New Podcast Episodes from Talkin Winter Ops
Check out these recent episodes from AASHTO’s Talkin Winter Ops podcast.
News & Events
NCHRP Report Spotlights How Winter Road Repairs Can Affect Snow and Ice Removal
Keeping pavements in good working condition is critical throughout the year. But for many transportation agencies, decisions during the winter months regarding potholes and other repairs must be considered alongside deicing and plowing strategies.
Clear Roads Members Share Product Experiences
Thinking of trying a new winter maintenance product? See what Clear Roads members have to say!
Montana Evaluates High Friction Surface Treatments for Bridge Decks
A polymer overlay can extend a bridge deck’s service life by making it more waterproof and resistant to chlorides. These treatments are also known to improve surface friction, increasing skid resistance and driver safety.
Clear Roads’ National Survey Compiles Ninth Year of Winter Maintenance Data
We’ve published our ninth Annual Survey of State Winter Maintenance Data, which compiles winter resources, material and cost data from 41 states for the 2022-2023 winter season.
New Podcast Episode of Talkin’ Winter Ops
Now in its seventh season, AASHTO’s Talkin’ Winter Ops podcast hits the ground running with an all-new episode.
Winter Maintenance at the 2024 TRB Meeting
Clear Roads has prepared a listing of winter maintenance presentations from the 2024 Transportation Research Board Annual Meeting.
Winter Maintenance Research Roundup
Check out the recent research from transportation organizations around the country.
Winter Maintenance Research in Progress
New research is underway! Learn more about some of the winter maintenance issues that Clear Roads and other transportation organizations around the country are exploring now.
New Clear Roads Research: Efficacy, Cost and Impacts of Non-Chloride Deicers
Salt products used during winter maintenance can corrode vehicles, damage vegetation and contaminate road-side wells and waterways. Non-chloride deicers could potentially serve as viable substitutes, but their pros and cons have not always been been well understood.