Sea levels could rise as much as 1.3 meters, report says
According to a recent research report, In the worst-case scenario , with rising emissions and global heating of 4.5C above pre-industrial levels, the study estimates the surface of the world’s oceans in 2100 will be between 0.6 and 1.3 meters higher than today, which would potentially engulf areas home to hundreds of millions of people.
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TheguardianRelated Articles
Scientists discover fish migration route 4500 ft below sea level
A recently concluded study from a large number of collaborating groups in universities around the world has photographed evidence of a deep-sea fish migration route that was first theorized to exist when scientists noticed that deep-sea fish populations exhibited seasonal patterns. While the exact route is still unclear, scientists have managed to prove that the migration route exists 4,500 feet below sea level in the Atlantic Ocean.
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Gizmodo
Scientists name temperature-sensitive snail in honor of student activist Greta Thunberg
The famous student environment activist Greta Thunberg, along with winning the Time magazine Person of the Year award and a Nobel Peace Prize nomination, has now been accorded the unique honor of having a newly discovered species named after her. The creature belongs to a family of temperature-sensitive land snail and has been named Craspedotropis gretathunbergae.
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RT
Trump's border wall may lead to extinction of some fish species
Trump's border wall with Mexico is still under construction and requires the extraction of a large amount of groundwater. The water being taken for the wall is also the source of water that fuels the habitats of the endangered freshwater Río Yaqui fish. The water levels in this arid region are quickly decreasing and may not be enough to sustain these fish.
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Guardian
Research suggests toxic gas might be key for identifying alien life
A recently concluded study at the Massachusetts Institute of Technology (MIT) has discovered that the toxic gas phosphine might be the key to finding alien life on other planets. Phosphine is highly toxic to life, but the research has proved that the only known way to produce phosphine in a natural environment would necessarily involve anerobic organisms, which can help scientists positively identify earth-like planets supporting alien life.
environment life united-states mit massachusetts toxic-gas phosphine natural anerobic organisms aliens extraterrestrial
Cnet