Press Release

TERMINATION OF LA NIÑA ALERT

04 April 2025

DOST-PAGASA S & T Media Service
Quezon City, 04 April 2025


Recent DOST-PAGASA’s climate monitoring and analyses show that La Niña conditions are no longer present in the central and equatorial Pacific (CEEP). The sea surface temperature anomalies (SSTAs) reached ENSO-neutral levels. La Niña-like patterns of above normal rainfall in some parts of Luzon, most parts of Bicol, eastern Visayas and northeastern Mindanao are not likely to linger, as noted in the forecasts.

With this development, DOST-PAGASA ENSO Alert and Warning System Status is “INACTIVE” (El Niño or La Niña conditions are not observed or expected to develop in the tropical Pacific within the next three (3) months) and ENSO-neutral condition is favored until September - October-November 2025 season.

Meanwhile, with the ongoing warm and dry season, the public and all concerned government agencies are advised to continue their ongoing precautionary measures to minimize heat stress and prevent any accompanying health risks associated with this climate condition.

DOST- PAGASA will continue to closely monitor any significant climate conditions and updates shall be issued as appropriate.

For more information, you may reach us by phone at (02) 8284-0800 local 4920/4921 (Climate Monitoring and Prediction Section) or through email at information@pagasa.dost.gov.ph; pagasa.climps@gmail.com.


Original Signed:


NATHANIEL T. SERVANDO, Ph.D.
Administrator


More Press Release

12 June 2020

Press Statement: 12 June 2020

The occurrence of scattered thunderstorms, Tropical Depression “BUTCHOY” and the Southwest Monsoon (Habagat) during...

Read more
27 July 2020

SPECIAL WEATHER FORECAST FOR THE STATE OF THE NATION ADDRESS (SONA)
27 July 2020

Today (27 July), Metro Manila will have partly cloudy to ...

Read more
23 March 2020

S&T PRESS RELEASE
23 March 2020
Qu...

Read more
20 March 2020

The gradual shift of wind direction from northeasterly to easterly over most parts of the country due to the establishment of the High Pressure Area (HPA) over ...

Read more