Introducing the Gizmag Store

Animals

Instant Wild is a conservation app that sends photos of wild animals to users' iPhones, as...

Why do ecotourists travel thousands of miles to catch glimpses of rare, exotic animals, when they could get long, lingering looks at them just by turning on their TV? Well, partly because it’s fun to travel. Also, however, it’s a lot more exciting when you never know what you’re going to see, or when, or where. While it’s not quite as epic as trekking through the African Savannah, the Zoological Society of London’s Instant Wild App is bringing that same sort of wilderness-lottery-like excitement to the iPhone. Users can subscribe to feeds from camera traps located in several areas of the world, and will receive photos of the animals that trigger those traps, as they’re triggered. While that might be neat enough in and of itself, users can then proceed to help conservationists protect those creatures.  Read More

The SAISBECO project is developing facial recognition software, for the study of wild apes...

When studying wild animals such as gorillas and chimpanzees, it's not uncommon to use photo or video traps - unmanned cameras that are triggered to capture images when creatures pass in front of them. Scientists can then retrieve the cameras and review the footage, to get an estimate of the numbers of a certain species within a given area, and to see what those animals have been up to. One of the problems with this approach, however, is that it's often hard to tell one animal from another - are you looking at several shots of several different apes, or is it the same individual every time? German scientists are developing wild primate-devoted facial recognition software, in order to answer such questions.  Read More

Project leader Ollie Szyszka, with one of the electronically-tagged cows

With diseases such as Foot and Mouth, TB, and of course Mad Cow still presenting a danger to cattle, it’s of the utmost importance that farmers monitor the health of their animals, and immediately proceed to isolate any that might be showing symptoms. If you have a herd of over 500 cows, however, keeping track of individuals can be rather tricky. That’s why scientists at England’s Newcastle University have developed electronic ears tags, that they’re trying out on a herd of test cattle.  Read More

Scientists from have generated pluripotent stem cells from horses for the first time (Phot...

For the first time ever, scientists from the University of Montreal and Mount Sinai Hospital have generated pluripotent stem cells from horses. Pluripotency refers to a cell's ability to become any of the various other types of cells found within the body, and the ability to be able to grow such cells in a laboratory setting has great implications for the field of regenerative medicine. Not only does this latest accomplishment potentially mean big things for sick or injured horses, but it could also pave the way for lab-based human stem cell treatments.  Read More

TASER Wildlife Electronic Control Device (ECD)

We've seen TASER electroshock weapons designed for law enforcement, personal protection and even riot control, but in all of the above cases, it's a human on the receiving end. Now the company has a different target in sight for its "less lethal" technology ... and it's one that could create as much controversy as its predecessors – the TASER Wildlife Electronic Control Device.  Read More

Georgia Tech graduate student Jeffrey Stirman, School of Chemical & Biomolecular Engineeri...

Genetically engineered remote controlled animals ... what the? Using inexpensive and widely available technology combined with the latest techniques in optogenetics, researchers at Georgia Tech have created exactly that. Optogenetics is a mix of optical and genetic techniques that has allowed scientists to gain control over brain circuits in laboratory animals. Mary Shelly would be proud – or totally freaked out. But don't expect remote controlled poodles or parrots in your nearest pet store by Christmas, this might be a few years off.  Read More

CSIRO Livestock Industries scientist, Dr Caroline Lee, monitoring cattle behavior at Armid...

It’s well known that happy workers of the human variety are also productive workers, and farmers know that the same holds true for animals. However, because animals aren’t likely to reveal their emotional state on a psychiatrist’s couch, the current methods to measure animals’ wellbeing has largely focused on biological indicators of stress via blood tests or through studies of animal behavior. Now researchers are looking to use cognitive principles based on human psychological theories to assess animal emotions.  Read More

Much like your household washing machine animals use resonant frequencies to shed water

What does a labrador and a clothes washer have in common? Not much you might say. Think again. A team of researchers from the Georgia Institute of Technology, Atlanta, have unlocked the secrets behind how animals such as dogs, mice and even brown bears dry themselves and the key is all in the spin cycle. Much like your household washing machine these animals use resonant frequencies to shed water and given the results of their research, graduate student Andrew Dickerson and his advisor, professor David Hu, are now looking at how they can apply their results.  Read More

The DeerDeter detects oncoming vehicles, then scares deer away from the road

There’s a stretch of highway in Utah, where over 300 carcasses of car-struck deer were found in a single year. It’s not surprising, therefore, that the Utah Department of Transportation (UDOT) has chosen part of that area to try out the DeerDeter Wildlife Crossing Guard. As you might have guessed from its name, the roadside device is designed to keep deer from wandering out onto nighttime roads as cars are approaching. When it detects oncoming headlights, the DeerDeter’s strobe lights and audio alarm system are activated, causing deer and other animals in its vicinity to keep their distance.  Read More

'I'm outta here' - a crayfish performs a tail-flip (Photo: David D. Yager/Jens Herberholz,...

A team from the University of Maryland has studied the decision-making processes of crayfish in an effort to better understand the workings of the human brain. “Matching individual neurons to the decision making processes in the human brain is simply impractical for now,” explained psychologist Jens Herberholz, the study’s senior author. “History has shown that findings made in the invertebrate nervous systems often translate to more complex organisms."  Read More

Looking for something? Search our 26,559 articles