Feed the penguins! Change the size of the ice sheet to get them to the fish.
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| Name | Ice Flows |
|---|---|
| Version | 2.1.0 |
| Update | Aug 02, 2024 |
| Size | 50 MB |
| Category | Educational |
| Installs | 10K+ |
| Developer | Inhouse Visuals |
| Android OS | Android 4.1+ |
| Google Play ID | com.InhouseVisuals.IceFlows |
Ice Flows · Screenshots
Ice Flows · Description
Your goal is simple, feed the penguins in the Antarctic, and the seals in Greenland!
Ice Flows puts you in charge of the Antarctic and Greenland Ice Sheets. Master the way the ice flows and get your penguins and seals to their fishy dinner. Unlock new levels and bonus characters as you play - just watch out for their predators...
Features:
- 6 worlds, 21 levels and 5 bonus rounds. Can you complete them all?
- 7 Antarctic penguins to collect: Chilly, Fuji, Ronne, Filchner, Vostok, Xue Long and Sanae.
- 6 Greenland seals to collect: Nuuk, Nord, Aput, Nittaalaq, Qannerpoq and Persoq.
- Dangerous predators and secret characters.
- Sandbox mode, play with the simulation and learn all about how ice flows and how climate change can affect marine ice sheets.
- Uses a simple ice flow model based, based on the principles of state-of-the-art ice flow models, created in conjunction with the University of Exeter.
Ice Flows puts you in charge of the Antarctic and Greenland Ice Sheets. Master the way the ice flows and get your penguins and seals to their fishy dinner. Unlock new levels and bonus characters as you play - just watch out for their predators...
Features:
- 6 worlds, 21 levels and 5 bonus rounds. Can you complete them all?
- 7 Antarctic penguins to collect: Chilly, Fuji, Ronne, Filchner, Vostok, Xue Long and Sanae.
- 6 Greenland seals to collect: Nuuk, Nord, Aput, Nittaalaq, Qannerpoq and Persoq.
- Dangerous predators and secret characters.
- Sandbox mode, play with the simulation and learn all about how ice flows and how climate change can affect marine ice sheets.
- Uses a simple ice flow model based, based on the principles of state-of-the-art ice flow models, created in conjunction with the University of Exeter.
