Decision time? Check out our latest product comparisons

Insect

Studying the behavior of bees might lead to better, much more flexible ways to deal with p...

By studying the behavior of bees, a group of researchers at Queen Mary University of London has documented and modeled the way in which the insects can fly from flower to flower and then come back to their hives expending the least amount of time and energy. The findings might lead to better, much more flexible ways to deal with problems ranging from building faster computer networks to creating more powerful microchips.  Read More

Scientists from North Carolina State University are working on remotely controlable sensor...

Much to the annoyance of home-owners everywhere, cockroaches are amazingly tough, and they’re able to squeeze into remarkably small spaces. These are some of the same qualities that researchers would like to see in tiny reconnaissance robots that could perform tasks such as searching earthquake-damaged buildings for survivors. Such adaptable, robust mini-robots would be quite challenging to create, however. A team of scientists from North Carolina State University are working on an alternative – sensor-equipped real cockroaches that are remotely controlled by human operators.  Read More

Close up of a red harvester ant (Photo: Sandstein)

Ask who invented the Internet and you’ll spark off an argument with everyone championed from DARPA to Nikola Tesla. However, two Stanford scientists claim that the inventor may have had six legs, antennae and a taste for disrupting picnics. Professor of biology Deborah Gordon and professor of computer science Balaji Prabhakar say that red harvester ants (Pogonomyrmex barbatus) use the same Transmission Control Protocol (TCP) in foraging that the internet uses to manage data transmissions – making a sort of “Anternet.”  Read More

BeesVita is claimed to arrest Colony Collapse Disorder

Around the world, honey bees have been vanishing at an alarming rate. Since bees not only provide honey, but are also vital for pollinating crops, this is not only distressing, it also puts agriculture at risk. The reasons for this decline are still unknown, but a Florida-based company claims to have found a solution in the form of a concentrated organic feed supplement. BeesVita is purported to not only protect bee colonies in danger of collapsing, but actually causes them to grow and thrive.  Read More

Lorenzo Maggiore with his Bug-A-Salt pump action gun that finishes bugs off with a pinch o...

We recently took a look at the InaTrap insect trap that lures insects into its designer-inspired form to quietly and efficiently send them to an early grave. But if you’re looking for something slightly more badass that provides a greater sense of satisfaction when taking out those pesky bugs then it’s hard to go past the Bug-A-Salt. The brainchild of Santa Monica-based artist Lorenzo Maggiore, the Bug-A-Salt is a pump action gun that takes out pests in a blast of non-toxic table salt.  Read More

The InaTrap insect killer lures insects using an intermittent light and photocatalyst reac...

We know there’s an ongoing quest to build a better mousetrap, but what about a better insect trap? That’s just what Acase, working with design house inadays, believes it has done with the creation of the InaTrap. With an appearance not dissimilar to a designer lamp, the InaTrap attracts, traps and kills insects so you can ditch the swatter and insect spray.  Read More

Scientists have created genetically-modified mosquitoes that are incapable of spreading ma...

Last year, Prof. Anthony James announced that he and his colleagues had genetically altered Aedes aegypti mosquitoes in a fashion that could drastically reduce their populations. In a nutshell, the altered genes cause the female mosquitoes to be born without wings – this makes it rather difficult for them to go foraging for blood, and turns them into easy prey for almost any predator. The non-biting males are born with wings, and subsequently go off and mate with unmodified females, passing the modified genes along to their offspring. Now, James has done some more genetic engineering, to create mosquitoes that can’t spread malaria.  Read More

The DASH robot, a cockroach and a gecko are all capable of running to the edge of a ramp, ...

Anyone who has tried to kill a cockroach knows just how difficult they can be to be to capture. Not only can they squeeze through very narrow gaps, but they can also instantly accelerate to a running speed of approximately 50 body lengths per second. Recently, biologists at the University of California, Berkeley realized that the insects have another escape skill at their disposal. When they get to the edge of a surface such as a table, they can hook it with their rear claws and swing around 180 degrees to land upside down on its underside – a maneuver also performed by geckos. A team of UC Berkeley researchers subsequently did what any of us would do upon gaining that knowledge, and set out to get a robot to perform the action.  Read More

The NANOMOSKI process utilizes silica nanoparticles to render clothing mosquito-repellant

For many of us, mosquitoes are an irritating pest that can ruin any number of outdoor activities. For many others, however, they are also spreaders of malaria – a disease which infected approximately 216 million people in 2010, according to an estimate by the World Health Organization. Repeatedly slathering on bug repellant is one way of dealing with the insects, although wearing clothing made from mosquito-repellant fabric sounds a lot more preferable. While existing mozzie-unfriendly garments have some limitations, Portuguese tech company Nanolabel has developed a new treatment process that it claims is far superior to traditional technology.  Read More

A sample of the biomimetic film, and a morpho butterfly

Butterfly wing material is somewhat like spider silk, in that they’re both animal-produced substances which scientists are very interested in copying. In the case of butterfly wings, it’s their ability to brilliantly reflect light in a variety of iridescent colors that could prove particularly useful to humans. Researchers from the Korea Advanced Institute of Science and Technology (KAIST) are reporting success in replicating the reflective properties of the insects’ wings, using tiny glass beads.  Read More

Looking for something? Search our 29,041 articles