Planning for Climate Change
The Oregon Department of Transportation is working to reduce the amount of greenhouse gases emitted through our operation and management of the state's transportation system. We are collaborating with others to develop innovative responses, minimizing energy use, increasing fuel efficiency and use of low carbon fuels, and supporting multi-modal transportation systems.
ODOT is also planning for the impacts of climate change on the transportation system (known as adaptation) and increasing transportation resilience through research, pilot studies and strategic projects.
Climate Change Contact Matrix
Many parts of ODOT are working on climate change-related issues. This list includes the various programs and groups involved, and is organized into three tables: program-related activities, internal/external networks and committees, and measures and tools.
Climate Change Contact Matrix
Reducing Greenhouse Gas Emissions from Transportation Sources
The Oregon Sustainable Transportation Initiative, or OSTI, is an integrated statewide effort to reduce greenhouse gas, or GHG, emissions from transportation while creating healthier, more livable communities and greater economic opportunity.
ODOT provides leadership on OSTI through development and implementation of the Statewide Transportation Strategy, or STS. The STS is a state-level scenario planning effort that examines all aspects of the transportation system, including the movement of people and goods, and identifies a combination of strategies to reduce GHG emissions. The STS identifies a variety of effective GHG emissions reduction strategies in transportation systems, vehicle and fuel technologies, and urban land use patterns.
ODOT is also taking steps to reduce emissions from operating our internal fleet. This is important since we manage and maintain the statewide highway system and have one of the largest and most active vehicle fleets. ODOT has made great strides to increase the number of alternative fuel vehicles available, reduce diesel truck idling, and increase the use of alternative fuels, such as biodiesel. To find out more on our efforts in this area refer to the Sustainability Progress Reports.
Climate Change Adaptation
The impacts from climate change on our transportation system are projected to increase this century — and ODOT wants to be ready. Through adaptation planning and research we are taking the steps necessary to be prepared. Climate impacts on transportation can include: extreme storms events and flooding, rising sea levels and storm surge, coastal erosion and landslides, and higher temperatures and wildfire risks. ODOT is developing strategies to make the transportation system more resilient to these hazards.
ODOT’s Sustainability Program is leading the agency in adaptation research and planning. Our Adaptation Work Group is a cross agency team of managers and subject experts who help set agency priorities and provides technical guidance for adaptation planning work items.
Adaptation Strategy Report
ODOT prepared a Climate Change Adaptation Strategy Report in 2012. The Strategy provides a preliminary assessment of the climate change impacts to ODOT's operations and infrastructure, underlines the need for vulnerability and risk assessments, and identifies current areas of adaptive capacity and priority actions that can build resilience to projected climate impacts.
Climate Change Adaptation Strategy Report
Sea Level Rise Mapping and Guidance
ODOT is working to integrate sea level rise, or SLR, projections into agency decision-making. Results from a Sea Level Rise Exposure Inventory shows impacts to state highways under three future SLR scenarios (year 2030, 2050, 2100). This information is available for use by planning and project design teams. ODOT's goal is to make strategic use of new maps and assessment tools created by Oregon’s Coastal Management Program. The project is being guided by an agency project team with input from a management steering team. Work will be on-going through 2018.
Coastal Landslide and Bluff Monitoring (SPR 807)
ODOT is monitoring coastal landslides and bluff retreat to inform coastal adaptation and risk assessments. This work will occur at five high risk landslide sites on the Oregon coast over seven years. The project will use Light Detecting and Ranging, or LiDAR, and other cutting edge technologies to monitoring landform changes over time. We will use the results to inform project risks and priorities for protecting highways threatened by landslides. Research will be on-going through 2023.
Automated Landslide Hot Spot Identification Tool (SPR 808)
In 2017, ODOT began work on a second landslide research project related to climate adaptation and resilience. This effort is focused on prioritizing landslide risks at the landscape scale (along high-risk highway corridors) and will help to optimize mitigation projects and seismic resiliency. This project will result in a user-friendly landslide risk mapping tool, along with guidance and training for ODOT staff.
For more information on ODOT’s landslide research, contact Curran Mohney, Geology/Geo-Engineering Program Leader, 503-986-3490.
As communities across Oregon prepare for new climate conditions, the question of how to adapt to those changes can seem overwhelming. Oregon’s Tillamook County has already made great strides to improve the resilience transportation and health systems by better preparing for the types of severe weather events that the community encounters today. ODOT and Oregon Health Authority staff interviewed leaders from Tillamook County transportation and health organizations about the December 2015 storms, which damaged roads throughout the county and caused a presidentially declared disaster. These community leaders shared successes and unanticipated challenges related to integrating disaster response, putting emergency plans to the test and building regional cohesion. The insights from this experience have been collected into a case study to help other communities in Oregon make preparations to increase long term resilience to major environmental events.
Case Study: How Tillamook Weathered the Storm