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Could This Caterpillar Help Solve The World’s Plastic Bag Problem?

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Fédération des travaux publics : Les entreprises réclament des mesures d'urgence

Added on the 24/04/2017 12:06:17 - Copyright : Wochit

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    This creepy crawly insect is called a wax worm and, believe it or not, this little guy may just be the answer to global pollution. Footage provided courtesy of the Spanish National Research Council shows a brilliant new discovery made by researcher Federica Bertocchini. She discovered that wax worms are capable of eating through polyethylene plastic. The researcher demonstrated her discovery at a laboratory in Madrid on Wednesday. Although polyethylene is one of the world's most resistant forms of plastic, the worms can destroy the material by munching their way through it. According to the researcher, 100 worms can biodegrade up to 92 milligrams of polyethylene in just one night. That might not seem like much, but what if we multiply that by a thousand? Or even a million? The discovery is touted as the first all-natural solution to the disposal of the dangerous and wasteful material worldwide. Wax worms are now seen as the best way to biodegrade plastic without causing more harmful effects to nature. Polyethylene plastic, the material used to make plastic bags, is very durable. That's why we use it so often. The problem is that polyethylene is not biodegradable, which means that it stays in the environment for hundreds of years after being thrown away. It can cause all sorts of problems for wild animals and the natural environment in general. That's why this new discovery has the potential to help us clean up our act and restore areas like landfills and other areas polluted with plastic.

    27/04/2017 - RT Ruptly EN
  • This Polish Drone Could Solve the World's Pollination Problem

    This is the B-Droid, a brand new quadcopter drone with a special extension which is designed to polinate flowers. That's right, the long, metal rod with a fluffy yellow fabric is designed to carry pollen and transfer it to blooming flowers in the spring in light of the world's declining bee population. Begun in 2012, the project is financed by the National Center for Research and Development in Poland. Scientists at the Warsaw University of Technology showcased their B-Droid drone prototype at their lab on Friday. As the name suggests, the B-Droid acts as an artificial honeybee which helps out in the pollination process. Scientists are able to control the drone remotely and can pilot the quadcopter to precisely deliver pollen to many different types of flowers. Various versions of the drones exist to pollinate different types of flowers with widely varying shapes and sizes. Scientists indicate the type of flower they want to pollinate and the B-Droid identifies the appropriate flowers in the field before transfering pollen to that particular species. Could this be the answer to declining bee populations?

    12/12/2016 - RT Ruptly EN
  • Can oil solve the lack of vaccines problem in Venezuela?

    Caracas, Apr 8 (EFE).- (Camera: Iván Cárdenas) - During the oil production crisis in Venezuela, with low prices and distribution compromised by debt and sanctions, President Nicolás Maduro appeals to crude oil as a way with which to obtain the coronavirus vaccines the country demands.FOOTAGE OF OIL AND VACCINES AGAINST COVID 19 IN VENEZUELA.

    08/04/2021 - EFE Inglés
  • Remnants of plastic litter the bottom of world’s deepest garbage dump

    Yokosuka, Dec 10 (EFE).- The Mariana Trench, the deepest point on planet Earth at 11 kilometers (nearly 7 miles) below sea level, is an inhospitable place and almost inaccessible to humanity. But it's not inaccessible to the garbage left by humans.Over three decades, researchers from the Japan Agency for Marine-Earth Science and Technology (JAMSTEC) have identified, photographed and recorded some of the waste generated by human activity that has ended in the deepest folds of the Pacific Ocean.In Challenger Deep, the deepest part of the Trench at over 10,000 meters deep, these scientists found remnants of plastic bags and a wooden plank.Closer to the surface, but still several kilometers below sea level, they discovered objects such as slippers, a shoe, a sports backpack, several car wheels, a toy fire engine and a mannequin's head, which a marine organism had made its home. (Camera: ANTONIO HERMOSÍN). SOUND BITES: SANAE CHIBA, THE LEAD RESEARCHER OF THE STUDY "HUMAN FOOTPRINT IN THE ABYSS: 30-YEAR RECORDS OF DEEP-SEA PLASTIC DEBRIS" (IN ENGLISH).

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    04/12/2019 - BANG Showbiz
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    12/09/2018 - RT Ruptly EN

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