The rainforest has long been a cradle for virus-kind. HIV, ebola and yellow fever all started out in those lush fortresses of biodiversity. But when it comes to harboring viruses, the rainforest has nothing on the ocean. Scientists have tallied…
According to the Intergovernmental Panel on Climate Change (IPCC), for each degree of global warming, the amount of water vapor in the air should increase by about 6-7%. As with so many things the IPCC talks about, this small change…
Russia is sending its largest cargo plane carrying face masks, gowns, and medical supplies to US to help the country fight the COVID-19 pandemic
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Carbon is essential for life as we know it and plays a vital role in many of our planet’s geologic processes — not to mention the impact that carbon released by human activity has on the planet’s atmosphere and oceans. Despite this, the total amount of carbon on Earth remains a mystery, because much of it remains inaccessible in the planet’s depths.
(Smithsonian) A team of scientists reports March 30 in the journal Proceedings of the National Academy of Sciences how carbon behaved during Earth’s violent formative period. The findings can help scientists understand how much carbon likely exists in the planet’s core and the ways it influences chemical and dynamic activities that shape the world, including the convective motion that powers the magnetic field that protects Earth from cosmic radiation.
(DOE/Lawrence Berkeley National Laboratory) An international team of scientists has published a new study proposing an optimization methodology for designing climate-resilient energy systems and to help ensure that communities will be able to meet future energy needs given weather and climate variability. Their findings were recently published in Nature Energy.
Chemists have created a hybrid system of bacteria and nanowires that captures energy from sunlight and transfers it to the bacteria to turn carbon dioxide and water into organic molecules and oxygen. On Earth, such a biohybrid could remove carbon dioxide from the atmosphere. On Mars, it would provide colonists with raw material to manufacture organic compounds ranging from fuels to drugs. The efficiency is greater than the photosynthetic efficiency of most plants.