Thu May 22 00:00:00 UTC 2025: Here’s a summary of the article, followed by a rewritten news article based on the provided information:

**Summary:**

A new study from ETH Zurich warns that climate change, particularly under the SSP5-8.5 scenario (high fossil fuel use), will lead to more intense and widespread cyclones, posing a significant threat to ecosystems worldwide. A follow-up study highlights the specific risk to mangroves, vital coastal ecosystems, with potentially over half facing high to severe risk by 2100, especially in Southeast Asia. The research underscores the need for proactive conservation strategies that account for shifting cyclone patterns and the long-term recovery time of affected ecosystems. The future depends on global commitment to reducing fossil fuel dependence and adhering to the Paris Agreement goals.

**News Article:**

**Climate Change to Unleash More Destructive Cyclones, Threatening Ecosystems Worldwide**

**Kolkata, May 22, 2025** – A groundbreaking new study from ETH Zurich paints a dire picture of the future, warning that climate change is set to dramatically alter cyclone patterns and intensity, posing a severe threat to vulnerable ecosystems globally. Published this week, the research highlights the critical need for urgent action to mitigate the effects of global warming.

The study, focusing on the high-emission SSP5-8.5 scenario, projects that cyclones will not only become more powerful but also begin impacting regions previously unaffected, leaving ecosystems struggling to adapt. Researchers used advanced modelling to assess the risks to various ecoregions, concluding that many lack the resilience to withstand the projected changes.

A companion study specifically examines the devastating impact on mangroves, crucial coastal ecosystems that provide vital protection against storms, store significant amounts of carbon, and support biodiversity. The findings suggest that up to 56% of the world’s mangrove areas could face high to severe risk by 2100, with Southeast Asia facing particularly catastrophic losses. Even under less extreme climate scenarios, the study warns that mangroves protecting communities in Southeast Asia are at severe risk.

“We’re underestimating the scale of what’s coming,” warns Chahan Kropf, a scientist at ETH Zürich and co-author of the studies. “The changing cyclone patterns could have enormous consequences.”

The research team emphasizes the need to incorporate long-term recovery time into risk assessments and to implement risk-sensitive conservation planning. They also stressed that the severity of the future impacts hinges on the world’s commitment to reducing reliance on fossil fuels and upholding the Paris Agreement.

Philip Ward, a climate researcher at Vrije Universiteit Amsterdam who was not involved in the study, praised the research, calling it a valuable insight using state-of-the-art data and models.

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