Duo Gooders - One Year SKU: TDP1001-TREE-002
$115.00 USD annual
-43.5 tons of CO2 annual 213 trees annual

Duo Gooders - One Year

SKU: TDP1001-TREE-002
- 11500 annual
-43.5 tons of CO2 annual 213 trees annual

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You and your significant other. Partners in crime. Like minded climate couples. This climate+ package assumes a couple with 2 cars, living in an average sized home, eating a well-rounded diet, with 4 hours of daily phone use each.

How can we do better?
What does offsetting mean to tentree?
What does climate+ mean?
The impact of trees
Why trees?
Where do we plant your trees?
The math

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Climate+ is the action of going beyond net zero. It means doing more than just offsetting your carbon footprint - by creating an environmental benefit by removing additional carbon dioxide from the atmosphere.

We know that one of the most sustainable and cost-effective ways to accomplish this is by planting trees. Climate+ is a community of tree planters, rehabilitating our Earth, and having fun while we’re at it.

How can we do better?

There’s no such thing as a perfect environmentalist, don’t be discouraged by your ability to make meaningful changes. Big change can start as as small as:

  • Turning your thermostat down by 2 degrees.
  • Wearing clothes more than once before washing them.
  • Bike, walk or ride the bus to work!
  • Switch over to LED bulbs and smart appliances.
  • Try buying local, seasonal fruits and vegetables.
  • Use waxed cloth instead of plastic wrap for food.
  • Remember your reusable bags, mugs and cutlery for all outings.
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The impact of trees

Did you know that trees combat climate change? We have tonnes (literally) of excess carbon dioxide in our air. Trees do something called ‘sequestering carbon’, it’s their way of cleaning our air, and eliminating harmful elements from the earth. They do that by absorbing the C02, and storing the carbon. Not only do trees sequester carbon, they also produce oxygen. Next time you’re outside, take a nice deep breath of fresh air, and thank the nearest tree.

As we work to fight global warming, we can also thank the trees for cooling our earth. They provide shade, and their leaves release water vapor, cooling the planet even more. Just ten trees can offset the impact of a weekend road trip, a lifetime of iphones or even your drunken 2am hamburger habit.

Why trees

Tree planting has a meaningful impact that reaches far beyond carbon sequestration. They provide homes for wildlife, and in areas like Madagascar, the crab and fish populations provide additional food sources and income for the locals. In addition to the environmental benefits, we employ people from local communities. This extends our impact far beyond environmentalism. These are the building blocks of a long lasting and sustainable restoration project.

We recognize that there are lots of ways to offset carbon, but are confident that our tree planting initiatives provide the most meaningful, holistic and verified impact on our Earth.

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What does offsetting mean to tentree?

To tentree, neutrality isn’t change, so ‘offsetting’ means going beyond neutral and doing something positive for our planet. We don’t agree with the idea that simply doing no harm will equate to change, we’re here on this beautiful earth, ready to do some good.

We want to make offsetting easy, understandable, accessible, fun, and impactful. Our climate+ packages aim to do just that.

Where do we plant your trees?

Our Earth Day Climate+ packages will allow us to work with our partners to plant many species of trees including mangroves in the coastal regions of Madagascar and Indonesia. Mangrove trees are one of the most efficient carbon sequestering trees in the world and planting them provides much more than a carbon impact for our planet. We are incredibly grateful for our planting partners, like Eden Reforestation Projects who are on the ground making things happen.

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The Math

This climate+ package assumes a couple with 2 cars, living in an average sized home, eating a well-rounded diet, going on vacations, watching Netflix and 5 hours of daily phone use each.

Cars 7.63 MT CO2
Flights 3.3097 MT CO2
Hotels 0.93 MT CO2
Phones 14 MT CO2
Netflix 3.504 MT CO2
Food 6.6 MT CO2
Energy for housing 7.5 MT CO2
Total 43.4737 MT CO2


The average car uses about 404 grams of CO2 per mile. To translate from miles to kilometres, we divide miles by 1.609, and simultaneously divide grams by 1.609. This means the average car uses about 251 grams of C02 per kilometer.

(divide by 1.609) 1: 404grams (divide by 1.609)

0.6214: 251grams

The average Canadian drives 15,200km per year, so we can multiply the amount of kilometres by the emission factor 251grams CO2 per kilometer. This gives us a total of 3,815,200 grams of C02 per year.

251 grams of C02 / kilometer x 15,200 km = 3,815,200 grams of C02 per year

In order to change grams to metric tons, we multiply grams by 0.0000001 which gives us 3.185 metric tons of C02 per year.

3,815,200 grams C02 per year x 0.000001 = 3.815 metric tons of C02 per year

If this couple has two cars this would be a total of 7.63 MT CO2 per year

3.815 MT x 2 people = 7.63 MT CO2 per year


Planes emit 115g CO2 per kilometer. We use the conversion factor 0.000001 to get from grams to metric tons and we get 0.000115 MT of CO2 per kilometer of air travel.

115grams x 0.000001 = 0.000115 MT Carbon

Let’s assume that over the year this couple flies from Vancouver to Toronto twice per year, which is 6,710km round trip and 13,420 for two trips. They also fly to Europe once per year, this year they go to Denmark which is 7,680km one way, and 15,360km both ways. In total, this couple is flying 28,780km per year.

In order to get the total emissions, we multiply 0.000115 by 28,780 km and get 3.3097MT CO2.

0.000115 MT x 28,780= 3.3097 MT CO2


Hotels emit about 31kg of CO2 per room per night. Assuming this couple stays at hotels 30 nights per year during their vacations, and each night emits 31kg CO2, they will emit a total of 930kg of CO2 from hotels.

30 x 31kg = 930kg CO2

In order to change this number from kilograms of CO2 to metric tons of CO2 we use the conversion factor 0.001.

930kg CO2 x 0.001= 0.93 MT CO2


If a person uses their phone for one hour per day over a year they would emit 1.4 tonnes of CO2.

The average person spends 3-5 hours per day on their phone. Which means over a year a couple would emit 14 tons of CO2 for phone usage.

1.4 tons CO2 x 5 hours x 2 people= 14 MT of CO2


Every half hour of Netflix watched emits 1.6kg of CO2. Since the average person watches 1.5 hours of Netflix per day, we multiply emissions per hour, by hours per day to get total emissions per day.

1.5 hours per day is equal to 3,30 minute segments.

1.6kg CO2/ half hour x 3 half hours = 4.8kg CO2 per day

To find the annual total we multiply emissions per day by 365 days in the year, this calculation gives us 1,752 kg CO2 over one year.

4.8kg of CO2 x 365 days = 1,752 kg CO2

In order to change kilograms into metric tons, we use the conversion factor of 0.001 tons for every kilogram. When we multiply 1,752 g by the conversion factor, we get 1.752 MT of CO2 emissions per year.

1,752kg CO2 x 0.001 = 1.752 MT CO2 per year

For two people, this would emit 3.504 MT CO2 per year.

1.752MT CO2 x 2 = 3.504 MT CO2


A person with a diet including a lot of meat, dairy, fruits and vegetables and cereals emits 3.3 MT CO2 per year. For two people this would emit 6.6MT CO2.

3.3 MT CO2 x 2 people = 6.6 MT CO2

Energy for housing

The average household emits 7.5 MT of CO2 per year including laundry, showers, heating and cooling and appliances.


In total a couple would emit 43.4737 MT CO2 in one year.

7.63 MT + 3.3097 MT + 0.93 MT + 14 MT + 3.504 + 6.6 MT + 7.5 MT = 43.4737 MT CO2