🧠🍽️ Feed your curious mind with tales of nature-inspired solutions that have led to groundbreaking innovations.
🌍🎨 Transport yourself deep into a world of imagination with lifelike illustrations of wild animals and high-tech design blueprints.
🔥💺 Jump into the hot seat and feel the thrill of close animal encounters with exclusive stories from Patrick Aryee's wild travel adventures!
🧠🍽️ Feed your curious mind with tales of nature-inspired solutions that have led to groundbreaking innovations.
🌍🎨 Transport yourself deep into a world of imagination with lifelike illustrations of wild animals and high-tech design blueprints.
🔥💺 Jump into the hot seat and feel the thrill of close animal encounters with exclusive stories from Patrick Aryee's wild travel adventures!
In the wild humpback whales feed using an extraordinary technique called bubble-netting.
After tracking down a school of fish they start by releasing a steady stream of bubbles that creates the illusion of a net, made up of bubbles!
Confused by what looks like an underwater force field to the fish, the entire school swim in the opposite direction.
The key here is for the whales to continue swimming in a very tight circle, while slowly rising upwards in a spiral.
With nowhere left to go this clever tactic forces the tightly packed fish right to the surface.
This is the exact moment the humpbacks have been working for. Their reward? An entire mouthful, of hundreds of fish!
But the secret we're looking for, lies in how these huge bulky animals can make such tight turns underwater.
The clue lies in the bumpy ridges that line edge of the whales' flippers, called tubercles.
To find out how these bumpy flippers are supercharging new wind power turbine blades check out Chapter 14
of '30 Animals That Made Us Smarter'.
Click 'Send Me My Order Link' and start your journey of discovery!
In the wild humpback whales feed using an extraordinary technique called bubble-netting.
After tracking down a school of fish they start by releasing a steady stream of bubbles that creates the illusion of a net, made up of bubbles!
Confused by what looks like an underwater force field to the fish, the entire school swim in the opposite direction.
The key here is for the whales to continue swimming in a very tight circle, while slowly rising upwards in a spiral.
With nowhere left to go this clever tactic forces the tightly packed fish right to the surface.
This is the exact moment the humpbacks have been working for. Their reward? An entire mouthful, of hundreds of fish!
But the secret we're looking for, lies in how these huge bulky animals can make such tight turns underwater.
The clue lies in the bumpy ridges that line edge of the whales' flippers, called tubercles.
To find out how these bumpy flippers are supercharging new wind power turbine blades check out Chapter 14
of '30 Animals That Made Us Smarter'.
Click 'Send Me My Order Link' and start your journey of discovery!
WANT TO LEARN MORE?
Writing this book has felt like putting together an intricate puzzle. Each animal a precious piece revealing the bigger picture. The bigger picture of how our human lives are connected to the very life source of this planet!
Join me as we uncover the latest nature inspired solutions, and the '30 Animals That Made Us Smarter'.
Are you ready to explore?
Writing this book has felt like putting together an intricate puzzle. Each animal a precious piece revealing the bigger picture. The bigger picture of how our human lives are connected to the very life source of this planet!
Join me as we uncover the latest nature inspired solutions, and the '30 Animals That Made Us Smarter'.
Are you ready to explore?
30 years ago Japan’s famous bullet trains had a problem. When they travelled through tunnels they would come out the other side with a loud, boom!
This shockwave disturbed wildlife, the people who lived nearby, and even the passengers who were sat inside the trains.
It all came down to the air that was building up in-front of the train. It was this compressed air - created by the shockwave - which led to the loud booming sound.
The compressed air was also acting to slow down the train anytime it was in a tunnel. Luckily a keen bird watcher - who just so happened to be an engineer - was inspired by his feathered Kingfisher friends to create a brand new solution that would make the trains much faster and even quieter!
Head over to Chapter 1 of '30 Animals That Made Us Smarter' to find out more about his discovery.
The examples you've read about today are just the tip of the iceberg. Throughout '30 Animals That Made Us Smarter' we reveal countless stories that showcase how the animal kingdom is silently shaping our future.
You’ll never see nature in quite the same way again!
Click the link below to access your copy now!
30 years ago Japan’s famous bullet trains had a problem. When they travelled through tunnels they would come out the other side with a loud, boom!
This shockwave disturbed wildlife, the people who lived nearby, and even the passengers who were sat inside the trains.
It all came down to the air that was building up in-front of the train. It was this compressed air - created by the shockwave - which led to the loud booming sound.
The compressed air was also acting to slow down the train anytime it was in a tunnel. Luckily a keen bird watcher - who just so happened to be an engineer - was inspired by his feathered Kingfisher friends to create a brand new solution that would make the trains much faster and even quieter!
Head over to Chapter 1 of '30 Animals That Made Us Smarter' to find out more about his discovery.
The examples you've read about today are just the tip of the iceberg. Throughout '30 Animals That Made Us Smarter' we reveal countless stories that showcase how the animal kingdom is silently shaping our future.
You’ll never see nature in quite the same way again!
Click the link below to access your copy now!