[ORGANIZATION]
Instituto Uruguayo de Meteorología
Featured in 13 tracked stories · first seen
Situations
Severe weather and river flooding risks expand in Americas
20 clusters · 372 sources · last updated
Latest: South America weather: Storm alerts and saturated soils in Argentina and Paraguay
Severe weather conditions continue to impact much of South and Central America, driven by low-pressure systems, moisture, and El Niño. In Argentina, the National Meteorological Service (SMN) has issued widespread orange
Latin America El Niño response: floods, drought, and risks
40 clusters · 342 sources · last updated
Latest: Argentina and Mexico implement measures to support livestock sectors
As of late October 2026, the ‘Super Niño’ phenomenon continues to drive extreme weather risks across Latin America, with an 83% probability of intense activity lasting through the first quarter of 2027. In Argentina, the
Severe weather and landslides across South America
10 clusters · 224 sources · last updated
Latest: Atmospheric block triggers widespread rain across Uruguay, Argentina, and Paraguay
Severe weather systems continue to impact South America, with expanding alerts and ongoing infrastructure damage. In Argentina, the Servicio Meteorológico Nacional (SMN) has extended orange alerts to include Entre Ríos,
Extreme weather and frontal systems in Chile, Argentina, and
12 clusters · 87 sources · last updated
Latest: Frontal system brings unseasonal winter weather to central Chile
The atmospheric river and frontal systems affecting Chile and Argentina have evolved into broader patterns of meteorological instability across South America. In Argentina, a significant thermal contrast persists as cold
Rising flood risks in Uruguay and Argentina rivers
3 clusters · 14 sources · last updated
Latest: Uruguay River rises rapidly, placing Corrientes towns on alert
The Uruguay River and surrounding basins continue to face significant hydrological risks driven by the El Niño phenomenon. In northern Uruguay, meteorologists are monitoring an atmospheric river expected to bring heavy s