← OCORPDescentAn imagined Indian Ocean reef
Illustrative 3D story · symbolic depths, dates and scenario values

All six chapters are readable below.

0 · the surface

The ocean has absorbed ninety per cent of the heat.

The ocean has taken up more than 90% of the excess heat accumulated in the Earth system. From the surface, the change can be hard to see. Dive through an imagined reef and explore what a warmer world could mean.

IPCC · Ocean and Cryosphere report ↗

01 · a living reef

A small part of the ocean. A world of life.

Reefs occur in less than one per cent of the ocean, yet are home to nearly one-quarter of ocean species. The reef around you is a procedural illustration inspired by the Indian Ocean. Its colours and scenario values are examples, not a survey of Lamu or another field site.

NOAA Fisheries · Shallow coral reef habitat ↗

02 · a warmer world

A warmer world can turn a reef white.

When water remains too warm, corals can lose the algae that give them much of their colour. IPCC SR15 projects a further 70–90% decline in coral reefs at 1.5°C of global warming. That global assessment is not a forecast for this imagined reef.

IPCC SR15 · Summary for Policymakers, B.4.2 ↗

03 · contrasting futures

At two degrees, more than ninety-nine per cent.

IPCC SR15 projects larger coral reef losses, greater than 99%, at 2°C of global warming. The two scene pathways use stylized colour changes to tell that wider story. Their dates and cover values are illustrative; they are not local climate projections.

IPCC SR15 · Summary for Policymakers, B.4.2 ↗

04 · a restoration concept

Restoration offers a way to buy time.

This imagined nursery shows coral fragments on frames. It explores restoration as part of caring for a reef, alongside reducing the pressures that harm it. These are simulated structures, not an operating nursery or a claim about proven survival at this site.

NOAA Fisheries · Habitat conservation and restoration ↗

05 · the choice

Two pathways. One reef to care about.

Switch between the lower and higher warming illustrations, then travel back through the reef. Both use sample values to explore a possible story. The difference invites a conversation about climate, restoration and the choices around them.