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The Earth’s energy imbalance has reached a new high in 2025.

Under a stable climate, incoming energy from the sun is about the same as the amount of outgoing energy. However, increasing concentrations of greenhouse gases such as carbon dioxide, methane and nitrous oxide trap outgoing energy. As the trapped energy accumulates, it raises temperatures on land and in the oceans.

More findings from the WMO Global #StateOfClimate 2025.
🔗bit.ly/StateOfClimate2025

The Earth’s energy imbalance has reached a new high in 2025.

Under a stable climate, incoming energy from the sun is about the same as the amount of outgoing energy. However, increasing concentrations of greenhouse gases such as carbon dioxide, methane and nitrous oxide trap outgoing energy. As the trapped energy accumulates, it raises temperatures on land and in the oceans.

More findings from the WMO Global #StateOfClimate 2025.
🔗bit.ly/StateOfClimate2025

The last 11 years have been the hottest years ever recorded. Earth’s energy imbalance has reached its highest than at any time in observed history, with heat reaching deeper into the ocean. This is the Global #StateOfClimate 2025.

Read the full report. Act.
🔗bit.ly/StateOfClimate2025

#WorldMetDay

Why do we need observations?

Forecasts rely on data observed from all over the planet. Every economic decision, every infrastructure investment, every crop planting schedule, every health, water and energy management plan, and every supply-chain adjustment all depend on WMO’s global observing and forecasting backbone.

The risks of extreme weather to communities and economies increase as rising temperatures fuel more intense heatwaves, extreme rainfall and rapidly intensifying tropical cyclones. Earth observations provide the data we need to understand these risks and make better decisions to protect lives, communities and economies.

Only by observing today, can we protect tomorrow.

Find out more this #WorldMetDay on 23 March.

Be part of the unveiling of the WMO #StateOfClimate 2025 report.

Why do we need observations?

Forecasts rely on data observed from all over the planet. Every economic decision, every infrastructure investment, every crop planting schedule, every health, water and energy management plan, and every supply-chain adjustment all depend on WMO’s global observing and forecasting backbone.

The risks of extreme weather to communities and economies increase as rising temperatures fuel more intense heatwaves, extreme rainfall and rapidly intensifying tropical cyclones. Earth observations provide the data we need to understand these risks and make better decisions to protect lives, communities and economies.

Only by observing today, can we protect tomorrow.

Find out more this #WorldMetDay on 23 March.

Be part of the unveiling of the WMO #StateOfClimate 2025 report.

Why do we need observations?

Forecasts rely on data observed from all over the planet. Every economic decision, every infrastructure investment, every crop planting schedule, every health, water and energy management plan, and every supply-chain adjustment all depend on WMO’s global observing and forecasting backbone.

The risks of extreme weather to communities and economies increase as rising temperatures fuel more intense heatwaves, extreme rainfall and rapidly intensifying tropical cyclones. Earth observations provide the data we need to understand these risks and make better decisions to protect lives, communities and economies.

Only by observing today, can we protect tomorrow.

Find out more this #WorldMetDay on 23 March.

Be part of the unveiling of the WMO #StateOfClimate 2025 report.

Extreme heat is putting agriculture under growing pressure.

🐄 Livestock start experiencing heat stress above 25°C
🐟 Marine heatwaves can cause cardiac failure in fish
🌾 Crop yields start declining above 30°C
👩‍🌾 More days of dangerous heat are are taking a toll on agriculture workers

Extreme heat also multiplies the risks of water stress, flash droughts, wildfires, pests and diseases.

Read the latest WMO- @fao report to learn more about how heat stress is impacting agriculture — and what can be done to reduce these risks.

Link in bio.

In Malawi, early warnings do not stop at forecasts.

In a flood-prone district of southern Malawi, a farmer receives a text message through a local WhatsApp group warning of heavy rainfall expected within the next 24 hours. He helps spread the message through word of mouth to other villagers without phone. They then gather at the village assembly point to hear a briefing and discuss precautionary measures such as avoiding low-lying zones and not crossing flooded or fast-flowing waters. Some families move livestock to higher ground and secure tools and seed stores.

Malawi’s Department of Climate Change and Meteorological Services provides the country’s official weather forecasts and climate information. When expected conditions could lead to hazardous situations such as heavy rains or dry spells, the department issues an official warning through its website with information on the hazard type, time of issue and level of severity. Warnings are then broadcasted through radio, TV, a mobile weather app and social media.

The Department of Disaster Management Affairs plays a central coordinating role in ensuring that early warning information reaches communities and leads to action.

An early warning system works well only when communities know what to do before the hazard arrives. In Malawi, close coordination between forecasting, disaster management and local partners helps communities act on warnings in time.

In Malawi, early warnings do not stop at forecasts.

In a flood-prone district of southern Malawi, a farmer receives a text message through a local WhatsApp group warning of heavy rainfall expected within the next 24 hours. He helps spread the message through word of mouth to other villagers without phone. They then gather at the village assembly point to hear a briefing and discuss precautionary measures such as avoiding low-lying zones and not crossing flooded or fast-flowing waters. Some families move livestock to higher ground and secure tools and seed stores.

Malawi’s Department of Climate Change and Meteorological Services provides the country’s official weather forecasts and climate information. When expected conditions could lead to hazardous situations such as heavy rains or dry spells, the department issues an official warning through its website with information on the hazard type, time of issue and level of severity. Warnings are then broadcasted through radio, TV, a mobile weather app and social media.

The Department of Disaster Management Affairs plays a central coordinating role in ensuring that early warning information reaches communities and leads to action.

An early warning system works well only when communities know what to do before the hazard arrives. In Malawi, close coordination between forecasting, disaster management and local partners helps communities act on warnings in time.

Despite its idyllic appearance, photographer João Murteira says this lake in Timor-Leste hides a wild secret — crocodiles lurk beneath its calm waters, keeping people from venturing too close to its shore.

Around 70% of our planet is covered by water, but only about 3% is freshwater. Most of Earth’s freshwater is locked in glaciers and groundwater, while only a small amount is directly accessible in lakes and rivers.

Water continuously moves between the atmosphere, land and oceans through evaporation, condensation, precipitation and runoff. Changes in the water cycle can significantly affect precipitation patterns, leading to uneven distribution of water, droughts and floods.

Monitoring and assessing changes in the water cycle are crucial for the sustainable management of water resources and for helping communities prepare for water-related hazards such as floods and droughts.

Expect a below-normal 2026 Atlantic hurricane season, according to @noaa's latest outlook.

Forecasters predict a total of 8-14 named storms. Of those, 3-6 are forecast to become hurricanes, including 1-3 major hurricanes. In contrast, an average season has 14 named storms with seven hurricanes, including three major hurricanes.

Competing factors influence this forecast:
🔹El Niño is expected to develop and intensify during the hurricane season
🔹Ocean temperatures in the Atlantic are expected to be slightly warmer than normal
🔹Trade winds are likely weaker than average

While El Niño often suppress hurricane activity, how a season unfolds is still uncertain. #EarlyWarnings4All and preparedness are critical to help save lives and reduce damage.

The Atlantic hurricane season lasts from 1 June to 30 November and is carefully monitored by WMO’s Tropical Cyclone Programme. WMO is responsible for maintaining rotating lists of hurricane names for public awareness and safety.

🔗 in bio for more info.

Expect a below-normal 2026 Atlantic hurricane season, according to @noaa's latest outlook.

Forecasters predict a total of 8-14 named storms. Of those, 3-6 are forecast to become hurricanes, including 1-3 major hurricanes. In contrast, an average season has 14 named storms with seven hurricanes, including three major hurricanes.

Competing factors influence this forecast:
🔹El Niño is expected to develop and intensify during the hurricane season
🔹Ocean temperatures in the Atlantic are expected to be slightly warmer than normal
🔹Trade winds are likely weaker than average

While El Niño often suppress hurricane activity, how a season unfolds is still uncertain. #EarlyWarnings4All and preparedness are critical to help save lives and reduce damage.

The Atlantic hurricane season lasts from 1 June to 30 November and is carefully monitored by WMO’s Tropical Cyclone Programme. WMO is responsible for maintaining rotating lists of hurricane names for public awareness and safety.

🔗 in bio for more info.

[EN] Glaciers in Latin America are losing more ice than they gain.

Out of the 15 monitored glaciers in Argentina, Chile, Colombia, Peru and Ecuador, only three gained more ice between 2022 and 2025, while most continued to lose mass.

Satellite observations also show that many glaciers in the region, including the Chacaltaya Glacier near La Paz, Bolivia, have completely disappeared.

What happens when glaciers continue to shrink?

Andean glaciers are a critical water source for around 90 million people. They supply freshwater for drinking, hydropower, agriculture and industry.

The State of the Climate in Latin America and the Caribbean 2025 report is now available. Link in bio.

—

[ES] Los glaciares de América Latina están perdiendo más hielo del que ganan.

De los 15 glaciares objeto de seguimiento en Argentina, Chile, Colombia, Perú y Ecuador, solo tres aumentaron su masa de hielo entre 2022 y 2025, mientras que la mayoría siguió perdiendo masa.
Las observaciones por satélite también muestran que muchos glaciares de la región, incluido el glaciar Chacaltaya, cerca de La Paz (Bolivia), han desaparecido por completo.

¿Qué ocurre cuando los glaciares siguen reduciéndose?

Los glaciares andinos son una fuente de agua fundamental para unos 90 millones de personas. Suministran agua dulce para el consumo, la energía hidroeléctrica, la agricultura y la industria.

Ya está disponible el informe «El estado del clima en América Latina y el Caribe 2025». Enlace en la biografía.

[EN] Glaciers in Latin America are losing more ice than they gain.

Out of the 15 monitored glaciers in Argentina, Chile, Colombia, Peru and Ecuador, only three gained more ice between 2022 and 2025, while most continued to lose mass.

Satellite observations also show that many glaciers in the region, including the Chacaltaya Glacier near La Paz, Bolivia, have completely disappeared.

What happens when glaciers continue to shrink?

Andean glaciers are a critical water source for around 90 million people. They supply freshwater for drinking, hydropower, agriculture and industry.

The State of the Climate in Latin America and the Caribbean 2025 report is now available. Link in bio.

—

[ES] Los glaciares de América Latina están perdiendo más hielo del que ganan.

De los 15 glaciares objeto de seguimiento en Argentina, Chile, Colombia, Perú y Ecuador, solo tres aumentaron su masa de hielo entre 2022 y 2025, mientras que la mayoría siguió perdiendo masa.
Las observaciones por satélite también muestran que muchos glaciares de la región, incluido el glaciar Chacaltaya, cerca de La Paz (Bolivia), han desaparecido por completo.

¿Qué ocurre cuando los glaciares siguen reduciéndose?

Los glaciares andinos son una fuente de agua fundamental para unos 90 millones de personas. Suministran agua dulce para el consumo, la energía hidroeléctrica, la agricultura y la industria.

Ya está disponible el informe «El estado del clima en América Latina y el Caribe 2025». Enlace en la biografía.

Bee in the know! 🐝

Bees can teach us a lot about climate, weather and water. Here are six buzzworthy facts.

#WorldBeeDay

Bee in the know! 🐝

Bees can teach us a lot about climate, weather and water. Here are six buzzworthy facts.

#WorldBeeDay

Bee in the know! 🐝

Bees can teach us a lot about climate, weather and water. Here are six buzzworthy facts.

#WorldBeeDay

Bee in the know! 🐝

Bees can teach us a lot about climate, weather and water. Here are six buzzworthy facts.

#WorldBeeDay

Bee in the know! 🐝

Bees can teach us a lot about climate, weather and water. Here are six buzzworthy facts.

#WorldBeeDay

Bee in the know! 🐝

Bees can teach us a lot about climate, weather and water. Here are six buzzworthy facts.

#WorldBeeDay

Bee in the know! 🐝

Bees can teach us a lot about climate, weather and water. Here are six buzzworthy facts.

#WorldBeeDay

In 2025, Latin America and the Caribbean experienced rising land and ocean temperatures, wilder water cycle, glacier retreat.

The WMO #StateOfClimate in Latin America and the Caribbean 2025 report examined the region's climate through indicators including temperatures, precipitation, glacier retreat and its ocean conditions. The report also reviews the extreme events that shaped the year and their impacts on health, agriculture, and people’s safety.

🔗 in bio

The WMO #StateOfClimate in Latin America and the Caribbean 2025 Report is out!

Record-breaking heat, persistent drought, extreme rainfall and devastating tropical cyclones impacted communities and economies throughout Latin America and the Caribbean in 2025.

Melting glaciers leading to an upsurge in floods and long-term water security risks. Sea levels rising faster than the global average. Continuing ocean acidification and warming increasing risks to marine ecosystems and fisheries. Extreme heat posing more risks to public health.

🔗 Dive into the key findings through the link in our bio.

—

[ES] ¡Ya está disponible el informe de la OMM «El estado del clima en América Latina y el Caribe 2025»!

En 2025, olas de calor sin precedentes, sequías persistentes, lluvias torrenciales y ciclones tropicales devastadores afectaron a las comunidades y las economías de toda América Latina y el Caribe.

El deshielo de los glaciares provocó un aumento de las inundaciones y riesgos a largo plazo para la seguridad hídrica. El nivel del mar está subiendo más rápido que la media mundial. La acidificación y el calentamiento continuos de los océanos aumentan los riesgos para los ecosistemas marinos y la pesca. El calor extremo supone más riesgos para la salud pública.

🔗 Descubre las conclusiones principales a través del enlace de nuestra biografía.

—

[POR] O Relatório da OMM sobre o Estado do Clima na América Latina e no Caribe em 2025 já foi publicado!

Ondas de calor recordes, secas persistentes, chuvas extremas e ciclones tropicais devastadores afetaram comunidades e economias em toda a América Latina e no Caribe em 2025.

O derretimento das geleiras levou a um aumento repentino de inundações e a riscos de longo prazo para a segurança hídrica. O nível do mar está subindo mais rapidamente do que a média global. A acidificação e o aquecimento contínuos dos oceanos aumentam os riscos para os ecossistemas marinhos e a pesca. O calor extremo representa mais riscos para a saúde pública.

🔗 Conheça as principais conclusões através do link em nossa biografia.

The WMO #StateOfClimate in Latin America and the Caribbean 2025 Report is out!

Record-breaking heat, persistent drought, extreme rainfall and devastating tropical cyclones impacted communities and economies throughout Latin America and the Caribbean in 2025.

Melting glaciers leading to an upsurge in floods and long-term water security risks. Sea levels rising faster than the global average. Continuing ocean acidification and warming increasing risks to marine ecosystems and fisheries. Extreme heat posing more risks to public health.

🔗 Dive into the key findings through the link in our bio.

—

[ES] ¡Ya está disponible el informe de la OMM «El estado del clima en América Latina y el Caribe 2025»!

En 2025, olas de calor sin precedentes, sequías persistentes, lluvias torrenciales y ciclones tropicales devastadores afectaron a las comunidades y las economías de toda América Latina y el Caribe.

El deshielo de los glaciares provocó un aumento de las inundaciones y riesgos a largo plazo para la seguridad hídrica. El nivel del mar está subiendo más rápido que la media mundial. La acidificación y el calentamiento continuos de los océanos aumentan los riesgos para los ecosistemas marinos y la pesca. El calor extremo supone más riesgos para la salud pública.

🔗 Descubre las conclusiones principales a través del enlace de nuestra biografía.

—

[POR] O Relatório da OMM sobre o Estado do Clima na América Latina e no Caribe em 2025 já foi publicado!

Ondas de calor recordes, secas persistentes, chuvas extremas e ciclones tropicais devastadores afetaram comunidades e economias em toda a América Latina e no Caribe em 2025.

O derretimento das geleiras levou a um aumento repentino de inundações e a riscos de longo prazo para a segurança hídrica. O nível do mar está subindo mais rapidamente do que a média global. A acidificação e o aquecimento contínuos dos oceanos aumentam os riscos para os ecossistemas marinhos e a pesca. O calor extremo representa mais riscos para a saúde pública.

🔗 Conheça as principais conclusões através do link em nossa biografia.

The WMO #StateOfClimate in Latin America and the Caribbean 2025 Report is out!

Record-breaking heat, persistent drought, extreme rainfall and devastating tropical cyclones impacted communities and economies throughout Latin America and the Caribbean in 2025.

Melting glaciers leading to an upsurge in floods and long-term water security risks. Sea levels rising faster than the global average. Continuing ocean acidification and warming increasing risks to marine ecosystems and fisheries. Extreme heat posing more risks to public health.

🔗 Dive into the key findings through the link in our bio.

—

[ES] ¡Ya está disponible el informe de la OMM «El estado del clima en América Latina y el Caribe 2025»!

En 2025, olas de calor sin precedentes, sequías persistentes, lluvias torrenciales y ciclones tropicales devastadores afectaron a las comunidades y las economías de toda América Latina y el Caribe.

El deshielo de los glaciares provocó un aumento de las inundaciones y riesgos a largo plazo para la seguridad hídrica. El nivel del mar está subiendo más rápido que la media mundial. La acidificación y el calentamiento continuos de los océanos aumentan los riesgos para los ecosistemas marinos y la pesca. El calor extremo supone más riesgos para la salud pública.

🔗 Descubre las conclusiones principales a través del enlace de nuestra biografía.

—

[POR] O Relatório da OMM sobre o Estado do Clima na América Latina e no Caribe em 2025 já foi publicado!

Ondas de calor recordes, secas persistentes, chuvas extremas e ciclones tropicais devastadores afetaram comunidades e economias em toda a América Latina e no Caribe em 2025.

O derretimento das geleiras levou a um aumento repentino de inundações e a riscos de longo prazo para a segurança hídrica. O nível do mar está subindo mais rapidamente do que a média global. A acidificação e o aquecimento contínuos dos oceanos aumentam os riscos para os ecossistemas marinhos e a pesca. O calor extremo representa mais riscos para a saúde pública.

🔗 Conheça as principais conclusões através do link em nossa biografia.

The WMO #StateOfClimate in Latin America and the Caribbean 2025 Report is out!

Record-breaking heat, persistent drought, extreme rainfall and devastating tropical cyclones impacted communities and economies throughout Latin America and the Caribbean in 2025.

Melting glaciers leading to an upsurge in floods and long-term water security risks. Sea levels rising faster than the global average. Continuing ocean acidification and warming increasing risks to marine ecosystems and fisheries. Extreme heat posing more risks to public health.

🔗 Dive into the key findings through the link in our bio.

—

[ES] ¡Ya está disponible el informe de la OMM «El estado del clima en América Latina y el Caribe 2025»!

En 2025, olas de calor sin precedentes, sequías persistentes, lluvias torrenciales y ciclones tropicales devastadores afectaron a las comunidades y las economías de toda América Latina y el Caribe.

El deshielo de los glaciares provocó un aumento de las inundaciones y riesgos a largo plazo para la seguridad hídrica. El nivel del mar está subiendo más rápido que la media mundial. La acidificación y el calentamiento continuos de los océanos aumentan los riesgos para los ecosistemas marinos y la pesca. El calor extremo supone más riesgos para la salud pública.

🔗 Descubre las conclusiones principales a través del enlace de nuestra biografía.

—

[POR] O Relatório da OMM sobre o Estado do Clima na América Latina e no Caribe em 2025 já foi publicado!

Ondas de calor recordes, secas persistentes, chuvas extremas e ciclones tropicais devastadores afetaram comunidades e economias em toda a América Latina e no Caribe em 2025.

O derretimento das geleiras levou a um aumento repentino de inundações e a riscos de longo prazo para a segurança hídrica. O nível do mar está subindo mais rapidamente do que a média global. A acidificação e o aquecimento contínuos dos oceanos aumentam os riscos para os ecossistemas marinhos e a pesca. O calor extremo representa mais riscos para a saúde pública.

🔗 Conheça as principais conclusões através do link em nossa biografia.

The WMO #StateOfClimate in Latin America and the Caribbean 2025 Report is out!

Record-breaking heat, persistent drought, extreme rainfall and devastating tropical cyclones impacted communities and economies throughout Latin America and the Caribbean in 2025.

Melting glaciers leading to an upsurge in floods and long-term water security risks. Sea levels rising faster than the global average. Continuing ocean acidification and warming increasing risks to marine ecosystems and fisheries. Extreme heat posing more risks to public health.

🔗 Dive into the key findings through the link in our bio.

—

[ES] ¡Ya está disponible el informe de la OMM «El estado del clima en América Latina y el Caribe 2025»!

En 2025, olas de calor sin precedentes, sequías persistentes, lluvias torrenciales y ciclones tropicales devastadores afectaron a las comunidades y las economías de toda América Latina y el Caribe.

El deshielo de los glaciares provocó un aumento de las inundaciones y riesgos a largo plazo para la seguridad hídrica. El nivel del mar está subiendo más rápido que la media mundial. La acidificación y el calentamiento continuos de los océanos aumentan los riesgos para los ecosistemas marinos y la pesca. El calor extremo supone más riesgos para la salud pública.

🔗 Descubre las conclusiones principales a través del enlace de nuestra biografía.

—

[POR] O Relatório da OMM sobre o Estado do Clima na América Latina e no Caribe em 2025 já foi publicado!

Ondas de calor recordes, secas persistentes, chuvas extremas e ciclones tropicais devastadores afetaram comunidades e economias em toda a América Latina e no Caribe em 2025.

O derretimento das geleiras levou a um aumento repentino de inundações e a riscos de longo prazo para a segurança hídrica. O nível do mar está subindo mais rapidamente do que a média global. A acidificação e o aquecimento contínuos dos oceanos aumentam os riscos para os ecossistemas marinhos e a pesca. O calor extremo representa mais riscos para a saúde pública.

🔗 Conheça as principais conclusões através do link em nossa biografia.

The WMO #StateOfClimate in Latin America and the Caribbean 2025 Report is out!

Record-breaking heat, persistent drought, extreme rainfall and devastating tropical cyclones impacted communities and economies throughout Latin America and the Caribbean in 2025.

Melting glaciers leading to an upsurge in floods and long-term water security risks. Sea levels rising faster than the global average. Continuing ocean acidification and warming increasing risks to marine ecosystems and fisheries. Extreme heat posing more risks to public health.

🔗 Dive into the key findings through the link in our bio.

—

[ES] ¡Ya está disponible el informe de la OMM «El estado del clima en América Latina y el Caribe 2025»!

En 2025, olas de calor sin precedentes, sequías persistentes, lluvias torrenciales y ciclones tropicales devastadores afectaron a las comunidades y las economías de toda América Latina y el Caribe.

El deshielo de los glaciares provocó un aumento de las inundaciones y riesgos a largo plazo para la seguridad hídrica. El nivel del mar está subiendo más rápido que la media mundial. La acidificación y el calentamiento continuos de los océanos aumentan los riesgos para los ecosistemas marinos y la pesca. El calor extremo supone más riesgos para la salud pública.

🔗 Descubre las conclusiones principales a través del enlace de nuestra biografía.

—

[POR] O Relatório da OMM sobre o Estado do Clima na América Latina e no Caribe em 2025 já foi publicado!

Ondas de calor recordes, secas persistentes, chuvas extremas e ciclones tropicais devastadores afetaram comunidades e economias em toda a América Latina e no Caribe em 2025.

O derretimento das geleiras levou a um aumento repentino de inundações e a riscos de longo prazo para a segurança hídrica. O nível do mar está subindo mais rapidamente do que a média global. A acidificação e o aquecimento contínuos dos oceanos aumentam os riscos para os ecossistemas marinhos e a pesca. O calor extremo representa mais riscos para a saúde pública.

🔗 Conheça as principais conclusões através do link em nossa biografia.

The WMO #StateOfClimate in Latin America and the Caribbean 2025 Report is out!

Record-breaking heat, persistent drought, extreme rainfall and devastating tropical cyclones impacted communities and economies throughout Latin America and the Caribbean in 2025.

Melting glaciers leading to an upsurge in floods and long-term water security risks. Sea levels rising faster than the global average. Continuing ocean acidification and warming increasing risks to marine ecosystems and fisheries. Extreme heat posing more risks to public health.

🔗 Dive into the key findings through the link in our bio.

—

[ES] ¡Ya está disponible el informe de la OMM «El estado del clima en América Latina y el Caribe 2025»!

En 2025, olas de calor sin precedentes, sequías persistentes, lluvias torrenciales y ciclones tropicales devastadores afectaron a las comunidades y las economías de toda América Latina y el Caribe.

El deshielo de los glaciares provocó un aumento de las inundaciones y riesgos a largo plazo para la seguridad hídrica. El nivel del mar está subiendo más rápido que la media mundial. La acidificación y el calentamiento continuos de los océanos aumentan los riesgos para los ecosistemas marinos y la pesca. El calor extremo supone más riesgos para la salud pública.

🔗 Descubre las conclusiones principales a través del enlace de nuestra biografía.

—

[POR] O Relatório da OMM sobre o Estado do Clima na América Latina e no Caribe em 2025 já foi publicado!

Ondas de calor recordes, secas persistentes, chuvas extremas e ciclones tropicais devastadores afetaram comunidades e economias em toda a América Latina e no Caribe em 2025.

O derretimento das geleiras levou a um aumento repentino de inundações e a riscos de longo prazo para a segurança hídrica. O nível do mar está subindo mais rapidamente do que a média global. A acidificação e o aquecimento contínuos dos oceanos aumentam os riscos para os ecossistemas marinhos e a pesca. O calor extremo representa mais riscos para a saúde pública.

🔗 Conheça as principais conclusões através do link em nossa biografia.

The WMO #StateOfClimate in Latin America and the Caribbean 2025 Report is out!

Record-breaking heat, persistent drought, extreme rainfall and devastating tropical cyclones impacted communities and economies throughout Latin America and the Caribbean in 2025.

Melting glaciers leading to an upsurge in floods and long-term water security risks. Sea levels rising faster than the global average. Continuing ocean acidification and warming increasing risks to marine ecosystems and fisheries. Extreme heat posing more risks to public health.

🔗 Dive into the key findings through the link in our bio.

—

[ES] ¡Ya está disponible el informe de la OMM «El estado del clima en América Latina y el Caribe 2025»!

En 2025, olas de calor sin precedentes, sequías persistentes, lluvias torrenciales y ciclones tropicales devastadores afectaron a las comunidades y las economías de toda América Latina y el Caribe.

El deshielo de los glaciares provocó un aumento de las inundaciones y riesgos a largo plazo para la seguridad hídrica. El nivel del mar está subiendo más rápido que la media mundial. La acidificación y el calentamiento continuos de los océanos aumentan los riesgos para los ecosistemas marinos y la pesca. El calor extremo supone más riesgos para la salud pública.

🔗 Descubre las conclusiones principales a través del enlace de nuestra biografía.

—

[POR] O Relatório da OMM sobre o Estado do Clima na América Latina e no Caribe em 2025 já foi publicado!

Ondas de calor recordes, secas persistentes, chuvas extremas e ciclones tropicais devastadores afetaram comunidades e economias em toda a América Latina e no Caribe em 2025.

O derretimento das geleiras levou a um aumento repentino de inundações e a riscos de longo prazo para a segurança hídrica. O nível do mar está subindo mais rapidamente do que a média global. A acidificação e o aquecimento contínuos dos oceanos aumentam os riscos para os ecossistemas marinhos e a pesca. O calor extremo representa mais riscos para a saúde pública.

🔗 Conheça as principais conclusões através do link em nossa biografia.

The WMO #StateOfClimate in Latin America and the Caribbean 2025 Report is out!

Record-breaking heat, persistent drought, extreme rainfall and devastating tropical cyclones impacted communities and economies throughout Latin America and the Caribbean in 2025.

Melting glaciers leading to an upsurge in floods and long-term water security risks. Sea levels rising faster than the global average. Continuing ocean acidification and warming increasing risks to marine ecosystems and fisheries. Extreme heat posing more risks to public health.

🔗 Dive into the key findings through the link in our bio.

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[ES] ¡Ya está disponible el informe de la OMM «El estado del clima en América Latina y el Caribe 2025»!

En 2025, olas de calor sin precedentes, sequías persistentes, lluvias torrenciales y ciclones tropicales devastadores afectaron a las comunidades y las economías de toda América Latina y el Caribe.

El deshielo de los glaciares provocó un aumento de las inundaciones y riesgos a largo plazo para la seguridad hídrica. El nivel del mar está subiendo más rápido que la media mundial. La acidificación y el calentamiento continuos de los océanos aumentan los riesgos para los ecosistemas marinos y la pesca. El calor extremo supone más riesgos para la salud pública.

🔗 Descubre las conclusiones principales a través del enlace de nuestra biografía.

—

[POR] O Relatório da OMM sobre o Estado do Clima na América Latina e no Caribe em 2025 já foi publicado!

Ondas de calor recordes, secas persistentes, chuvas extremas e ciclones tropicais devastadores afetaram comunidades e economias em toda a América Latina e no Caribe em 2025.

O derretimento das geleiras levou a um aumento repentino de inundações e a riscos de longo prazo para a segurança hídrica. O nível do mar está subindo mais rapidamente do que a média global. A acidificação e o aquecimento contínuos dos oceanos aumentam os riscos para os ecossistemas marinhos e a pesca. O calor extremo representa mais riscos para a saúde pública.

🔗 Conheça as principais conclusões através do link em nossa biografia.

The WMO #StateOfClimate in Latin America and the Caribbean 2025 Report is out!

Record-breaking heat, persistent drought, extreme rainfall and devastating tropical cyclones impacted communities and economies throughout Latin America and the Caribbean in 2025.

Melting glaciers leading to an upsurge in floods and long-term water security risks. Sea levels rising faster than the global average. Continuing ocean acidification and warming increasing risks to marine ecosystems and fisheries. Extreme heat posing more risks to public health.

🔗 Dive into the key findings through the link in our bio.

—

[ES] ¡Ya está disponible el informe de la OMM «El estado del clima en América Latina y el Caribe 2025»!

En 2025, olas de calor sin precedentes, sequías persistentes, lluvias torrenciales y ciclones tropicales devastadores afectaron a las comunidades y las economías de toda América Latina y el Caribe.

El deshielo de los glaciares provocó un aumento de las inundaciones y riesgos a largo plazo para la seguridad hídrica. El nivel del mar está subiendo más rápido que la media mundial. La acidificación y el calentamiento continuos de los océanos aumentan los riesgos para los ecosistemas marinos y la pesca. El calor extremo supone más riesgos para la salud pública.

🔗 Descubre las conclusiones principales a través del enlace de nuestra biografía.

—

[POR] O Relatório da OMM sobre o Estado do Clima na América Latina e no Caribe em 2025 já foi publicado!

Ondas de calor recordes, secas persistentes, chuvas extremas e ciclones tropicais devastadores afetaram comunidades e economias em toda a América Latina e no Caribe em 2025.

O derretimento das geleiras levou a um aumento repentino de inundações e a riscos de longo prazo para a segurança hídrica. O nível do mar está subindo mais rapidamente do que a média global. A acidificação e o aquecimento contínuos dos oceanos aumentam os riscos para os ecossistemas marinhos e a pesca. O calor extremo representa mais riscos para a saúde pública.

🔗 Conheça as principais conclusões através do link em nossa biografia.

The WMO #StateOfClimate in Latin America and the Caribbean 2025 Report is out!

Record-breaking heat, persistent drought, extreme rainfall and devastating tropical cyclones impacted communities and economies throughout Latin America and the Caribbean in 2025.

Melting glaciers leading to an upsurge in floods and long-term water security risks. Sea levels rising faster than the global average. Continuing ocean acidification and warming increasing risks to marine ecosystems and fisheries. Extreme heat posing more risks to public health.

🔗 Dive into the key findings through the link in our bio.

—

[ES] ¡Ya está disponible el informe de la OMM «El estado del clima en América Latina y el Caribe 2025»!

En 2025, olas de calor sin precedentes, sequías persistentes, lluvias torrenciales y ciclones tropicales devastadores afectaron a las comunidades y las economías de toda América Latina y el Caribe.

El deshielo de los glaciares provocó un aumento de las inundaciones y riesgos a largo plazo para la seguridad hídrica. El nivel del mar está subiendo más rápido que la media mundial. La acidificación y el calentamiento continuos de los océanos aumentan los riesgos para los ecosistemas marinos y la pesca. El calor extremo supone más riesgos para la salud pública.

🔗 Descubre las conclusiones principales a través del enlace de nuestra biografía.

—

[POR] O Relatório da OMM sobre o Estado do Clima na América Latina e no Caribe em 2025 já foi publicado!

Ondas de calor recordes, secas persistentes, chuvas extremas e ciclones tropicais devastadores afetaram comunidades e economias em toda a América Latina e no Caribe em 2025.

O derretimento das geleiras levou a um aumento repentino de inundações e a riscos de longo prazo para a segurança hídrica. O nível do mar está subindo mais rapidamente do que a média global. A acidificação e o aquecimento contínuos dos oceanos aumentam os riscos para os ecossistemas marinhos e a pesca. O calor extremo representa mais riscos para a saúde pública.

🔗 Conheça as principais conclusões através do link em nossa biografia.

Did you ever wonder what the weather was like on the day you were born? This new app can be your time machine to revisit past weather.

Weather Replay from @copernicusecmwf enables anyone to revisit the weather anywhere on the globe, hour by hour, from January 1940 up to a few days before present.

The simulations uses ERA5 reanalysis, a cloud-ready ARCO archive system produced with roughly the same tools used for the ECMWF weather forecast.

The app allows users to select a date and location and features a selection of significant historical weather events like storms, heatwaves, and flooding. Weather Replay can also compare two events. For example, the heatwave in Scandinavia in July 2018 with the unprecedented heatwave in Fennoscandia of 2025 which was featured as a highlight in the European State of the Climate #ESOTC2025 report.

Explore this app through the link in our bio.

Did you ever wonder what the weather was like on the day you were born? This new app can be your time machine to revisit past weather.

Weather Replay from @copernicusecmwf enables anyone to revisit the weather anywhere on the globe, hour by hour, from January 1940 up to a few days before present.

The simulations uses ERA5 reanalysis, a cloud-ready ARCO archive system produced with roughly the same tools used for the ECMWF weather forecast.

The app allows users to select a date and location and features a selection of significant historical weather events like storms, heatwaves, and flooding. Weather Replay can also compare two events. For example, the heatwave in Scandinavia in July 2018 with the unprecedented heatwave in Fennoscandia of 2025 which was featured as a highlight in the European State of the Climate #ESOTC2025 report.

Explore this app through the link in our bio.

Did you ever wonder what the weather was like on the day you were born? This new app can be your time machine to revisit past weather.

Weather Replay from @copernicusecmwf enables anyone to revisit the weather anywhere on the globe, hour by hour, from January 1940 up to a few days before present.

The simulations uses ERA5 reanalysis, a cloud-ready ARCO archive system produced with roughly the same tools used for the ECMWF weather forecast.

The app allows users to select a date and location and features a selection of significant historical weather events like storms, heatwaves, and flooding. Weather Replay can also compare two events. For example, the heatwave in Scandinavia in July 2018 with the unprecedented heatwave in Fennoscandia of 2025 which was featured as a highlight in the European State of the Climate #ESOTC2025 report.

Explore this app through the link in our bio.