Quick facts
- ▸~101 million tonnes of CO₂ released worldwide every day in 2026 — 1,200 tonnes every second.
- ▸Atmospheric CO₂ in 2026: ~425 ppm, up from 280 ppm before the Industrial Revolution.
- ▸China contributes ~30% of global emissions; the US ~14%, EU ~8%, India ~7%.
- ▸Electricity & heat = 31% of emissions; transport = 16%; industry = 17%.
- ▸At current rates, the remaining 1.5 °C carbon budget runs out within ~7 years.
While you've been on this page…
Live, since you opened the page — at typical worldwide rates.
+976,439
CO₂ released (kg) · ~1200t / sec
+9
Trees cut down · ~12 / sec
+1
Flights taken · ~1.3 / sec
Putting 101 million tonnes per day in perspective
CO₂ / day
~101 Mt
Worldwide
Elephants
~600M
Equivalent weight
Daily CO₂ output weighs as much as 600 million adult elephants.
Per capita / yr
~4.6 t
Global average
US per capita / yr
~15 t
Top emitter group
The richest 10% account for roughly half of all emissions.
1.5 °C budget
~250 Gt
Remaining
Annual rate
~37 Gt
Current emissions
At today's pace, the 1.5 °C budget runs out in roughly 7 years.
What This Number Really Means
Imagine 101 million tonnes of invisible gas rising into the sky every single day. That's roughly the weight of 600 million adult elephants — released in 24 hours, every day, 365 days a year. Carbon dioxide is odorless, colorless and invisible to the naked eye, which makes it uniquely dangerous: we can't see the problem we're creating, but the planet can feel it.
This CO₂ comes from burning coal, oil and natural gas for electricity, transportation and industry. It comes from cement production, deforestation and agriculture. Once released, it lingers in the atmosphere for centuries, trapping heat and gradually warming the planet. The counter above isn't just counting kilograms — it's measuring the accumulating pressure humanity places on Earth's climate system.
The CO₂ trajectory — 1750 to 2026
- 1750280 ppm
Pre-industrial atmospheric baseline.
- 1958315 ppm
First continuous measurements begin at Mauna Loa.
- 1990~22 Gt/yr
Kyoto baseline year — emissions ~22 billion tonnes annually.
- 2015~36 Gt/yr
Paris Agreement signed; emissions still rising.
- 2026~37 Gt/yr
Atmospheric concentration ~425 ppm; warming ~1.2 °C above pre-industrial.
Global CO₂ emissions — historical trend
| Year | Annual emissions (Gt CO₂) |
|---|---|
| 1950 | ~6 Gt |
| 1990 | ~22 Gt |
| 2000 | ~25 Gt |
| 2015 | ~36 Gt |
| 2020 | ~34 Gt |
| 2023 | ~37 Gt |
| 2026 | ~37 Gt |
Sources: Global Carbon Project, IEA, NOAA. Figures rounded to nearest gigatonne.
Why Emissions Remain So High
Despite decades of climate agreements and rapid renewable energy growth, emissions continue to rise because global energy demand grows faster than clean sources can replace fossil fuels. Developing nations — rightfully pursuing economic growth to lift billions from poverty — are building power plants and transportation networks at unprecedented scale. China alone added more solar capacity in 2023 than the world had installed in total five years earlier, yet its coal consumption also increased.
Industrial processes like cement and steel production are inherently carbon-intensive and lack scalable alternatives. Aviation and shipping remain almost entirely fossil-fueled. And deforestation — particularly in the Amazon and Southeast Asia — releases stored carbon while removing the trees that would absorb it. The challenge isn't lack of solutions; it's the scale and speed required to deploy them. See the deforestation impact on our trees cut down counter.
Did you know?
Every second…
~1,200 tonnes of CO₂ enter the atmosphere — more than the lifetime emissions of an average European.
300+ years
CO₂ released today will still be warming the planet centuries from now — climate change is effectively irreversible on human timescales.
425 ppm
Atmospheric CO₂ in 2026 is the highest in at least 800,000 years — possibly 3+ million years.
One flight = one year
A round-trip transatlantic flight emits more CO₂ per passenger than the average human in 30 countries emits in a full year.
Real-World Comparisons
At 37 billion tonnes annually, humanity's CO₂ output is the largest material flow we create. Every person on the planet is responsible for an average of 4.6 tonnes per year — though this varies from 0.1 tonnes per capita in some African nations to over 15 tonnes in the United States and Gulf states.
In one hour, global emissions exceed 4.3 billion kilograms — enough CO₂ to fill 2.4 billion hot-air balloons. The cumulative CO₂ emitted since 1750 now exceeds 1.7 trillion tonnes, creating an atmospheric blanket that has warmed the planet by 1.2 °C so far. Scientists warn that crossing 1.5 °C triggers feedback loops that accelerate warming beyond human control. The biggest contributors are everyday systems we rarely think about: 115,000 daily flights, global electricity generation, and the supply chains behind 1.6 million daily Amazon orders.
What This Says About Our Climate Future
Every second on this counter pushes us closer to — or further from — the climate goals outlined in the Paris Agreement. The math is unforgiving: to limit warming to 1.5 °C, humanity has a remaining carbon budget of roughly 250 billion tonnes. At current rates, we'll exhaust that budget within seven years. After that, any additional emissions commit us to a warmer, more volatile climate.
But this counter also carries hope. Renewable energy costs have plummeted 90% in a decade. Electric vehicles are approaching price parity with combustion engines. Green hydrogen and carbon capture technologies are scaling. The question isn't whether we have the tools — it's whether we deploy them fast enough. Explore all environmental data on our environmental statistics dashboard.
Data & transparency
- Source
- Global Carbon Project, International Energy Agency, NOAA, NASA
- Update frequency
- Annual baseline; live counter updates every second
- Calculation
- Annual emissions (~37 Gt CO₂/yr) ÷ 31,536,000 seconds
- Last updated