When will which glacier disappear? This interactive map shows the fate of our mountains

TVS News AI, editorially supervised, presents When will which glacier disappear? This interactive map shows the fate of our mountains.

When you're out in the mountains, you've seen it yourself: bare patches where ice used to be. What feels like intuition in everyday life is now captured by an interactive map – with a concrete timeline for each glacier.

As Focus reports, the application shows when which glacier in high mountain ranges and polar regions could disappear due to global warming. This provides a tool that pins global trends to individual pieces of ice.

We take a look at what the map can do – and what you can take away from it.

What does the interactive map show?

At its core, the application bundles data on ice loss. You'll find entries on glaciers in high mountain ranges and on ice masses in the polar regions. For each region, there's an estimated date by which the respective ice mass could disappear under current conditions.

What looks like a simple overview at first click is actually a projection. Which climate model underpins the data and what assumptions it uses determines how reliable any single date is. Anyone passing the numbers on should briefly check where they come from.

How do you read the map correctly?

Start by giving yourself ten minutes for a region you know. That's the fastest way to understand what the map is telling you – rather than just pulling up a global horror scenario.

Look closely at the timelines: The time frames glaciers are given depend heavily on the chosen scenario. If you pick a familiar region, you'll clearly see how the coming decades will change – without needing to dramatize the map.

What you can take away from the map

The interactive map doesn't replace climate science or local glacier reports. It's an entry point that pins abstract climate debates to a concrete point – and that's exactly what makes it a powerful tool.

What remains is the question of what we do with the knowledge. The map delivers data, not action – but it makes what climate researchers have been reporting for years visible in a way you immediately understand.

Conclusion: A tool that encourages you to look closely

An interactive map can't stop climate change – but it can show you why it's worth looking closely. The application is exemplary of a new wave of visualizations that break global trends down to the individual case.

Click through, compare regions, talk about it – and decide for yourself what to do with the picture the map draws for you.

11 tips for using the map for yourself

1. Start with a region you know – that makes the entry point tangible.
2. Compare mountain ranges and polar regions – you'll spot differences at a glance.
3. Pay attention to the date and unit of measurement – "by 2050" isn't the same as "by 2050 in the worst case."
4. Click through neighboring regions – this helps you recognize regional patterns.
5. Read the source citations – a reputable map links to its data sources.
6. Use fullscreen mode – the overview gets clearer on larger screens.
7. Take screenshots as conversation starters – visual impressions often have more impact than text.
8. Check if there are filters – many maps offer sorting by region or risk.
9. Read the fine print – methodological notes reveal how the data was calculated.
10. Save bookmarks – maps are often updated continuously.
11. Share it – the best tools are the ones you share.