Global surface temperatures are experiencing a shift as El Niño fades and La Niña emerges, driven by human-generated carbon pollution. NOAA predicts a high probability of La Niña affecting the Atlantic hurricane season. Models indicate a significant cooling impact on global temperatures ahead.
One of the big contributors to the record-breaking global temperatures over the past year – El Nino – is nearly gone, and its opposite, La Nina, is on the way. Whether that’s a relief or not depends in part on where you live. https://t.co/XJdMpqjGZG
A La Nina would have significant consequences for global agriculture because it typically brings wetter weather to eastern Australia and southeast Asia and drier conditions to the Americas. https://t.co/SWhMSCA548
One of the big contributors to the record-breaking global temperatures over the past year – El Nino – is nearly gone, and its opposite, La Nina, is on the way. https://t.co/XJdMpqjGZG
⚠️ AUSTRALIAN WEATHER BUREAU SEES 50% CHANCE OF LA NINA THIS YEAR Full Story → https://t.co/mQHTVZcRQv There are early signs that a La Nina weather event may form in the Pacific Ocean later this year, Australia's weather bureau said on Tuesday. https://t.co/ZH3e3zgb4P
La Niña conditions expected to emerge soon, according to NOAA https://t.co/RfE7Hqme4U
Last year ocean temperatures went on a wild ride, diverging far above past trends. This was led by El Niño and extreme warmth in the North Atlantic. With El Niño ending, ocean temps appear to be gradually coming back down to Earth, but we'll have to see where it settles out. https://t.co/R03J751Q7l
Last year ocean temperatures went on a wild ride, diverging far above from past trends. This was led by El Niño and extreme warmth in the North Atlantic. With El Niño ending, things appear to be gradually coming back down to Earth, but we'll have to see where it settles out. https://t.co/CmTGg4lkeU
One of the big contributors to the record-breaking global temperatures over the past year – El Nino – is nearly gone. Its opposite, La Nina, is on the way. (via @ConversationUS) https://t.co/XJdMpqjGZG
“A transition from El Niño to ENSO-neutral is likely in the next month. La Niña may develop in June-August (49% chance) or July-September (69% chance).” 🌎 https://t.co/kewchgIzAU https://t.co/eyvcqbLHsE
One of the big contributors to the record-breaking global temperatures over the past year – El Nino – is nearly gone, and its opposite, La Nina, is on the way. (From @ConversationUS) https://t.co/XJdMpqjGZG
Say goodbye to El Niño. Government meteorologists announced Thursday that El Niño is expected to end in the next month. https://t.co/zvReCRqkui https://t.co/3Kdqe3xlUC
With very few exceptions, the models now point to a very substantial La Nina (cooling tropical Pacific, w/ a cooling impact on global mean surface temperature) in the months ahead: https://t.co/8ujTQ39ujR https://t.co/zCBdzd9o6A
El Niño is likely to end as early as next month, followed by the arrival of La Niña by late summer or early fall. This has huge repercussions for the Atlantic hurricane season. https://t.co/WFAcRCPpFL
#ElNiño is nearing full termination as rapid cooling continues over the eastern eq. Pacific. While latest climate model forecasts have moderated slightly, confidence remains high in La Niña developing this summer and strengthening through peak hurricane season. https://t.co/GbmiyoKugk
NOAA maintains high probability (77%) for #LaNina conditions to develop by Atlantic #hurricane season peak (August-October). La Nina typically increases Atlantic hurricane activity by reducing vertical wind shear. NOAA also has a great ENSO blog: https://t.co/GHSqFt0qZS https://t.co/Bf2bjG3S91
The exceptional global surface warmth due to El Niño is rapidly dissipating. What's left is the unrelenting, steady warming from human-generated carbon pollution. That warming will continue until human carbon emissions reach zero. Keep your eye on the prize. https://t.co/aQCb6c9yod
Global surface temperatures are now merging with the pack as La Nina sets in: https://t.co/ZyRSUDcTFA https://t.co/wFENzuTzKa