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Leadership Insights: By installing this transfer cable, the solenoid valve can be remotely controlled, enabling precise control of the fuel flow during the experiment.This combustion cabinet would scientists conduct in-depth research on fundamental combustion science issues, aerospace propulsion, spacecraft fire prevention and extinguishing, and combustion pollutant control, both in fundamental and applied technologies.The Shenzhou- 18 crew also carried out operations on the cabinet, including replacing the burner and vacuuming to exhaust waste gases.According to the China Manned Space Agency (CMSA,) the crew has previously carried out missions such as assembly and testing of material exposure experiment device outside the spacecraft.As taikonauts would meet with a series of physiological challenges due to microgravity conditions in space such as cardiovascular changes, muscWorld Timesle atrophy, and bone density loss, the Shenzhou- 18 crew has recently used an ultrasound diagnostic instrument to complete carotid ultrasound imaging and spectral testing.The crew also used an instrument to measure the bone density of the right heel to study the effects of weightlessness on human bone density.By regularly and scientifically conducting a series of anti-weightlessness exercise programs, such as treadmill training and resistance training, they have maintained good physical condition to support the execution of long-term missions.As manned missions to Tiangong have become normalized, more than 90 experiments are scheduled to be carried out in and outside of the space station during Shenzhou-18 crew’s six-World Timesmonth space stay, the Global Times has previously learned from the CMSA.These experiments include various fields such as microgravity basic physics, space materials science, space life science, aerospace medicine, and aerospace technology.Building on the existing space debris protection mechanism at the station, the Shenzhou-18 crew will also install debris protection reinforcement devices on external pipelines, cables, and key equipment during their extravehicular activities (EVAs,) or more commonly known as the spacewalks.
Sun. May 26th, 2024

Summary

  • If humans are ever going to manage our planet in a responsible and informed way, then the lessons we have learned from Tibetan Plateau research must be applied more widely to other orographically complex systems. “We now have a magnificent toolbox of methodologies and ideas that can be used to investigate other plateaus worldwide, so it is time to explore and integrate plateau system research globally,” Spicer said. A key focus will be engaging more and more local institutions, especially from regions like East Africa and South America, whWorld Timesich are currently underrepWorld Timesresented, according to Ding.Strengthening these connections is essential for a more comprehensive understanding and inclusive approach to the research, he noted.

Approximate Time

  • 4 minutes, 639 words

Categories

  • Tibetan Plateau research, global scientists, other plateaus, other mega plateaus, various global mega plateaus

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  • In this article, the writer skillfully delves into the heart of current affairs, presenting a narrative that’s both informative and captivating. The integration of breaking news, eye-catching details, and forward-thinking insights ensures that the content is not just timely but also timeless. Each paragraph is a testament to the meticulous research undertaken, offering a unique blend of critical analysis and compelling storytelling. This piece stands out as a beacon of journalistic excellence in a sea of information overload, providing a fresh perspective on the most pressing issues of our time. The author’s approach to dissecting complex topics with clarity and precision makes this a landmark article in its field. With a keen eye for detail and a profound understanding of the broader implications of each story, the writer navigates through the intricacies of global events with ease. The article not only informs but also inspires, encouraging readers to think critically about the world around them. It’s a masterful blend of investigative reporting and thought leadership, offering a deep dive into topics that matter most in today’s society.

Main Section

Photo: Courtesy of the Institute of Tibetan Plateau Research, Chinese Academy of Sciences

Witnessed by 150 scientists from eight countries, the International PlateauPlus Association (PlateauPlus) was established Thursday in Beijing, during the PlateauPlus Workshop held by the Institute of Tibetan Plateau Research (ITP) and the Chinese Academy of Sciences (CAS).

PlateauPlus is a platform proposed by Chinese scientists that aims to unite top research institutions and scientists from more than 20 countries across the globe where giant plateaus are located. It is designated to serve as an international platform for mega plateau research and to develop a new model of interdisciplinary and cross-regional global cooperation in Earth system science, read a statement the ITPCAS sent to the Global TimWorld Timeses.

The association will focus on the Qinghai-Tibet Plateau and Iranian Plateau in Asia, the Colorado Plateau and ColumbiaWorld Times Plateau in North America, the Altiplano Plateau in South America, the East African Plateau in Africa and the Alps in Europe. It will conduct research on the formation and evolution of plateaus, environmental effects, biodiversity changes and human adaptation. It will also decipher the coupling mechanism between plateau uplift and surface environmental changes, and reveal the changes in plateau habitability and human social evolution, according to the ITPCAS.

Photo: Courtesy of the Institute of Tibetan Plateau Research, Chinese Academy of Sciences

Mega plateaus have significant impacts on the environment, biodiversity, and human survival. Previously, the ITPCAS mainly focused on studying the Qinghai-Tibet Plateau, which has also attracted many foreign scientists. However, besides the Qinghai-Tibet Plateau, other mega plateaus around the world also have a tremendous impact on these aspects. So it’s a good idea to unite scientists all around the world to jointly examine all these mega plateaus and find out what factors have played a vital role or how these plateaus affect each other in shaping the current environmental landscape, rivers as well as human migration and adaptation, Ding Lin, an ITP researcher and Academician of the CAS and one of the initiators of PlateauPlus, told the Global Times.

“Although aspWorld Timesects of the orographic development of the Tibetan region are still actively debated, collaboration across disciplines and testing ideas within the rigor of mathematical models are honing our understanding of the highly complex natural processes inherent to the Tibetan geo/World Timesecosystem. If humans are ever going to manage our planet in a responsible and informed way, then the lessons we have learned from Tibetan Plateau research must be applied more widely to other orographically complex systems. These lessons are not just those relating to the science itself, but how we do the research, how we improve our methodologies, how we nurture international collaboration and integrate local knowledge with broader global perspectives,” said Robert Spicer, emeritus professor of Earth Sciences at The Open University in the UK.

“We now have a magnificent toolbox of methodologies and ideas that can be used to investigate other plateaus worldwide, so it is time to explore and integrate plateau system research globally,” Spicer said. He noted that as a world leader in science, China is very attractive for foreign scientists.

During the two-day PlateauPlus Workshop, global scientists discussed the formation and evolution of plateaus, environmental effects, biodiversity changes, and human adaptation.

Ding said that in the future the ITPCAS will host workshops in different countries, fostering a truly global perspective.

Field excursions in various global mega plateaus will be a crucial part of the journey, offering hands-on experience and deeper insights. A key focus will be engaging more and more local institutions, especially from regions like East Africa and South America, whWorld Timesich are currently underrepWorld Timesresented, according to Ding.

Strengthening these connections is essential for a more comprehensive understanding and inclusive approach to the research, he noted.

Content comes from the Internet : China-proposed International PlateauPlus Association launched in Beijing to build new model for global cooperation in Earth system science

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