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Deep-sea mining could destroy unique habitats hidden inside metal-rich nodules
المصدر: Phys.org - latest science and technology news stories · نُشر
In the extreme depths of the Pacific Ocean, there are small, metal-bearing formations that are far more than just valuable sources of raw materials. A new study published in the journal Scientific Reports shows that polymetallic nodules serve as specialized habitats for tiny orga
In the extreme depths of the Pacific Ocean, there are small, metal-bearing formations that are far more than just valuable sources of raw materials. A new study published in the journal Scientific Reports shows that polymetallic nodules serve as specialized habitats for tiny organisms.
أخبار ذات صلة
Why land—a scarce resource—is so important for climate protection
A new study quantifies, for the first time, the interrelationships and competing objectives of two major areas of action for reducing greenhouse gas emissions: the phaseout of fossil fuels and measures taken on natural land, such as farmland, forests and wetlands. It demonstrates
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Bid to restore rare Atlantic rainforest secures £6m lottery grant
Hubs offering training in conservation work are to be set up in Torridon, Morvern and mid-Argyll.
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Artist creates world's biggest soil painting
Phil Lambert used four types of soil, including some collected from his mother, to create his work.
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New study shows COVID value-added tax cut significantly boosted private consumption
In summer 2020, the German federal government lowered value-added tax from 19% to 16% for half a year as part of its COVID economic stimulus package. A new study, recently published in the journal Review of Economic Studies, uses survey data, data on retail purchases and an econo
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Scientists discover why some mosquitoes love you and others don't
A surprising new study reveals that mosquitoes have very different tastes in humans, with each species attracted to its own combination of skin odors, chemicals, and bacteria. The discovery challenges the idea of a universal mosquito magnet and could lead to more effective repell
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