Hurricane Helene is a major disaster that highlights the growing economic risks associated with climate change. While the financial impact of the hurricane is significant, with estimates reaching over $100 billion with long-term implications for communities, businesses, and individuals. Climate change will increasingly lead to "known unknowns" - events that we know will happen but cannot predict their exact timing or location. Adaptation, investing in preventative measures, and the need for governments and companies to take proactive steps to mitigate the financial and social consequences of these events is vital to move forward.

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There’s a hidden danger of toxic chemical releases from industrial facilities during hurricanes. Limited disclosure requirements and insufficient public information about these risks leave communities unprepared and unaware of the potential consequences. Red tide has been detected in Pinellas County waters following Hurricane Helene. This poses an additional health risk for residents already dealing with storm damage and cleanup, as red tide can cause respiratory problems and potentially harm marine life.

Conspiracy theories circulate about Hurricane Helene, which struck Florida in September 2024 and wreaked havoc upon upstate North Carolina. Some theories claim the hurricane was intentionally manipulated to impact Republican areas, while others suggest it was engineered to clear land for lithium mining. We also examine theories claiming the hurricane was created or guided by technology, such as HAARP, frequency transmitters, or cloud seeding. While lithium is on the mind of conspiracy theorist, a real life quartz mining facility has been severely impacted by Helene, which could cause supply chain disruptions for weeks or months.

We explore the devastating floods that hit Asheville, North Carolina, after Hurricane Helene, challenging the city's former reputation as a "climate haven." It explains that climate change is making intense rainfall events more frequent and severe, leaving even high-elevation areas vulnerable. Climate change is exacerbating flooding risks across the United States, including in Appalachia, where the terrain amplifies the impact of heavy rains. We also compare the recent floods to the "Great Flood" of 1916, highlighting the catastrophic devastation caused by heavy rainfall and emphasizing the historical context of similar events in the region. Damage from Helene is extensive, causing significant problems with infrastructure and prompting relief efforts as the full extent of the impact still remains unknown.

How to determine flood risk for properties in the United States. Yale Climate brings us tools and resources, categorized by the type of information they provide, and it critiques the accuracy and limitations of each. These tools are essential in an era of increasing flood risk due to climate change. We discuss the new Risk Rating 2.0 system implemented by the National Flood Insurance Program, which aims to ensure future payouts do not exceed premiums.