Summer Sagoonick filed her opening brief with the Alaska Supreme Court in June. The state's response isn't due yet. No hearing date has been set. Meanwhile, the 800-mile pipeline she's challenging—designed to triple Alaska's emissions for thirty years—moves at the speed of money and executive orders.

She's 22, Iñupiaq, from a village on thawing permafrost. The case argues Alaska can't mandate a fossil fuel project under a constitution requiring sustainable resource management. The appeal could take a year, maybe longer. The permafrost won't wait that long.

Summer Sagoonick filed her opening brief with the Alaska Supreme Court in June. The state's response isn't due yet. No hearing date has been set. Meanwhile, the 800-mile pipeline she's challenging—designed to triple Alaska's emissions for thirty years—moves at the speed of money and executive orders.

She's 22, Iñupiaq, from a village on thawing permafrost. The case argues Alaska can't mandate a fossil fuel project under a constitution requiring sustainable resource management. The appeal could take a year, maybe longer. The permafrost won't wait that long.

The North American Energy Reliability Council warned November 18 that extreme cold could strain the power grid this winter, particularly in New England and the Upper Midwest. The assessment doesn't predict widespread blackouts, but it does surface a question thousands of households are already wrestling with: Is this the year to buy a generator?

The actual risk isn't running out of electricity. Grid operators say they have adequate generating capacity. The vulnerability is transmission lines failing during ice storms, which caused 80% of major U.S. outages over the past two decades. New England faces additional exposure because the region burns natural gas for 70% of winter power but has constrained pipeline capacity. When temperatures dropped to 41°F earlier this month, gas prices nearly doubled in a week.

The North American Energy Reliability Council warned November 18 that extreme cold could strain the power grid this winter, particularly in New England and the Upper Midwest. The assessment doesn't predict widespread blackouts, but it does surface a question thousands of households are already wrestling with: Is this the year to buy a generator?

The actual risk isn't running out of electricity. Grid operators say they have adequate generating capacity. The vulnerability is transmission lines failing during ice storms, which caused 80% of major U.S. outages over the past two decades. New England faces additional exposure because the region burns natural gas for 70% of winter power but has constrained pipeline capacity. When temperatures dropped to 41°F earlier this month, gas prices nearly doubled in a week.

Preparation uncertainty: No one can tell you whether your specific neighborhood will lose power, making the generator decision a bet on probabilities rather than certainties.

Price volatility: Boston-area natural gas spiked from $4.75 to over $24 per million BTU during last winter's cold snaps, translating to heating bill chaos.

Outage acceleration: Weather-related power failures have increased every four-year period since 2012, with winter storms causing nearly a quarter of all incidents.

Infrastructure age: Most U.S. electric systems were built over 30 years ago and face mounting strain from both extreme weather and increased demand.

Regional differences: The southern third of the country expects warmer-than-average temperatures this winter, reducing strain in those areas while northern regions face heightened risk.