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So you've heard of a blood moon, and maybe even a blue moon, but what about a black moon?The phenomenon is occurring again in North America on July 31 -- the first one since 2016. The rest of the world will have to wait until August 30.But, what does this even mean? Why is it important? Here's everything you need to know about this astronomical event.Wait, what is black moon?A black moon is basically the second 427

Taking a plane to your family's Thanksgiving dinner? Don't worry — you can contribute as much as you can carry.From the turkey and casseroles to the mashed potatoes, here's a helpful guide detailing the 215

Sylvia Hatchell, the University of North Carolina's celebrated women's basketball coach, made racially offensive remarks to her players, according to 162

Singapore is set to become the first country in the world to ban ads for unhealthy drinks with high sugar content in what it says is the latest move in its ongoing "war on diabetes."The ban, which will apply to "the least healthy" sugar-sweetened beverages, will cover all media platforms including print, broadcast and online, said Edwin Tong, Senior Minister of State for the city-state's Ministry of Health.He told reporters at a press conference on Thursday that the decision was made after a "public consultation" in the form of a survey.Soft drinks, juices, yogurt drinks and instant coffee would all be affected by the new regulation, the ministry said in a press release.The ministry also says it will continue to gather consumer and industry feedback in the next few months, before announcing further details on its implementation next year.In addition to an ad ban, the ministry announced that sugary drinks would also be required to display a color-coded, front-of-pack nutrition label to list nutritional quality and sugar content.Tong said the two measures were only the first steps in the city-state's efforts to combat diabetes. Two other proposals, including the possibility of introducing an excise duty or even an outright ban on high-sugar drinks, are still "on the agenda.""We intend to study them more carefully," he added. "We want to find measures that are sustainable in the long-term, that shape not just market consumption behavior but also on the supply side to drive reformulation."'War on diabetes'High consumption of sugary drinks is associated with obesity and greater risks of developing chronic diseases like diabetes and heart diseases. According to the 1700

Spending 340 days aboard the International Space Station between 2015 and 2016 caused changes in astronaut Scott Kelly's body, from his weight down to his genes, according to the results of the NASA Twins Study, released Thursday.The majority of changes that occurred in Kelly's body, compared with his identical brother, Mark, on Earth, returned to normal once he came back from the space station. The study results suggest that human health can be "mostly sustained" for a year in space, the researchers said.On a call with reporters Thursday, Mark thanked Scott for his service to the country and commitment to science by spending a year in space without knowing how it would affect him."I got all the glory, and you got all the work," Scott said, chiding his twin."And I got people coming to my house for tubes of blood," Mark replied in reference to the scientific samples taken during Scott's mission; Scott was collecting the same samples from himself to send back to researchers on Earth.The results show "the resilience and robustness of the human body," said Steven Platts, deputy chief scientist for NASA's Human Research Program, which coordinated the study.Coincidentally, the results are being released just in time for the 58th anniversary of the first manned spaceflight by Soviet cosmonaut Yuri Gagarin.But the much-anticipated study reveals areas that may require countermeasures or safeguards when preparing for longer space missions or missions to deep space, like Mars.The molecular, physiological and behavioral changes were divided into low-, mid-level and high-risk groups. Scott's change in body mass and microbiome were considered low-risk. Shifts in collagen regulation and blood vessel fluid management were mid-level, and genomic instability was regarded as potentially high-risk."When we go into space and experience microgravity and travel at speeds like 17,500 miles an hour, our bodies adapt and continue to function and, by and large, function extremely well," Platts said.The study, which includes the work of 84 scientists who made up 10 teams from 12 universities in eight states, all studying different aspects of the human body in space, was published Thursday in the journal 2227