Traveling Around the World Without Flying: Measuring A Travelers Carbon Footprint on the first ever Zero Impact Expedition in 2024

Carbon calculatorCarbon footprint travelFlight free travelLow carbon travelMeasuring CO₂ emissionsSlow travelsustainable travelTraveling without flyingZero Impact Expedition
Follow my journey

The first expedition to circle the world without flying while systematically measuring its real carbon footprint.

1. A Journey Designed to Measure CO₂, Not Just Avoid Flights

2024 was the first full year of my Zero Impact Expedition — and the first expedition of its kind to travel around the world without flying while continuously measuring the resulting CO₂ footprint.

Rather than making claims, the project was designed as a measurable experiment: move slowly, stay longer, and document how travel decisions translate into real emissions. No offsets used as shortcuts, no assumptions hidden in averages — just lived reality paired with data.

2. Estonia: Establishing a Low-Carbon Baseline Off Grid

I began the year in Estonia, in the middle of winter, volunteering at a non-profit husky farm and helping care for around 50 huskies. I lived in a nature reserve, sleeping in a treehouse, fully off grid and surrounded by forests and snow.

With no long-distance travel during these first three months and only minimal infrastructure use, this period established a clear low-carbon baseline for the expedition. It was a calm and grounded starting phase to slow down and arrive mentally — and it was also when I began developing the Green Travel Carbon Calculator, the tool used to calculate all emissions throughout the journey. The calculator is based on my PhD research on the life cycle impacts of human beings and is grounded in peer-reviewed scientific studies.

3. Measuring Slow Travel Across Europe: From the Baltics to the Alps

From Estonia, I gradually moved south through Europe using buses, trains, hitchhiking, hiking, and later sailing. Over the course of 2024, I covered 10,851 kilometers — entirely without flying and without using a private car.

This resulted in 412.5 kg of CO₂e from mobility, a comparatively low figure for that distance. 

One of the physical highlights was crossing the Alps on foot, from Oberstdorf to Milan, carrying a brutal 25 kg backpack and sleeping outdoors or in simple shelters. The data later confirmed what the body already knew: slow travel doesn’t mean easy travel. It is physically demanding, often intense, and comes with blisters, exhaustion, and uncertainty — but it has the opportunity to reduce the environmental impact while offering a depth of experience that fast travel simply can’t provide.

4. Storms, Waiting Seasons, and Low-Carbon Living in the Canary Islands

After the Alps, I continued by public transport to Spain. From Cádiz, I joined a sailing boat to the Canary Islands. The crossing to Gran Canaria included a three-day storm, during which we temporarily lost the steering wheel and had to improvise repairs at sea.

Because it was hurricane season, crossing the Atlantic toward South America was not yet possible. Instead of forcing progress, I stayed longer in Gran Canaria and later Tenerife. In Gran Canaria, I worked on sustainable cave restoration at a friend’s finca, focusing on low-impact building techniques and land stewardship.

On Tenerife, I volunteered for three months at Tenerife Horse Rescue as their videographer. We lived freegan, rescuing food from supermarkets that would otherwise be thrown away — a lifestyle choice that had a measurable effect on food-related emissions.

5. What the CO₂ Data Shows: A Measured Low-Impact Year

Throughout the year, all major categories were tracked and quantified.

  • Food emissions:

    • 95 days freegan
    • 270 days on an average meat-reduced diet
    • 1,185 kg CO₂e, with no meat-hea</div>vy diet days
  • Accommodation emissions:
    (Out of 354 nights)

    • 306 nights in campsite conditions
    • 30 nights couchsurfing
    • 7 nights wild camping
    • Only 5 nights in shared Airbnb accommodation and a similar number in shared hostel rooms
  • Total accommodation emissions were 1,347 kg CO₂e, averaging 3.8 kg CO₂e per night, largely due to outdoor stays and shared, low-energy, often solar-powered places.
  • Total emissions for 2024:

    • Mobility, food, and accommodation combined: 2,945 kg CO₂e
    • Including infrastructure, lifestyle, and digital consumption: 4,051 kg CO₂e for the entire year

For comparison, the average annual carbon footprint of a person in Germany is around 10 tons of CO₂.

 

By the end of 2024, hurricane season was easing. I met the same captain again who had taken me to Gran Canaria, and we finally set sail across the Atlantic toward Brazil — carrying not only supplies, but a full year of measured data, lived experience, and lessons.

Measured in numbers, 2024 was a low-impact year.
Measured in experience, it was foundational.

It showed that traveling without flying — when paired with transparency and real CO₂ tracking — is not just an idea, but a measurable, repeatable, and enriching approach to moving through the world differently.

Follow my journey
Carbon calculator, Carbon footprint travel, Flight free travel, Low carbon travel, Measuring CO₂ emissions, Slow travel, sustainable travel, Traveling without flying, Zero Impact Expedition

Ähnliche Beiträge

Leave a Reply

Your email address will not be published. Required fields are marked *

Fill out this field
Fill out this field
Please enter a valid email address.