International Day of Combating Sand and Dust Storms 2026

Scientific Symposium on Combating Sand and Dust Storms

“From Source to Impact: Protecting Land and Life from Sand and Dust Storms”

📅 13 July 2026 🕚 11:00 AM – Riyadh Time 💻 Virtual Symposium
220
Participants
5
Scientific Sessions
5
Participating Organizations
2030
Initiative Roadmap
📄

Scientific Symposium Report

Download the full symposium report, including the scientific sessions, key outcomes, discussions, and final recommendations.

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Executive Summary

An international virtual scientific symposium was organized by the Regional Sand and Dust Storm Center on 13 July 2026 to commemorate the International Day of Combating Sand and Dust Storms. The symposium reviewed advances in monitoring, modelling, forecasting, and early warning of transboundary sand and dust storms, while addressing their environmental, health, economic, and social impacts.

The sessions highlighted gaps in satellite-based monitoring, increasing anthropogenic dust emissions, the effects of climate change, and critical dust deposition rates across the region. The symposium concluded by emphasizing international scientific cooperation and the integration of sand and dust storm warnings into multi-hazard early warning systems.

Symposium Framework

Symposium Objectives

01. Scientific Advances

Review advances in monitoring, modelling, forecasting, and early warning of sand and dust storms.

02. Impact Assessment

Discuss the environmental, health, social, and economic impacts of sand and dust storms.

03. Mitigation and Resilience

Present effective solutions for reducing dust sources, adapting to impacts, and strengthening resilience.

04. International Cooperation

Promote cooperation among scientists, operational agencies, international organizations, and decision-makers.

05. Scientific Recommendations

Develop scientific and practical recommendations to reduce risks associated with sand and dust storms.

Participating Organizations

Kuwait Institute for Scientific Research
University of Tehran
International Water Management Institute
National Center for Meteorology
Regional Sand and Dust Storm Center

Knowledge Exchange

Scientific Sessions

1

Challenges in Monitoring Dust from Space

Dr. Hamid Al-Badi — National Center for Meteorology

The session highlighted limitations in accurately measuring dust concentrations within the lowest 100 metres of the atmosphere and the need for operational satellite products capable of detecting low-altitude sandstorms.

2

Planning for Dust Hazard and Disaster Risk Reduction in the Middle East

Dr. Ali Darvishi — University of Tehran

The session examined the contribution of anthropogenic activities to global dust emissions and the combined effects of climate change, drought, and water scarcity.

3

PM₂.₅ and PM₁₀ Dust in Kuwait: Source Contribution and Oxidative Potential

Dr. Ali Al-Hamoud — Kuwait Institute for Scientific Research

The presentation discussed dust deposition rates in Kuwait and the contribution of mineral dust to inhalable particulate matter near industrial areas.

4

Spatio-Temporal Analysis of Anthropogenic Dust Sources in Southern Iraq

Dr. Kirobel — International Water Management Institute

The Wiqaya Project introduced a decision-support system based on nature-based land and water management solutions to stabilize soils and mitigate dust sources in southern Iraq.

5

International Sand and Dust Storm Early Warnings Initiative

Dr. Zakia Al-Haji — Regional Sand and Dust Storm Center

The presentation reviewed the Initiative’s transition from global vision to operational implementation, including its Secretariat, funding mechanism, regional centres, and roadmap through 2030.

Key Outcomes

Enhanced Monitoring

Strengthen regional observation and monitoring systems for sand and dust storm events.

Source Mitigation

Promote sustainable land and water management practices to reduce natural and anthropogenic dust sources.

Joint Regional Action

Strengthen scientific, operational, and institutional cooperation at regional and international levels.

Early Warning Integration

Integrate sand and dust storm warnings into multi-hazard early warning systems.

Final Recommendations

1

Give priority to regional research on dust-related air pollution and its effects on public health.

2

Expand future regional studies to include Kuwait, Saudi Arabia, the United Arab Emirates, Jordan, Lebanon, Morocco, and Egypt.

3

Continue supporting scientific research and studies related to climate change and air quality.

Event Documentation

Symposium Highlights

Scientific Symposium Opening Session

Opening Session

Scientific Presentations

Scientific Presentations

Closing Discussion and Recommendations

Closing Discussion

Organized by the Regional Sand and Dust Storm Center
National Center for Meteorology – Kingdom of Saudi Arabia