When you Subscribe to any of our Paid Subscriptions, we plant 5 TREES on your behalf, supporting a Tree Planting Project. You'll receive a Certificate (your Name inclusive) through email.
TREE PLANTING FOR CONSERVATION, REWILDING
Trees absorb carbon dioxide over their entire lifetime and store it as carbon in their trunk. An 80-year-old beech tree, for example, has stored 1 270,87 kg of CO2 in its lifetime. If we now divide this by 80 years, we can conclude that beech stores about 16 kg of CO2 annually.
Your Trees (5x) will be planted and need to grow to capture carbon dioxide from the atmosphere.
The Facts:
A tree can begin capturing carbon dioxide almost immediately after being planted, but it reaches its peak carbon capture ability when it is young and growing rapidly, meaning it takes several years to fully mature and effectively absorb large amounts of CO2; most studies indicate that a tree reaches its optimal carbon sequestration phase within the first few decades of its life, with older trees continuing to absorb carbon at a slower rate but still storing significant amounts over their lifespan.
Early growth is key:
Young trees generally absorb CO2 faster than older trees due to their rapid growth rate.
Long-term benefits:
While young trees capture carbon quickly, older trees continue to store large amounts of carbon throughout their lives.
Other Facts:
Trees absorb carbon dioxide (CO2) from the atmosphere. The mechanism behind this is called photosynthesis. Trees use photosynthesis to turn CO2 into carbon and then store this carbon in their wood. During this process oxygen is released. Forests are therefore important CO2 reservoirs and planting trees is an efficient measure in combating climate change.
Strictly speaking, trees do not store CO2, they store carbon. During photosynthesis, trees absorb CO2 from the atmosphere. They convert this CO2 into oxygen and carbon. Then they use the carbon to grow and store it in their wood mass.
How much CO2 does a tree store per year?
Across all tree species, a tree stores an average of 24,62 kg of CO2 per year.
Capturing 1 tonne of CO2 requires 50 trees growing for one year
READING AND CARBON FOOTPRINT
Reading online for 3 hours a day for an entire year (1,095 hours) generates roughly 10 to 65
kilograms of CO2-equivalent (CO2e), depending on whether you use a smartphone or a laptop
Breakdown of Emissions
Total Time: 3 hours per day for 365 days equals 1,095 hours of reading time
Smartphone Usage: Emits about 10 to 20 grams of CO2e per hour, totaling roughly 11 kg to 22
kg of CO2e per year.
Laptop or Tablet Usage: Emits about 30 to 60 grams of CO2e per hour, totaling roughly 33 kg to
65 kg of CO2e per year.
Where the Emissions Come From
Device Power (52%): Electricity used to keep your screen bright and processor running.
Network & Data Centers (29%): Energy consumed by Wi-Fi routers, cell towers, and remote
servers delivering the text.
Manufacturing (19%): The upstream energy and mining required to build your electronics.
Looking for a way to reduce your carbon footprint? Concerned about climate change?
