adirondack rail corridor
play

Adirondack Rail Corridor Economic Impact Study Commissioned By: - PowerPoint PPT Presentation

Adirondack Rail Corridor Economic Impact Study Commissioned By: Commissioned By: Prepared By: Prepared By: What we are going to tell you g g y Outline the study focus & methodology. Determine the construction costs for each


  1. Adirondack Rail Corridor Economic Impact Study Commissioned By: Commissioned By: Prepared By: Prepared By:

  2. What we are going to tell you g g y • Outline the study focus & methodology. • Determine the construction costs for each scenario. • Explain the purpose of an economic impact study. • Determine the economic impact for train riders, bikers, & snowmobilers. • S Summarize the study findings. i th t d fi di January 24, 2011 2

  3. The objective of this Study was to determine the construction costs & projected economic impact for three scenarios p j p Scenario 1 • Repair and rebuild the rail line for • Repair and rebuild the rail line for Rails Without Trails improved passenger transport from Lake Placid to Tupper Lake. Scenario 2A • Permanent conversion of the rail Permanent corridor to multi ‐ use recreational trail. Conversion to Trail Conversion to Trail • Temporary conversion of the rail corridor Scenario 2B to a multi use recreational trail with a to a multi ‐ use recreational trail, with a Temporary use agreement being established Conversion to Trail between DOT and the trail organization. January 24, 2011 3

  4. The Study excluded a rails with trails scenario because widening portions of the corridor would cause significant environmental impacts & increased costs Th The corridor transects areas with rare plants & animals, id t t ith l t & i l significant wild communities, & classified water bodies. The corridor contains causeways & bridges that cross lakes, streams, g , , & wetland areas. To accommodate a rail with trail scenario, the rail bed will have to be widened by about 20 ft; resulting in a major environmental impact on the many sections with rock cuts & embankments. January 24, 2011 4

  5. Construction Cost Estimates C t ti C t E ti t January 24, 2011 5

  6. Construction Cost Estimates Estimated construction costs were based on a site assessment, existing documentation, & costs from recent rail/trail projects g , p j Our estimated construction cost methodology included: • Base information: � DOT Unit Management Plan & update. � Adirondack Scenic Railroad (ASR) reports on operation & condition of rail corridor. � � Our experience in multi use trail design & rail upgrade projects Our experience in multi ‐ use trail design & rail upgrade projects. • On site investigation of entire corridor performed. • Stakeholders interviewed. Sample track condition on Sample track condition on Example of a multi ‐ use line from Saranac Lake to line from Lake Placid to recreational trail Tupper Lake (FRA Class I) Saranac Lake (FRA Class II) January 24, 2011 6

  7. Construction Cost Estimates The rail costs are built on the requirement to upgrade to FRA* Class III (60mph) to reduce round-trip travel time ( p ) p Scenario 1: Repair & Upgrade Rail ITEM DESCRIPTION TOTAL COST 1 1 Track Reconstruction Track Reconstruction $ $ 5,090,000 5,090,000 2 Bridge & Sub Structure Repairs $ 260,000 3 Crossing Improvements $ 30,000 4 Crossing Repairs $ 50,000 5 5 Automated Crossing Protection (6 crossings) Automated Crossing Protection (6 crossings) $ $ 1,350,000 1 350 000 6 Culvert Repairs/Replacement $ 400,000 7 Fencing (New/Replacement) $ 10,000 8 Station Rehabilitation/Repairs $ 490,000 Subtotal: $ 7,680,000 Contingency (15%): $ 1,152,000 Subtotal: $ 8,832,000 Engineering Legal Const Admin (20%) Engineering, Legal, Const. Admin. (20%) $ $ 1,766,400 1 766 400 TOTAL: $ 10,598,400 ROUNDED TOTAL: $ 10,600,000 * FRA = Federal Railroad Administration January 24, 2011 7

  8. Construction Cost Estimates The cost to permanently convert the rail corridor to a trail is reduced by $2.7 m in salvage credit for rails and ties y $ g Scenario 2A: Abandon Rail ‐ Permanent Conversion to Trail ITEM DESCRIPTION TOTAL COST 1 Track Removal $ 2,100,000 2 2 Salvage Credit for Ties Salvage Credit for Ties $ (1,300,000) $ (1,300,000) 3 Salvage Credit for Rails $ (1,400,000) 4 Regrading Ballast for Trailbed $ 1,200,000 5 Bridge & Sub Structure Repairs / Modifications for Trail $ 260,000 6 Culvert Repairs / Replacements $ 400,000 7 7 Trail Installation Trail Installation $ $ 6 200 000 6,200,000 8 Timber Guiderail on Embankments $ 900,000 9 Road Crossing Treatment $ 300,000 10 Erosion & Sediment Control $ 1,100,000 11 Trail Facilities/Amenities $ 200,000 12 12 A Access Control (Bollards and Gates at Road Crossings) C t l (B ll d d G t t R d C i ) $ $ 300 000 300,000 13 Legal Fees & Permitting $ 350,000 Subtotal: $ 10,610,000 Contingency (15%): $ 1,591,500 Subtotal: $ 12,201,500 Engineering, Legal, Const. Admin. (20%) $ 2,440,300 TOTAL: $ 14,641,800 ROUNDED TOTAL: $ 14,600,000 January 24, 2011 8

  9. Construction Cost Estimates The cost to temporarily convert the rail corridor to a trail p provides no salvage credit & includes the cost to store the track g Scenario 2B: Temporary Conversion to Trail ITEM DESCRIPTION TOTAL COST 1 Track Removal $ 2,100,000 2 Track Storage (10 Years) $ 500,000 3 Regrading Ballast for Trailbed $ 1,200,000 4 Bridge & Sub Structure Repairs / Modifications for Trail $ 260,000 5 Culvert Repairs / Replacements $ 400,000 6 6 Trail Installation Trail Installation $ $ 6,200,000 6 200 000 7 Timber Guiderail on Embankments $ 900,000 8 Road Crossing Treatment $ 300,000 9 Erosion & Sediment Control $ 1,100,000 10 Trail Facilities/Amenities $ 200,000 11 Access Control (Bollards and Gates at Roads) l ( ll d d d ) $ $ 300,000 12 Legal Fees and Permitting $ 150,000 Subtotal: $ 13,610,000 Contingency (15%): $ 2,041,500 Subtotal: $ 15,651,500 Engineering, Legal, Const. Admin. (20%) $ 3,130,300 TOTAL: $ 18,781,800 ROUNDED TOTAL: $ 18,800,000 January 24, 2011 9

  10. Construction Cost Estimates All scenarios assume professional engineering & construction; g grants & volunteer involvement could substantially lower costs y Construction Costs Per Total Total Mile Scenario 1 Scenario 1 $10,600,000 $320,000 Rails Without Trails Scenario 2A Scenario 2A $14,600,000 $440,000 Permanent Conversion to Trail Scenario 2B $18,800,000 $550,000 Temporary Conversion to Trail January 24, 2011 10

  11. E Economic Impact Estimates i I t E ti t January 24, 2011 11

  12. Economic Impact Estimates The economic impact study determined the changes in spending, jobs & earnings due to a “change in final demand” (i.e. new visitor dollars) g g ( ) The steps in our economic impact study methodology: • Determine study area: Franklin & Essex Counties • Define “change in final demand”: Net new visitor spending � � Identify visitor types: Identify visitor types: Include: Train riders bikers & snowmobilers Include: Train riders, bikers, & snowmobilers Exclude: Runners, hikers, & x ‐ country skiers* � Estimate “net new” spending by visitor type � Project # of net new visitors by visitor type � Input new spending into EMSI Model (Economic Modeling Specialists, Inc.) � Analyze the results * There are many existing trails throughout the study area for these activities & it is unlikely that an additional trail would attract net new runners, hikers, & x ‐ country skiers to the Study Area. January 24, 2011 12

  13. Economic Impact Estimates Estimates of spending by visitor type are based on existing studies Visitor spending categories: • Retail • Recreation i • Food • Lodging • Transportation p Spending by visitor type: • Train Riders & Bikers (2006 Study by Northern NY Travel & Tourism Research Center SUNY Travel & Tourism Research Center ‐ SUNY Potsdam) � Spend more on retail & recreation � Average $125 per day • Snowmobilers (Average from NH, MI, WY, WI, MT, ID studies) � Spend more on food, lodging, & transportation transportation � Average $110 per day January 24, 2011 13

  14. Economic Impact Estimates Rail: Net new train rider projections are based on five similar rail excursion case studies and ASR’s existing ridership g p Estimate of 8,400 net new annual train riders based on: • Existing ASR ridership of 14,000 • 75% increase in ridership from extended line, supported by experience of 5 case studies • 80% non ‐ local ridership based on ASR experience 80% non local ridership based on ASR experience Spending by 8,400 Train Riders Spending (1/2 Day) 1 Spending Categories Total Spending p g ( y) Food $13.91 $116,808 Retail $14.27 $119,835 Recreation $16.53 $138,867 Lodging g g $11.92 $ $100,155 $ , Transportation $5.61 $47,104 Total $62.23 $522,769 1. On average, it is assumed visitors w ill expend 1/2 a day's spending in the Study Area as a result of riding the train. g January 24, 2011 14

  15. Economic Impact Estimates Rail: The EMSI model translates direct net new spending into total spending, jobs & earnings p g, j g Direct Impacts: Job creation & earnings as a direct result of net new visitor spending Indirect / Induced Impacts: Additional spending, job creation & earnings that occur in Franklin and Essex Counties as dollars cycle thru the economy cycle thru the economy. Rail Scenario: Annual Economic Impact of Net New Spending Impact Category Impact Category Direct Direct Indirect / Induced Indirect / Induced Total Total Spending $522,769 $235,246 $758,014 Jobs 1 10 3 13 Earnings g $201,974 $ , $105,026 $ , $307,000 $ , 1. Represents Full-Time Equivalent (FTE) jobs. 1 FTE job is equal to 2,080 hours w orked in one year. January 24, 2011 15

Download Presentation
Download Policy: The content available on the website is offered to you 'AS IS' for your personal information and use only. It cannot be commercialized, licensed, or distributed on other websites without prior consent from the author. To download a presentation, simply click this link. If you encounter any difficulties during the download process, it's possible that the publisher has removed the file from their server.

Recommend


More recommend