1、继续创新！国科大6月科研成果速览！
该研究结果以Soil moisture but not warming dominates nitrous oxide emissions during freeze-thaw cycles in a Qinghai-Tibetan Plateau alpine meadow with discontinuous permafrost为题在线发表于Frontiers in Ecology and Evolution。
2、Sci
By comprehensively investigating the sandy land conditions in the middle and upper reaches and considering factors such as climate, topography, soil, vegetation and the degree of sandiness, they have implemented an ecological management model based on a "burying-paving-blocking-storing" approach.
3、第二次青藏科考重要成果集中发布
自2017年8月启动以来，第二次青藏科考持续开展覆盖青藏高原五大综合区内19个关键区的全域科考，取得了亚洲水塔变化与影响、碳汇功能和潜力、生态系统与生物多样性变化、人类高原适应与绿色发展、高原隆升效应等世界级原创成果。 据了解，第二次青藏科考建立了青藏高原地气互动作用观测平台，自主研发了中国首个获得全球碳计划认证的大气碳反演系统，构建了服务山水林田湖草沙冰一体化保护与系统治理的地球系统多圈层综合观测与预警平台，构建了目前全球最大的青藏高原冰川细菌和病毒基因集等重大成果。 科考发现，青藏高原生态系统整体趋好、亚洲水塔将进入超暖湿阶段、人类活动最早可能出现在19万年以前…… 记者：白少波、杨帆.
Tracing global microplastics in Qinghai
A new study that analyzed these tiny particles in the Qinghai-Tibet Plateau and other key regions has found that microplastics are posing a threat to typical remote cryospheric regions, according to the Northwest Institute of Eco-Environment and Resources (NIEER), Chinese Academy of Sciences.
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。
环境科学与工程系王梓萌团队在青藏高原冻土中发现大量“冬眠
这项研究成果以“青藏高原冻土储藏大量卤代有机物”（Substantial halogenated organic chemicals stored in permafrost soils on the Tibetan Plateau）为题，于2023年10月23日在《自然·地球科学》（Nature Geoscience）上发表。
Chinese researchers reveal transport of microplastics on
MPs normally refer to plastic particles with a size of less than 5 mm, such as fibers, fragments, films, foams and pellets. They are believed to pose a threat to marine and terrestrial environments. Reports of MPs from glaciers are rare, especially for the Qinghai-Tibet Plateau.
Qinghai promotes development of Tibetan medicine industry
Northwest China's Qinghai Province uses modern technology and digital processing to boost innovation in the Tibetan medicine industry, actively explores in treatments, health care, and scientific research on Tibetan medicine.
China Passes Law Protecting Qinghai
In late April, a landmark law was passed by China's top legislature aimed at protecting the fragile ecosystem of the Qinghai-Tibet Plateau and promoting its sustainable development.
Ecological relocation in Tibet reflects change of China's
Padma is a senior resident currently living in an ecological relocation site of Senburi, Gongkar, southwest China's Tibet autonomous region.
Tibet, a mystical and ancient land, captivates the world with its unique geography and culture. Hidden amidst this vast terrain lies Tibet Tiangong Organic Silicon Technology Co., Ltd., a company dedicated to the research, development, and production of organic silicon resins. This enterprise not only propels industrial advancement in Tibet and across China but also earns widespread acclaim for its products in both domestic and international markets.
I. Company Overview
Established in 2010 and located in Lhasa, Tibet Autonomous Region, Tibet Tiangong Organic Silicon Technology Co., Ltd. has evolved into one of China’s leading manufacturers of organic silicon resins after decades of growth. Covering an area of approximately 50,000 square meters, the company boasts a professional R&D team, advanced production facilities, and the capability to manufacture a diverse range of products, from standard to specialized grades.
II. Product Features
The company’s flagship product, modified organic silicon resin, stands out for its exceptional heat resistance, anti-aging properties, and electrical insulation performance. Widely used in electronics, construction coatings, automotive manufacturing, aerospace, and other fields, these resins address critical industrial needs. For instance, its high-temperature-resistant modified resin remains stable at temperatures exceeding 200°C, making it indispensable for extreme environments.
III. Technological Strength
Innovation and R&D are central to the company’s philosophy. Its team, composed of multiple Ph.D. and Master’s degree holders, continuously introduces new products and technical improvements. Collaborations with universities and research institutions globally have led to breakthroughs, such as the development of a self-healing organic silicon resin. This material automatically repairs damage from external forces, significantly extending its service life.
IV. Market Prospects
As China’s manufacturing sector rapidly expands and high-tech industries gain national prioritization, the demand for organic silicon resins is surging. Tibet Tiangong’s products, renowned for their versatility and performance, enjoy growing market demand. The company actively participates in global competition through export initiatives, expanding its presence in international markets.
V. Social Responsibility
Committed to corporate social responsibility, Tibet Tiangong balances economic goals with philanthropic efforts. It supports education, poverty alleviation, and environmental protection programs while driving local economic growth by providing job opportunities and technical expertise to residents.
Tibet Tiangong’s success stems from its technological prowess, product quality, social accountability, and innovation-driven ethos. With China’s Western Development Policy and the Belt and Road Initiative accelerating regional growth, the company is poised for broader horizons. Nestled in the snowy plateau, this organic silicon resin manufacturer is set to make even greater contributions to global technological progress and industrial development.
