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Getting There from Here: Improving Data Collection and Reporting Related to Commuting Impacts

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Objectives of the CWG

Alignment

between reporting platforms

Standardization

of data collection methods/instruments

Improvements

  • to SIMAP
  • possibly to recommend for other platforms

Develop a clear recommended approach for collecting, calculating and reporting commuting data; ensure that it offers an easy “on-ramp” and accommodates transportation data collection needs for multiple sustainability efforts.

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Timeline and Members of the Working Group

  • Five monthly calls from March to July 2019
  • Members
    • Second Nature
    • University of New Hampshire SIMAP
    • Arizona State University
    • California State University, Northridge
    • Texas A&M Engineering Experiment Station
    • Tufts University
    • University of Illinois at Chicago
    • University of Maryland
    • University of North Carolina Chapel Hill
    • University of Pittsburgh
    • University of Wisconsin-Madison

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Outcomes To Date

  1. Data Collection Template
  2. Commuter Data Collection User Guidance
  3. Commuter Working Group EV Proposal
  4. Survey templates

All of these (DRAFTS) can be found and commented on at:

https://drive.google.com/drive/folders/1j8KfHSmP8FClqug2G_eOtA6qowu1J4XM?usp=sharing

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UIC Project

  • How to go from multi-modal commuting survey to SIMAP
  • Excel template
  • Journal article submitted

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Comparison of commuting data (process for “alignment”)

Pittsburgh 2030 District

Massachusetts Rideshare Program

Goal or perspective

Calculate GHG footprint

Encourage non-SOV travel

Reduce transport emissions

Decrease total SOV

Populations

All populations (discretionary for residents)

All populations (required)

All students/faculty/staff

‘Applicable’ commuters

Result

Miles traveled to calculate emissions

% non-SOV trips

Miles traveled to calculate emissions

Number of SOV trips

Campuses

UNH, ASU, Babson, UNC-CH, Alamo Colleges, UW-Madison, Tufts

UNH, UPitt, CSUN, ASU, Babson,UNC-CH, UW-Madison, Tufts

University of Pittsburgh (+ other local users: Carnegie Mellon U, Carlow U, Point Park U, CSU, Northridge & Duquesne U)

Tufts (+ most other Massachusetts colleges/universities)

SOV = Single occupancy vehicle

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New Approach Suggested by Data Alignment Exercise

  • Standard definition of commuter universe as EVERYONE (residential plus non-residential, etc)

  • Two distinct options, Basic and Comprehensive, standardized and designed as a progression.

  • Option to account for EVs, telecommuting and other “sustainable” options (as defined by AASHE) for both approaches

  • Suggested “default values” offered in Basic approach.

  • Option to group all modes within types, or split them out separately, in Comprehensive approach

  • Recommendations for distinguishing between S1 or S2 emissions from EVs charged on campus vs S3 emissions from charging at home

  • (Recommendation for calculating emissions from EVs in fleet as well)

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Preview: BASIC

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Preview: COMPREHENSIVE

Commuting Numbers and Frequency features optional breakout:

  • Part-time/Full-time
  • Residential/Remote
  • Grad/Undergrad/Summer

Commuting Modes - Optional breakouts:

  • Private Transport (Alone) - Conv SOV, TNC, Moped/Motorcycle, EV, EScooter
  • Private Transport (In Group) - Carpool, Vanpool, Campus Bus/Shuttle, TNC
  • Public Transport - Public Bus, Commuter Rail, Subway or Light Rail
  • Active Transport - Walk, Bike, Skateboard
  • Telecommuting/distance learning

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Data Guidance

Members: Alex Davis (Arizona State University), Adam Long (University of North Carolina Chapel Hill), Sally DeLeon (University of Maryland College Park), Andy DeMeo (Second Nature)

Deliverables:

  • User guidance for finding and processing each data point in the basic and comprehensive data sets (e.g., recommendations for data sources like surveys and zip codes)
  • Translation of existing surveys into the new proposed commuting basic & comprehensive data sets (this will overlap with survey group)

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Electric Vehicles Group

Members: Allison Leach, University of New Hampshire; Corey Hawkey, Arizona State University; Nikhil Schneider, California State University - Northridge

Questions considered: How to factor for EVs in Scope 3 commuting emissions, minimizing double-counting

Recommendations:

  1. On-campus charging will be recorded in Scope 1 or 2 as appropriate
  2. (# of EV Commuters)*(Average miles per week)*(Commuting weeks per year)*(Average EV kWh/100 miles)*(Grid emissions factor)*(% of charging done off campus)

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Electric Vehicles

Other Considerations:

  • On-campus charging performed by community members unaffiliated with campus would result in Scope 1 or 2 emissions without impacting the (% off campus charging) figure, since they wouldn’t be surveyed or counted as a commuter. This could potentially disincentivize the installation of new chargers by campuses.
  • It is assumed that all off-campus charging is done with grid-purchased electricity. A method of accounting for solar-powered charging stations or residential rooftop solar has not been pursued.
  • Power that is sold to commuters via on-campus charging stations is still counted in Scope 1 or 2.
  • Should plug-in hybrid vehicles have their own category, or should they be lumped in with standard gasoline-burning commuters? Doing so might impact the emissions factor used for emissions calculation.
  • Does separating EV’s from other commuters necessitate developing a different emissions factor for non-EV commuters?

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Electric Vehicles

Feedback requested:

  • General thoughts?
  • Location-based eGrid or whatever the campus is using (supplier-specific, market-based, etc.)?
  • May add another survey question: What is your home charging electricity source (renewable, grid, etc.)? However, users may not be able to know this and may need to sell the RECs.

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Survey Group

Members: Shoshanna Blank, Tufts University; Aurora Sharrard, University of Pittsburgh; Jenn Andrews, University of New Hampshire

Deliverables:

  • Translation of existing surveys into the new proposed commuting basic & comprehensive data sets (this will overlap with data guidance group)
  • Survey template/s
  • Guidance on best practices for surveying (still to be created)

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Survey Features

Breakout of staff/student (overlap?) and characteristics of each

Adjust how we think about “commuting:

  • How many days a week do you (take university classes/work for the university)? Please include the days you take online classes from home/telecommute.” Followed by...
  • “Of those, on average, how many days a week do you (participate only in virtual classes/work from home), not travelling to campus?” Followed by…
  • “You listed that you travel to campus X days a week. Please list how many days a week, on average, you commute by each mode of transportation.”

For modes, asking about primary mode on average week

  • Option for seasonal distinctions
  • Does NOT ask for multi-modal detail. That’s because we heard from a number of campuses that having that data hasn’t actually proved terribly helpful.

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Survey Features (cont)

Modal split

  • (Display to those who answered “Drive a vehicle alone” or “Carpool”) “Do you drive a zero-emissions vehicle [link to STARS definition) for your commute?” Y/N/Sometimes
  • (Display if “Yes” or “Sometimes” answered) “What percentage of your driving commutes do you drive an EV?” Write in
  • (Display to those who answered “Bicycle”) “Is the bicycle you ride an electric bike?”

For distance, 3 options (could be just to those who indicated they live off campus)

  • How many miles on average (link to Map program that allows for modal distinction)
  • Home address
  • Zip code

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Outcomes to Date

Recommended new comprehensive approach to commuting data collection, calculation and reporting to create an easy “on-ramp” and a logical, consistent, standardized progression that accommodates transportation data collection needs for multiple sustainability efforts.

  • Data Collection Template
  • Commuter Data Collection User Guidance
  • Commuter Working Group EV Proposal
  • Draft survey templates

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Next Steps

Feedback period ends 11/22

  • Breakout groups refine deliverables based on feedback by 12/20
  • SIMAP and Second Nature teams identify needed changes by 1/17
  • Changes implemented by early March 2020

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Continued Discussion Questions: