Bicycle Mobility - Right Infrastructure, Right Places
You'll learn about:
Detail the innovative multi-step spatial analyses used to identify community activity centers and define linkages between them
Highlight the custom engagement tools used to capture users' route priorities and explain how these priorities were incorporated into the planning process
Showcase the customized facility selection model used to define what infrastructure should be installed on each segment of the Bicycle Mobility Network segment to uphold the target level of safety and service Review lessons learned during plan scoping and development as well as during adoption and implementation at the municipal level
Define strategies for building a compelling case for investment in infrastructure and programs to support active mobility, including metrics for evaluating progress
As in many communities, inclusion of bicycle infrastructure in roadway projects facing budgetary shortfalls has sparked fierce debate in Corpus Christi, and advocates for bicycle mobility have found it difficult to defend these investments without a strategic plan. The newly adopted Bicycle Mobility Plan alleviates the uncertainty about where bike infrastructure belongs and how much it will cost by:
• Defining a 290-mile Bicycle Mobility Network that will deliver riders within ¼ mile of over 80% of all daycare and academic institutions, groceries and markets, low income housing units, transit stops and stations, and regional parks.
• Providing a detailed infrastructure prescription for every segment of the network, including transitional treatments and specific locations for road diets, lane width reductions, mid-block crossings and other specialized interventions
• Detailing each of the infrastructure types specified in the plan using photogrammetry renderings from representative locations in the community.
The plan also includes 69 innovative best practices and case studies related to education and encouragement programs, supporting infrastructure, policy and code reform and enforcement, and program evaluation.
In a community where dependence on personal automobiles broadens the equity gap and reducing use of personal automobiles may be the only hope for upholding EPA Air Quality Attainment status, this plan will be transformative.
, Corpus Christi MPO
, Corpus Christi
Confirmed SpeakerJeff Pollack, Transportation Planning Director for the Corpus Christi Metropolitan Planning Organization (MPO) is a big picture community and environmental planner who is passionate about the role of integrated, multi-modal mobility planning in the design and growth of livable communities. Jeff has a Bachelor’s Degree from Northwestern University and a Master’s Degree from the Nicholas School of the Environment at Duke University, where he was a Doris Duke Conservation Fellow. Jeff is a certified planner through the American Institute for Certified Planners and is an Envision Sustainability Professional through the Institute for Sustainable Infrastructure.
, City of Corpus Christi
, Corpus Christi
, HDR, Inc.
Confirmed SpeakerJamie Krzeminski is a senior transportation engineer at HDR in Orlando with more than 20 years of experience in transportation planning and traffic engineering, much of which has been focused on the provision of complete streets. Jamie has worked with both public and private clients including cities, counties and MPOs in more than 20 states around the country on projects ranging from intersection and corridor-level multimodal improvement projects to region-wide bicycle and pedestrian master plans. As a regular bicycle commuter and recreational cyclist, he brings a true cyclist’s perspective to his work, which adds to his credibility with clients, and bicycling and walking advocates. He currently serves on the Board of Directors for Bike/Walk Central Florida, is a past Chairman of the City of Winter Park, Florida’s Pedestrian and Bicycle Advisory Board, and is a League of American Bicyclists Cycling Instructor. Jamie is a graduate of the University of Florida, a registered Professional Engineer, and a certified Professional Traffic Operations Engineer.