Oregon Braces for Summer Water Shortages and Higher Fire Risk After Low Snowfall
Updated
Updated · The New York Times · May 12
Oregon Braces for Summer Water Shortages and Higher Fire Risk After Low Snowfall
6 articles · Updated · The New York Times · May 12
Oregon is heading into summer with elevated wildfire danger and likely water shortages after an unusually thin winter snowpack left mountain areas already dry.
Record warmth erased much of the little snow that did fall, reducing the moisture that normally delays fire season and helps sustain water supplies through hotter months.
In eastern Oregon, fire officials say sparse snow in the Strawberry Mountains means the season could start earlier and last longer, with dry vegetation more vulnerable to lightning or human-caused ignitions.
The threat extends beyond Oregon: much of the American West saw below-normal snowfall, and states across the region are preparing for tighter water supplies and a more dangerous fire season.
As record drought primes the entire West for fire, are there enough firefighters and aircraft to go around this summer?
With a century-old water pact failing, how will the West avoid a legal war over the dwindling Colorado River this year?
Beyond emergency declarations, what radical lifestyle changes are needed for Oregon's 'new normal' of permanent drought?
Oregon Faces 2026 Drought Emergency: Record-Low Snowpack, Water Shortages, and Wildfire Threat
Overview
Oregon is facing a severe summer in 2026, with widespread drought, critical water shortages, and an increased risk of early wildfires. This crisis is driven by an unusually warm winter and historically low snowpack levels, which have not been this low since 2015—a year that saw drought declarations in most counties. As a result, water scarcity is expected to impact agriculture, natural ecosystems, and communities across the state. The situation highlights the urgent need for coordinated response, improved water management, and long-term planning to build resilience against the growing challenges of climate change.