This winter, an ice storm hit northern Michigan, causing extensive damage to an estimated 3 million acres of trees and impacting 3,000 state roads. Twelve counties have been declared disaster areas due to the storm's aftermath, with many residents still without power. The storm's effects are likely to last for months, especially for areas like Mackinac Island, where the cleanup, including the removal of downed trees, is ongoing. On the technical side, ice storms rely on complex weather conditions, making them particularly destructive compared to snow.
Winter's grip is delaying recovery across the upper Midwest, specifically in Michigan, where a recent ice storm devastated millions of trees and disrupted infrastructure.
The effects of the ice storm in northern Michigan are expected to persist long-term, impacting the landscape and the local ecosystem significantly.
In Mackinaw City, utility crews are focused on clean-up efforts, facing a challenging task of restoring normalcy to the island after significant damage.
The climatic conditions needed for ice storms involve complicated transitions from snow to rain to refrozen precipitation, which make them particularly destructive.
Collection
[
|
...
]