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by Staff Writers Beirut (AFP) April 15, 2020
Some 74 million people in the water-scarce Arab region are at greater risk of catching the novel coronavirus because they lack a sink or soap at home, the United Nations said Wednesday. This includes 31 million people in Sudan, more than 14 million in war-torn Yemen and 9.9 million in Egypt, a UN report said. "While it has been agreed worldwide that hand-washing with soap and water is the best prevention against COVID-19 contagion, this simple act proves to be difficult in a region where 74 million people lack access to a basic hand-washing facility," the UN's Economic and Social Commission for Western Asia said. "Refugees and people living in conflict areas or under occupation bear an additional burden," it added. An estimated 26 million refugees and displaced people are at greater risk of contracting the illness region-wide, as they lack adequate access to water and hygiene services, ESCWA said. "It is urgent to ensure access to clean water and sanitation services to everyone everywhere, at no cost for those who cannot afford it, in order to avoid further spread of the coronavirus," ESCWA Executive Secretary Rola Dashti said. About 87 million people in the region also lack access to drinking water at home, forcing them to collect it from a public source and similarly threatening their health, the UN agency warned. In a region where 10 out of 22 countries have insufficient piped water supply, more hand-washing was likely to increase household demand by four million to five million cubic metres, it said.
What is the origin of water on Earth? Brussels, Belgium (SPX) Apr 14, 2020 While everybody agrees that our blue planet is rich in water, this observation is at odd, first, with the exploration of other rocky planets, genuinely lacking surface water, and second, with the idea of a giant impact between the proto-Earth and a planetary embryo the size of Mars that created the Moon. Such a catastrophic event should have vaporized any pre-existing water, leaving behind a dry Earth. After the giant impact catastrophe, we have thus two options to explain the presence of water on ... read more
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