1、生物新方法重建青藏高原东北部快速隆升历史
</p><p>研究团队利用青藏高原东北部柴达木盆地四条年代准确的剖面和钻孔的孢粉数据，结合剖面上发现的植物化石，利用上述建立的海拔公式，矫正后分别获得了柴达木盆地东段和西段两侧山体1600万年来连续的古高度变化记录，揭示柴达木盆地在约1500万年前东、西部的古海拔分别为1332±189米和433±189米，其后东段在约1100万年前迅速抬升至3685±87米，西段在约700万年前迅速增加至3589±62米，已接近现代高度。 </p><p>科研团队介绍，“研究表明青藏高原东北部在新生代晚期，即约1100-700万年前发生了强烈隆升，这个隆升不容小觑，它对区域气候环境和生态演化产生了极其重要影响。
2、继续创新！国科大6月科研成果速览！
该研究结果以Comparative metabolomics reveals that Agaricus bisporus fairy ring modulates the growth of alpine meadow plant on the Qinghai-Tibet Plateau为题在线发表于Ecological Indicators。
3、epaper.tibet3.com
epaper.tibet3.com
4、《今日中国》西藏报道
· 青藏铁路给西藏带来了什么？
epaper.tibet3.com
epaper.tibet3.com
中国科大在俯冲带地球化学研究取得重要进展
相关研究成果以“Molybdenum isotopes in mafic igneous rocks record slab-mantle interactions from subarc to postarc depths”为题，近日发表在Nature Index收录的国际地质学著名期刊《Geology》上。 方伟博士为论文的第一作者，戴立群教授为通讯作者。 文章链接： https://doi.org/10.1130/G50456.1
China's Tibet basically builds all
It has absorbed the influences of traditional Chinese, Indian and Arab medicine and is mainly practiced in Tibet and the Himalayan region. In ancient times, Tibetan practitioners (known as Manpa in Tibet) collected animals, plants and ores to use as ingredients to cure diseases.
Sci
In August, China's second scientific expedition and research project on the Qinghai-Xizang Plateau produced a series of major landmark achievements in ecological environmental protection on the plateau, according to the expedition team.
Tibet uses sci
From 2013 to 2015, the region started with the preventive protection of movable cultural relics using advanced science and technology. A joint relics protection laboratory was set up by Tibet Museum and several institutions from other provincial-level regions.
Sci
During the second comprehensive scientific expedition to the plateau, Chinese scientists revised the uplift chronology of the Lunpola Basin in central QXP. Paleontologists have determined that subtropical forests once existed on the high-altitude plateau about 47 million years ago.
On the Tibetan Plateau, there lies a place shrouded in mystery—the Northern Tibet Plateau. Here, nature reveals its most primal form, showcasing the tenacity and beauty of life. hidden within this land is a secret that has thrilled scientists and engineers alike—a miraculous material capable of curing within a mere ten minutes: Tibet's 10-Minute Epoxy Curing Agent.
Tibet's 10-Minute Epoxy Curing Agent is a revolutionary building material. Its emergence not only offers new possibilities for infrastructure development on the Tibetan Plateau but also brings unprecedented convenience to global engineering projects. The ability of this curing agent to solidify so rapidly is due to its unique formulation and efficient reaction mechanisms. By employing nanotechnology, it optimizes the molecular structure of epoxy resin, accelerating the curing process while ensuring high strength and durability.
At construction sites on the Tibetan Plateau, one can witness the following scene: Workers skillfully pour Tibet's 10-Minute Epoxy Curing Agent into molds. Just ten minutes later, sturdy concrete slabs have formed. These slabs not only match the strength of traditional cement boards but also exhibit better corrosion resistance and crack resistance. They can withstand extreme weather conditions, maintaining stable performance whether in scorching heat or freezing cold.
The applications of Tibet's 10-Minute Epoxy Curing Agent are extensive. It can be used for reinforcing and repairing structures, as well as for constructing roads, bridges, tunnels, and other infrastructure. Its advantages are particularly evident in high-altitude regions where thin air poses challenges for conventional materials. In such environments, Tibet's 10-Minute Epoxy Curing Agent excels, ensuring smooth project progress.
Beyond its use in construction, Tibet's 10-Minute Epoxy Curing Agent plays a significant role in environmental protection. Traditional building materials often generate substantial waste during production and usage, harming the environment. In contrast, this curing agent utilizes eco-friendly components, producing less waste and even allowing for recycling, thereby minimizing ecological impact.
The research and application of Tibet's 10-Minute Epoxy Curing Agent epitomize the harmony between technological advancement and nature. It demonstrates how science can solve real-world problems and improve living standards without compromising the natural environment. Instead, it promotes coexistence, working together to create a better future.
Looking ahead, we have every reason to believe that Tibet's 10-Minute Epoxy Curing Agent will continue leading technological trends, providing more efficient and eco-friendly solutions for construction projects worldwide. Let us anticipate the day when every structure on the Tibetan Plateau stands stronger and lasts longer thanks to this extraordinary material.
