Winter Storm Fern Cripples North American Ports with Widespread Closures and Delays
Severe winter weather from Storm Fern is causing extensive disruptions across major North American container ports in early February 2026, with terminal closures, reduced productivity, and significant delays affecting Houston, New York-New Jersey, and Canadian facilities, compounding supply chain challenges.
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What Happened
Winter Storm Fern swept across North America in late January and early February 2026, bringing heavy snow, ice, and hazardous conditions that severely impacted port operations from the Gulf Coast to the Northeast and into Canada. APM Terminals Elizabeth and Maher Terminals in New York-New Jersey closed on January 26 due to severe weather, while Houston's Port Authority suspended operations the same day before gradually resuming. The storm created difficult driving conditions, power outages affecting warehouse and terminal operations, and dangerous working environments at container yards. Gate turn times at affected facilities increased significantly, with APM Terminals Elizabeth reporting 47-minute average waits for single transactions and 77 minutes for doubles. Houston's Bayport Container Terminal experienced vessel waiting times of up to 96 hours. Canadian ports including Montreal, Halifax, and Vancouver also faced operational challenges, with vessels running 48-96 hours behind schedule due to severe North Atlantic weather conditions.
Why It Matters
This weather event highlights the vulnerability of North American supply chains to climate-related disruptions during the critical winter shipping season. The timing is particularly problematic as it coincides with post-Lunar New Year cargo movements and ongoing efforts by carriers to manage capacity through blank sailings. The widespread nature of the disruptions—affecting Gulf, East Coast, and Canadian ports simultaneously—leaves shippers with limited alternative routing options. For an industry already grappling with Red Sea diversions, overcapacity concerns, and declining freight rates, weather-induced delays add another layer of complexity to network planning and schedule reliability. The storm's impact on inland rail and trucking operations compounds port-level delays, creating ripple effects throughout the supply chain that can take weeks to fully resolve.
What It Affects
Import cargo destined for major US consumption markets faces extended dwell times and delivery delays. Retailers, manufacturers, and distributors relying on just-in-time inventory systems are particularly vulnerable to these disruptions. Rail intermodal services connecting ports to inland distribution centers experienced temporary suspensions and significant backlogs, with import rail dwell times reaching 2.8 days at some facilities. Trucking operations faced hazardous road conditions, reducing available capacity for drayage and inland transport. The delays affect container repositioning, potentially creating equipment shortages in certain markets once operations normalize. Export cargo also faces challenges, with reduced terminal productivity limiting the ability to load outbound vessels on schedule. The financial impact includes demurrage and detention charges for cargo owners, potential missed sailings requiring rebooking, and increased costs for expedited transport once conditions improve.
What to Watch Next
Monitor weather forecasts for additional winter storms that could cause recurring disruptions through February and March. Track port productivity metrics and vessel waiting times at affected facilities to gauge recovery speed. Watch for carrier announcements of additional blank sailings or schedule adjustments to accommodate weather-related delays. Pay attention to inland rail and trucking capacity reports, as these modes must absorb pent-up demand once port operations normalize. Observe whether extended delays lead to increased spot rate volatility or surcharges on affected trade lanes. Finally, monitor import dwell time statistics at major ports, as prolonged congestion could signal deeper supply chain bottlenecks requiring strategic adjustments by shippers and logistics providers.