The transition to electric vehicles could save more than 100,000 lives in the US by 2050, according to a new study. Switching from fossil uel-burning to zero-emission vehicles would also result in 3 million fewer asthma attacks, the American Lung Association reported on Wednesday, provided that no more gas cars are on the road by 2035. Combined with cleaner electricity generation through renewable sources like solar and wind, this could generate over $1.2 trillion in public health benefits over the next quarter of a century. The report calculates what health impacts the emissions reduction would have on people living near busy roads or near electricity generation with unacceptable doses of toxic air pollution. “These benefits would take the form of avoiding up to 110,000 premature deaths, along with nearly 3 million asthma attacks and over 13 million workdays lost due to cleaner air,” the report stated. “Policies and investments must prioritise low-income communities and communities of colour that bear a disproportionate pollution burden. State and local jurisdictions should act to implement policies as soon as possible.” The report also notes that such a swift transition would avoid “even more dire consequences of climate change” on a global scale. Many countries have already made commitments to ban the sale of fossil fuel vehicles over the coming years in order to meet climate targets, while several major automotive companies have announced that they will stop manufacturing them. The US and China, which represent the two biggest car markets, have targets of 100 per cent zero-emission vehicle sales by 2040, similar to the UK and Europe. Despite these targets, only 4.6 per cent of cars sold in the US in 2021 were electric, according to figures from the US Bureau of Labor Statistics. In the UK, a recent surge in electric car sales saw them surpass sales of new diesel cars for the first time last year. Read More Electric car drives for 100 hours non-stop on futuristic road Reinventing the seatbelt for the self-driving era

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A planet with conditions on the surface resembling Earth has been discovered a relatively short distance from us. In fact, it’s just 31 light-years away, which is the space equivalent of 'down the road'. Scientists are always excited when it comes to the discovery of new exoplanets, and this is no different. The planet, named Wolf 1069 b, is the sixth closest exoplanet to Earth has been found and the findings were published in the journal Astronomy & Astrophysics. Sign up to our free Indy100 weekly newsletter It orbits the red dwarf - which is named Wolf 1069. As such, the planet has been given the name Wolf 1069 b. The planet was discovered during a study called CARMENES which is a long-term study based around finding exoplanets. Encouragingly, scientists believe that the planet sits in the habitable zone around its sun where water can exist in liquid form. The study was undertaken by a team led by astronomer Diana Kossakowski of the Max Planck Institute for Astronomy. Kossakowski said: "When we analyzed the data of the star Wolf 1069, we discovered a clear, low-amplitude signal of what appears to be a planet of roughly Earth mass. "It orbits the star within 15.6 days at a distance equivalent to one-fifteenth of the separation between the Earth and the sun." It comes after a new planet was discovered with a surprisingly fluffy composition - like candy floss. The exoplanet, WASP-193b, was discovered 1,232 light-years away and while it's nearly 50 percent bigger than Jupiter, it's light and fluffy making it as dense as the sweet treat. According to a team led by astronomer Khalid Barkaoui of the University of Liège in Belgium, the planet orbits a Sun-like star named WASP-193. This star is around 1.1 times the mass and 1.2 times the radius of the Sun and is very close to the Sun in temperature and age. The planet orbits the star around once every 6.25 days. Have your say in our news democracy. Click the upvote icon at the top of the page to help raise this article through the indy100 rankings.

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Divers in Mexico have discovered Megalodon teeth in a flooded inland cave and the findings have confirmed scientific beliefs. Megalodons were absolutely gigantic prehistoric sharks that reached sizes of up to 50 feet long. They dominated the oceans before going extinct around 3.6 million years ago. Scientists are interested in studying fossils of the huge sea creature, with the animal's teeth proving the most abundant type of fossil to be found today. Teeth fossils were found in Mexico by speleologist (cave specialist) and photographer Kay Nicte Vilchis Zapata and fellow speleologist Erick Sosa Rodriguez while diving in a newly discovered sinkhole in Cholul in 2019. The cenote is 400 meters long and 28 meters deep and located inside were fifteen teeth fossils from various shark species. They also discovered human remains and a vertebrae fossil that potentially belongs to an ancient species. A total of 13 of the 15 teeth fossils belonged to three different species of shark – one being the megalodon (Carcharocles megalodon), while the other two species were the mackerel shark (Isurus oxyrinchus) and the sawshark (Pristiophoridae). Zapata told local media at the time: “We were looking at the wall and suddenly I saw a little something, I went closer and I saw that it was a tooth, that was the first and apparently it belonged to a sawshark.” Experts believe the geological timescale of the megalodon teeth lies anywhere between 2.5 million to 5 million years old. Speleologist Sosa Rodriguez said: “It is just proof of what scientists have already studied and written about; what kind of wildlife lived here millions of years ago when this was part of the sea.” Scientists have suggested that the megalodon’s warm body temperature may have been the reason for its extinction. There is some thought that the megalodon was able to maintain a body temperature around 7 degrees centigrade warmer than the water around it, but ultimately this may have been its downfall. Randy Flores, a UCLA doctoral student and fellow of the Centre for Diverse Leadership in Science, explained: “Maintaining an energy level that would allow for megalodon’s elevated body temperature would require a voracious appetite that may not have been sustainable in a time of changing marine ecosystem balances when it may have even had to compete against newcomers such as the great white shark.” Sign up to our free Indy100 weekly newsletter Have your say in our news democracy. Click the upvote icon at the top of the page to help raise this article through the indy100 rankings.

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