This visualisation is powered by Climate Scale’s #SERIES product using statistical downscaled #CMIP6 data. Reach out for more details!

In the best-case scenario (SSP1-2.6), temperatures could stabilise around 6°C by the end of the century. In contrast, the worst-case scenario (SSP5-8.5) projects a significant increase, with annual averages exceeding 7°C.

The observed historical trend reveals a steady rise in temperatures since the 1980s, when the annual average temperature hovered around 0–2°C. Future projections, modelled under different #SSP scenarios, suggest diverging outcomes.

Achieving net-zero emissions by 2050 will demand substantial annual investments. The #COP29 climate summit in Azerbaijan is actually intensifying discussions on this escalating crisis and the financial commitments needed to address it.

🔗 Source: www.theguardian.com/environment/...

Despite a slight slowdown in emissions growth, atmospheric concentrations continue to rise, indicating a strain on natural carbon sinks and suggesting the difficulty of maintaining the 1.5°C warming limit set by the #ParisAgreement.

This alarming rise in CO₂, CH₄, and N₂O concentrations is primarily driven by persistent #FossilFuel consumption, intensified by wildfires, and a possible decline in natural carbon sinks. CH₄ has surged to 1,934 ppb, a 165% increase, while N₂O reached 336.9 ppb, a 25% rise.

According to a #BBC article, adapting through resilient infrastructure, nature-based solutions, and early-warning systems is essential to mitigate these rising threats.

🔗 www.bbc.com/future/artic...

on. Slower-moving hurricanes also pose a risk, dumping excessive rain and increasing the threat of catastrophic #flooding, as seen with #HurricaneDebby in 2024. Additionally, hurricane paths are shifting farther north, endangering regions that are less prepared.

Warmer ocean temperatures fuel faster storm intensification, providing hurricanes with more energy and moisture. This happened with #HurricaneMilton last October, which surged from a tropical storm to a Category 5 hurricane in record time—less than 24 hours.

This #ExtremeHeat not only exceeded previous records, but also underscored the accelerating impacts of #ClimateChange. Action to reduce greenhouse gas (#GHG) emissions is urgent, which is critical to curbing further temperature rises and the intensification of #ExtremeWeather events.

In #Europe, the situation was even more extreme, with surface air temperatures 1.54°C above the 1991-2020 period—making it the continent’s hottest summer on record. SE Europe experienced up to 60% more warm days than average, and 35% of European rivers saw notably or exceptionally low water levels.

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For comparison, historical data from 2000 to 2022 indicates that Córdoba experienced an average of only 2 days per year with minimum temperatures overcoming the 25°C threshold.

This is one of many other possible case studies. Stay tuned!

Data source: www.climatescale.com

#ClimateChange

As an example, the graph shows how the number of days with minimum daily temperatures exceeding 25°C in hashtag#Córdoba (Spain) is projected to change until the end of the century, under different emission scenarios. 👇

The hashtag#WMO recommends keeping room temperature at or below 24°C during the night—a threshold above which sleep can be uncomfortable. This is especially important for vulnerable people, such as babies, the elderly, and people with chronic health conditions. 👇

Our services support compliance with regulations like the #EUTaxonomy and #TCFD, ensuring your organisation is prepared for a climate-resilient future.

🔗 Read the full analysis: www.worldweatherattribution.org/autumn-and-w...

#ClimateChange #RiskManagement #Sustainability #ClimateScale

Additionally, the study used the wind-based Storm Severity Index (SSI) to analyze stormy days, taking into account both wind strength and affected area.

At Climate Scale, our tools offer high-resolution #ClimateData and precise risk assessments to help businesses navigate these challenges.

During the 2023–24 storm season, a stronger-than-normal #JetStream contributed to the severity of storms. The research highlights that the position and strength of the jet stream significantly influence storm development and intensity in these areas.

The resulting floods and disruptions underscore the urgent need for robust #ClimateRisk management.

The study used #ClimateModels and historical weather data to isolate the impact of human activities on storm intensity and precipitation levels.