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Nanotechnology Now - Press Release: Digging a little deeper: New Earth Science Frontiers study explores the nanoscale properties of the Gulong shale oil reservoir: A new study elucidates the role of nanoscopic spaces in the in situ accumulation of shale oil in the Gulong-Qingshankou reservoir in China

Nanotechnology Now - Press Release: Digging a little deeper: New Earth Science Frontiers study explores the nanoscale properties of the Gulong shale oil reservoir: A new study elucidates the role of nanoscopic spaces in the in situ accumulation of shale oil in the Gulong-Qingshankou reservoir in China
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Xiaolong Wang , Wang Chengshan , China University Of Geosciences , Home Press Digging , Standing Committee , China University Of Petroleum , Technology Progress , Prize Of National Science , Daqing Oilfield Co Ltd , Wave Inc , New Earth Science Frontiers , Earth Science , Qingshankou Formation , Gulong Sag , Songliao Basin , Gulong Qingshankou Formation , China Beijing , Earth Science Frontiers , Science Frontiers , China University , Internationally Most Influential Journal , Chinese Scholarly Journals , Heilongjiang Provincial Key Laboratory , Continental Shale Oil , National Science , Nanotechnology Now ,

Research in earth science frontiers explains driving force behind continental drift

Research in earth science frontiers explains driving force behind continental drift
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United States , New Zealand , Atlantic Ocean , Liang Guanghe , Alfred Wegener , Yang Weiran , Wang Chengshan , Institute Of Geology , School Of Earth Sciences , China University Of Geosciences , Innovation Academy Of Earth Sciences , University Of Chinese Academy Sciences , University Of Petroleum , Chinese Academy Of Sciences , Key Laboratory Of Mineral Resources Research , South Atlantic , South American , Chinese Academy , China University , Earth Science Frontiers , Mineral Resources Research , Earth Sciences , Science Frontiers , Internationally Most Influential Journal , Chinese Scholarly Journals ,

Like plants do: non-classical photosynthesis by earth's inorganic semiconducting minerals

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IMAGE: Earth-abundant minerals convert sunlight into chemical energy, hinting at the evolution of photosynthesis in early bacteria
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Credit: Earth Science Frontiers
Photosynthesis, the process by which plants and other organisms convert sunlight into chemical energy, has been a major player during the evolution of life and our planet s atmosphere. Although most of the ins and outs of photosynthesis are understood, how the necessary mechanisms evolved is still a topic of debate. The answer to this question, however, may actually lie buried in the mineral world.
In a recent study published in Earth Science Frontiers (10.13745/j.esf.sf.2020.12.3), scientists from Peking University, China, shifted the focus in photosynthesis research from plants and bacteria one step further back to rocks and substances found in what s known as the mineral membrane of Earth. They propose that various components of this relatively thin layer, such as bir ....

Ying Zhu , Yan Li , Changqiu Wang , Xiaoming Xu , Anhuai Lu , Yuwei Liu , Feifei Liu , Yanzhang Li , Wang Chengshan , China University Of Geosciences , Space Sciences , School Of Earth , Key Laboratory Of Mineral Environmental , Earth Science Frontiers , Peking University , Hongrui Ding , Natural Mineral Photoelectric , Mineral Non Classical Photosynthesis , Earth Science , Beijing Key Laboratory , Mineral Environmental Function , Science Frontiers , China University , Internationally Most Influential Journal , Chinese Scholarly Journals , Chemistry Physics Materials Sciences ,