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South East Asia Drought Watch
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DROUGHT INSIGHTS FROM EARTH OBSERVATIONS AND CLIMATE MODELING

Click on the map to view the current drought conditions, outlook, and
impact-based forecasts and warnings

Current Condition

Sunday, Jun 9, 2024

 * Current
 * 8D Ago
 * 16D Ago
 * 24D Ago

Outlook
Impact-based forecast & warnings
Weather Condition

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DISCLAIMER

All the information products which are available in this information system have
been generated with the highest degree of accuracy possible and depict the
information at regional and national scales. Local conditions are subjected to
change based on the local climatic conditions. These products have been produced
based on the latest available satellite and global modeled data and subject to
update every two weeks.

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EL NINO AND LA NINA UPDATE

Current Condition



The El Niño Southern Oscillation (ENSO) monitoring system state is “El Niño
Conditions”. The oceanic indicators, including the Nino3.4 index, continue to
show El Niño conditions, with key atmospheric indicators (cloudiness and trade
winds) also supporting these conditions. The Nino3.4 index was 1.84°C for
November 2023 and 1.48°C for the September – November 2023 three-month average.

El Niño conditions are predicted to continue until at least March 2024, with a
gradual weakening of the El Niño from January 2024. Models predict a potential
transition to ENSO-neutral conditions during April – May 2024.

Short note on the Indian Ocean Dipole: The positive Indian Ocean Dipole (IOD)
started to weaken in December 2023. Models predict the positive IOD to end
during January – February 2024.

Source: https://asmc.asean.org/asmc-el-nino/


SOUTH EAST ASIA DROUGHT WATCH

Droughts in the South East Asia negatively impact ecosystem services, food and
water security, and biodiversity. These impacts are exacerbated by climate
change, further highlighting the need for improved governance and
decision-making in virtually all sectors.


APPLICATION PURPOSE

 * improve the operational, technological, and institutional capabilities to
   prepare for and respond to droughts in the Lower Mekong region.
 * support local decision-makers in drought monitoring, analysis, and
   forecasting.
 * provide policy makers and growers with current and forecast drought indices
   to facilitate decision-making within the current growing season.
 * provide ecological and financial forecasting information to inform seasonal
   cropping decisions. Subsequent functionality may include additional
   information relevant to decisions at sub-seasonal or multi-year temporal
   scales.


APPLICATION USES

The system can be used to assist local governments and the agricultural sector
with seasonal drought forecasting and in implementing short and long-term
mitigation measures during and in advance of droughts. It can also be used to
characterize droughts through accurate, reliable, and timely estimates of their
severity and impacts. In addition, the system can inform assessments of the
economic, social, and environmental impacts of drought on vulnerable people and
water-related resource systems. And finally, it can help develop critical
regional and local thresholds reflecting increasing levels of risk and
vulnerability to drought, as agreed by stakeholders.

Interective Map

To visualize a number of satellite and model based drought and other indicators
in an interactive way.

Feature Articles/Knowladge Center

Users can access a number of featured articles on SEADW and its related services
as well as knowledge products such as research articles, technical documents,
guidance documents, etc.

Climate Studies

This is a feature to provide an interactive platform to display/visualize,
evaluate, analyze climate change data. The intended audience is climate research
scientists, meteorologists, hydrologists and anyone who needs to understand past
and future (projected) climate patterns.

NASA Jet Propulsion Laboratory (JPL)

Michigan State University

University of Massachusetts Amherst

Mekong River Commission

Vietnam Academy of Water Resources

Spatial Informatics Group

Stockholm Environment Institute

Deltares

 * ASIAN DISASTER PREPAREDNESS CENTER (ADPC)
 * SM Tower, 24th Floor, 979/69 Paholyothin Road, Samsen Nai Phayathai,
 * Bangkok 10400 Thailand
 * BTS Skytrain: Sanam Pao, Exit 1
 * Phone: +66 2 298 0681-92
 * Fax: +66 2 298 0012
 * For technical queries: susantha@adpc.net


Menu Links
 * Technical Document
 * Feedback
 * How to use

Our Services
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Copyright © 2024 Drought and Crop Watch by SERVIR SEA .