5 ingenious inventions to help animals survive man-made eco harm
Jonathon Keats proposes a "Reciprocal Biomimicry Initiative" to help return the favor after taking so many great ideas from them.
Scientists have been stealing ideas from animals for years. The Shinkansen Bullet Train in Japan for example, was super-fast — 200 mph. But it was also super-noisy until chief engineer and bird-watcher Eiji Nakatsu got the idea that the beak that allows kingfishers to splash-lessly dive into water could also help a train slice more easily through air. One industrial “nose job" later, the bullet train is far quieter and goes 10% faster on 15% less fuel.
There are countless examples of similar “biomimicry." The velcro on your coat is based on those aggravating burrs that cling to your jeans after a hike. Scientists are developing painless hypodermic needles modeled on mosquito mouths that get your blood out without your even noticing. The bumps, or tubercles, on whale fins may provide the key to more effective wind turbines.
Now experimental philosopher and conceptual artist Jonathon Keats is looking to return the favor with something he calls the “Reciprocal Biomimicry Initiative." The idea is to leverage human technology for the benefit of animals for a change. Keats is proposing eight pilot projects that seek to mitigate some of the damaging effects our activities have had on animals. The Samek Art Museum at Bucknell University will be hosting an exhibition that presents the Reciprocal Biomimicry Initiative to the public.
GPS for Birds
The star attraction, arguably, is GPS for birds. Here's how it works. Birds use an innate geomagnetic navigation system to travel to and from their breeding grounds around the world — it's an amazing ability they have. Unfortunately, human activities have damaged many of these places. Keats' “Electromagnetic Navigational System" — connected to a global climate-sensing network to identify more favorable breeding locations — will fly drones outfitted with strong electromagnets alongside the birds so as to lure them magnetically to the healthier destinations.
Urban Camo for Turtles
The patterns on their shells are great for blending in when turtles are making their way through natural settings, but not so helpful in a city setting where an increasing number of the reptiles find themselves, their natural habitats having been built-over. Keats is suggesting specially-designed shell coverings boasting urban colors and visual patterns to help them avoid notice.
Micro-Vibrators for Flowers
There's no solution yet for the massive, mysterious bee die-off. It's scary for us because bees are critical to plant pollination, and that means our food supplies, and thus survival, are under threat. It may be that we'll need to pollinate them artificially, and Keats proposes tiny battery or solar-powered micro-vibrators to get them in the mood.
Aqualungs for Snails
Keats has two ideas in one here. Tiny “aqualungs" could help sea snails get safely onto dry land when acidification makes ocean waters uninhabitable. On the other hand, the same devices could help land snails survive a trip through acid rains to find shelter in the sea.
Sunlamps for Corals
Many of the world's corals are now struggling to get the sunlight they require through polluted or turgid waters — they depend on energy from photosynthesis to live. The Reciprocal Biomimicry Initiative would bring light down to them via illuminated LED strands connected to photovoltaic cells up at the surface. (In the exhibit, the cells are mounted on poles, but one imagines they could just as easily float.)
It's worth remembering that the Samek is an art museum, and Keats' concepts are deliberately thought-provoking in their seeming impracticality. Still, his points are well worth making. The earth doesn't just belong to humans, and though we're good at taking ideas from animals, we're not really doing such a good job returning the favor.
The Reciprocal Biomimicry Initiative exhibit runs at the Samek Art Museum in Pennsylvania from March 4 to June 4, 2017.
What can 3D printing do for medicine? The "sky is the limit," says Northwell Health researcher Dr. Todd Goldstein.
- Medical professionals are currently using 3D printers to create prosthetics and patient-specific organ models that doctors can use to prepare for surgery.
- Eventually, scientists hope to print patient-specific organs that can be transplanted safely into the human body.
- Northwell Health, New York State's largest health care provider, is pioneering 3D printing in medicine in three key ways.
- In some fundamental ways, humans haven't changed all that much since the days when we were sitting around communal fires, telling tales.
- Although we don't always recognize them as such, stories, symbols, and rituals still have tremendous, primal power to move us and shape our lives.
- This is no less true in the workplace than it is in our personal lives.
One of Stephen Hawking's predictions seems to have been borne out in a man-made "black hole".
- Stephen Hawking predicted virtual particles splitting in two from the gravitational pull of black holes.
- Black holes, he also said, would eventually evaporate due to the absorption of negatively charged virtual particles.
- A scientist has built a black hole analogue based on sound instead of light.
- The word "creative" is sometimes waved around like a badge of honor. We speak of creativity in hushed tones, as the special province of the "talented". In reality, the creative process is messy, open, and vulnerable.
- For this reason, creativity is often at its best in a group setting like brainstorming. But in order to work, the group creative process needs to be led by someone who understands it.
- This sense of deep trust—that no idea is too silly, that every creative impulse is worth voicing and considering—is essential to producing great work.
SMARTER FASTER trademarks owned by The Big Think, Inc. All rights reserved.