIS Field Maps

Determining Vegetation Indices

AI-Based Crop Recognition

Spectral Standards Database

Digitization of Monitoring Tables

Smart Machinery & Crop Monitoring

Global Partnerships and Grant Projects

Cooperation with the Republic of Korea

GIZ ECO-ARAL Training Program

Agency for the Development of the Agro-Industrial Complex under the Ministry of Agriculture

Hotline

Hotline

Geographic Information System

Geoinformation System (GIS)

Major Results & Decree Implementations

Systemic Land Monitoring

Crop Vegetation Analysis

Information Systems Integration

Real-time Data Collection

Unified Spatial Database

Specialized Geoportals Creation

Historical Database Management

Monitoring via ArcGIS Field Maps

Determining Vegetation Indices

AI-Based Crop Recognition

Spectral Standards Database

Digitization of Monitoring Tables

Smart Machinery & Crop Monitoring

Global Partnerships and Grant Projects

Cooperation with the Republic of Korea

GIZ ECO-ARAL Training Program

- About the agency

- Activity

- State services

- Documents

- Open data

- Press-service

- Contact