meteorology

meteorology

meteorology

A study reveals temperature fluctuations of up to 25ºC over the past 485 million years

A study has analyzed changes in the Earth's average global surface temperature over the past 485 million years and has discovered oscillations ranging from 11°C to 36°C, representing a variation of up to 25°C. The research concludes that temperatures during the Phanerozoic underwent more fluctuations than previously thought and shows a correlation between CO2 and changes in Earth's temperature. The article, published in the journal Science, combines thousands of data points with a modeling method used for weather forecasting.

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Reaction to two methods using artificial intelligence techniques to forecast the weather

Two studies published in the journal Nature use artificial intelligence (AI) to try to predict the weather. One system, trained on nearly 40 years of global weather data, is capable of predicting global weather patterns up to a week in advance. The second, called NowcastNet, combines physics rules and deep learning for immediate prediction of precipitation, including extreme precipitation.

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Reactions to the high temperatures expected for the next few days in the Iberian Peninsula and the Balearic Islands

The State Meteorological Agency (AEMET) has reported that, from Tuesday, the progressive entry of a mass of very warm and dry air of African origin over the peninsula and the Balearic Islands will cause exceptionally high temperatures for this time of year, with values typical of summer. According to AEMET, during Thursday 27, the threshold of 30 ºC is likely to be exceeded throughout the southern half, as well as on the banks of the Ebro. On the other hand, 35 ºC is likely to extend to the Guadalquivir valley in Córdoba and Jaén. During Friday it is possible that 35 ºC will be exceeded in the banks of the Ebro in Zaragoza and other points of the southern half, in addition to the Guadalquivir valley, where the maximum temperature values could be around 38-40 ºC.

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Reactions to the study revealing that the Azores anticyclone expands due to climate change and reduces rainfall on the Iberian Peninsula

A study published in Nature Geoscience shows how climate change is interfering with processes affecting atmospheric circulation and significantly altering the climate in Spain and Portugal. The anomalous expansion of the Azores anticyclone is drying out the Iberian Peninsula and making it increasingly resemble North Africa.

Reactions to study attributing heatwaves to climate change and warning that their impact is greater than believed

British researchers have analysed the extent to which various types of extreme weather events are attributable to climate change. In the case of heatwaves, they find an unequivocal link. They estimate that the 35 worldwide between 2000 and 2020 have caused at least 157,000 deaths and warn that it is very likely that the impact of this phenomenon is being underestimated.