Minimizing Commute Time Impact

An important new paper in the Proceeding of the National Academy of Sciences https://lnkd.in/gsqxBUiA This calculates the impact of WFH frequency from 0 to 5 days a week on carbon emissions. It combines commuting, non-commuting travel (e.g. driving to buy lunch if you WFH), office energy, home energy and ICT energy. It finds moving to 2 days a week reduces carbon use by 11%, 4 days by 29% and 5 days a week by a staggering 58%. This mainly from by less commuting and closing offices. We know commuting is energy intensive, but only after reading this did I realize offices are also huge energy users. For firms this highlights how a supportive WFH policy can deliver progress on climate objectives. Indeed, these effects are so large that WFH policies are likely to be one of the most powerful tools for companies trying to reduce their carbon footprint.

Have you ever thought about how teleworking positively and negatively impacts the environment? We often hear that working from home reduces the carbon footprint because fewer people commute. That’s true, And it’s a win for sustainability. However, there’s more to the story that many of us might not think about during a busy workday. As someone deeply invested in sustainability, I’ve noticed that while teleworking helps cut down on emissions, it also increases our reliance on digital resources, which comes with its environmental costs. Here’s a closer look: ➤ The Challenges of Teleworking for the Environment 1️⃣ Increased energy consumption: ⤷ Home offices often rely on multiple devices running for longer hours. ⤷ Personal heating and cooling systems add to the energy demand. 2️⃣ Data usage from video conferencing ⤷ Long meetings use significant data and cloud storage, which requires energy-intensive server farms. 3️⃣ Digital clutter ⤷ Saving unnecessary files or emails can lead to overuse of cloud storage. 4️⃣ Excessive printing ⤷ Some remote workers may print more at home due to the lack of access to shared office equipment. ➤ Simple Solutions to Make Teleworking More Sustainable 📌 Shorten your meetings ✔️Keep video calls concise and use audio only when possible. 📌 Manage your digital footprint ✔️Regularly delete outdated files, emails, and recordings. ✔️Share documents via cloud spaces instead of sending large attachments. 📌 Use energy-saving practices ✔️Enable energy-saving modes on your devices. ✔️Turn off devices when not in use, including routers and monitors. 📌 Be mindful of printing ✔️Print only when necessary. 📌 Upgrade to efficient tech ✔️Use energy-efficient devices and LED lighting for your workspace. 💡 Did you know? A typical hour-long video call can emit up to 1 kg of CO₂. Switching your camera off for half the meeting could reduce that footprint by 96%! [Source: Purdue University] ➥ From my experience, small actions like these, when multiplied across millions of remote workers, can lead to meaningful change. I’ve made it a habit to clean up my digital files monthly and keep video calls to only what’s essential. What about you? What practices do you follow to make teleworking more sustainable? #Sustainability #Teleworking #RemoteWork #Environment #GreenPractices

Copied.... #Reinventing Urban Commutes: Corporate Responsibility Starts Here The impact of urban commuting choices is far more than a traffic issue—it directly shapes city air quality and public health. Consider this: the space consumed and pollution emitted by 70 people traveling in private cars dwarfs that of a single bus carrying the same number of passengers. In bustling cities like Mumbai, Delhi, and Bangalore, this difference isn’t just visual—it’s deeply environmental. Recent air quality figures highlight the crisis. Mumbai frequently records an AQI above 300, venturing into hazardous territory. Delhi’s air routinely ranks among the worst globally with PM2.5 levels soaring past safe limits, while even Bangalore, though relatively better, experiences traffic-driven NO₂ and particulates above WHO guidelines. These numbers translate into higher rates of respiratory distress, reduced life expectancy, and lost productivity. So, what’s the solution? Corporates must lead by example. Each organization can craft policies to encourage sustainable mobility: • Financial bonuses for employees who consistently use public transport. • Hybrid work models or flexible timings to reduce rush hour congestion. • Subsidized transit passes and exclusive shuttle services. • Recognition programs spotlighting eco-friendly commuters. • Real-time air quality dashboard integration in company wellness programs. Such initiatives not only cut pollution but improve employee well-being and help cities breathe easier. It’s time for Indian companies to go beyond token ESG statements and offer real, actionable alternatives. Cleaner commutes are possible—if we reward the right choices!

In a creative push for sustainability, a student-led initiative has introduced reverse vending machines that trade plastic bottles for bus tickets. The concept is simple but powerful: deposit a used plastic bottle into the machine, and in return, receive a credit or voucher that can be used for public transportation. These machines are strategically placed near universities, bus stops, and community centers — places where foot traffic is high and daily commuters pass through regularly. The goal is twofold. First, to encourage consistent recycling by offering an immediate, tangible reward. And second, to promote eco-conscious travel by linking recycling directly with public transit. Rather than viewing plastic waste as a burden, the program reframes it as a valuable resource — one that can take someone across town instead of ending up in a landfill. The initiative has already seen strong engagement. Students, office workers, and even seniors have embraced the system, bringing bottles from home or collecting them around campuses and neighborhoods. It’s not just about saving money — it’s about making a habit of sustainability. This grassroots movement is proving that small changes in behavior can ripple outward. By tying recycling to mobility, the student group has found a way to reduce waste, ease transportation costs, and spark environmental awareness — all with one simple exchange.

"Is Workplace Flexibility Good for the Environment? Evidence from Satellite Images" (University of Pittsburgh) Summary Newly-released research by Professor Mark Ma and his graduate students at the University of Pittsburgh explores the environmental impact of flexible work arrangements using real-world data from the Flex Index and satellite imagery of greenhouse gas (GHG) emissions. The study compares Carbon Dioxide (CO2) and Nitrogen Dioxide (NO2) emissions in 10 U.S. metropolitan areas with the most flexible work policies and 10 areas with the least flexibility, pre- and post-COVID. The findings show that the more flexible cities experienced significantly slower increases in GHG emissions compared to less flexible cities, despite having higher economic growth. This suggests that flexible work arrangements—primarily due to reduced commuting—have a positive environmental impact, reducing emissions of both CO2 and NO2. The research concludes that flexible work, especially post-pandemic, can help companies meet environmental sustainability goals. Dr. Gleb's Take It’s no surprise that reducing commutes would lower emissions, but this study offers compelling real-world data to back up the assumptions. Flexibility clearly not only benefits employees but also the planet. The fact that the most flexible metros had higher economic growth yet still reduced their emissions is especially promising. It suggests that going green through remote work doesn’t have to come at the expense of economic progress. For companies looking to reduce their carbon footprint, this research should encourage more support for work-from-home options. Read more at this link https://lnkd.in/gQRcch6A

Scope 3 emissions related to commuting cover the greenhouse gas (GHG) emissions generated by employees traveling between their homes and the workplace. These emissions fall under Category 7 of Scope 3 (Employee Commuting), as outlined in the Greenhouse Gas (GHG) Protocol. Here’s a breakdown of what it entails and how it can be managed: 1. Emission Sources in Employee Commuting • Modes of Transportation: • Private vehicles (e.g., cars, motorcycles) • Public transportation (e.g., buses, trains) • Carpooling or ride-sharing services • Active travel (e.g., walking, cycling – often treated as zero-emissions unless infrastructure is considered) • Factors Affecting Emissions: • Distance traveled by employees • Fuel type and efficiency of vehicles • Employee work schedules (e.g., flexible vs. fixed hours) • Adoption of remote work or hybrid models 2. Calculation Methods for Commuting Emissions 1. Survey-based Approach: • Conduct employee surveys to gather data on: • Modes of transport used • Daily commuting distance • Frequency of commuting (e.g., days per week) 2. Model-based Estimation: • Use average commuting patterns based on regional data if survey data is unavailable. • Apply emission factors (e.g., grams of CO₂ per km per transport type) from national or international sources (like the UK DEFRA or EPA databases). 3. Reducing Emissions from Commuting • Remote Work and Hybrid Models: Encourage employees to work from home, reducing commuting frequency. • Incentivizing Sustainable Transport: • Subsidize public transportation passes or shared mobility. • Offer incentives for employees who walk, bike, or carpool. • Electric Vehicle (EV) Promotion: • Install EV charging stations at the workplace. • Provide EV purchase incentives for employees. • Flexible Work Hours: Reduce traffic congestion by spreading commuting times. • Carbon Offsetting: Invest in carbon offset projects to neutralize emissions from employee commuting. 4. Reporting Scope 3 Commuting Emissions • Transparency: Clearly state assumptions, methods, and data sources. • Engagement: Use commuting data to engage employees in sustainability efforts. • Tracking Improvements: Monitor emissions annually to evaluate the impact of reduction initiatives. Focusing on reducing commuting emissions can align your organization with broader carbon management goals and help meet sustainability commitments under Scope 3. ENVIRONMENTAL HERO Shafik Husni Carbon Consultant

💡Updated Working Paper💡"Free Public Transport: More Jobs without Environmental Damage?" by Mateus Rodrigues, Daniel Da Mata and Possebom Link: https://lnkd.in/eVAx8B4M 💡 Quick summary 💡 Transport policies are relevant in the economic and environmental debate. Increasing mobility may boost the economy and have ambiguous effects on greenhouse gas (GHG) emissions. For example, may free public transport decouple economic activity from environmental harm? The answer is YES! Using Brazilian data at the municipality level, we find that cities that provide free bus fares to all users in all routes experience a 3.2% increase in formal employment and a 4.1% reduction in GHG emissions. We find this result using a staggered DiD (Pedro Sant'Anna) comparing cities that adopt free transport policies against cities that never adopt such policies. We also discuss potential mechanisms behind these effects: 1) Reduction of the stock of automobiles 2) Reduction of fuel sales 3) Creation of new firms 4) Structural change favoring low-emission economic sectors We find evidence supporting channels 3 and 4 only. Moreover, cost-benefit analyses suggest that the costly policy only presents net benefits after considering the tax inflows of the increased economic activity and the benefits of reduced carbon emissions. Consequently, free transport policies may be underprovided by local governments because there are no carbon markets to compensate local governments for this global externality. We thank Rafael Araujo, Lucas Finamor, Joao Garcia, Bladimir Carrillo, Bridget Hoffmann Sophie Mathes and others for insightful comments and suggestions!

[Here is a 2 minute AI summary of what I attempted to cover at the Transport Select Committee this week in 2 hours. I think AI did a good job.] Chair, Members of the Committee, thank you for the opportunity to speak to you all today. My name is Ali Clabburn, and I’m the founder of Liftshare—a social enterprise that’s been helping people share their journeys for over two decades. Today, I want to talk about a simple but powerful solution to some of our biggest transport challenges: carpooling. Every day in England, millions of seats in cars go empty. In fact, only 1 in 10 cars on the commute has any passengers. That means we’re wasting space, burning fuel, and clogging our roads—all while many people struggle with transport costs and access. Carpooling is not just about convenience. It’s about efficiency, equity, and sustainability. If we could increase the average car occupancy by just a small amount, we’d see dramatic reductions in congestion, carbon emissions, and pressure on public transport during rush hour. And the benefits go beyond the environment—carpooling helps tackle transport poverty, builds community, and improves mental wellbeing. But despite its potential, carpooling remains underused. Why? Because we haven’t yet created the right policy environment to support it. We need to make sharing journeys an easy, obvious choice. Here are three key policy areas I urge you to consider: 1. Incentivise shared travel: Just as we reward cycling and public transport, we should offer incentives for carpooling—such as priority parking, reduced tolls, or tax benefits for employers who support it. 2. Integrate carpooling into transport planning: Local authorities should include shared mobility in their transport strategies, with clear targets to increase car occupancy and support for platforms that enable it. 3. Raise awareness and trust: Government-backed campaigns can help normalise carpooling, address safety concerns, and highlight its benefits—especially in rural and underserved areas. Liftshare has already helped save over 1 billion miles of car travel. But with the right policies, we could do so much more. We could unlock a nationwide shift toward smarter, greener travel—without needing to build new roads or wait for EVs to become affordable. We should look to France, which has made impressive strides in promoting carpooling through national policy. These measures have led to a significant increase in shared journeys and demonstrate how smart policy can unlock behavioural change. In closing, carpooling is a low-cost, high-impact solution hiding in plain sight. Let’s make it part of the mainstream. Let’s make sharing the journey the norm, not the exception. Thank you. Ruth Cadbury Steffan Aquarone MP Scott Arthur Catherine Atkinson Elsie Blundell Olly Glover Katie Lam MP Alex M. Baggy Shanker MP Rebecca Smith Laurence Turner Mobilityways

🚨WARNING to CEOs: RTO (Return-to-office) mandates are a terrible business decision by any measure. Your employees who haven't quit yet are most likely thinking about it. Take a look at the metrics 👇🏻👇🏻👇🏻 Productivity: - According to a study by Prodoscore, remote workers are 47% more productive compared to their in-office counterparts. - A survey by Airtasker found that remote workers spend 10 minutes less per day on breaks and take shorter breaks compared to in-office workers. Work-Life Balance: - FlexJobs reported that 97% of respondents believe remote work has a positive impact on their quality of life. - Buffer's State of Remote Work report found that 22% of remote workers struggle with unplugging after work, compared to 43% of in-office workers. Employee Satisfaction: - Owl Labs State of Remote Work survey showed that 71% of remote workers are happy in their job, compared to 55% of on-site workers. - According to a study by Global Workplace Analytics, 82% of telecommuters reported lower stress levels. Cost Savings: - Global Workforce Experts found that a typical employer can save about $11,000 per year for every person who works remotely half of the time. - Remote work eliminates commuting costs and time, contributing to significant savings for both employees and employers. Retention and Recruitment: - A survey by Owl Labs found that remote work options are a critical factor for 80% of job seekers when evaluating potential employers. - FlexJobs reported that 65% of respondents are more productive in a home office than in a traditional workplace setting, contributing to increased retention rates. Environmental Impact: - Remote work reduces carbon emissions associated with commuting. - According to Global Workplace Analytics, if everyone who could work remotely did so half of the time, it would reduce greenhouse gas emissions by 54 million tons annually. - A study published in the Journal of Cleaner Production estimated that remote work could reduce greenhouse gas emissions by 54 million tons annually in the United States alone.

B.C.’s income-based e-bike rebates are quietly reshaping urban travel—and the data proves it. A new UBC study led by Dr. Alex Bigazzi found that the province’s rebate program—offering $350 to $1,400 based on income—made e-bikes accessible to many who otherwise wouldn’t have considered them. Some highlights worth noting: * 60% of participants said they wouldn’t have bought an e-bike without the rebate * Weekly e-bike use jumped by 40 km on average, while car travel dropped by 17 km * Travel emissions fell 17%, and costs dropped 12% * $6.5M in rebates generated $8.7M in retailer revenue Here’s what’s interesting: most recipients still owned cars—but used them less. E-bikes didn’t replace driving entirely; they simply reduced dependency. That’s real-world mode shift. The researchers also suggested a few tweaks to make the program even better—like basing eligibility on household income, partnering with employers for commuter incentives, and targeting regions with weaker transit options. For policymakers and transportation planners, this is a solid example of how smart, equity-focused incentives can nudge travel behavior without heavy-handed regulation. #SustainableTransport #ActiveMobility #UrbanPlanning #TransportationPolicy #EBikes #ClimateAction #Canada #UBCResearch #CleanTransportation #CityPlanning #BritishColumbia