Food & our planet, a data story

The Food
Universe

Design, Storytelling & Development by Robin Gringhuis

Every year, humanity consumes billions of tonnes of food. Some of it barely touches the atmosphere. Some makes it burn like a dying star. This is what that looks like.

Scroll to explore
01 — How to read this

Every star represents a food category

Each point of light is one food product, grouped into constellations by category. The bright, coloured stars have full climate data. Hover over any star to explore.

Size  = consumption (kg / person / year)
Colour = kg CO₂ emitted per kg of food produced
Glow  = the relative impact of those emissions:
        a wide glow means high CO₂,
        a tight glow means low CO₂
02 — 1961

Where it began

In 1961, the world ate simply. Starchy roots and cereals dominated: high in calories, low in climate cost. Milk was already dominant, but poultry was barely a flicker. Beef was already there, strongly glowing red.

03 — Sixty years of change

Watch the universe shift

From 1961 to 2021, poultry explodes from a flicker to one of the dominant bodies. Vegetables and fruits bloom. Starchy roots quietly recede. Beef does not back down.

04 — The red giants

Some stars burn hot

In 2021, beef left a footprint of 936 kg CO₂ per capita, by far the most of any food. That is a world total of almost 7.5 trillion kg CO₂, comparable to almost eight years of emissions from the entire global aviation industry (every commercial flight on Earth, combined). That glow is not light, but it is heat, warming up and damaging the entire galaxy.

05 — One possible future

What if we did the right thing?

The EAT-Lancet Commission described one potential, scientifically grounded path to 2050. Watch the galaxy cool. Red recedes, legumes bloom, rice quietly dims.

This is a scenario, not a prediction.
It would take a lot of conscious effort.
Source: EAT-Lancet Commission (2019).
A note on agency

This future is not utopia, but it requires us to lock in like never before. It is one of the few scenarios where both people and planet thrive in 2050. The choices that get us there are not made at the dinner table alone. They are decisions made in boardrooms, parliaments, and supply chains.

The transition scenario shown from 2023 onward is based on the EAT-Lancet planetary health diet. This is a scientific framework, not a policy mandate. One of several possible futures, presented here to show what is within reach. Whether we reach it is a collective decision, not an individual one.

This visualisation is an independent project and is not affiliated with, endorsed by, or sponsored by Project Drawdown, EAT Forum, or Our World in Data.

Data Sources & Methodology
2021historical
Climate Cost =
Colour & Glow
< 1 kg CO₂/kg
1 – 2 kg CO₂/kg
2 – 5 kg CO₂/kg
5 – 15 kg CO₂/kg
> 15 kg CO₂/kg
Glow =
CO₂ impact radius.
Beef (~99 kg/kg)
glows ~15× its size.
Vegetables barely
glow at all.

Size = Consumption
kg/cap/yr
Dim stars = no CO₂ data
The stars in close-up
2021, per capita · sorted high to low · x2 zoom-in
Climate footprint (kg CO₂/yr)
How much that footprint glows
hover over a category
in the chart
✦

The galaxy is yours

Use the slider below to move
freely from 1961 to 2050.

Hover over any star to see
its consumption data.

← drag the slider →
scroll down for our conclusion ↓
2021 Historical
1961198020002022 203020402050
Drag to navigate · hover any star for data
CO₂ / kg food
Consumption