Highway Expansion - Creating Tomorrows Transportation Problems Today

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How You Can Help:

Being a Change Agent

Mobility management often involves changing current practices, so proponents must be Change Agents, that is, people within an organization who provide leadership for change and anticipate and address objections.

 

Change Agents must:

 

·        Expand the range of solutions that are considered in decision-making.

 

·        Question assumptions used for evaluation.

 

·        Look at the big picture. Pay attention to context and indirect impacts.

 

·        Ask, “Are current trends desirable?” “Will they result in an optimal future?”

 

·        Use comprehensive evaluation techniques that consider all benefits and costs.

 

·        Make change more attractive than current practices.

 

·        Use positive statements. Emphasize the benefits of change.

 

·        Focus on appropriate niches. Don’t try to be everything to everybody.

 

·        Don’t be afraid to say “no” to bad ideas, but try to offer an alternative which better balances overall objectives.

 

·        Listen to and educate stakeholders. Develop communication with stakeholders in order to clearly understand the basis of their concerns and how they can be addressed.

 

·        Don’t give up! Most change requires several efforts before success. Be prepared for obstacles and setbacks.

 

Innovation often faces resistance and criticism from people who fear change.

 

But if new ideas are fundamentally sound and advocates are persistent, they will often succeed and the same people who previously opposed the change will embrace it and claim it as their own! 

People often assume that what is considered normal must be good. For example, efforts to encourage use of alternative transport modes often face resistance from people who are accustomed to automobile travel and so cannot believe that alternatives could be better. “I just want to be able to drive where I want,” they might argue, implying that such behavior is quite reasonable, even if factors such as population growth, land prices and travel demand are increasing the costs of accommodating additional vehicle traffic and making alternatives more cost effective.

 

Change tends to be difficult because it requires “psychic effort,” that is, it makes people to think about situations that they otherwise can take for granted. For example, a shift from free to Cashed Out parking requires people to think about the value of teach trip and consider use of alternative modes. Similarly, it may seem stressful to try cycling or riding public transit. The first few times people face such a decision it may seem stressful. But over time people become accustomed to new options and conditions, and will often admit that they are better off overall, despite initial opposition.

 

The psychic effort can be reduced by making changes:

  • Convenient
  • Desirable
  • “Normal”

Consider the first generation of trains, cars and airplanes. To modern eyes they look awkward, and their performance was poor. The first cars were horseless carriages, steered by a tiller rather than a wheel. The first Wright Flyer had various wings, stabilizers, steering panels and reinforcements that seem unnecessarily complex and inefficient; it could only carry one passenger lying on their stomach. But these modest beginnings evolved into modern cars and planes. Similarly, new transportation management programs and policies often seem awkward and inefficient when first introduced, in part because people are unfamiliar with them, and in part because important details may still need to be adjusted to improve performance. Do not let a program be judged too soon, do not be afraid to adjust programs and policies when needed, and continue to maintain a vision of what the program should achieve in the long term.

 

Organizations often require change management to reform standard practices and resources. For example, a planning agency may need to change its zoning codes, development standards, staff training, funding formulas and decision-making processes to effectively implement TDM. 

Real Versus Token Change

Organizations often try to avoid real, fundamental change by implementing token reforms. An important Change Management skill is therefore being able to discern between token and real changes. Here are some indicators of real change.

 

·    Although it may start small, it is the beginning rather than the end of organizational change.

 

·    Leaders give it real respect and support.

 

·    It is integrated into strategic plans and activities.

 

·    It can grow to have a significant effect on organizational activities.

 

Rocky Mountain Rail Authority Establishing Contract (Word)

Contact your Colorado State Representative and 
Senator to Request  their Support for:

The Rocky Mountain Rail Authority Rail Program

A Rail Transit First Solution for the I-70 Mountain Corridor

http://www.leg.state.co.us/

To Locate your Colorado Legislative District:

http://www.state.co.us/gov_dir/leg_dir/lcsstaff/REAP/Default.htm

 

Contact your Colorado County Board of Commissioners:
County Contact Document (Word)
http://www.ccionline.org/links.htm or http://www.ccionline.org/counties_map.htm

And Request their Support for:

Participation in the Rocky Mountain Rail Authority

A Rail Transit First Solution for the I-70 Mountain Corridor


NEW FEASIBLE ELEVATED RAIL ALTERNATIVE

for the I-70 Mountain Corridor

 

Fast Light Innovative Regional Train

 

Overview of Swiss Stadler “FLIRT”

Electric Multiple Unit Train

(new in 2004) 

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 Stadler FLIRT

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Stadler FLIRT Elevated Rail Alternative Attributes:

 

  • 100 mph (160 km/h) Maximum continuous speed, on continuous grades less than 5%. Train is capable for speeds up to 120 mph (200km/h)
     
  • 65 mph (105 km/h) speed on 7% grade over 20 miles, 50 mph (80 km/h) speed on 7% grade in continuous operation (limitation due to thermal loading on electrical traction equipment with all 154 seats occupied)
     
  • The above speed limitations due to thermal loading on electrical traction equipment have no relevance for current I-70 alignment (thermal loading is not critical)
     
  • 9% grade capability for short distances (approx. 300 yards, due to adhesion limits for safe braking and reliable starting)
     
  • Minimum horizontal curve radius, 150 meters (approx. 500 feet) on primary alignment, 80 meters (approx 260 feet) in rail yard
     
  • Braking systems include: regenerative braking (returns braking energy to power network); electro-resistive braking (saves wear on pneumatic braking components); pneumatically actuated disc brakes (safe, reliable and quiet); track brake (aka. rail grabber)
     
  • Pneumatic braking system designed fail-safe and equipped with proven, reliable and redundant components
     
  • Power inverter configured to network supply (network can be AC or DC at any typical voltage or frequency) plus multiple power systems can also be simply accommodated
     
  • Power supplied from catenary or third rail (or both e.g. dual voltage network)
     
  • 154 Seats with equipment storage room and toilet (example train with 3 cars, 4 entrance platforms and 1800mm seating groups)
     
  • Walk/roll-through end-to-end passenger compartment with platform-height floor (boarding and alighting without steps)
     
  • Currently operating in winter conditions in the Alps on standard gauge and without a cog system (over 330 trains sold between Switzerland, Germany, Italy, Hungary, Algiers, Poland and Finland –status from June, 2007)

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Roomy design for even greater passenger comfort

 

FLIRT is a cost-effective, use-optimised vehicle concept featuring proven, tested system modules. Its great advantage is clear:

 

The unit can be fully and completely adapted to the customer’s regional or urban transit needs.

 

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On-Board Equipment Storage Room 

 

 

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 Platform Height Floor for

Roll-on/Roll-off Equipment & Baggage Access 

 

 

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Toilet Facility 

 

 

Passenger

 

Passenger Compartment

 

 

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Business Compartment

 


 

Elevated Rail Guideway:

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  • Elevated Guideway to be used in or near CDOT Right of Way in general, but flexible in appropriate locations

  • An Elevated Guideway avoids the unacceptable large footprint, construction disturbance area and other related impacts on adjacent terrain, water bodies, wetlands, communities, historic properties and wildlife associated with Highway Expansion
     
  • An Elevated Guideway can be located away from snowslide, mudslide and rockfall hazards, and can facilitate better highway snow removal
     
  • Allows for 12 to 14 Stations at towns and resorts throughout the mountain corridor
     
  • Construction cost of a Rail Elevated Guideway system can be less than a “Context Sensitive” six lane Highway (Glenwood Canyon style design)

  • Elevated Guideway can be prefabricated off-site and delivered to the mountain corridor when necessary for construction

  • Construction can be fairly rapid and much less disruptive to I-70 traffic than highway expansion
     

  • The Elevated Guideway and Rail System can be constructed NOW with no Research and Development, testing or demonstration project and no need to wait for the development of future technologies


 Environmental Benefits:

 

  • Elevated Rail Transit facilitates Sustainability by Minimizing Irreversible and Irretrievable commitments for consumption of non-renewable resources, especially the burning of fossil fuels that impact global climate conditions
     
  • Wind Farms can provide electricity for Rail Transit decreasing the need for fossil fuel consumption
     
  • Elevated Rail Transit will have Minimal Impact on water, stream and wildlife ecology in the mountain corridor compared to Highway Expansion
     
  • Elevated Rail Transit will have Minimal Impact on historic and cultural values throughout the mountain corridor compared to Highway Expansion
     
  • Elevated Rail Transit will facilitate health, air quality and safety improvements throughout the mountain corridor far better than Highway Expansion
     
  • Elevated Rail Transit will facilitate faster construction, thus greatly reducing the construction impacts relating to Highway Expansion alternatives
     
  • Elevated Rail Transit will maintain the Aesthetic and Scenic values of corridor communities (no Sound Walls in towns and no “T-REX" caliber construction and congestion impacts in Mountains)
     
  • Elevated Rail Transit will improve mountain air quality and visibility by reducing motor vehicle emissions

  • Elevated Rail Transit will optimize the application of the Context Sensitive Solutions process by minimizing impacts on adjacent terrain, water bodies, wetlands, communities, historic properties and wildlife compared with Highway Expansion

  • Elevated Rail Transit will effectively address Environmental Justice in the mountain corridor by facilitating inter-regional and local job access for low-income and non-driver travel


 Where do we go from here?

  • The Colorado Department of Transportation, the Denver Regional Council of Governments, the I-70 Mountain Coalition, the Front Range jurisdictions, the Mountain Corridor jurisdictions and the Rocky Mountain Rail Authority jurisdictions must cooperate in a joint effort to determine the best transportation solution for the I-70 mountain corridor that is beneficial to all Stakeholders.
      
  • The Final PEIS must prioritize an effective and efficient means of moving people in the mountain corridor and provide Colorado's residents and visitors with an option to sitting in traffic.

  • The Final PEIS must prioritize innovative rail transit alternatives that focus on moving people and not just on moving vehicles.